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Best AC Bottom Suction Inverter Pumps - Best Manufacturer Picks of 2022
Smooth operation, low noise, long service life, large flow, power saving
Table of contents
1.The function of AC bottom suction variable frequency pump
2.The working principle of AC bottom suction variable frequency pump
3.Does the AC bottom suction variable frequency pump need cleaning?
4.Precautions for AC bottom suction variable frequency pump
5.How to maintain the AC bottom suction variable frequency pump
6.We are aquarium equipment manufacturer
一. Advantages of AC bottom suction variable frequency pump
1. Advanced technology: The variable frequency water pump integrates a number of advanced technologies such as vacuum suppression technology, fluid control technology and intelligent frequency conversion technology, and the automatic non-negative pressure variable frequency water supply equipment is directly connected to the water pipe network to achieve stable voltage, energy saving, and hygiene. , Safe and reliable operation, no negative pressure, no need to build pools and tanks.
2. Sanitary and pollution-free: The equipment is a fully sealed structure, bacteria and dust will not enter the system; the breeding of algae is avoided, and the secondary pollution of water sources and water supply water pollution problems are prevented, and users use tap water that meets national health standards.
3. Significant energy-saving effect: fully enclosed structure operation, fully automatic non-negative pressure variable frequency water supply equipment. Avoid seepage, run, run, drip, leak and other phenomena, no pool, water tank, saving water for disinfection and flushing. It is directly connected in series with the tap water pipe network, which can make full use of the
original pressure of tap water, make up as much as the difference, and the equipment will stop working when the tap water meets the requirements. The tower-free automatic non-negative pressure variable frequency water supply equipment operates at a lower frequency most of the time, and consumes less power. The frequency conversion technology is adopted to further save energy, and the comprehensive energy saving can generally reach more than 50%.
4. Reliable operation: it has no effect on the water pipe network, the equipment uses the regulating tank to automatically adjust without negative pressure, and the pressurized water supply of the pipe network will not produce negative pressure on the original pipe network, and will not affect the normal water use of other users.
5. Investment saving: There is no need to build a reservoir or water tank, saving civil construction investment; there is no need to pressurize from zero, so it is fully automatic and non-negative pressure variable frequency water supply equipment. Compared with the selection, the equipment investment is reduced; the water quality is not polluted, no purification equipment is required, and the investment is saved. The pressure of the water pipe network can be fully utilized, the energy consumption is small, and the daily electricity expenses are saved. There are no pools and water tanks, saving the cost of regular cleaning and disinfection.
6. Flexible configuration: The electrical control part can be controlled by frequency conversion and constant (variable) pressure, or directly controlled by pressure (BZG air pressure type).
7. Investment saving: There is no need to build a reservoir or water tank, saving civil construction investment; no need to pressurize from zero, so the equipment selection is relatively low, automatic non-negative pressure variable frequency water supply equipment, reducing investment; no water pollution, no need for purification equipment , save investment. The pressure of the water pipe network can be fully utilized, the energy consumption is small, and the daily electricity expenses are saved. There are no pools and water tanks, saving the cost of regular cleaning and disinfection.
8. Reliable operation: it has no effect on the tap water pipe network, the equipment uses the regulating tank to automatically adjust without negative pressure, and the pressurized water supply of the pipe network will not produce negative pressure on the original pipe network, and will not affect the normal water use of other users.
二. Working principle of AC bottom suction variable frequency pump
It has basic functions such as voltage regulation, frequency regulation, voltage regulation, and speed regulation. It applies modern science and technology. It can adjust the frequency without changing the voltage, or change the voltage without changing the frequency, and adjust the speed according to the needs of the load. Although the price is expensive, the
performance is good, the structure is complex but the use is simple, and it is the best equipment for modern control of asynchronous AC motor startup and operation.
The frequency converter is used to change the speed of the water pump to adjust the flow and pressure of the water pump. The frequency converter generally has a closed-loop control function, which can automatically control the operation according to the pressure signal to achieve constant pressure water supply.
The installation is simple and the use is convenient; all parameters of the pump test are all measured in one machine, and there is no need to purchase other instruments, which is convenient for management; the comprehensive parameter measurement and control system of the pump is equipped with various analog signal interfaces and digital signal interfaces, which can be directly connected with voltage/current. Sensors, power sensors, transformers, flow meters, tachometers, pressure gauges, electronic valves, PT100 thermistors, torque
meters and other instruments are connected. When using, just connect the required instruments and equipment to the comprehensive parameter measurement and control system of the pump. , the installation is simple, one operator can complete the installation work.
Flexible configuration; the hardware of the comprehensive parameter measurement and control system of the pump adopts a modular structure and is displayed as a virtual instrument, which is convenient for interface expansion. Users can choose appropriate modules according to their own needs to match their own systems, which is more flexible than the traditional method. , data processing is faster, and system maintenance and upgrades are more convenient.
Humanized operation interface; the water pump comprehensive parameter measurement and control system is displayed in the form of virtual instrument, with humanized operation interface, users can manage the collected data according to their own needs.
三. AC bottom suction variable frequency pump needs cleaning
1. To clean the water pump, first open the water pump casing, and clean the inside of the water pump casing with the air source.
2. When cleaning the pump, check the pump body electronics, there should be no obvious damage such as cracks and scratches, if necessary, replace it.
3. When cleaning the pump, check the appearance of the pump casing, there should be no deformation, cracks, and the joint surface should be smooth and free of damage. Otherwise, it should be replaced and repaired in time.
4. When cleaning the water pump, check the impeller for corrosion and wear, and the cavitation should not exceed the standard. If cracks are found to be worn or deformed, a new impeller needs to be replaced.
5. When cleaning the water pump, check the impeller ring and pump casing ring to see if it is deformed or corroded. If the gap is between 0.4-1.0, it should be replaced.
6. When cleaning the water pump, check whether the benzene pump has cracks, burrs, corrosion, etc. The key and keyway should be closely matched to the pump shaft and the excessive bending can be straightened. If the pump shaft is corroded and damaged, replace it.
四. Precautions for AC bottom suction variable frequency pump
1. Drain the remaining water in the pump and pipeline.
2. If the disassembly is convenient, the water pump and pipeline can be disassembled and cleaned up.
3. Check the ball bearing, if the inner jacket is worn, moved, the ball is worn or the surface has spots, it should be replaced. If it is still available, use gasoline or kerosene to clean the bearing and apply butter for preservation.
4. Check whether there are cracks or small holes on the impeller, and whether the fixing nut of the impeller is loose. If it is damaged, it should be repaired or replaced. Check the clearance at the wear-reducing ring of the impeller, if it exceeds the specified value, it should be repaired or replaced.
5. If the variable frequency water pump and the pipeline are not disassembled, the outlet should be sealed with a cover plate to prevent debris from entering.
6. When the transmission tape is not in use, the tape should be removed, washed with warm water and dried, and stored in a place without direct sunlight, and should not be stored in a place with oil, corrosion and smoke. Under no circumstances should the tape be stained with oily substances such as engine oil, diesel or gasoline, and do not apply rosin and other sticky substances to the tape. Before the tape is used, the white powder on the contact surface of the tape must be removed.
7. Clean all screws and bolts with a wire brush, and coat them with oil or immerse them in diesel oil.
五. How to maintain the AC bottom suction variable frequency pump
(1) Daily maintenance
During the operation of the motor, the temperature rise of the bearing should be measured regularly and at a fixed point and recorded, so as to judge the working state of the bearing according to the development trend of the temperature rise of the bearing. For example, measure the bearing temperature rise at a fixed point on the outer surface of the outer bearing cap, once a day, and record it.
(2) Monthly maintenance
Check whether the bolts around the motor are loose. If there is, tighten the bolts. It is recommended to check whether the bolts are loose every time a well is drilled.
Due to the poor working environment of the motor, there will be dust and dirt


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2. Then using the mattes, all the separate elements are put together using an Optical Printer
The Optical Printer
The Optical Printing Composite Process:
- Traditional matting, for a long time, was compositing by printing elements of different film strips onto a final duplicate film stock using an optical printer. This technique, although requires great precision, gave exceptional results and possibilities
- Firstly the action is shot against a blue or green screen. A matching camera filter blocks out the background color allowing only the action to be captured in the film.
- A high contrast film is used to get a contrasting (mask) image. This image is reversed using another high contrast film.
- The 3 film sandwich is run through the optical printer-The fresh film at the bottom, followed by the traveling matte with the background covered, on the top is the negative of the live action. The resulting combined print is the live action with a plain, unexposed background.
- Then another 3 film sandwich-The exposed film, the opposite mask, the background to be composited.
- Finally we have the positive printed composite which can be converted to a dupe negative and combined with the rest of the film reel. The process gets more and more complicated as the parts to be composited increase.
Take a look at a complex optical printing shot done for Star wars by ILM :

source: openbmb/Ultra-FineWeb


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The Infinity Gauntlet is a gauntlet used for channeling the power of the Infinity Stones. A knockoff gauntlet was in Odin's vault, which was right-handed, while the real one, which is left-handed, is in Thanos' possession. It grants the bearer infinite power over reality through the use of the six Infinity Stones (Mind, Reality, Soul, Time, Power, and Space) embedded in it.
A right-handed Infinity Gauntlet with replicas of the Infinity Stones is on display in Odin's weapon vault, and is guarded by The Destroyer.
In Thor's hallucination, Thor sees the Infinity Stones being assembled on a cloud-like version of the Infinity Gauntlet.
Because both Loki and Ronan the Accuser failed to retrieve the Infinity Stones for him, Thanos opens a vault and put on his left-handed Infinity Gauntlet, and decides to hunt for the Stones so that he can destroy Earth himself.
The false Gauntlet reappears in Asgard. While Hela explores Odin's vault, she finds the right-handed Infinity Gauntlet and immediately discerns that the "Infinity Stones" within it are replicas and not the real Infinity Stones.
The gauntlet is utilized by Thanos during his invasion of Earth. It is also revealed that he forced a band of dwarves, led by Eitri, to make it. After having collected all of the Infinity Stones by the end of the movie, despite the greatest efforts of the Avengers and the Guardians, Thanos utilizes the Gauntlet's power by snapping his fingers, causing half of all life in the entire universe to disintegrate, but damages the Gauntlet in the process.
Three weeks after Thanos's victory, the Avengers ambushed Thanos at his farm and Thor sliced off his hand that held the Infinity Gauntlet with Stormbreaker. Unfortunately, the Infinity Stones were not on the Gauntlet, forcing Captain America to question the whereabouts of the Stones. Thanos replied that once the Snap was complete, the Stones had no purpose and that he had reduced the Stones to atoms. This forced Thor to slice off Thanos's head and the Avengers returned back to Earth. They leave the charred and useless Infinity Gauntlet behind to rust.
- When holding the Infinity Stones, the Infinity Gauntlet grants the bearer infinite powers when used within the universe of its origin. Thanos successfully uses the Gauntlet to wipe out half the population of the entire Marvel Cinematic Universe, setting in motion the conflict for Avengers: Endgame.
- In Thor, the Gauntlet is depicted as being worn on the wielder's right hand, while in Avengers: Age of Ultron and the Avengers: Infinity War teaser, it is depicted as being worn on the wielder's left hand, like in the comics. It was revealed by Kevin Fiege that there are two Infinity Gauntlets. However, this was disproved in Thor: Ragnarok, in which the right-handed one was revealed to be a fake by Hela.
- This gauntlet, along with its Infinity Stones, were created by Asgardians to show how the item is supposed to look given, as Volstagg explained that the only Infinity Stone Asgard has in its possession is the Tesseract.


What Do Fawns Eat?
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"Unraveling the Dietary Habits of Fawns: Exploring What These Delicate Creatures Consume for Nourishment"
1. "Exploring the Dietary Habits of Fawns: What Do They Eat?"
Fawns, which are young deer, have specific dietary habits that play a crucial role in their growth and development. These adorable creatures primarily rely on their mother's milk during the early stages of their lives. The milk provides them with essential nutrients and antibodies necessary for their survival. This initial diet ensures that fawns receive a balanced intake of proteins, fats, and carbohydrates to support their rapid growth.
f1 1 What Do Fawns Eat?
As fawns grow older, they gradually transition from a milk-based diet to consuming solid foods. Their diet expands to include a variety of vegetation such as grasses, leaves, buds, and shoots. Fawns are known to be selective feeders and may prefer certain plant species over others based on availability and palatability. Additionally, they may also consume fruits when available.
Dietary Adaptations
Fawns have evolved certain dietary adaptations that allow them to thrive in various habitats. For instance, they possess specialized digestive systems that enable them to efficiently extract nutrients from plant material. Their multi-chambered stomachs aid in breaking down cellulose-rich food sources like grasses.
Furthermore, fawns exhibit browsing behavior by selectively feeding on tender shoots and leaves rather than consuming large quantities of coarse vegetation. This behavior not only helps them obtain the necessary nutrients but also reduces the energy required for digestion.
In summary, understanding the dietary habits of fawns is crucial for conservation efforts and managing their populations effectively. By studying their feeding preferences and adaptations, researchers can gain insights into the availability of resources in different habitats and make informed decisions regarding habitat preservation and management strategies.
2. "Unveiling the Culinary Preferences of Fawns: A Guide to Their Diet"
The Delicate Palate of Fawns
Fawns, the young offspring of deer, have a unique and delicate palate when it comes to their diet. Their culinary preferences are shaped by their natural instincts and the availability of food sources in their environment. While adult deer primarily consume plant-based diets, fawns have specific dietary needs that cater to their growing bodies.
One of the key components of a fawn's diet is milk. Just like human babies, fawns rely on their mother's milk for nourishment during their early stages of life. The milk provides them with essential nutrients and antibodies that help strengthen their immune system. As they grow older, fawns gradually transition from a milk-based diet to a more diverse range of foods.
See also Venison Tartare
f2 What Do Fawns Eat?
A Varied Menu for Growing Fawns
As fawns mature, they start exploring various food options to meet their nutritional requirements. Their diet expands to include tender shoots, grasses, and leaves from different plants. They particularly enjoy consuming succulent vegetation such as clover and alfalfa, which provide them with important vitamins and minerals.
In addition to plant matter, fawns also incorporate small amounts of insects into their diet. These tiny creatures offer an additional source of protein that aids in muscle development and growth. Fawns may feed on beetles, ants, and other small insects found in their surroundings.
Overall, understanding the culinary preferences of fawns is crucial for ensuring their proper growth and development. By providing them with a balanced diet that includes milk, plant matter, and occasional insect protein, we can support these young deer in reaching adulthood healthily.
3. "Feeding Time for Fawns: Understanding What They Nibble On"
Fawns, the young offspring of deer, have specific dietary needs during their early stages of life. Understanding what they nibble on is crucial for their proper growth and development. Fawns primarily rely on their mother's milk for the first few weeks of their lives, as it provides essential nutrients and antibodies to boost their immune system. However, as they grow older, fawns gradually transition to solid foods.
What do fawns eat?
1. Grass and Forage: As fawns start weaning off milk, they begin to explore their surroundings and graze on grasses and other types of forage. These young deer often prefer tender shoots and leaves found in meadows or open fields.
2. Browse: Fawns also consume browse, which refers to the twigs, buds, and leaves of woody plants such as shrubs and trees. They may nibble on low-hanging branches or fallen leaves from a variety of vegetation available in their habitat.
3. Acorns and Nuts: Depending on the season and geographical location, fawns may have access to acorns or nuts from trees like oaks or beeches. These provide an additional source of nutrition that helps them meet their energy requirements.
4. Agricultural Crops: In some cases, fawns may venture into agricultural areas where they can find crops like soybeans or corn. While these food sources are not natural for deer, they can become a part of their diet if easily accessible.
It is important to note that while these are common food sources for fawns, their exact diet can vary based on factors such as geographic location, seasonal availability, and the overall health of the ecosystem they inhabit. Providing a diverse range of natural food options within their habitat ensures that fawns receive a balanced diet for optimal growth and survival.
See also ALLENTOWN HUNTER BAGS RECORD 680-POUND MAINE BEAR
f3 What Do Fawns Eat?
4. "The Nutritional Needs of Fawns: Discovering Their Food Choices"
Fawns, or young deer, have specific nutritional needs that are crucial for their growth and development. Understanding their food choices is essential in ensuring their health and survival in the wild.
Fawn's Dietary Requirements
Fawns primarily rely on their mother's milk for the first few weeks of their lives. This milk provides them with essential nutrients, antibodies, and hydration. As they grow older, fawns gradually transition to solid foods. They start nibbling on grasses, leaves, and tender shoots found in their natural habitat. These plant-based foods provide the necessary fiber and carbohydrates for their developing digestive systems.
However, it is important to note that fawns also require protein-rich foods for optimal growth. They obtain this protein from sources such as insects, small mammals, and bird eggs. These animal-based foods supply them with vital amino acids necessary for muscle development and overall health.
To support the dietary needs of fawns, it is crucial to ensure a diverse range of food sources within their habitat. Maintaining healthy ecosystems with a variety of plants and insects will provide fawns with an adequate supply of nutrition throughout their early stages of life.
Overall, understanding the nutritional needs and food choices of fawns plays a significant role in conservation efforts. By preserving their natural habitats and promoting biodiversity within these environments, we can ensure that these young deer have access to the necessary nutrients for a healthy start in life.
5. "From Grass to Leaves: Unraveling the Food Selection of Fawns"
5. "From Grass to Leaves: Unraveling the Food Selection of Fawns"
Fawns, the young offspring of deer, undergo a fascinating transition in their food selection as they grow. This study aims to uncover the factors that influence fawn's dietary preferences and shed light on their nutritional needs during different stages of development.
Factors influencing food selection
Several factors contribute to the food selection of fawns. One key factor is availability; fawns tend to consume what is most abundant in their environment. For instance, during the early stages of life, when grasses are easily accessible and highly nutritious, fawns primarily feed on grass. As they mature, however, their diet shifts towards leaves from shrubs and trees, which provide a wider range of nutrients necessary for growth.
Another important factor is taste preference. Fawns have been observed to exhibit selectivity based on taste, showing a preference for certain plant species over others. This indicates that individual fawns may have unique preferences when it comes to food choices.
See also 300 Winchester Magnum or the 300 Winchester Short Magnum
Furthermore, maternal influence plays a role in shaping fawn's food selection. The mother deer's diet during pregnancy and lactation can affect the composition of her milk and subsequently impact the preferences of her offspring. If a doe consumes a variety of plants during these periods, it can expose her fawn to different tastes and increase its acceptance of diverse foods later in life.
Understanding the factors that drive the food selection of fawns provides valuable insights into their nutritional requirements at different developmental stages. It also highlights the complex interplay between environmental factors, individual preferences, and maternal influences in shaping an animal's dietary choices throughout its life cycle. Further research in this area can contribute to wildlife management strategies aimed at ensuring optimal nutrition for growing populations of deer and other herbivorous species.
6. "Cracking the Menu Code: Decoding the Feeding Habits of Fawns"
6. "Cracking the Menu Code: Decoding the Feeding Habits of Fawns"
Fawns, the adorable young offspring of deer, have unique feeding habits that researchers have been trying to understand for years. In recent studies, scientists have made significant progress in decoding the menu code of these curious creatures.
The Importance of Milk
One key aspect of fawn feeding habits is their reliance on milk as their primary source of nutrition. For the first few months of their lives, fawns depend entirely on their mother's milk for sustenance. This high


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Imagine All The Synchrony: The effects of actual and imagined synchronous walking on attitudes towards marginalised groups.PLoS One. 2019; 14(5):e0216585.Plos
Stereotyping is a pervasive societal problem that impacts not only minority groups but subserves individuals who perpetuate stereotypes, leading to greater distance between groups. Social contact interventions have been shown to reduce prejudice and stereotyping, but optimal contact conditions between groups are often out of reach in day to day life. Therefore, we investigated the effects of a synchronous walking intervention, a non-verbal embodied approach to intergroup contact that may reduce the need for optimal contact conditions. We studied attitude change towards the Roma group in Hungary following actual and imagined walking, both in a coordinated and uncoordinated manner. Results showed that coordinated walking, both imagined and in vivo, led to explicit and implicit reductions in prejudice and stereotyping towards both the Roma individual and the wider Roma social group. This suggests that coordinated movement could be a valuable addition to current approaches towards prejudice reduction.


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Author: Natasha Howes | Category: Fatima, The Apparitions, The Children, The Facts, The Message, The Prophesies, The Secrets | Tags: Apparitions of Fatima, Children of Fatima, fatima, Pope John Paul II, Prophecy, Prophecy of Fatima, Second Secret of Fatima, Secret of Fatima, Seers of Fatima, Third Secret of Fatima, Virgin Mary
The Second Secret of Fatima
The Second Secret of Fatima is the first of 2 prophesies of catastrophic world events revealed to three shepherd children in Fatima, Portugal in 1917. The Second Secret promised the end of the First World War, and portended a second worse war, and the spread of Communism from Russia.
The Second Secret of Fatima also contained a Peace Plan, a series of specific instructions given by the Virgin Mary to the Children of Fatima, of how people could earn a period of peace for the world by preventing the war and the spread of the Communist dogma.
To see the actual text of the Second Secret of Fatima, Keep reading!
To Explore explanations and lesser known facts, Read ON.
19 Jan 2014


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Linguistic Corpora at the HZSK Repository
Corpus type1general corpus
Audio recordings (semi-spontaneous interviews) with German/Italian and German/French bilingual speakers aged approx. 15-55 years at the recording sessions. The simultaneous bilinguals with German and French/Italian as L1s have been recorded twice, i.e. once for each language. The successive bilinguals with German as L1 and French/Italian as L2, or French/Italian as L1 and German as L1 all have AOAs between 11 and 38 years and have been recorded using their L2.
Language: German, French, Italian
License: HZSK-RES (restricted)


Phuket Pronunciation: How do you pronounce Phuket?
How to pronounce Phuket or Phucket or Puket or Pooket
Here is an unexpected funny question I get often:
How do you pronounce Phuket?
For most of us, it's obvious, so obvious I'm still surprised when someone asks. I thought 2004 tsunami put Phuket and its name on the map once for all. But not… I still hear lots of hesitation, snickering and giggling. Lately some overseas offices called and asked if my residence was in:
"Fooc..." (hesitates)... "Fuuc... " (errrr...) "Faac...kit"? (giggles).
I couldn't help but giggle back at the embarrassed tone, the poor guy wanted to say the 'F' word so bad...
No sir, you just pronounce 'Poo-ket' [pʰuːkɛt] (in Thai: ภูเก็ต), it's that simple! Just like 'Phi Phi' is pronounced 'Pee Pee' and 'Phang Nga' is 'Pang Nga' (and strangely 'Suvarnabhumi' airport is pronounced "Sue-wanna-poom"!)
Phuket or Phucket or Puket or Pooket, you name it...
So where does 'Phuket' come from? It seems to originate from the Malay 'Bukit' (Book it?) which means 'hill', but was previously named 'Thalang' by locals. Thalang is still the name of the north of the island where the original main town was long ago.
In the 17th century when tin mining made Phuket very attractive to the Occident, Europeans called it 'Jungceylon'. Yes that's the origin of the name given to the giant Jungceylon Shopping Mall in Patong, and looking around the shopping center reveals few hints about old Phuket. If you want to know more about Phuket history, you can visit the Tin Mine Museum in Kathu.
All this story is obviously a lame excuse to post these fun photos showing some of Phuket Streets and buildings in the past and how they look like today :-D
Phuket History Photos


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The 34 stained glass windows in the Sanctuary of the First Presbyterian Church offer vivid and colorful arrays of light at different times of day. The windows on the west side of the church, pictured here, illuminate the interior in the afternoons.
Photo by Jason Emerson.
Skaneateles Skaneateles residents passing down East Genesee Street soon will notice boarded-up window frames have replaced the beautiful stained-glass windows in the top story, front façade of the First Presbyterian Church. Don't worry — the church is not moving, or going defunct, but rather nearing the completion of a 20-year project to restore all the stained glass windows to a structurally sound state.
The windows, as beautiful and as priceless as they are, are more than just decoration, however. They also convey messages, honor families, share church history and imbue the physical structure with the harmony and philosophy of the religious congregation.
"The beauty of these stained glass windows is that they preserve the ecumenical diversity of this congregation in this community. Not only in the names [memorialized on the windows], but in the desire to find a way to work together building on the core beliefs of each denomination and individual," said Rev. Dr. Craig Lindsey, pastor of the First Presbyterian Church. "The abstract design of the windows at First Presbyterian Church emphasizes that faith is not always rational, or explicit, but requires that the witness interpret and apply what they have seen."
The First Presbyterian Church of Skaneateles is the oldest congregation in the village. It was organized July 20, 1801, as the Skaneateles Religious Society, with dedication of the first building on March 1, 1809. Due to a growing congregation, the Presbyterians built a new church in 1831 at the present church site on East Genesee Street. The previous church at 21 State St. now houses the Skaneateles First Baptist Church.
In 1891, the church was discovered to be structurally unsound and subsequently demolished. The reconstructed church — what is the current building — was built in 1892.
A major part of the funding for the new building was given by Thomas Hall, a wealthy New York City man who had grown up in Skaneateles, in memory of his mother. His financial contributions were given on condition that the money would be used to "give to the glory of God," and not be used for either music or artwork — such as stained glass windows.

source: HuggingFaceFW/fineweb-edu


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is mandated to conduct assessments of reports of suspected child maltreatment as defined in Chapter 7B of the North Carolina General Statutes.
During an assessment, a social worker has two primary responsibilities:
Gather information to determine if a child or children have been abused, neglected or dependent; and,
Provide services necessary to assure child safety.
As part of gathering information, the social worker will seek to interview all children and all adults in the household as well as other persons identified as having information to contribute. The social worker may need to review medical or other records and may request medical assessments be completed as part of the assessment.
When conducting a CPS assessment, social workers will complete a safety assessment and give a copy to the parents. If services are needed to assure child safety, the social worker will involve parents in decision making and work to help the child stay safely at home whenever possible.
CPS has a choice of two tracks for completing CPS assessments: an investigative assessment and a family assessment track.
are used for allegations of child abuse and certain cases of child neglect, including those involving clear risk of serious harm to a child.
Investigative assessments are:
- often conducted in collaboration with law enforcement
- usually involve interviewing children separately from their parents
- determines whether sufficient supporting evidence exits to substantiate the allegations made in the report or if not, the allegations are unsubstantiated
- completed within 30 days, unless extended
If child abuse or serious neglect is substantiated against a specific individual, the individual is notified that his or her name may be placed on a confidential Responsible Individual's List (RIL) and given an opportunity to appeal the decision.
are used to assess most allegations of child neglect. Family assessments are intended to engage the family in collaborating with Child Welfare to assure the safety and wellbeing of children.
In a family assessment:
- a social worker usually calls a parent to arrange a time to meet with the family;
- determines whether services are needed, recommended, or not necessary;
- does not result in a formal finding that an individual was responsible for maltreatment
- often links a family to services during the assessment
- completed with 45 days
However, even in a family assessment, Child Welfare can choose to seek court intervention if a family fails to follow through with needed actions to ensure children's safety.
In both Investigative and Family assessments, the social worker completes a safety assessment and safety plan when they first make contact with the family. The social worker will discuss identified safety concerns with the family and ask for input in making a safety plan for any concerns identified.
- Participation by parents in developing the plan helps assure that the plan will be workable for the family.
- Other family members or supportive individuals can also be part of safety planning for the children.
- A safety plan should be specific and include a time frame for when it will be reviewed.
- Parents receive a copy of the assessment and plan.
Sometimes children are found to be at high risk of serious harm or more time is needed to determine if children are safe because of the seriousness of the allegations. In these circumstances, CPS may ask parents to consider placing children temporarily with a relative or trusted caretaker. Such arrangements are called safety resource placements.
Safety Resource placements are intended to:
- give CPS an opportunity to further assess safety issues and to give parents an opportunity to resolve them.
- be short term
- a substitute for CPS seeking court intervention
- chosen by parents
- allow parents to retain legal custody
However, CPS is required to assure the appropriateness of the safety resource placement by conducting a kinship care assessment that includes a visit to the proposed home and criminal and CPS record checks.
When a CPS assessment does not confirm that children have been maltreated and are at significant risk of future harm, CPS services end when the assessment ends. In these circumstances, CPS sometimes makes recommendations to families or refers them to services that they can choose to continue, on their own.
When a CPS assessment confirms that children have been abused, neglected or dependent and are at significant risk of future harm, CPS will usually tell the family that ongoing CPS In-Home Services are required. CPS will ask the family to help plan ongoing In-Home services to help the family keep children safely at home. (See CPS In-Home Services for more information).
When a CPS assessment determines that children have been maltreated and are at risk of serious harm, CPS may petition the court for legal custody if no lesser measures are reasonable to protect the child. (See Foster Care for more information).
CPS notifies families directly and in writing about the outcome of assessments.


text: An activity-based approach to optimize the ultrasonic-assisted extraction of antioxidants from Pericarpium Citri Reticulatae (Chenpi in Chinese) was developed. Response surface optimization based on a quantitative composition-activity relationship model showed the relationships among product chemical composition, antioxidant activity of extract, and parameters of extraction process. Three parameters of ultrasonic-assisted extraction, including the ethanol/water ratio, Chenpi amount, and alkaline amount, were investigated to give optimum extraction conditions for antioxidants of Chenpi: ethanol/water 70:30 v/v, Chenpi amount of 10 g, and alkaline amount of 28 mg. The experimental antioxidant yield under the optimum conditions was found to be 196.5 mg/g Chenpi, and the antioxidant activity was 2023.8 μmol Trolox equivalents/g of the Chenpi powder. The results agreed well with the second-order polynomial regression model. This presented approach promised great application potentials in both food and pharmaceutical industries.

source: m-a-p/FineFineWeb


Symmetry Breaking in Graphs
Michael O. Albertson, Karen L. Collins
A labeling of the vertices of a graph G, $\phi :V(G) \rightarrow \{1,\ldots,r\}$, is said to be $r$-distinguishing provided no automorphism of the graph preserves all of the vertex labels. The distinguishing number of a graph G, denoted by $D(G)$, is the minimum $r$ such that $G$ has an $r$-distinguishing labeling. The distinguishing number of the complete graph on $t$ vertices is $t$. In contrast, we prove (i) given any group $\Gamma$, there is a graph $G$ such that $Aut(G) \cong \Gamma$ and $D(G)= 2$; (ii) $D(G) = O(log(|Aut(G)|))$; (iii) if $Aut(G)$ is abelian, then $D(G) \leq 2$; (iv) if $Aut(G)$ is dihedral, then $D(G) \leq 3$; and (v) If $Aut(G) \cong S_4$, then either $D(G) = 2$ or $D(G) = 4$. Mathematics Subject Classification 05C,20B,20F,68R
Full Text: PDF


text:
B. Shannaq, V. V. Alexandrov
A morphological process is a means of changing a stem to adjust its meaning to fit its syntactic and communicational context. Arabic is considering one of the major world languages, due to the morphological complexity of the Arabic language; Arabic morphology has become an integral part of many Arabic information retrieval systems. Building large-scale morphological analyzers is typically a laborious and time –consuming task. In this paper, we present an Arabic morphological analyzer (SAMA1) for performing morphological analysis, which entails finding the root of any Arabic words, The SAMA1 was likely to find the root of any Arabic words does not depend on dictionary words in Arabic, has a high percentage of accuracy and speed in finding the root. SAMA1 has been tested on a corpus of 24013 (Nouns and verbs) Root abstracts from Arabic thesaurus, Arabic books and the Saudi Arabian national computer conference. It runs an order of magnitude faster than other algorithms in the literature. The experimental results illustrate that SAMA1 is an efficient Morphological analyzer for Arabic words and gives generalization accuracy of about 98%.


text:
| < September >
|Normal Max/ High Temperature
|Min/ Low Temperature
|Average Daylight per day
|Sun altitude at solar noon on the 21st day.
- The average temperature in Erzurum in September is mild at 14.8 °C (58.64 °F).
- Afternoons can be really warm with average high temperatures reaching 22.3 °C (72.1 °F).
- Overnight temperatures are generally a little cool with an average low of 7.1 °C (44.8 °F).
- The mean diurnal temperature range/ variation in September is 15.2 °C (27.4 °F).
- The weather in September is somewhat parched. A paltry 21mm (0.8in) of water is laid down.
- The shortest day is 11:45 long and the longest day is 13:02 long with an average length of 12:24.
Check the distance to and compare the Erzurum September averages with somewhere beginning with:
A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z | All
Weather Trend Graph for September in Erzurum, Turkey
Navigate to September Weather in Locations Surrounding Erzurum:
- Soci, Russia - 420.3 kms (261.2 miles) NNW
- Sukhumi, Georgia - 357.7 kms (222.3 miles) N
- Rize, Turkey - 132.4 kms (82.3 miles) NNW
- Giresun, Turkey - 258.9 kms (160.9 miles) WNW
- Sivas, Turkey - 354.9 kms (220.6 miles) W
- Erzincan, Turkey - 143.6 kms (89.2 miles) W
- Malatya, Turkey - 314.7 kms (195.6 miles) WSW
- Diyarbakir, Turkey - 244.5 kms (152 miles) SSW
- Urfa, Turkey - 376.3 kms (233.9 miles) SW
- Hassakah, Syrian Arab Republic - 385.3 kms (239.5 miles) S


text:
Library Open Repository
Electro-osmotic and pressure-driven flow properties of frits for packed column capillary electrochromatography prepared from functionalised and bare silica packings
Hilder, EF and Klampfl, CW and Macka, M and Haddad, PR and Myers, P (2000) Electro-osmotic and pressure-driven flow properties of frits for packed column capillary electrochromatography prepared from functionalised and bare silica packings. Analyst, 125. pp. 1-4. ISSN 0003-2654
219.pdf.pdf | Request a copy
Full text restricted
Available under University of Tasmania Standard License.
Changes in electro-osmotic flow (EOF) induced in an open fused silica capillary by the introduction of a single packing retainer (referred to as a frit throughout the article) are investigated. Frits located in a 34.5 cm long capillary close to the detection window, as used commonly in packed column capillary electro-chromatography, were made by sintering silica based packing materials having varying functionalities (bare silica, ODS-silica, a strong cation exchange packing (SCX) and a strong anion exchanger (SAX) at 430 °C for 15 s. The contributions of such frits to the total EOF measured in the capillary are discussed. Despite the high temperature of heating of the packing, sufficient residual functional groups remained on the frit such that distinctively different EOF behaviour was observed for each type of packing. Frits made from materials providing negative surface charges, such as silica, ODS-silica and SCX, increased the magnitude of the cathodic EOF compared to the open capillary. On the other hand, a substantial anodic EOF of –1.88 × 10–8 m2 V–1 s–1 was produced by introduction of a single frit made from the SAX material. An explanation of this behaviour is given, based on the hypothesis that the EOF generated by the frit determines the overall flow in the whole open capillary. The frit is considered to work as a pump and overrides the EOF generated at the capillary wall.
|Journal or Publication Title:||Analyst|
|Page Range:||pp. 1-4|
|Identification Number - DOI:||10.1039/a908102j|
Copyright © Royal Society of Chemistry 2000
|Date Deposited:||18 Nov 2008 03:43|
|Last Modified:||18 Nov 2014 03:52|
|Item Statistics:||View statistics for this item|
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|Item Control Page|


text:
Margaretha GIEHL _PHONE_
Margaretha was born in 1835, on 25th May; she was the second of three daughters born to the liaison between Konrad Giehl and Maria Katharina Bill. No marriage contract was ever made between this pair but the girls always carried the surname of their father, who himself was illegitimate. Konrad died when Margaretha was not quite two years of age. A few months later, her mother married her father's second cousin, Johannes Gross from the village of Hoch-Weisel.
Margaretha was confirmed on 28th May 1849; she was described as the daughter of the day worker Konrad Giehl and his wife Maria Katharina nee Bill. This was incorrect as each sister was registered as an illegitimate child of Maria Katharina Bill.
Margaretha's older sister, Katharina, migrated to England in 1847; she married there but later came back to the village to give birth to a child. She left Nieder-Weisel again early in 1858, and it may be that Margaretha accompanied her on the journey to Victoria to help with the baby – no record has been found of the voyage to Port Phillip of these two, nor of their sister, Maria Dorothea.
On the second last day of 1858 Margaretha married another German immigrant, Christian Schwab, a son of the farmer Johannes Schwab and Margaretha nee Lufth, born in 1836. The ceremony was held in the Lutheran Church in Ballarat, with Pastor J Niquet officiating. The main witness was another migrant from Nieder-Weisel, Ambrosius Winter.
Margaretha's younger sister Maria Dorothea was in Ballarat by this time and she married Jakob Heinz from Nieder-Weisel there three months later. This couple decided to stay in Ballarat, but Christian took Margaretha to the rapidly growing settlement at Smythesdale, to the west of Ballarat, where he worked as a miner. There were many other migrants from Nieder-Weisel working on this field.
Late in January 1860, Margaretha gave birth to a daughter whom they named Susanna. There was a long gap, of more than nine years, before Margaretha presented her husband with a son, Peter Christian; by then, they were back in Ballarat. Later, they moved to Sandhurst, where Margaretha had the companionship of Katharina, whose husband had decided to settle there permanently. The arrival of Anna Christina in 1872 completed Margaretha's smaller than usual family; Susanna, then 12 years of age, helped to mother her little sister. Nine years later, in the Schwab home in Golden Gully, Susanna married; the third Australian generation had begun.
When Christian became too old to continue to work as a miner, he and Margaretha moved to Melbourne, where Susanna and her family were already living. Christian died of asthma in 1902 in their home in Nelson Street Abbotsford. Margaretha survived him by less than a year; she died of heart failure on 18th August 1903 and was buried with her husband in Boroondara Cemetery the following day. All three children survived her. Her sister Katharina died in September 1902, but Maria Dorothea lived until 1915.
View Margaretha's Family Chart


key: (you'll see what to do with it momentarily)
Install1.0cPanel2.png
Below the "License key" link are links to the documentation page you are reading now. (They are for those who didn't come here first)
 - At the bottom of the Downloads page is the Installation Packages drop-down menu. From the menu, choose your distribution, release #, and architecture. Then click "view files":
Install1.0cPanel27.png
 - You will now see your chosen tarball. In this case, it would look like this:
betterlinux-install-1.0.1-1-centos64-x86_64.tar.gz
 - Download the tarball by clicking the "Download" button next to it:
Install1.0cPanel3.png
 - Move the License Key file and tarball to your server (see below for an easy way to do this).
NOTE: Depending on your browser, the license key file may appear as either of these:
license.key
license.key.txt
The name of the license key file will not affect its function provided the name is consistently used and the file's contents are accurate.
Here is one easy way to get the tarball and license file onto your server:
 - First, move the tarball to your server and unpack it since it creates the directory where you will put your license file.
You can pull the tarball directly to the server:
 - Right click on the tarball link in Downloads and copy the url address:
Install1.0cPanel28.png
 - In any directory on your server, paste the copied link after the wget command. It will look like this:
wget _URL_
Install1.0cPanel31.png
 - Hit return and the tarball will download from the BetterLinux repository.
 - Unpack the tarball: (this will create a long list of files)
tar -xvf betterlinux-install-1.0.1-1-centos64-x86_64.tar.gz
Install1.0cPanel32.png
 - Recall that unpacking the tarball creates a new directory in the same directory where you unpack it. It's called .../betterlinux-install-1.0.1-1. Put the license key file (license.key) into this new directory.
NOTE: If it's easier, instead of moving the file, you can just make a new file called license.key and then copy and paste the license key text into it, like this:
 - Change directory to .../betterlinux-install-1.0.1-1
 - Using vi, create a file in this directory called license.key:
vi license.key
Installstock11.png
 - When you hit enter, a file by that name is created and opened.
 - Type i, which starts input mode (allowing you to enter text).
 - Copy and paste the contents of your downloaded license key file into this new file:
Copy: Installstock12.png
Paste: Installstock13.png
 - Still in vi, hit escape (esc) to exit input mode and re-enter command mode.
 - Type :x and hit enter. (this saves and exits vi)
You are now ready to run the install program:
In the .../betterlinux-install-1.0.1-1 directory, among other files you will see bl-install* and bl-cpanel-install*:
Install1.0cPanel6.png
 - Even though you are installing BetterLinux on a cPanel box, you have to run bl-install* first. If cPanel is on your box, the installer will auto-detect it and offer to install bl-cpanel-install* for you automatically after bl-install* runs.
 - From within the .../betterlinux-install-1.0.1-1 directory, run bl-install* with the license key file right after it, like this: (remember to type your license key file name correctly if it has a different name)
./bl-install-1.0.1-1 license.key
 - When this portion of the install completes, you will see this notice:
Install1.0cPanel8.png
 - Before rebooting, you are given a chance to run the cPanel portion of the installer. Say "y" to this and hit enter. This will install cPanel configuration scripts and optionally replace MySQL with the BetterLinux version.
 - If you say no, you can run the bl-cpanel-install script after the bl-install script completes. This is done by running the following command:
./bl-cpanel-install
 - As the cPanel configuration script runs, you are now prompted to answer a series of questions. You can see these questions with explanations here: Bl-cpanel-install options and prompts.
 - After responding to all prompts and confirming your responses, you will have successfully configured BetterLinux. Cpud, iothrottled, and CloakFS will be running on the system.
Installation for Stock CentOS 6.x
For quick installation and updates, use the pre-built package for CentOS 6.x. Packages for other popular Linux distributions are coming soon.
Basic installation instructions:
Installstock1.png
 - When BetterLinux 1.0.1-1 appears in your shopping cart, click the "Checkout" link:
Install1.0cPanel24.png
 - Enter your personal information, create a password, and agree to terms of service. Then click "Complete Order."
Installstock3.png
 - You are now taken to the "Order Complete" page:
Install1.0cPanel26.png
 - Here, you are given your order number, which you will need to submit support tickets from the client area. You are also given notice that your email confirmation is on its way.
 - Open your BetterLinux welcome email. It includes your email verification link and login information. Please note that your link will expire if not used quickly. The verification takes you to the Downloads page where you will be automatically logged into your account: (if you are not logged in for some reason, log in now)
Install 1.0 cPanel1.png
 - If you are not automatically taken to the downloads page, click on the "Continue to Downloads" button at the bottom of the Order Complete page:
Installstock4.png
 - If you click on the "Continue to Downloads" button before verifying your email address, you will be taken to the Email Verification page: (You will not be able to go beyond this point without verifying your email)
Install1.0cPanel25.png
 - On the Downloads page, click the "License key" link to download your license key: (you'll see what to do with it momentarily)
Install1.0cPanel2.png
Below the "License key" link are links to the documentation page you are reading now. (They are for those who didn't come here first)
 - At the bottom of the Downloads page is the Installation Packages drop-down menu. From the menu, choose your distribution, release #, and architecture. Then click "view files":
Install1.0cPanel27.png
 - You will now see your chosen tarball. In this case, it would look like this:
betterlinux-install-1.0.1-1-centos64-x86_64.tar.gz
 - Download the tarball by clicking the "Download" button next to it:
Install1.0cPanel3.png
 - Move the License Key file and tarball to your server (see below for an easy way to do this).
NOTE: Depending on your browser, the license key file may appear as either of these:
license.key
license.key.txt
The name of the license key file will not affect its function provided the name is consistently used and the file's contents are accurate.
Here is one easy way to get the tarball and license file onto your server:
 - First, move the tarball to your server and unpack it since it creates the directory where you will put your license file.
You can pull the tarball directly to the server:
 - Right click on the tarball link in Downloads and copy the url address:
Install1.0cPanel28.png
 - In any directory on your server, paste the copied link after the wget command. It will look like this:
wget _URL_
 - Hit return and the tarball will download from the BetterLinux repository.
 - Unpack the tarball: (this will create a long list of files)
tar -xvf betterlinux-install-1.0.1-1-centos64-x86_64.tar.gz
 - Recall that unpacking the tarball creates a new directory in the same directory where you unpack it. It's called .../betterlinux-install-1.0.1-1. Put the license key file (license.key) into this new directory.
NOTE: If it's easier, instead of moving the file, you can just make a new file called


verb blan·dish \ˈblan-dish\
Definition of blandish
 1. transitive verb
 2. : to coax with flattery : cajole
 3. intransitive verb
 4. : to act or speak in a flattering or coaxing manner
blandish was our Word of the Day on 07/19/2014. Hear the podcast!
Examples of blandish in a sentence
 1. blandished her into doing their work for them by complimenting her shamelessly
Did You Know?
The word blandish has been a part of the English language since at least the 14th century with virtually no change in its meaning. It ultimately derives from blandus, a Latin word meaning "mild" or "flattering." One of the earliest known uses of blandish can be found in the sacred writings of Richard Rolle de Hampole, an English hermit and mystic, who cautioned against "the dragon that blandishes with the head and smites with the tail." Although blandish might not exactly be suggestive of dullness, it was the "mild" sense of blandus that gave us our adjective bland, which has a lesser-known sense meaning "smooth and soothing in manner or quality."
Origin and Etymology of blandish
Middle English, from Anglo-French blandiss-, stem of blandir, from Latin blandiri, from blandus mild, flattering
First Known Use: 14th century
Synonym Discussion of blandish
cajole, coax, soft-soap, blandish, wheedle mean to influence or persuade by pleasing words or actions. cajole suggests the deliberate use of flattery to persuade in the face of reluctance or reasonable objections. cajoled him into cheating on the final exam coax implies gentle and persistent words or actions employed to produce a desired effect. coaxed the cat out of the tree soft-soap refers to using smooth and somewhat insincere talk usually for personal gain. politicians soft-soaping eligible voters blandish implies a more open desire to win a person over by effusive praise and affectionate actions. legislators blandished with promises of support wheedle suggests more strongly than cajole the use of seductive appeal or artful words in persuading. hucksters wheedling her life's savings out of her
Seen and Heard
What made you want to look up blandish? Please tell us where you read or heard it (including the quote, if possible).
to cast off or become cast off
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This text is a work in progress—highly subject to change—and may not accurately describe any released version of the Apache™ Subversion® software. Bookmarking or otherwise referring others to this page is probably not such a smart idea. Please visit _URL_ for stable versions of this book.
Name
svn cat — Output the contents of the specified files or URLs.
Synopsis
svn cat TARGET[@REV]...
Description
Output the contents of the specified files or URLs. For listing the contents of directories, see svn list later in this chapter.
Options
Examples
If you want to view readme.txt in your repository without checking it out:
$ svn cat _URL_
This is a README file.
Don't bother reading it. The boss is a knucklehead.

INSTRUCTIONS
============
Step 1: Do this.
Step 2: Do that.
$
You can view specific versions of files, too.
$ svn cat -r 3 _URL_
This is a README file.

INSTRUCTIONS
============
Step 1: Do this.
Step 2: Do that.
$
[Note] Note
You might develop a reflex action of using svn cat to view your working file contents. But keep in mind that the default peg revision for svn cat when used on a working copy file target is BASE, the unmodified base revision of that file. Don't be surprised when a simple svn cat /path/to/file invocation fails to display your local modifications to that file!
[Tip] Tip
If your working copy is out of date (or you have local modifications) and you want to see the HEAD revision of a file in your working copy, use the --revision (-r) option: svn cat -r HEAD FILENAME
copyright © June 03 2020 sean dreilinger url: _URL_


Stata The Stata listserver
st: Confidence intervals for rates (dependent events)
From Dirk Enzmann <>
Subject st: Confidence intervals for rates (dependent events)
Date Wed, 09 Feb 2005 16:57:01 +0100
This is not a specific stata question, but I don't know where to look for an answer to the following problem (perhaps it is too easy but I can't see it):
In a sample a part of the respondents have experienced victimizing events. Only a part of these events have been reported to the police. The rate of events reported to the police is
number of reported events / number of experienced events.
For example, 13 of 267 respondents have experienced a victimizing event, none of them did report it to the police, thus the rate of events reported is 0 % (here I am talking of events, not individuals!)
Because the events cannot be assumed to be independent (some victims have a high rate of vicitimization because they are more prone to become a victim) the construction of a confidence interval for the rate of events reported becomes difficult (to me).
Question 1: If nevertheless a use a binomial test to construct a confidence interval (say: 0 of 13 events reported, 95% CI = 0 to 24.7%), is it correct that the width of this interval is a lower bound and thus a conservative estimate?
Question 2: (a) My intuition tells me that multilevel modeling could be a solution to obtain a correct confidence interval by treating the events and the events reported as the first level and the victims as the second. Is this correct and how should I specify this model to obtain a confidence interval?
(b) Alternatively, could I treat the events (and events reported?) as coming from a negative binomial distribution and use this for constructing a confidence interval? How can this be done technically?
(Apart from constructing confidence intervals I would like to test the rate of reporting for different subgroups or different kind of events.)
Thanks in advance,
Dr. Dirk Enzmann
Institute of Criminal Sciences
Dept. of Criminology
Schlueterstr. 28
D-20146 Hamburg
phone: +49-040-42838.7498 (office)
+49-040-42838.4591 (Billon)
fax: +49-040-42838.2344
* For searches and help try:


text:
Lesson One: don't park a crane on a sharp incline. Lesson Two: keep a sharp eye on the road or you may learn the hard way why Lesson One is Lesson One.
Drivers are faced with split-second decisions all the time. Hit the brakes or accelerate through. Swerve to avoid an obstacle or brace for impact. Swing through the drive-through for another donut or drive on over to the gym. Tough calls, all of them, but the driver in this video from South Korea had another decision to make. When a crane fitted on a truck was improperly secured on a steep incline, its operators found their machinery running away from them, taking with it several road-block barriers erected around it.
The driver on whose dashboard the camera was mounted was driving up the same incline when the truck broke free, heading straight for him like a runaway train. His decision to shift into reverse (or possibly neutral to let gravity take its course) very well may have saved his life.


text:
|Common Name||Kavati Chafa, Magnolia|
|Maximum Reachable Height||Up to 4 to 5 m|
|Flower Colour||Cream or Off-white|
|Difficulty Level||Easy to grow|
Planting And Care
Watering should be done early in the morning if the soil is dry.
Magnolia needs pruning after the flowering season to control size.
At high temperatures, add mulch to keep the moisture and humidity.
Kavati Chafa Care
kavati Chafa is planted during the early monsoon season into the container or field. Planting into a container, use potting media as the soil, coco peat, and vermicompost. Frequent fertilizer application is not required at this plant.
|Sunlight||Full to partial sunlight|
|Temperature||25 to 35 degree C|
|Fertilizer||Apply any organic fertilizer.|
Kavati Chafa Special Feature
Kavati Chafa Uses
- This plant can grow as the ornamental plant


text:
Trip to Singapore ReportJuly 11, 2017
The School, organised an exciting and fun filled five-day long excursion-cum-educational trip to Singapore for 19 students escorted by two teachers, Ms Leena Singhal (Jr HM) and Ms Sonal Khurana from May 28th to June 2nd, 2017. The Singapore journey was really exhilarating from day one as the students were all charged up to explore a new place, often referred to as 'The Lion City'. The adventure packed five-day tour that included visits to 'The Merlion,' the iconic landmark of Singapore and the Singapore Science Centre, exhibiting innovative experiments and models formed a great learning experience for children. The visits to the thrilling Night Safari and the Jurong Bird Park, relaxing at Silosa Beach in Sentosa Island and the fun-filled thrilling rides at the Universal Studios were the other added attractions.
The trip aimed at providing opportunities to students to explore the world outside the classroom, to learn, appreciate and understand different cultures and nationalities and carry back unforgettable and cherished memories.


text:
Half Day Beginners Bird Safari - Cuckmere Haven Migration (16/04/2019) Tuesday, 16th April 2019 9:30 AM - 1:07 PM
These special half day bird safaris are aimed at giving beginners an introduction to the bird life of Sussex in a variety of habitats.
River valleys, such as Cuckmere Haven can be important sites for migrating birds – chanelling our migrating birds into England while also providing a crucial refuelling station for hungry migrants. We'll be scanning the wet meadows, exposed mud, trees and bushes to try and spot some of these birds as they return to the UK.
No previous knowledge needed, just a general interest in birds.
Seven Sisters Country Park is situated at Exceat, near Seaford, East Sussex, BN25 4AD.
(c) Amy Lewis - Juvenile Linnet


text:
Column: Enjoying the sights and sounds of the season
WORTHINGTON -- What does this phrase mean to you? "The sights and sounds of the season."
Quite often we connect this phrase to Christmas and all of the wonder, fascination, and joy that goes with it -- the ringing of Christmas bells, the twinkling of lights, the merry laughter of family get-togethers and the cha-ching of the cash register as we all seek to find that perfect present. But to me and my students at Worthington Christian School, this phrase takes on new meaning much earlier in the school year than Christmas.
Right from the first day of school the fifth- through eighth-grade music students are busy preparing for one of the biggest music events of the year -- the annual United Christian Schools Fall Music Festival. Worthington Christian, Chandler Christian, Edgerton Christian and Hills Christian will spend several hours in an afternoon rehearsal and then perform an evening concert for parents, grandparents, friends, teachers and anyone who wishes to come.
This festival features all fifth- through eighth-graders in the mass choir, mass band or both. The sounds created by over 70 instruments and voices are so appropriate for autumn, invoking a sense of joy and appreciation as this harvest season comes to a close and we anticipate the coming of Thanksgiving. Imagine the feel of a crisp autumn breeze, the sound of children playing and laughing outdoors and see the random falling of red, orange and brown leaves swirling down to the ground as you hear the band play "A Beautiful World," written specifically for the students at this year's event.
The Fall Music Festival will be Monday, Nov. 14 at 7:00 p.m. at Worthington Christian School. All are welcome to attend.
Of course, Christmas is still on its way, and preparations for the Christmas program will begin soon. In just a matter of a few short weeks, all students from kindergarten through eighth grade will be intently focused on learning recitations, rehearsing band numbers, and learning old and new songs to ring in the joys of the season. It is always exciting to celebrate Christmas with school-age children, but this excitement takes on an added dimension at Worthington Christian as we are able to freely share the Gospel message of salvation in word and song.
The wonder of the Christmas season here is not just the glittering packages under the tree, but celebrating the grandest gift we could ever receive. It isn't just singing holly, jolly songs, but singing with the angels as they herald the Savior's birth. You may know the story, but you may not have heard it the Worthington Christian School way. We invite you to join us on Friday, Dec. 16 at 7:00 p.m. as the students share with you the many sights and sounds of the season.
Another upcoming event at Worthington Christian School is the Annual Donation Auction on Dec. 10
Brenda Matasovsky is the music teacher at Worthington Christian School.


text:
factor is used to encode a vector as a factor (the
terms 'category' and 'enumerated type' are also used for
factors). If argument
TRUE, the factor
levels are assumed to be ordered. For compatibility with S there is
also a function
are the membership and coercion functions for these classes.
factor(x = character(), levels, labels = levels, exclude = NA, ordered = is.ordered(x), nmax = NA) ordered(x,...) is.factor(x) is.ordered(x) as.factor(x) as.ordered(x) addNA(x, ifany = FALSE)
a vector of data, usually taking a small number of distinct values.
an optional vector of the unique values (as character strings)
either an optional character vector of
labels for the levels (in the same order as
a vector of values to be excluded when forming the
set of levels. This may be factor with the same level set as
logical flag to determine if the levels should be regarded as ordered (in the order given).
an upper bound on the number of levels; see 'Details'.
only add an
The type of the vector
x is not restricted; it only must have
as.character method and be sortable (by
Ordered factors differ from factors only in their class, but methods and the model-fitting functions treat the two classes quite differently.
The encoding of the vector happens as follows. First all the values
exclude are removed from
levels[j], then the
i-th element of the result is
j. If no match is found for
(which will happen for excluded values) then the
of the result is set to
Normally the 'levels' used as an attribute of the result are
the reduced set of levels after removing those in
this can be altered by supplying
labels. This should either
be a set of new labels for the levels, or a character string, in
which case the levels are that character string with a sequence
factor(x, exclude = NULL) applied to a factor without
NAs is a no-operation unless there are unused levels: in
that case, a factor with the reduced level set is returned. If
exclude is used, since R version 3.4.0, excluding non-existing
character levels is equivalent to excluding nothing, and when
exclude is a
character vector, that is
applied to the levels of
exclude can be factor with the same level set as
x and will exclude the levels present in
The codes of a factor may contain
NA. For a numeric
exclude = NULL to make
NA an extra
level (prints as
); by default, this is the last level.
NA is a level, the way to set a code to be missing (as
opposed to the code of the missing level) is to
is.na on the left-hand-side of an assignment (as in
is.na(f)[i] <- TRUE; indexing inside
is.na does not work).
Under those circumstances missing values are currently printed as
, i.e., identical to entries of level
is.factor is generic: you can write methods to handle
specific classes of objects, see InternalMethods.
levels is not supplied,
unique is called.
Since factors typically have quite a small number of levels, for large
x it is helpful to supply
nmax as an upper bound
on the number of unique values.
Since R 4.1.0, when using
c to combine a (possibly
ordered) factor with other objects, if all objects are (possibly
ordered) factors, the result will be a factor with levels the union of
the level sets of the elements, in the order the levels occur in the
level sets of the elements (which means that if all the elements have
the same level set, that is the level set of the result), equivalent
unlist operates on a list of factor objects.
factor returns an object of class
"factor" which has a
set of integer codes the length of
x with a
attribute of mode
character and unique
!anyDuplicated(.)) entries. If argument
is true (or
ordered() is used) the result has class
Undocumentedly for a long time,
factor(x) loses all
"names", and resets
factor to an ordered or unordered factor returns a
factor (of the same type) with just the levels which occur: see also
[.factor for a more transparent way to achieve this.
FALSE depending on
whether its argument is of type factor or not. Correspondingly,
TRUE when its argument is an ordered
as.factor coerces its argument to a factor.
It is an abbreviated (sometimes faster) form of
x if this is ordered, and
addNA modifies a factor by turning
NA into an extra
level (so that
NA values are counted in tables, for instance).
.valid.factor(object) checks the validity of a factor,
levels(object), and returns
TRUE if it is
valid, otherwise a string describing the validity problem. This
function is used for
The interpretation of a factor depends on both the codes and the
"levels" attribute. Be careful only to compare factors with
the same set of levels (in the same order). In particular,
as.numeric applied to a factor is meaningless, and may
happen by implicit coercion. To transform a factor
approximately its original numeric values,
as.numeric(levels(f))[f] is recommended and slightly more
The levels of a factor are by default sorted, but the sort order may well depend on the locale at the time of creation, and should not be assumed to be ASCII.
There are some anomalies associated with factors that have
NA as a level. It is suggested to use them sparingly, e.g.,
only for tabulation purposes.
"ordered" methods for the
provide methods for the Comparison operators,
and for the
range generics in
"ordered". (The rest of the groups and the
Math group generate an error as they
are not meaningful for factors.)
!= can be used for factors: a factor can
only be compared to another factor with an identical set of levels
(not necessarily in the same ordering) or to a character vector.
Ordered factors are compared in the same way, but the general dispatch
mechanism precludes comparing ordered and unordered factors.
All the comparison operators are available for ordered factors. Collation is done by the levels of the operands: if both operands are ordered factors they must have the same level set.
In earlier versions of R, storing character data as a factor was more space efficient if there is even a small proportion of repeats. However, identical character strings now share storage, so the difference is small in most cases. (Integer values are stored in 4 bytes whereas each reference to a character string needs a pointer of 4 or 8 bytes.)
Chambers, J. M. and Hastie, T. J. (1992) Statistical Models in S. Wadsworth & Brooks/Cole.
[.factor for subsetting of factors.
gl for construction of balanced factors and
C for factors with specified contrasts.
nlevels for accessing the
unclass to get integer codes.
(ff <- factor(substring("statistics", 1:10, 1:10), levels = letters)) as.integer(ff) # the internal codes (f. <- factor(ff)) # drops the levels that do not occur ff[, drop = TRUE] # the same, more transparently factor(letters[1:20], labels = "letter") class(ordered(4:1)) # "ordered", inheriting from "factor" z <- factor(LETTERS[3:1], ordered = TRUE) ## and "relational" methods work: stopifnot(sort(z)[c(1,3)] == range(z), min(z) < max(z)) ## suppose you want "NA" as a level, and to allow missing values. (x <- factor(c(1, 2, NA), exclude = NULL)) is.na(x) <- TRUE x # 1 is.na(x) # FALSE TRUE FALSE ## More rational, since R 3.4.0 : factor(c(1:2, NA), exclude = "" ) # keeps , as factor(c(1:2, NA), exclude = NULL) # always did ## exclude = z # ordered levels 'A < B < C' factor(z, exclude = "C") # does exclude factor(z, exclude = "B") # ditto ## Now, labels maybe duplicated: ## factor() with duplicated labels allowing to "merge levels" x <- c("Man", "Male", "Man", "Lady", "Female") ## Map from 4 different values to only two levels: (xf <- factor(x, levels = c("Male", "Man", "Lady", "Female"), labels = c("Male", "Male", "Female", "Female"))) #> Male Male Male Female Female #> Levels: Male Female ## Using addNA() Month <- airquality$Month table(addNA(Month)) table(addNA(Month, ifany = TRUE))
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text:
Pile Buck's Top Recommended Barge Suppliers
The barge is a simple, robust type of vessel that is used to transport everything from timber piles to heavy equipment. It's long, rectangular shape and flat bottom are meant to make the most efficient use of space for cargo. Most barges are pulled by tugboats, but there are some that move by their own power.
A barge is classified based on how it is being used and how much weight it can hold. How the barge is designed is based in part on the type of water it will travel upon. For example, a barge meant to travel through narrow, inland waterways will be smaller than those built for seaports.
The United States has about 25,000 miles of navigable waterways. Unfortunately, they are not used anywhere near their capacity. The 3,000 mile Intracoastal Waterway (ICW) that runs from Boston to Florida could relieve a lot of truck traffic from our highways. In fact, barge transport costs considerably less than other ways of moving goods.
A 2017 study by the Center for Ports and Waterways at the Texas A&M Transportation Institute show that barge transport is far more fuel efficient than truck transport. A truck can move a ton of cargo 145 miles on a single gallon of fuel. A barge can move that same ton 647 miles on a gallon of fuel. That same study showed that major spills happen far more often with cargo transported by truck and rail – making barge transport of toxic materials safer.
Inland Barge Design
Barge Carrying Pilings
Types of Barges
There are many types of barges, including:
An inland barge is designed for use on small bodies of water. They provide a cost-effective alternative to truck and rail cargo transportation – particularly for oversized items. One barge can carry as much dry cargo freight as 17 semi-tractor trailers. That single barge can carry as much liquid cargo as 144 semi-tractor trailers.
Inland Barge Rig
An inland barge rig is constructed for offshore drilling. Drilling equipment is constructed atop the barge. The barge can then be moved from location to location wherever needed. The barge rig can be anchored in place or actually submerged underwater. An inland barge rig is used to drill wells in areas where the water is not too deep – such as a marsh. In fact, it is also known as a "swamp barge."
A deck barge has a platform used to carry everything from horses and cattle to construction equipment and materials. They are sometimes used to provide extra space for workers and equipment along the waterways.
A crane – or spud – barge has a squared-off stern that can handle the weight of a crane. Additional support to keep the barge stable in heavy winds and active water is found in the bulkhead as well as the deck frame construction. Crane mats are used for traction. These floating cranes are used for offshore construction. They are also used to lift heavy materials while docked.
A hopper barge is used for the transport of sugar, grains, ore and other commodities. They have double-hull construction. Some commodities – like sugar – need protection from bad weather. So the hopper barge will be covered. Otherwise, it will be open.
Split Hopper Barge
A split hopper barge is used for dredging and filling. The dredged material is placed in the split hopper barge. The material is transported to where the fill is needed. The hull splits opened to drop the dredged material in place. The hull is closed via a hydraulic system.
A shale barge is similar to a deck barge, with added hoppers for cargo. Shale barges are used to transport cargo from oil and gas drilling sites. This type of barge is regulated by the US Coast Guard to ensure strict environmental compliance.
Liquid Mud Barge
A liquid mud barge is used to dispose of fluid material from inland oil drilling sites. They have storage bin tanks and pumps on board circulate the fluid material. Sometimes liquid mud barges are used for extra storage at a land-based facility.
Liquid Cargo Barge
A liquid cargo barge transports various types of liquid materials – such as gas, diesel, and asphalt. They are built to handle hazardous materials like benzene and methanol.
Where ships are too large to tread, they send an ocean barge. Like other barges they can navigate through shallow waters. However, they are built to handle harsh ocean conditions. This makes them heavier and more expensive than other types of barges. The additional weight of an ocean barge makes it more difficult to tow.
General Electric developed the power barge during World War II. This enabled power generation to be transported where needed. There are not as many in use today, but there are still some of these mobile power plant barges in operation around the world.
Liquid Mud Barge
PILE BUCK'S TOP RECOMMENDED BARGE SUPPLIERS
McDonough Marine Service, a leading company of deck cargo barges, has a large and varied fleet of flat deck barges available for charter. These barges are designed to carry cargo on deck and differ in size and structural design, depending on their intended use. Deck cargo barges include pipe, piling, fabricated structures, equipment, rock, palletized material, or even horses, cattle, and rocket boosters. In some instances, certain liquid cargos may be carried in the interior watertight compartments. Deck barges are also used as work platforms for workers and machinery, thereby serving as an extension of the land. Some of these barges may have raised rake decks. Please contact us for more information on the capacity, load marks, and deadweight of our flat deck barges.
|Size||Approx. Short Ton Cargo Capacity at Freeboards of:|
|60′ x 26′ x 5′||125||75||30||———|
|72′ x 54′ x 12'6″||1135||1027||810||702|
|110′ x 30′ x 7′||440||340||235||140|
|110′ x 40′ x 7′ *||555||485||355||220|
|110′ x 40′ x 7'6″ *||892||748||600||457|
|120′ x 30′ x 7′||480||365||255||155|
|140′ x 34′ x 8′||820||672||525||381|
Smith Brothers offers a wide variety of Barge, Tug, and marine construction equipment.
Deck, material and spud barges ranging in size from 8′ x 20′ x 2′ to 50′ x 250′ x 12′


text:
LUXIM's (_URL_) LiFi® brand of Light Emitting Plasma™ is a new class of solid state high intensity light sources bringing clean lighting solutions to general and specialty lighting.
With energy efficiency, long useful lifetime, full spectrum color, and dimming, LiFi lighting applications work better compared to conventional approaches such as HID or even newer sources such as LED in many applications. This technology brief describes the general construction of LiFi lighting systems and the basic technology building blocks behind their function.
LiFi construction The LiFi product consists of three primary sub-assemblies: ? Emitter (including bulb) ? RF Driver ? Power supply
The PCB controls the electrical inputs and outputs of the lamp and houses the microcontroller used to manage different lamp functions. An RF (radio-frequency) signal is generated by the solid-state Power Amplifier Driver and is guided into an electric field about the bulb. The high concentration of energy in the electric field vaporizes the contents of the bulb to a plasma state at the bulb's center; this controlled plasma generates an intense source of light.
Function of the Bulb Assembly At the heart of LIFI™ is the bulb sub-assembly where a sealed bulb is embedded in a dielectric material. This design is more reliable than conventional light sources that insert degradable electrodes into the bulb. The dielectric material serves two purposes; first as a waveguide for the RF energy transmitted by the PA and second as an electric field concentrator that focuses energy in the bulb. The energy from the electric field rapidly heats the material in the bulb to a plasma state that emits light of high intensity and full spectrum.
Summary The design and construction of the LIFI™ light source enable efficiency, long stable life, full spectrum intensity that is digitally controlled and easy to use.


Events Marketing
Examples of SMART Goals for Event Planners
So why are SMART (Specific, Measurable, Achievable, Realistic, and Timely) goals needed for events? Event marketing is one of the most complex, expensive, and risky activities. This means that each event should have its own goal and should solve certain problems. Setting SMART event goals will help you to succeed.
What is an event goal?
If an event is a house, your event planner goals are the foundation. The event planner is the one who benefits the most by creating SMART event objectives because they can incorporate all key reasons for developing the event plan.
What is a SMART goal?
A SMART goal is aimed at long-term results. The main and final goal of a marketing event is to create favourable conditions for the promotion of events and to attract customers or attendees. A SMART goal is used to help guide the goal-setting process.
Benefits of SMART goals for your events
Communication time is cut in half when people have a clear set of guidelines and achievable goals. They will always know what to do if something goes wrong. Everyone must be on the same page when planning an event. Having a set of SMART goals to continually be able to refer to acts as an added security blanket. SMART goals for event planning are your safeguard when organising your event and also measuring the results afterwards.
SMART goals vs. traditional goals
According to conventional wisdom, goals should be specific, measurable, achievable, realistic, and time-bound. But SMART goals undervalue ambition, focus narrowly on individual performance, and ignore the importance of discussing goals throughout the year. so, there are adherers to rather FAST than SMARt goal planning.
FAST goals
Examples of SMART goals
When organising an event for a client, knowing how to define goals that are SMART goals can be considered part of building relationships. When it comes to an event for employees, the goal may be to increase staff loyalty, increase business efficiency, and build relationships within the team as well as facilitate communication and develop unity between company divisions. As a result of such an event, an employee should feel like a part of a larger group, or it does not work.
How to use SMART goals
Set SMART goals to clarify your ideas, focus your efforts, use your time and resources productively, and achieve what you want for your event. It's fundamental to set objectives and goals for yourself, but don't generalise your goals. Use examples of SMART goals for an event to help you get started. Remember that SMART goals work, but you need a few additional points to maximise their achievability. This guide will help you set SMART goals and actually reach them.
How to set SMART goals
If you are not sure how to set SMART goals for your events, you should apply our examples of SMART goals for event planning.
The task should be relevant not only for the company but also for employees and attendees. This is a significant task if your goal is team development. Employees become motivated to work better, and you will become a more qualified specialist. In the future, this will benefit your event business.
To make sure any task meets the SMART criteria, you must do the following:
 - State what needs to be done and what results should be achieved.
 - Write down a statement of the problem on paper or in the appendix to show to your employees.
 - Make sure that the whole team understands the task correctly and is looking for the same result.
 - If the task is not clear, keep changing the wording until it is no longer ambiguous.
 - Set the criteria for evaluating the task.
 - Make sure that the team has all the resources they need to complete the event task.
 - Give the team the resources they need, or hand over the task to someone who already has them.
 - If there are no resources available, the task will need to be reviewed.
 - Verify that the task is important to the project, team, or individual. If not, there is no need to carry it out.
 - Demonstrate the importance of the task to employees as this will increase their motivation.
 - Set the exact deadline for your goal achievement so that the whole team knows what is expected.
 - Set the time period when the result should be measured.
 - Provide feedback to all event participants and gather their feedback as well.
You also need to consider that when the significance of the task is obvious, employees put more effort into its implementation. Therefore, it is important to explain to the team why they should attain a particular goal.
Mistakes to avoid
First of all, the goals and objectives should be determined by the client. However, if the goal set by the client is vague or not well formulated, the organiser's task is to help him or her come up with a clear definition and wording. At this stage, the help of marketers and other specialists may be needed. Ideally, the event organiser should have all the qualities and resources available to help the client in this matter. Only after the SMART goals and objectives of the event are well defined can you begin to implement them.
Always have a contingency plan for events as a part of your SMART goal. Consider all possible threats to an event or possible risks in advance. Include them in your event budget and strategy. Insurance and useful contacts with local security, municipal administrations, and other support will also be helpful if they can be arranged.
Tips for setting event goals so you can maximise the event's impact
Use these simple tips to set event goals so you can maximise the event's impact:
 - Understand the purpose of the event.
 - Set real event objectives.
 - Know your target audience.
 - Select the right venue.
 - Set appropriate timing.
 - Create content that attracts your target audience.
 - Come up with a message you want to share throughout the event.
 - Choose the lead capture mechanism.
 - examples of SMART goals for event planners.
Call to action
Event managers often seek useful ideas and apps for event planning, such as SMART goals for an event manager, because this significantly simplifies their difficult task and increases event attendance. Use our useful resources to make your event successful.
Event organisers are responsible for observing the events and creating the necessary conditions for the personal safety of participants and spectators to ensure safe and high-quality events. Planners are responsible for everything from the event's organization to health care, trade, communications, transport, consumer services, and mass media. Organisers should set SMART goals and follow the best SMART goals for event planners examples
What do you think? Leave your comments below. Good luck! is the leading event technology provider offering automated solutions for the MICE industry, Corporations, Government, and Education sectors. If you're up for event management automation, contact us and we'll amp up your event.
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text:
Pistachio Nut Growth Decision Support Tool
This decision support tool predicts the growth of Pistachio nuts based on growing degree days since bloom.
- Visit the link in the body of this article to use the new Pistachio Nut Growth Decision Support Tool!
The Pistachio Nut Growth Decision Support Tool is now available! This calculator was developed by researchers from UC Davis and the UC Division of Agriculture and Natural Resources.
Select your location, pistachio cultivar, and date range to see predictions about the growth of Pistachio nuts. This tool is able to draw upon a bank of weather data ranging from 1950 to 2010! The Instructions and Resources tabs provide helpful information on how to interpret the data the tool has generated for you. The results can be printed to a PDF through your browser.
Your feedback is appreciated! Please leave any comments or concerns on the Contact Us tab of the page.
Access the Pistachio Nut Growth Decision Support Tool here: _URL_
More apps from the University of California Agriculture and Natural Resources Informatics and GIS program can be found at _URL_


text:
Here is a solution to add columns to a list of an M3 panel in Smart Office without doing any M3 Java modifications and without writing any scripts. The advantage is zero programming. In addition, this technique is interesting when it's not possible to create custom Sorting Orders (QTTP) nor custom Views (PAVR) for an M3 program (for example Stock Location – MMS010). This technique uses a new feature of M3 called Custom Lists. To create custom lists you will need the Industry Enrichment Package IEP F09201M306 in MNS096.
In this example I will add three columns Geo code X, Y, and Z to the list of Stock Location – MMS010/B1. The values come from the fields GEOX, GEOY, and GEOZ of MMS010/F. This solution is an alternative to the solution of my previous post where I illustrated how to programmatically add columns to a list by writing a script.
The desired result is the list Stock Location – MMS010/B1 with three new columns Geo code X, Y, and Z.
To create this custom list I follow these steps:
- First, I create a new Information Browser Category in CMM310, GEOCODES in this example:
- Then, I create a new View in CMM315 where I include the desired new columns, MSGEOX, MSGEOY, and MSGEOZ in this example:
- Then, I simulate the list to select the columns to display and to select the order of the columns:
- Finally, I add the Custom List to a Mashup where List type = Custom:
With the new IEP feature and with Mashups we can now create Custom Lists in M3 by configuration only, i.e. without any programming.
For more information
To learn this technique and more, refer to the Mashup Designer Advanced training (code SMMA2) from the Lawson Learning courses.


text:
Cereal Chem 56:446 - 451. | VIEW
Endosperm Structure of Barley Isogenic Lines.
B. D. Bechtel and Y. Pomeranz. Copyright 1979 by the American Association of Cereal Chemists, Inc.
Light microscopy (LM) and tranmission electron microscopy (TEM) were used to compare two pairs of isogenic lines of barley: Hiproly (high protein-high lysine, CI 3947) vs high protein (CI 4362) and normal starch (JGM 57) vs waxy starch (JGM 58). Hiproly and high protein (CI 4362) were compared with a widely grown cultivar, Firlbecks. The subaleurone regions of both Hiproly and high protein (CI 4362) were enlarged, but that of the high protein was irregular in thickness. Two major types of proteins were detectable by both LM and TEM. One type stained magenta with toluidine bule O and basic fuchsin and appeared homogeneous and electron-lucent in the TEM. The other type stained purple in the LM and was heterogeneous and electron-dense in the TEM. Hiproly, CI 4362, and Firlbecks differed in the amounts and shapes of the two protein types. In LM, the starch granules in the waxy starch line were distorted and irregular in shape. In TEM, the waxy starch granules appeared mottled and the normal starch granules were uniformly stained.