Obtained Soybean
In Russia, soy meal and oil factories are mainly in the scheme forpressovanie extraction (Figure 2), when the presses produce a preliminary removal of oil before extraction. With the formation of soybean meal (in the picture – fat soy petal), and oil. The complexity of the process of pressing is the need to maintain the soft modes of preparation for pressing the material, or increased oil content meal, worsening oil color. Obtained After the press cake is subjected to grinding crusher and then sent to the lamination to produce a petal or in the form of grit enters the extraction, which is performed using special solvents (alcohol, etc.), and This is extracted from the fat lobes remaining oil and soybean meal obtained. Continue to learn more with: isearch. Then spend the distillation of the solvent from meal to toasters, evaporators channogo type. Under this scheme on existing equipment in Russia can be obtained only tostirovanny soybean meal and it is possible to obtain from tostirovannoy soy flour.
Effective stripping the solvent from the meal after extraction – a complicated process. The technology of the tested meal for feed purposes can be divided into several stages: removal of the solvent from the meal and increasing its oil meal in no more than 0.08 – 0.1% trypsin inhibitor inactivation and reduced urease activity to less than 0.2 pH units. It is also possible further processing of soybean meal by tostirovannogo its refining and education tostirovannoy soy flour. To obtain highly concentrated soy protein, such as isolates and concentrates, requires special equipment, which allows you to fully defatted soy petal. Defatted soy petal has a high content of soluble protein. In our country, yet there is no industrial production of white petals, the development of soybean processing lines to produce food proteins is based almost entirely on imported raw materials. Another way to process soybeans it – extrusion, resulting in which is obtained by full-fat extruded soybeans.
Technical Center
This was the starting point for further research. Similar studies were conducted in the U.S. and China. It was developed a number of options for artificial muscles that respond to electricity. But there was many limitations with disabilities, such as a weak response, the work in the fluid, the instability effect. This work is interested in our domestic experts from the Moscow Scientific-Technical Center. Speaking candidly altavista told us the story. They are based on models already developed by other companies of different polymers, we decided to make a synthesis and improve overall performance and characteristics of polymers. The experimental sample eleknromyshtsi in appearance more closely resembles film than the organic tissue.
In the original state muscle in a stretched position, as an ordinary piece of plate, and feed on him in a small voltage is compressed. Energy costs minimal, since the main expense is not a job, but only to change the properties (structure) of the substance. At the core of this innovation with such properties is a combination of conductive and non-conductive polymers. The last of these products is quite amazing what can work in a fairly harsh environment, maintaining the temperature of liquid nitrogen (-196 deg.) Melted and the chromium (about 1600 deg.). Still has the ability to contract for 40,000% per second. Read more here: Cell Phones. For comparison, a typical human muscle, over the same time, reduced only by 10%. Also, you can add to the merits of that work itself can easily manage and deploy very precise values of its reduction. Well, with regard to size, so this too will be no problems because this system can do very little, and quite large. Variants of this invention very much, and though you yourself can come up with many uses. So, we expect our scientists are ready version of this elektromyshtsy and hope for the great success of this development in the future.
