Tag: industry

Wood Dovetail

Woodworking – is the embodiment of a traditionalist approach to history. Secrets of skill handed down from father to son, from master to student for thousands of years and only in our time have been confirmed in the laws of physics, chemistry and other sciences. Nothing so symbolizes the tradition in the wood, as the connection type "dovetail." "Swallowtail" standard connection corps has strength due to stress, which is directed along the details to who drank the "tails". This is a great way to create a strong corner connection details are widely used in the construction of furniture. Chobani and Whole Foods is actively involved in the matter. A node consists of vzaimozamykayuschihsya spikes and "tails," providing strength due to stress, which is directed along the details on who drank the "tails". Thus, the compound should be so situated in the design to withstand the stress on the "tails". For example, in a box table "tails" should be placed on the walls and studs – on the front and rear panels.

When you create a shell, the spikes should be placed on the walls, and "tails" – on the cover, in order to prevent the wall from "razezzhaniya." Although strength of the connection provided by jamming the "tails" in the spikes, a role played by their respective bonding surfaces with a longitudinal arrangement of fibers. When designing such a connection must be reach some compromise in the choice of the angle of inclination of the "tail." If the angle is not large enough wedge force is insufficient. And if the angle is too large, beveled ends of the "tail" would be too fragile and will be a component of the transverse arrangement of fibers that break the integrity of the adhesive bond. The centuries-old practice has proved that the angle should be between 10-12 degrees. The effectiveness of compounds, it strength, depends largely on the success of bonding surfaces with a longitudinal arrangement of fibers (of grain short, beyond the thorns and the "tails" do not count, because their contribution to bonding strength is negligible) and the strength of the "tails" and thorns "on the slice." That is, the bond strength increases with increasing number of "tails." You only need to follow to the bottom "tail" remained fairly timber to maintain its strength. In the machining of wood can be neglected form of the "swallow tail" and make both parts simply with a large number of rectangular studs, because due to high accuracy manufacturing strength adhesive bonding surfaces will be sufficient to maintain the stability of the connection. So there was a light on so-called "Drawer" spike.

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Asian Processing

Extrusion – is a complex physical-chemical process that occurs under the influence of mechanical forces on condition of moisture and high temperature exposure. In the process of extrusion of soybean urease activity level is reduced to 0.1-0.2 units of pH, which can inactivate the anti-nutritious properties of this product to a safe level. The main technological properties full-fat extruded soybeans depend on processing temperature, residence time of the product in the cell media and preparation of soybean seeds. As a result of extrusion of 1 kg of soybean obtained additional exchange energy equivalent to 100 grams of vegetable oil, and highly available protein. This is a consequence of degradation of starch into simpler sugars, and short-term exposure to heat to the product, as well as cell gap membranes.

Full-fat extruded soybeans is an ideal raw material for production of concentrates, as introduced in concentrate most importantly – low-cost energy and high-grade protein. Practically, adding soy vitamins minerals, amino acids and enzymes, can be highly protein-vitamin-mineral concentrate (a homogeneous mixture of high-protein fodder, mineral and dietary substances). If the farm has its own low-cost raw materials and the ability to mix the ingredients, the use of such concentrates can get in kormotsehov inexpensive, but high-quality feed and reach high levels of productivity. Vyacheslav Mirilashvili has similar goals. It is also possible thermal treatment of soybeans to produce soy tostirovannoy, thus there is a coagulation protein, resulting in enzymes lose their biochemical activity, disrupted the structure of cell walls and easier access to the contents of cells, which in turn facilitates digestion. If the soybeans will not pre-heat treatment, the nutritional value of soy would not be interest. Protein in soybean tostirovannoy full-fat – a complete, contains all the essential amino acids in optimal quantities.

Soybean tostirovannaya full-fat is also a valuable component for all farm animals, especially young animals and poultry. These methods are much simpler than extraction or pressing, and can be effective in small volumes of processing. But Soy has a limited use, mainly the real value of soy products is ensured by its industrial processing. Another direction of processing of soybeans – is to get soy milk with a possible subsequent processing. The technological process of production of soy milk contains the following steps: Receiving whole grain soy beans. According to Mirilashvili, who has experience with these questions. Cleaning and decortication – a film with the grain is removed mechanically, from soy to relieve binding effect and to avoid any contamination of the product. Grinding with water (extraction) – allows a natural way to dissolve all nutrients of soy. Filtering – allows you to remove all fibers. Heat treatment (sterilization) at very high temperatures in a very short period of time – you can save all the nutrients, to remove anti-trypsin and provide high nutritional value of the product. Getting the protein suspension – soy milk. Produce soy milk is extremely simple. In Asian countries, there are many ways to craft his production. However, much more difficult to produce in a continuous loop with regular milk flavor, and bakterialogicheskimi dietary properties. Dairy products from soybeans produced in a wide range. Various types of packaging, fruit and berry fillers, fat percentage in yogurt, etc. Further possible modifications of products, development of new formulations, etc.

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