Fecha de publicación
Nº de solicitud
|1.||WO||WO/2013/055194 - FASTENING DEVICE (VARIANTS)||18.04.2013||
|PCT/KZ2012/000007||SHAROIKO, Mikhail Mikhailovich||SHAROIKO, Mikhail Mikhailovich|
The invention relates to means for fastening various items for the transportation thereof. The fastening device comprises a hand grip (1), a hook (2), a locking member (5) and a spring (7). The locking member (5) is in the form of a double-armed lever hingedly attached to the hand grip (1). The arms (8, 9) of the lever are arranged at an angle to one another with the free ends of the arms oriented towards each other. The hand grip (1) is provided with a guide (10) for one arm (9) of the lever. The free end of the other arm (8) is pressed against the free end (11) of the hook (2) under the effect of a spring (7) and can be released during the fastening of a load. According to a second embodiment, the fastening device comprises a hand grip (1), a hook (2), a locking member (5) and a spring (7). The fastening device is provided with a control pin (12). One end of the locking member (5) is hingedly attached to the hand grip (1) and connected to the spring (7), while the other end is connected to the control pin (12). The technical result is an improvement in fastening reliability.
|2.||WO||WO/2013/036093 - PORTABLE DEVICE WITH UNIT FOR ENABLING CELLULAR COMMUNICATIONS||14.03.2013||
|PCT/KZ2011/000015||BELOGLAZOV, Andrey Viktorovich||BELOGLAZOV, Andrey Viktorovich|
The invention relates to the field of computer engineering and particularly to portable computers. The object of the proposed invention is to enhance an autonomous computer system, for example, a laptop or other portable device, by adding an in-built unit which broadens the scope of use of computer systems. This is achieved by the fact that a laptop or other portable device consisting of a screen, keyboard, touchpad (mouse) and connectors, also contains a unit which enables cellular communication and access to the Internet.
|3.||WO||WO/2013/019094 - METHOD FOR PRODUCING HEAT ENERGY FROM ELECTRIC ENERGY AND DEVICE FOR CARRYING OUT SAID METHOD||07.02.2013||
|PCT/KZ2011/000014||KIMOLAEV, Tleubek Sarsembaevich||KIMOLAEV, Tleubek Sarsembaevich|
The invention relates to heat and power engineering and to heat-exchange technology, and specifically to heating a liquid medium, and can be used for producing hot water for domestic requirements. The method for producing heat energy from electric energy comprises arranging an electric heating element in the vicinity of a heat-accumulating substance in a housing insulated from the surrounding space, wherein, in the geometrical centre of the housing, which is filled with a heat-transfer agent, a pipe in the form of a rising spiral is laid uniformly around the heating element, with the medium to be heated being passed through said pipe, and heat being transferred from the heating element to the liquid to be heated through the pipe walls by means of the heat-transfer agent which is in the solid state of aggregation and fills the free space around the heating element and the pipe for the passage of the medium to be heated, and a dry granular mix is used as the heat-transfer agent. The invention also relates to a device implementing the method. The technical result consists in reducing the consumption of electric energy and the specific power of the heat energy source by using a dry granular mix as the heat-transfer agent (heat-accumulating medium).
|4.||WO||WO/2013/006021 - DEVICE FOR PROTECTING AN ORGANISM FROM HARMFUL EXPOSURE TO ENERGY||10.01.2013||
|PCT/KZ2012/000003||SHUBIN, Valentin||SHUBIN, Valentin|
The device for protecting an organism from exposure to energy is in the form of a single structure comprising one, two or more dielectric plates, to which variously geometrically shaped applicators made of metal alloy are fixed in one or more layers on both sides. Each dielectric plate with the flat applicators is covered on both sides by dielectric insulators. The applicators may be in the form of various spiders having from 3 to 8 arms.
|5.||WO||WO/2012/177109 - LIFE-SAVING CAPSULE||27.12.2012||
|PCT/KZ2012/000004||OVCHARENKO, Eduard Vassilyevich||OVCHARENKO, Eduard Vassilyevich|
The invention relates to life-saving equipment for use in the event of severe earthquakes and other disasters which may affect residential buildings, office spaces and other premises. The life-saving capsule is in the form of a mounted doorframe having a rigid shell with shock-absorbing springs around the perimeter thereof and tightly closing doors on two sides, and is equipped with safety seats having safety belts, wherein at least one of the doors is an emergency door, the closing of which activates a self-contained power supply and air delivery and emergency communication systems. The life-saving capsule consists of protective layers, one of which absorbs impacts and is made of an elastic material, while the other is made of a fireproof material and is heat-resistant. If necessary, a layer is provided for protection against radiation and another layer is provided for buoyancy in liquid environments. A GPS, a satellite telephone and a source of audible signals such as a klaxon are used as a communication device.
|6.||WO||WO/2012/158002 - MEDICINAL PREPARATION "RENESSANS" HAVING AN ANTIBACTERIAL, ANTI-ULCEROUS AND IMMUNO-MODULATING ACTION||22.11.2012||
|PCT/KZ2011/000018||BEGALIEV, Shokan Sabirkhanovich||BEGALIEV, Shokan Sabirkhanovich|
The invention relates to the field of medicine, in particular to medicinal preparations which have an antibacterial, anti-ulcerous and immuno-modulating action and which can be used in injection form. The medicinal preparation "RENESSANS" comprises components in the following ratio thereof: 0.4-2.0% by mass of iodine, 0.8-4.0% by mass of potassium iodide, 10.0-40.0% by mass of starch, 0.4-2.0% by mass of ascorbic acid, 1.2-4.8% by mass of glucose, 0.3-1.8% by mass of sodium chloride, with the remainder being purified water. A pharmaceutically effective quantity of the preparation is administered intravenously, intramuscularly or perorally.
|7.||WO||WO/2012/154016 - METHOD FOR PRODUCING LYOPHILIZATE FROM HUMAN HEPATOCYTES||15.11.2012||
|PCT/KZ2011/000009||AKCIONERNOE OBSHECTVO "NACIONALNI NAUCHNI MEDICINCKI CENTR"||BAIGENJIN, Abai Kabataevich|
The invention relates to medicine, and specifically to intensive therapy. This method is intended for the quantitative and qualitative extraction of human foetal hepatocytes which are usable for intra-organ transplantation and are employable in the complex treatment of patients with liver diseases, including chronic diseases. The essence of the invention consists in the use, in the method for extracting foetal hepatocytes, of embryo liver obtained after discontinuation of pregnancy for social indications within the period of 18-22 weeks. The foetal hepatocytes are defragmented, cultured, cryo-preserved and lyophilized. The introduction of this method into medical practice will make it possible widely to employ said method in patients with liver diseases, including chronic forms, and for said patients to wait for their turn for organ transplantation. The method is entirely effective and causes little trauma.
|8.||WO||WO/2012/144879 - WIND-OPERATED POWER PLANT||26.10.2012||
|PCT/KZ2011/000007||BUKTUKOV, Nikolay||BUKTUKOV, Nikolay|
The invention relates to wind-power technology. The wind-operated power plant consists of a shaft, weights and vanes. The vanes are fixed at the ends between an internal and external edge to bearings which are rigidly fitted onto spindles. The ends of the spindles are rigidly connected at the top and bottom to upper and lower rings. Two or more internal sails constructed in the form of a cylindrical surface are mounted vertically on posts between the vanes and shaft with the convex side opposite the convexity of the open vanes. On the outside beyond the rings, external sails are mounted rigidly on the posts. A covering is fixed at the top to the internal posts of the external sails. A lower covering is attached rigidly at the bottom to the posts of the internal sails and supporting spindle. The external sails are in the form of a trapezium and are mounted with the wide base outwards. The coverings are fixed at the top and bottom to the posts of the external sails. The invention is directed towards increasing the coefficient of use of wind power.
|9.||WO||WO/2012/138207 - METHOD FOR PRODUCTION OF "INGO-2" CARBON ENTEROSORBENT||11.10.2012||
|PCT/KZ2012/000002||REPUBLICAN STATE ENTERPRISE, BASED ON THE RIGHT OF ECONOMIC MANAGEMENT, "AL-FARABI KAZAKH NATIONAL UNIVERSITY"||MANSUROV, Zulhair Aymuhametovich|
The present invention relates to the pharmaceutical industry. More specifically, the present invention relates to medical enterosorbents for peroral administration with acute poisoning and other endogenous and exogenous intoxications. Advantages of the invention are a simplification of a method, diversification of enterosorbents from plant raw materials, utilization of rice husks. INGO-2 carbon enterosorbent is produced by carbonization rice husks followed by an isothermal ageing at 650±10°C for a time ranging from 20 to 30 minutes, and before washing the carbonized plant material is demineralized with 6M solution of hydrochloric acid at 100°C for a time ranging from 4 to 10 hours followed by neutralization with alkali. Claimed INGO-2 enterosorbent is produced from wastes of plant raw materials, i.e. rice husks, with the simplified technology. INGO-2 enterosorbent has high sorptive power.
|10.||WO||WO/2012/125011 - METHOD FOR PROCESSING RAW MATERIAL COMPRISING NON-FERROUS METALS AND IRON||20.09.2012||
|PCT/KZ2011/000022||SADYKOV, Selik Barlykovich||SADYKOV, Selik Barlykovich|
The invention relates to the metallurgical industry, primarily to nickel and cobalt metallurgy, and concerns the processing of oxidized metal-containing natural raw material and technogenic materials. The method comprises feeding a charge consisting of the initial ore, fluxes, liquid or solid workable slag, carbon-containing material and oxygen in an oxygen-containing blast into the oxidative zone of a furnace in the quantities necessary for the complete combustion of the carbon. The moist ore is dried and hardened by exhaust gases from the furnace before being fed into the furnace. The charge is melted in the oxidative smelting zone of a single zone furnace to form a liquid slag. The liquid slag is discharged into an electric furnace, in which the oxides are reduced to a metallic phase as carbon-containing material is fed in. The invention is directed towards increasing the extraction of metals to produce a matte or ferroalloy by means of additional reduction, with a lower consumption of heat.