OMPI – Búsqueda en las colecciones de patentes nacionales e internacionales

1.WO/2013/166812SUSPENSION DEVICE

WO - 14.11.2013

Clasificación Internacional A62B 1/14 Nº de solicitud PCT/CN2012/083673 Solicitante HE, Shaodun Inventor/a HE, Shaodun

A suspension device, overcoming the defect of difficult self-locking and definite potential safety hazard of existing 8-shaped annular suspension devices during use. Provided is a suspension device. A U-shaped rope-reeving piece (2) is disposed on a suspension body (1); the suspension body (1) and the U-shaped opening of the U-shaped rope-reeving piece (2) form a rope-reeving hole (1.1); a suspension hole (1.2) bearing the weight of a person (5) is disposed at a position offset to one side; the suspension device is also provided with an operation handle (1.4) to control the deflection of the suspension device; when in use, the fixed end (3.1) of a working rope is fixed at a high place, the free end (3.2) of the working rope droops down, and the person (5) is fixedly connected to the suspension hole (1.2); when the person (5) is separately suspended by the suspension hole (1.2), the fixed end (3.1) and the free end (3.2) of the working rope press against each other to stop the sliding of the working rope, so that the suspension device is in a self-locking state, and the person (5) is suspended up high; and when the person (5) applies a pulling force to the suspension device via the operation handle (1.4), the suspension device deflects to separate the fixed end (3.1) and the free end (3.2) of the working rope, or reduce the pressure therebetween, so that the rope starts to slide, and the person descends.

2.WO/2009/045120WAFER BREAD (VARIANTS) AND A METHOD FOR THE PRODUCTION THEREOF

WO - 09.04.2009

Clasificación Internacional A21D 13/08 Nº de solicitud PCT/RU2007/000542 Solicitante MALIK, Elizaveta Petrovna Inventor/a MALIK, Elizaveta Petrovna

The invention relates to the food industry. The inventive method for producing a wafer bread consists in preparing a raw material, in producing, forming and baking a dough, in cutting the thus obtained sheets into separate products and in pre-packing and packaging said products. The dough is produced in a turbo-kneading machine in one-stage process, consisting in mixing water and a raw material, which contains wheaten and rye flour, starch, deodorised vegetable oil, whole dried milk, egg powder, sodium bicarbonate and a salt solution, for 5-8 minutes at a temperature of 20-25°C until a homogenated thin-flowing consistence with humidity of 55-80% and the dough yield ranging from 220 to 560% per 100 weight flour parts, is obtained. The dough is formed by pouring the portion thereof directly on the lower plates of moulds which are connected into a continuously moving chain and on which the dough is baked for 2.5-7.0 minutes at a temperature of 120-250°C. The finished sheets, prior to be cut, are passed through a stress-relieving device. The bread components are taken according to a specified ratio, and a corresponding bread composition can be complemented with an increased amount of table salt, or garlic, or spices and enriched with vitamins and iron, or coconut, or sesame and sunflower seeds.

3.WO/2012/103689AIRBORNE LANDING MACHINE

WO - 09.08.2012

Clasificación Internacional A62B 1/12 Nº de solicitud PCT/CN2011/072698 Solicitante HE, Shaodun Inventor/a HE, Shaodun

An airborne landing machine includes a rope winding disk (2). The rotary modules (4A, 4B) for synchronously rotating are provided at both sides of the rope winding disk. A crank (3.1) is installed between the rotary comments (4A11, 4B12) of the rotary modules so as to resolve the problem of non-uniform stress. The one-way rotary elements (4A3, 4B3) are arranged for resolving the problem of rope rewinding. When the rope (2.31) drives the rope winding disk to rotate toward one direction under the action of gravity and drives the crank to rotate, the crank drives a hydraulic speed-limiting component (3) to operate. The hydraulic speed-limiting component is free of operating and the crank is free of rotating when the rope winding disk rotates toward reverse direction. The airborne landing machine resolves the problems of irrational stress structure of the crank of the airborne landing machine with the crank and the speed-limiting piston in prior art and nondisclosure the technique of rope rewinding. The airborne landing machine also avoids the defects of potential hazard to the user and inconvenient.

4.WO/2014/201764FOLDABLE PASSING APPARATUS FOR AUTOMOBILE WHEEL

WO - 24.12.2014

Clasificación Internacional E04G 27/00 Nº de solicitud PCT/CN2013/081955 Solicitante HE, Kebin Inventor/a HE, Kebin

A foldable passing apparatus for an automobile wheel. The apparatus comprises a first pressing plate (1) and a foldable first supporting leg (3.1). The first supporting leg (3.1) is mounted on a lower side of one end of the first pressing plate (1) by using a pin shaft (4.1). After folded, the first pressing plate (1) and the first supporting leg (3.1) are overlapped together; and after unfolded, the first pressing plate (1) and the first supporting leg (3.1) can form an angle, so that the apparatus serves as a spacer plate, thereby increasing the height under which an automobile can pass through.

5.WO/2013/134964DESCENDER

WO - 19.09.2013

Clasificación Internacional A62B 1/06 Nº de solicitud PCT/CN2012/072524 Solicitante HE, Shaodun Inventor/a HE, Shaodun

A descender is provided with a soft control rope (4). During suspension, a working rope (5) is under stress, a drop-off rods (2.1) tuck upward, the friction of the working rope increases, and the human body ceases to descend; and when the soft control rope is pulled downward, the drop-off rods are released and unfolded downward, the friction of the work rope decreases, and the human body descends. The descender can be used as a suspension tool at the time of construction, such as cleaning and renovation of building external wall, but also can serve as a suspension tool at the time of building fire rescue, disaster relief, high-altitude lifesaving or personnel air dropping.

6.WO/2013/181868SUSPENSION DEVICE

WO - 12.12.2013

Clasificación Internacional A62B 1/14 Nº de solicitud PCT/CN2012/077429 Solicitante HE, Shaodun Inventor/a HE, Shaodun

A suspension device consists of a U-shape rope passing part (2) arranged at a suspension body (1). A U-shape opening of the U-shape rope passing part and the suspension body together form a rope passing hole (1.1). A suspension hole (1.2) for bearing the weight of human body is provided in a position deflected to one side, and an operating handle (1.4) for controlling the declination of the suspension device is provided. When in use, the fixed end (3.1) of a working rope is fixed to a high position, the free end (3.2) of the working rope is dropped to a low position, and the human body is fixedly connected with the suspension hole. When the human body is suspended only by the suspension hole, the fixed end and the free end of the working rope are tightly pressed with each other to prevent the working rope from sliding. The human body is suspended in the high position, and the suspension device is self-locked. When the human pull the suspension device by operating the force bearing point handle, the suspension device is deflected to reduce the pressure between the fixed end and the free end of the working rope or separate the fixed end from the free end of the working rope, and the rope starts to slide and the human body descends. Said suspension device solve the problem of hard to self lock and potential safety hazard existing in prior art.

7.WO/2008/092465METHOD AND DEVICE FOR OBTAINING A SALT AEROSOL OF ADJUSTABLE CONCENTRATION AND PERSONAL HALOTHERAPHY ASSEMBLY

WO - 07.08.2008

Clasificación Internacional A61K 9/12 Nº de solicitud PCT/EE2008/000002 Solicitante BUDARIN, Vladimir Inventor/a BUDARIN, Vladimir

This invention belongs to the field of medical technology and it can be used to perform personal halotherapy at room temperature in personal halotherapy assembly or in salt chamber in the treatment and prophylaxis of respiratory tract diseases, allergies and psoriasis, carried out in spas, health centres, sanatoria, hotels as well as at home or in outpatient health institutions. The salt aerosol in the salt chamber is mixed in a continuous process with freshly crushed salt crystals, thus saturating the salt aerosol with salt particles activated with kinetic energy. The therapy mode is adjusted in real-time in the course of the therapy process in the salt chamber by the operator or the patient with the help of the control desk. The personal halotherapy assembly is a small hermetically sealed salt chamber or salt capsule and is intended for one person or an adult along with a child. The whole dry salt aerosol saturation device along with the patient is in a hermetically sealed capsule ensures an individually prescribed and uniformly distributed environment of a salt aerosol, consisting of freshly ground dry salt crystals of NaCl with a size of 0,5-5 μm at a concentration of 0,5-80 mg/m3, around the body of the patient during a 10 to 45 minute salt procedure. During the performance of a salt procedure, the salt capsule is hermetically isolated from the surrounding environment and the saturation of the salt aerosol is carried out autonomously. The control desk (5)is duplicated to the lower part (A) of the personal therapy assembly as well as to the personal console of the patient in the salt therapy room (C). The personal halotherapy assembly may be equipped with wheels that make it easy to transport.

8.WO/2013/162424HIGHLY DISPERSED EMULSION BASED ON WATER AND WATER-INSOLUBLE SUBSTANCES AND METHOD FOR PRODUCING SAME

WO - 31.10.2013

Clasificación Internacional B01F 3/08 Nº de solicitud PCT/RU2013/000346 Solicitante KLESHKANOV, Vladimir Ivanovich Inventor/a KLESHKANOV, Vladimir Ivanovich

The present invention relates to the field of creating highly dispersed emulsions, the physical and chemical properties of which remain stable over time, from water and water-insoluble substances, in particular water/hydrocarbon emulsions, and of producing environmentally-friendly fuel additives which may be of interest in the chemical industry, the food industry, the housing and utility sector, highway construction and the use of automotive technology. The proposed invention further relates to the field of processing and recycling water-insoluble substances, oil residues, hydrocarbon components and water-containing components (oil-contaminated waters, spent cutting fluids, etc.) and can be used in the processing and use of liquid and resinous hydrocarbon waste (oil, fuel oil, diesel fuel, vegetable oils, mineral oils, oil sludges, fuel oil sludges, paraffins, asphaltenes, etc.). The method for producing temporally stable water/hydrocarbon emulsions and environmentally-friendly fuel additives from water and a hydrocarbon component consists in purifying the latter of mechanical impurities, followed by mixing in a disintegrator, in hydrodynamic microvortex structures. The product of mixing is simultaneously broken down and homogenized in the disintegrator, wherein the maximum size of the particles of the dispersed phase is not greater than 10 μm and the average size is 0.01-1 μm. Emulsifiers can be added to the water/hydrogen emulsion to increase temporal stability. The total water content in a combustible and temporally stable water/hydrocarbon emulsion can vary within a range of 1-95%. Meanwhile, noxious emissions are reduced by 5-1000 times. The water used can be oil-contaminated waters, energy-bearing aqueous run-off, spent cutting fluids or process water.

9.WO/2012/065396DESCENT APPARATUS

WO - 24.05.2012

Clasificación Internacional A62B 1/12 Nº de solicitud PCT/CN2011/072641 Solicitante HE, Shaodun Inventor/a HE, Shaodun

A descent apparatus includes a main frame (1), a rope winding plate subassembly (2) and a hydraulic speed-limiting subassembly (3). Rotating subassemblies (4A), (4B), which rotate synchronously, are provided at both sides of the rope winding plate (2). A crank shaft (3.1) is installed on the rotating parts (4A12), (4B12) of the rotating subassemblies (4A), (4B). The rotating subassemblies (4A), (4B) are driven to rotate synchronously while the rope winding plate (2) is rotating, so as to drive the crank shaft (3.1) to rotate. The hydraulic speed-limiting subassembly (3) is driven to operate while the crank shaft (3.1) is rotating. The resistance is applied to the crank shaft (3.1) by the hydraulic speed-limiting subassembly (3) so as to confine the rotation of the rope winding plate (2). The rotating speed of the rope winding plate (2) can be adjusted through regulating a piston speed regulation part (3.6).

10.WO/2014/166177SUSPENDED-TYPE ROPE END FIXING DEVICE

WO - 16.10.2014

Clasificación Internacional A62B 35/00 Nº de solicitud PCT/CN2013/079494 Solicitante HE, Shaodun Inventor/a HE, Shaodun

Disclosed is a suspended-type rope end fixing device. For solving the problems that the knotting manner is not normative, the knot can easily become loose, etc., which occur where people usually adopt a knotting manner to fix a rope to a high place when conducting a high-altitude operation and other fire fighting and rescue activities, proposed is a suspended-type rope end fixing device, which mainly comprises a fixing component (1) for installation and fixing, and a rope winding component (2), wherein the fixing component(1) is provided with a slot (1.1), a jack (1.11) is arranged on the upper side of the slot (1.1), and a rope penetrating opening (1.12) is arranged on the lower side of the slot (1.1); the fixing component (1) is fixed on a high fixed seat (5); the rope winding component (2) is inserted into the slot (1.1); the fixing end of a rope penetrates through the rope penetrating opening (1.12) from bottom to top and is wound on the rope winding component (2); and the rope winding component (2) is inserted into the slot (1.1) from the jack (1.11) to fix the fixing end of the rope to the fixing component (1). During use, there is no need for knotting the rope, and it is only needed to wind the rope on the rope winding component (2) and insert the rope winding component (2) into the slot (1.1), so that the rope can be fixed tightly, thereby having the advantages of easy operation, simplicity and quickness, security and practicality, etc.

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