||WO||WO/2014/175527 - HEAT-SHRINKABLE FILM FOR LABEL HAVING LOW SPECIFIC GRAVITY AND METHOD FOR MANUFACTURING SAME||30.10.2014||
||PCT/KR2013/010894||DONG IL CHEMICAL INC., LTD.||OH, Won Seok|
A heat-shrinkable film for a label according to the present invention consists of: a foamed layer (10) having polystyrene as a main component; and one pair of non-foamed layers (20) which are melt-adhered to the foamed layer (10) on either side thereof, wherein the foamed layer (10) and the one pair of non-foamed layers (20) are formed by coextrusion and thus have a low specific gravity of less than 1.0. The heat-shrinkable film for a label according to the present invention is manufactured by: producing an unstretched film by coextruding each of the raw materials so that non-foamed layers (20) are formed on either side of a foamed intermediate layer (10) having polystyrene as a main component; and stretching the unstretched film in the transverse direction (TD). The stretching in the TD is preferably 3.5 to 5.5 times, and most preferably about 4.5 times. The foamed layer (10) is preferably foamed at a foaming rate in the range of 5% to 20%. The thickness of the foamed layer (10) is preferably in the range of 60% to 90% with respect to the total film thickness, and the thickness of each of the one pair of non-foamed layers (20) is preferably in the range of 5% to 20% with respect to the total film thickness. The heat-shrinkable film for a label according to the present invention preferably has a thickness in the range of 30 µm to 60 µm.
||WO||WO/2014/171846 - METHOD FOR PRESERVING OVULATED STURGEON ROE||23.10.2014||
||PCT/RU2013/000319||KORYAZOVA, Irina Lvovna||KORYAZOVA, Irina Lvovna|
The invention relates to the fishing industry, and more particularly to the preservation of sturgeon roe obtained by live extraction. A method for preserving ovulated sturgeon roe involves obtaining roe and salting, draining and packaging same, wherein the roe is separated from the ovarian fluid prior to salting and is transferred to a sieve to form a layer no greater than 10 cm in height, salting is carried out for a period of 4-6 minutes by the successive immersion of the roe-filled sieve into containers of brine having a density of 1.15-1.17 and 1.07-1.09 kg/m3 and a temperature of 68°-65°C and 45°-40°C respectively, and the roe is subsequently treated with water at a temperature no greater than 10°C, wherein draining is carried out after each immersion of the roe-filled sieve in the brines and after treatment. The method makes it possible to obtain a finished product from ovulated sturgeon roe, improve the quality of the resultant caviar and preserve same for a period in excess of that stipulated in GOST 7442-2002 "Tinned grained caviar", i.e. 2.5 months at a temperature of from -2 to -4°C.
||WO||WO/2014/168501 - DEVICE FOR THE CONTINUOUS CASTING, ROLLING AND EXTRUSION OF RODS||16.10.2014||
||PCT/RU2013/000304||OBSHCHESTVO S OGRANICHENNOY OTVETSTVENNOST'YU "OBEDINENNAYA KOMPANIYA "INZHENERNO-TEKHNOLOGICHESKIY TSENTR"||BELYANIN, Oleg Pavlovich|
The invention relates to the field of combined casting and metal working processes and can be used for producing solid and hollow extruded articles from metals and alloys. The device comprises a holding furnace and shafts having disposed thereon a roll with a groove and a roll with a ridge, said rolls being provided with cooling channels and forming a working calibre, at the outlet of which is mounted a die with a sizing collar and cooling channels. Plugs are mounted on the ends of the grooved roll and the ridged roll, coaxially with said rolls. Cooling channels are situated around the circumference of the grooved roll and the ridged roll, across the entire length of the rolls and across part of the length of the plugs. The shafts of the grooved roll and the ridged roll are provided with openings for the supply and discharge of a coolant, said openings communicating with the cooling channels in such a way as to be capable of providing directed movement of the coolant relative to the extrusion axis. The cooling channels form a continuous circuit across the surface of the rolls for the supply and discharge of coolant. At the outlet from the die there is mounted a sparger provided with a pipe for supplying coolant and nozzles for spraying same at the surface of the finished product. The device for continuous casting, rolling and extrusion provides intensive heat extraction from the rod extrusion zone, thus enhancing the productivity of the extrusion process and the quality of the extruded articles.
||WO||WO/2014/120037 - ALUMINUM OXIDE||07.08.2014||
||PCT/RU2013/000078||OBSHCHESTVO S OGRANICHENNOY OTVETSTVENNOST'YU "OB'EDINENNAYA KOMPANIA RUSAL INZHENERNO-TEKHNOLOGICHESKIY TSENTR"||SENYUTA, Aleksandr Sergeevich|
The invention relates to aluminum oxide, and specifically to aluminum trioxide in the form of powders or agglomerates having particles which have a porous honeycomb structure, and can be used as catalyst carriers, adsorbents and filters in the chemical, food and pharmaceutical industries. The technical result is a broadening of the types of porous aluminum oxide having a honeycomb pore structure in the micron size range. The aluminum oxide, being in the form of separate particles having a porous structure, has a particle porosity of 60-80%, and the porous structure is in the form of extended parallel channels which are closely packed, the size of the channels being 0.3-1.0 microns in width and up to 50 microns in length.
||WO||WO/2014/117885 - VACUUM CLEANER NOZZLE||07.08.2014||
||PCT/EP2013/074521||KONINKLIJKE PHILIPS N.V.||VAN WOLFEREN, Paulus Hermanus|
A nozzle (1) for a vacuum cleaner that comprises a soleplate (6) with a suction channel slot (7) therein for the suction of debris from a surface (S), a wheel (5) mounted for rotation about an axis (A) to support the soleplate on said surface, and a suction pipe connector (3) for rotation about an axis (A) that is coaxial with said wheel axis. The wheel has a radius (h) of at least 25 mm, and a distance across the surface between a point of contact of the wheel with the surface that is directly beneath the wheel axis and and a point midway between the leading and trailing edges (7a, 7b) of the suction channel slot which is no greater than 80mm.
||WO||WO/2014/116137 - PUMP, PUMP APPARATUS AND METHOD FOR LIFTING A LIQUID MEDIUM||31.07.2014||
||PCT/RU2013/000050||ZAKRYTOE AKTSIONERNOE OBSCHESTVO "SUKHOI NAPHTHA CORPORATION"||MARTIROSOV, Rollan Gurgenovich|
The oilwell pump with a mechanical drive from a pumping unit is intended for lifting a liquid out of wells and has the possibility of a spontaneous transition from a plunger-diaphragm mode to a plunger mode of operation by means of destruction of the elastic diaphragm of the pump as said diaphragm is attached to the emergency opening in a tank of a working unit in the event of an increase in the pressure of the hydraulic drive to above an admissible pressure. The plunger is supported reliably on three support units. The pump comprises a means for the detachable connection of the plunger to a rod string, which means is in the form of an automatic coupling, in which a hook, which is fixed to a shank, and a catch, which is fixed to the rod string, are provided for connection to one another. The free volumes with a weak flow of the inner cavity of the working chamber can be filled with solid and flowing ballast elements. The pump apparatus comprises said pump and a drain device, in which the drain valve is equipped with a membrane which is removable from the outside and is formed from a material having a narrow destruction pressure range. A method for lifting a liquid out of a well with the aid of a pump apparatus comprising a pump is described.
||WO||WO/2014/091625 - INVERTER DEVICE||19.06.2014||
||PCT/JP2012/082539||MITSUBISHI ELECTRIC CORPORATION||ICHIHARA, Masafumi|
An inverter device for receiving direct-current power from a direct-current common bus (15) and driving a load, wherein connections are configured so that: during power-running, a switching element (SW1) is disposed on a first current pathway flowing through a positive-side direct-current terminal (P); during regeneration, a reverse-connected diode (D1) is disposed on a second current pathway flowing through a positive-side direct-current terminal (P1); when the smoothing capacitor of a smoothing unit (13) is being initially charged, a charge resistor (R1) is disposed on a third current pathway flowing through the positive-side direct-current terminal (P); a brake resistor (R2) is externally connected between the positive-side direct-current terminals (P, P1); and the positive-side direct-current terminal (P) has the same potential as the positive-side bus (15a) of the direct-current common bus (15).
||WO||WO/2014/088596 - HEAD SUPPORT SYSTEM||12.06.2014||
||PCT/US2012/068579||ORAYA THERAPEUTICS, INC.||HALBERT, Phillip, C.|
Head support systems may provide support for a patient receiving ophthalmic or other treatment while in a seated, standing, or upright position. Exemplary systems provide single handed operation for both head capture and beam shielding functions. Exemplary systems provide an integrated radiation shield with a head capture mechanism. Exemplary systems provide a non-invasive head capture mechanism and expedient single handed patient release. Exemplary systems provide a built-in force limiting feature within head capture.
||WO||WO/2014/085991 - EYEGLASS-BASED 3D INTELLIGENT TERMINAL AND SYSTEM||12.06.2014||
||PCT/CN2012/085885||SHENZHEN COOCAA NETWORK TECHNOLOGY CO., LTD||CHEN, Dijun|
An eyeglass-based 3D intelligent terminal (21) and a system. The 3D intelligent terminal (21) comprises a camera (11), a signal processing unit (12), a register (13), an eyeglass switching signal emitter (14) and a screen (15), wherein the camera (11) is used for photographing objects in front of the screen (15) of the 3D intelligent terminal; the signal processing unit (12) is used for analyzing photographed pictures, judging whether audiences exist in all pre-partitioned regions in front of the screen (15) of the 3D intelligent terminal or not, and recording the judged result in the register (13); the signal processing unit (12) is also used for determining the pre-partitioned regions where all the audiences are located, decoding viewpoint images corresponding to the pre-partitioned regions where all the audiences are located, and transmitting the decoded viewpoint images to the screen (15) for displaying; the eyeglass switching signal emitter (14) is used for transmitting eyeglass switching signals to 3D eyeglasses (22); and the screen (15) is used for outputting the viewpoint images decoded by the signal processing unit. The embodiment of the invention can improve the viewing experience of audiences.
||WO||WO/2014/083386 - A METHOD OF CALIBRATING A CAMERA AND A SYSTEM THEREFOR||05.06.2014||
||PCT/IB2012/056820||CSIR||DE VILLIERS, Jason Peter|
A system and method for calibrating a camera includes an energy source and a camera to be calibrated, with at least one of the energy source and the camera being mounted on a mechanical actuator so that it is movable relative to the other. A processor is connected to the energy source, the mechanical actuator and the camera and is programmed to control the mechanical actuator to move at least one of the energy source and the camera relative to the other through a plurality of discrete points on a calibration target pattern. The processor further, at each of the discrete points, controls the camera to take a digital image and perform a lens distortion characterisation on each image. A focal length of the camera is determined including any lens connected to the camera and an extrinsic camera position for each image is then determined.