mhurhangee/ep-ind-claims huggingface dataset:
A syringe comprising a slide valve (10; 20) equipped in a syringe barrel, the slide valve (10; 20) comprising an approximately cylindrical first elastic body (13; 23) and an approximately cylindrical second elastic body (14; 24) jointed to one bottom surface (13c; 23c) of said first elastic body (13; 23), characterized in that the other bottom surface (13a; 23a) of said first elastic body (13; 23) and a side surface portion (13b; 23b) continued from said bottom surface (13a; 23a) being laminated with a synthetic resin film (15; 25) and at least a side surface portion (14b; 24b) of said second elastic body (14; 24) being laminated with a synthetic resin film (16; 26), wherein under a tensioned condition, an outer diameter of the one bottom surface (13c; 23c) of said first elastic body (13; 23) is formed smaller than that of the other bottom surface (13a; 23a) of said first elastic body (13; 23); and an outer diameter of the one bottom surface (14c; 24c) of said second elastic body (14; 24) is formed smaller than that of the other bottom surface (14a; 24a) of said second elastic body (14; 24), the surfaces (13c; 23c and 14c; 24c) of smaller diameter being jointed with each other as each jointing bottom surface, thus, preventing that a jointing portion of the first (13; 23) and the second elastic bodies (14; 24) come into contact with an inner surface of the syringe barrel.
A surface mount magnetic component assembly comprising: a magnetic core defining at least one external side having a stepped bottom surface, wherein the stepped bottom surface includes a non-depressed surface and at least two levels of depressed surfaces (126, 128, 130, 132, 134, 136); a conductive coil internal to the magnetic core, the coil including first and second ends; at least one of the first and second ends (150, 152) extending through a portion (130, 132) of the stepped bottom surface; and a terminal clip (106, 108) shaped to complement the stepped bottom surface, the terminal clip (106, 108) abutting the stepped bottom surface and connecting to the at least one coil end (150, 152). a magnetic core defining at least one external side having a stepped bottom surface, wherein the stepped bottom surface includes a non-depressed surface and at least two levels of depressed surfaces (126, 128, 130, 132, 134, 136); a conductive coil internal to the magnetic core, the coil including first and second ends; at least one of the first and second ends (150, 152) extending through a portion (130, 132) of the stepped bottom surface; and a terminal clip (106, 108) shaped to complement the stepped bottom surface, the terminal clip (106, 108) abutting the stepped bottom surface and connecting to the at least one coil end (150, 152).
A method for receiving an enhanced downlink physical control channel, EPDCCH, in a wireless access system supporting an unlicensed band, the method performed by a user equipment, UE, and comprising: receiving, through an unlicensed band cell, UCell, configured in the unlicensed band, the EPDCCH including control information for scheduling the UCell; and receiving downlink data in the UCell based on the control information, characterised in that the EPDCCH is transmitted in a partial subframe, pSF, which is configured in a smaller size than one subframe, wherein enhanced resource element groups, EREGs, included in the EPDCCH are indexed, starting from a starting symbol of the pSF, and wherein a starting position of the pSF is not aligned with a subframe boundary of a primary cell, PCell, configured in a licensed band. receiving, through an unlicensed band cell, UCell, configured in the unlicensed band, the EPDCCH including control information for scheduling the UCell; and receiving downlink data in the UCell based on the control information, characterised in that the EPDCCH is transmitted in a partial subframe, pSF, which is configured in a smaller size than one subframe, wherein enhanced resource element groups, EREGs, included in the EPDCCH are indexed, starting from a starting symbol of the pSF, and wherein a starting position of the pSF is not aligned with a subframe boundary of a primary cell, PCell, configured in a licensed band.
An injection device for administering a fluid substance including at least a housing which on its outside has an arrangement of a plurality of fixing points, the injection device further including at least two housing-like shells on which there are respectively are arranged at least one holding device, and at least one blocking device, wherein the shells can be mounted on the housing, characterised in that the holding device is geometrically so arranged that when the shell is mounted to the housing the holding device comes to lie in a fixing point and thus contributes to fixing the shell to the housing, and wherein the at least one holding device and the blocking device are so arranged on the shells that at least one holding device of a first shell can be mounted to the fixing point, at least one holding device of a second shell can be mounted at a further fixing point, the at least one holding device of the first shell, that is mounted to a fixing point, is prevented by a blocking device of the second shell from release from the fixing point, the at least one holding device of the second shell, that is mounted at a further fixing point, is prevented by a blocking device of a further shell from release from the further fixing point or if the injection device includes only two shells by a blocking device of the first shell, and the at least one holding device of the further shell, that is mounted at a further fixing point, is prevented by a blocking device of a next shell from release from the further fixing point and so forth until a holding device of the last shell is mounted at a fixing point of the housing, that is prevented by a blocking device of the first shell from release from the fixing point, whereby the shells are non-releasably connected to the housing. at least one holding device, and at least one blocking device,
A method for producing a water absorbent resin powder, comprising in sequence; a polymerization step of an aqueous solution of a monomer, the solution including acrylic acid and/or a salt thereof as a main component; a gel-crushing step of a water-containing gel-like crosslinked polymer during or after polymerization; a drying step of the water-containing gel-like crosslinked polymer, the drying step comprising bringing hot air into contact with the water containing gel-like crosslinked polymer in a dryer; and a pulverization and a classification step of the dried polymer, wherein, water absorbent resin fine particles having a particle size of less than 150 μm or hydrated-particles thereof are added to the drying step or a step prior to the drying step, and the hot air in the drying step has an average flow velocity of 1.0 to 3.0 [m/s], a hot air temperature of 140 to 235°C, an atmosphere dew point at an inlet of the dryer of 50 to 100°C, an atmosphere dew point at the outlet of the dryer that is higher than or equal to 30°C and lower than 70°C, and wherein the dew point is higher at the inlet of the dryer than at the outlet of the dryer.
A product merchandiser, comprising: a cabinet having an exterior surface and a door that extends across an opening of the cabinet, wherein the cabinet defines an interior area, wherein at least a portion of the interior area is configured to hold a plurality of products and wherein at least the door or a portion of the exterior surface of the cabinet comprises a transparent surface configured to display a video; a video projector for projecting video; and characterized in that the product merchandiser further comprises a rear-reflective film adhered to the interior side of the transparent surface for rendering the video on an exterior side of the transparent surface; and a controller configured to signal to the video projector to pause the video in response to the door being opened by a consumer, and to signal to the video projector to resume the video when the door is subsequently closed; wherein the door has a transparent viewing area for viewing the plurality of products from the exterior side of the cabinet. a cabinet having an exterior surface and a door that extends across an opening of the cabinet, wherein the cabinet defines an interior area, wherein at least a portion of the interior area is configured to hold a plurality of products and wherein at least the door or a portion of the exterior surface of the cabinet comprises a transparent surface configured to display a video; a video projector for projecting video; and characterized in that the product merchandiser further comprises a rear-reflective film adhered to the interior side of the transparent surface for rendering the video on an exterior side of the transparent surface; and a controller configured to signal to the video projector to pause the video in response to the door being opened by a consumer, and to signal to the video projector to resume the video when the door is subsequently closed; wherein the door has a transparent viewing area for viewing the plurality of products from the exterior side of the cabinet.
A method for switching an antenna in a radio frequency identification, RFID, system comprising a reader and a plurality of antennae, which method comprising: switching said reader in a sequential manner to each of the antennae successively according to a radio frequency communication signal from said reader, wherein said radio frequency communication signal is one for said reader to communicate with a tag, characterized in that, when said radio frequency communication signal is sent out in a predetermined period, said switching of said reader in the sequential manner to each of the antennae successively as claimed in a radio frequency communication signal from said reader comprises switching said reader to a next one of the antennae when a down edge or an up edge of said radio frequency communication signal is detected; or when said radio frequency communication signal is sent out in a predetermined period or sent out continuously, said switching of said reader in the sequential manner to each of the antennae successively according to a radio frequency communication signal from said reader comprises starting, for each of the antennae, a first timer when said radio frequency communication signal is detected, and switching said reader to a next one of the antennae when the first timer is timeout. switching said reader in a sequential manner to each of the antennae successively according to a radio frequency communication signal from said reader, wherein said radio frequency communication signal is one for said reader to communicate with a tag, characterized in that, when said radio frequency communication signal is sent out in a predetermined period, said switching of said reader in the sequential manner to each of the antennae successively as claimed in a radio frequency communication signal from said reader comprises switching said reader to a next one of the antennae when a down edge or an up edge of said radio frequency communication signal is detected; or when said radio frequency communication signal is sent out in a predetermined period or sent out continuously, said switching of said reader in the sequential manner to each of the antennae successively according to a radio frequency communication signal from said reader comprises starting, for each of the antennae, a first timer when said radio frequency communication signal is detected, and switching said reader to a next one of the antennae when the first timer is timeout.
An ultrasound catheter comprising: a first tubular body having a first longitudinal axis extending centrally through the first tubular body, the first tubular body including at least one delivery port extending through a wall of the first tubular body; a second tubular body having a second longitudinal axis extending centrally through the second tubular body, the first and second longitudinal axes being displaced from each other such that an asymmetrical longitudinally extending gap is formed between an outer surface of the second tubular body and an interior surface of the first tubular body, wherein the second tubular body is asymmetrical and includes a plurality of indentations along the interior surface of the second tubular body; a temperature sensor forming a thermocouple extending longitudinally within the gap between the first tubular body and the second tubular body; and an inner core positioned within the second tubular body, the inner core comprising at least one ultrasound element. a first tubular body having a first longitudinal axis extending centrally through the first tubular body, the first tubular body including at least one delivery port extending through a wall of the first tubular body; a second tubular body having a second longitudinal axis extending centrally through the second tubular body, the first and second longitudinal axes being displaced from each other such that an asymmetrical longitudinally extending gap is formed between an outer surface of the second tubular body and an interior surface of the first tubular body, wherein the second tubular body is asymmetrical and includes a plurality of indentations along the interior surface of the second tubular body; a temperature sensor forming a thermocouple extending longitudinally within the gap between the first tubular body and the second tubular body; and an inner core positioned within the second tubular body, the inner core comprising at least one ultrasound element.
A DNA fragment which is a polynucleotide consisting of a part of nucleotides 101 to 1,171 in a nucleotide sequence of SEQ ID NO: 9, wherein the part of polynucleotides encodes a part of polyphosphate-driven nucleoside 5'-diphosphate kinase (PNDK) of SEQ ID NO: 10, and wherein the part of PNDK has a deletion of at least 72 to at most 87 amino acid residues from its N-terminal.
Thread-forming screw for screwing into ductile materials, specifically sheet metal, having a screw head which has a screw-driving configuration, a screw shank which extends from the screw head to a front screw end, and having a screw thread which is configured as a sheet-metal thread, wherein a front forming portion of the screw shank has a cross section that decreases in the direction of the front screw end, wherein the screw thread reaches up to the front screw end, wherein at least one rib (10; 32) which cuts the screw thread is configured in the forming portion, and wherein the rib (10; 32) runs so as to be steeper than the screw thread.
A composite tube consisting of a PTFE inner layer and a top layer of fiber-reinforced plastic that are interconnected via an intermediate layer in a material- and form-fit manner, characterized in that the intermediate layer 2 on one side is equipped with a surface of perfluoroalkoxy-tetrafluoroethylene 3 and on the other side with a textile product 4 of glass or carbon fibers.
A process for biotransforming ferulic acid into vanillin, characterized by comprising the steps of: (a) immobilizing a microorganism of the strain Streptomyces setonii ATCC 39116 in polyurethane foam; (b) adding a solution of either ferulic acid, or any salt thereof; (c) incubating for carrying out the biotransformation reaction; (d) recovering the biotransformation solution obtained in step (c); and (e) extracting the vanillin from the biotransformation solution obtained in step (d). (a) immobilizing a microorganism of the strain Streptomyces setonii ATCC 39116 in polyurethane foam; (b) adding a solution of either ferulic acid, or any salt thereof; (c) incubating for carrying out the biotransformation reaction; (d) recovering the biotransformation solution obtained in step (c); and (e) extracting the vanillin from the biotransformation solution obtained in step (d).
A compound represented by Formula: wherein, R 1 represents a monovalent aliphatic hydrocarbon group having 4 or more carbons; R 2 represents a divalent aliphatic hydrocarbon group having from 1 to 12 carbons; R 3 represents a monovalent aliphatic hydrocarbon group having from 1 to 12 carbons; m represents an integer from 0 to 10; and n represents an integer from 1 to 4; in a case where n is 1 or 2, (4 - n) R 1 s may be the same or different; and in a case where n is from 2 to 4, n R 2 s, n R 3 s, and n m's each may be the same or different.
Method for controlling at least one air drier unit (8; 8a-8c) of an air supply system for the primary and auxiliary air supply of a vehicle, in which both the primary air supply of a primary air vessel and the auxiliary air supply of an auxiliary air vessel are implemented by means of at least one compressor (1; 1a-1c) which is driven by means of an assigned electric motor (4; 4a-4c), wherein the compressed air which is generated by the compressor (1; 1a-1c) is conducted via the at least one downstream air drier unit (8; 8a-8c) with which the compressed air which is generated by the compressor (1; 1a-1c) is dried, wherein the desiccant of the air drier unit (8; 8a-8c) is regenerated with dried compressed air, characterised in that during the auxiliary air supply the air flow used for regenerating the at least one air drier unit (8; 8a-8c) is reduced or suppressed, with the result that, during the auxiliary air supply, a higher volume flow in comparison to the primary air supply, or the total volume flow which is delivered by the compressor (1; 1a-1c) is available for filling the auxiliary air vessel.
A power control method by a mobile station, MS, in a communication system, the method comprising: supplying power to a first communication module; receiving the data using the first communication module; supplying power to a display module (615, 613) of the MS in response to reception of the data; displaying information related to the received data on the display module (615, 613); supplying power to a second communication module in response to detection of user input information from the display module; and transmitting the received data to a MS-assistant device using the second communication module, the MS assistant device being separated from the MS and the MS being configured to interact with the MS-assistant device. supplying power to a first communication module; receiving the data using the first communication module; supplying power to a display module (615, 613) of the MS in response to reception of the data; displaying information related to the received data on the display module (615, 613); supplying power to a second communication module in response to detection of user input information from the display module; and transmitting the received data to a MS-assistant device using the second communication module, the MS assistant device being separated from the MS and the MS being configured to interact with the MS-assistant device.
Method for manufacturing calcium aluminates in an industrial furnace, according to which: a) continuously, fine particles of a raw material source of alumina (Al 2 O 3) and/or of aluminium (Al) and of a raw material source of calcium oxide (CaO) and/or of calcium (Ca) having a median diameter d50 smaller than or equal to 6,000 μm are introduced into a tank made of refractory material containing a molten pool that is continuously heated, in order to melt said fine particles of raw material, and b) continuously, a mass of liquid calcium aluminates is gathered at the outlet of the tank. a) continuously, fine particles of a raw material source of alumina (Al 2 O 3) and/or of aluminium (Al) and of a raw material source of calcium oxide (CaO) and/or of calcium (Ca) having a median diameter d50 smaller than or equal to 6,000 μm are introduced into a tank made of refractory material containing a molten pool that is continuously heated, in order to melt said fine particles of raw material, and b) continuously, a mass of liquid calcium aluminates is gathered at the outlet of the tank.
An aircraft fuel tank and baffle system comprising: an aircraft wing fuel tank located in an aircraft wing, said fuel tank enclosing a fuel storage space; and one or more baffles located within the fuel storage space, wherein each baffle is a tubular member through which a liquid may flow; the one or more baffles are aligned along a length of the aircraft wing; each baffle comprises: a first tubular portion providing a tubular outer wall; and a second tubular portion located within the first tubular portion and providing a tubular inner wall; for each baffle, the first and second tubular portions (42, 44) of that baffle are substantially parallel; for each baffle, the first and second tubular portions (42, 44) of that baffle are spaced apart to define a chamber therebetween; and each baffle further comprises radial side walls between its first and second tubular portions (42, 44) such that the chamber of that baffle is a sealed chamber. an aircraft wing fuel tank located in an aircraft wing, said fuel tank enclosing a fuel storage space; and one or more baffles located within the fuel storage space, wherein each baffle is a tubular member through which a liquid may flow; the one or more baffles are aligned along a length of the aircraft wing; each baffle comprises: a first tubular portion providing a tubular outer wall; and a second tubular portion located within the first tubular portion and providing a tubular inner wall; a first tubular portion providing a tubular outer wall; and a second tubular portion located within the first tubular portion and providing a tubular inner wall; for each baffle, the first and second tubular portions (42, 44) of that baffle are substantially parallel; for each baffle, the first and second tubular portions (42, 44) of that baffle are spaced apart to define a chamber therebetween; and each baffle further comprises radial side walls between its first and second tubular portions (42, 44) such that the chamber of that baffle is a sealed chamber.