mhurhangee/ep-ind-claims huggingface dataset:
A sandwich immunoassay method for the detection of augurin, wherein augurin is detected by specific binding of a first and a second antibody, (i) wherein said first antibody is produced by a hybridoma cell line selected from cell line 482/H2 deposited as DSM ACC3208, cell line 482/H10 deposited as DSM ACC3209, cell line 482/H7 deposited as DSM ACC3210 or cell line 482/G9 deposited as DSM ACC3211, and (ii) wherein said second antibody is produced by a hybridoma cell line selected from cell line 439/F4 deposited as DSM ACC3206 or cell line 439/H10 deposited as DSM ACC3207. (i) wherein said first antibody is produced by a hybridoma cell line selected from cell line 482/H2 deposited as DSM ACC3208, cell line 482/H10 deposited as DSM ACC3209, cell line 482/H7 deposited as DSM ACC3210 or cell line 482/G9 deposited as DSM ACC3211, and (ii) wherein said second antibody is produced by a hybridoma cell line selected from cell line 439/F4 deposited as DSM ACC3206 or cell line 439/H10 deposited as DSM ACC3207.
An absorbent component for a wound dressing comprising a stitch bonded nonwoven substrate wherein the nonwoven substrate is stitch bonded with an elastomeric yarn and wherein the nonwoven substrate comprises a blend of superabsorbent material and/or a gelling material and non-superabsorbent and non-gelling support material(s). wherein the nonwoven substrate is stitch bonded with an elastomeric yarn and wherein the nonwoven substrate comprises a blend of superabsorbent material and/or a gelling material and non-superabsorbent and non-gelling support material(s).
A vertical electromagnetic braking device for controlling molten steel flow in a continuous casting mold, wherein; - one pair of horizontal magnetic poles located below a submerged nozzle - two pairs of vertical magnetic poles set up near the two sides areas of the mold - exciting coils through which a current is applied to create a steady magnetic field formed between the horizontal and vertical magnetic poles, wherein the direction of the electromagnetic force in the electromagnetic field is opposite to the flowing direction of the molten steel in the mold, so that the molten steel flow is controlled through the electromagnetic field; - a magnet yoke mounted to match with the horizontal magnetic poles and the exciting coils, characterized in that; the horizontal magnetic poles set along the whole width of a mold and the vertical magnet poles are arranged to intersect with the horizontal magnetic poles. - one pair of horizontal magnetic poles located below a submerged nozzle - two pairs of vertical magnetic poles set up near the two sides areas of the mold - exciting coils through which a current is applied to create a steady magnetic field formed between the horizontal and vertical magnetic poles, wherein the direction of the electromagnetic force in the electromagnetic field is opposite to the flowing direction of the molten steel in the mold, so that the molten steel flow is controlled through the electromagnetic field; - a magnet yoke mounted to match with the horizontal magnetic poles and the exciting coils,
A data processing method, comprising: receiving, by a first computing device, a first packet sent by a second computing device, wherein: the first computing device communicates with the second computing device through a network, the first computing device is configured to assist the second computing device in performing service processing, the first computing device is a computing device (101, 500) in a heterogeneous resource pool, the heterogeneous resource pool comprises at least one first computing device, the first computing device is a server on which there is configured a central processing unit, CPU, and an assisting processing unit, the assisting processing unit configured to assist a CPU in the second computing device in performing the service processing and comprising at least one of a graphics processing unit, GPU, a field programmable gate array, FPGA, an application-specific integrated circuit, ASIC, or a neural network processing unit, NPU,, and the first packet comprises an instruction used to request the first computing device to process to-be-processed data; processing, by the first computing device, the to-be-processed data based on the instruction; and sending, by the first computing device, a second packet to the second computing device, wherein the second packet comprises a processing result of the to-be-processed data. the first computing device communicates with the second computing device through a network, the first computing device is configured to assist the second computing device in performing service processing, the first computing device is a computing device (101, 500) in a heterogeneous resource pool, the heterogeneous resource pool comprises at least one first computing device, the first computing device is a server on which there is configured a central processing unit, CPU, and an assisting processing unit, the assisting processing unit configured to assist a CPU in the second computing device in performing the service processing and comprising at least one of a graphics processing unit, GPU, a field programmable gate array, FPGA, an application-specific integrated circuit, ASIC, or a neural network processing unit, NPU,, and the first packet comprises an instruction used to request the first computing device to process to-be-processed data; processing, by the first computing device, the to-be-processed data based on the instruction; and sending, by the first computing device, a second packet to the second computing device, wherein the second packet comprises a processing result of the to-be-processed data.
Heat exchange circuit, comprising: - a pipeline circuit in which pipelines a liquid circulates which is intended to transport calories for thermal regulation; - a degassing jar connected to the pipeline circuit, configured to reserve an expansion volume in which said liquid is located topped by a volume of gas, characterized in that the degassing jar is equipped with a heating element (5,6), the heating element being placed so as to remain out of the liquid in the planned conditions of use, and being configured to make it possible to directly heat the gas topping the liquid. - a pipeline circuit in which pipelines a liquid circulates which is intended to transport calories for thermal regulation; - a degassing jar connected to the pipeline circuit, configured to reserve an expansion volume in which said liquid is located topped by a volume of gas,
A device comprising: a sensor stack, the sensor stack comprising a reference layer, a free layer and a barrier layer positioned between the reference layer and the free layer; a seed layer; and a cap layer, wherein the sensor stack is positioned between the seed layer and the cap layer, and wherein at least one of the seed layer and the cap layer comprises TaX, wherein X is selected from V, Ti, Zr, Nb, Mo, Hf, or a combination thereof. a sensor stack, the sensor stack comprising a reference layer, a free layer and a barrier layer positioned between the reference layer and the free layer; a seed layer; and a cap layer, wherein the sensor stack is positioned between the seed layer and the cap layer, and wherein at least one of the seed layer and the cap layer comprises TaX, wherein X is selected from V, Ti, Zr, Nb, Mo, Hf, or a combination thereof.
A composition comprising at least one tertiary amine salt and at least one epoxy resin and optionally at least one DICY, wherein the tertiary amine salt is represented by the structure of Structure 1: wherein A is CH 2, O, NH, or NR; R is an alkylene chain of 1-6 carbon atoms; R 1,R 2 may be H, or alkyl having 1-20 carbon atoms, haloalkyl having 1-20 carbon atoms, aryl, hydroxyl; X- is a carboxylate anion of 1-40 carbon atoms.
Mobile device comprising: a control unit that is arranged to receive a first signal from a locking apparatus in a vehicle and to initiate authentication of the mobile device in reaction to the first signal by sending a second signal to the locking apparatus and to unlock or lock the vehicle if the authentication is successful, characterized by at least one control means on the mobile device, wherein the control unit is arranged to prevent the sending of the second signal in dependence of a state of the at least one control means, wherein the control means is operable to actuate a standard function, and wherein, simultaneously with actuation of the standard function, the sending of the second signal is prevented. a control unit that is arranged to receive a first signal from a locking apparatus in a vehicle and to initiate authentication of the mobile device in reaction to the first signal by sending a second signal to the locking apparatus and to unlock or lock the vehicle if the authentication is successful, characterized by at least one control means on the mobile device, wherein the control unit is arranged to prevent the sending of the second signal in dependence of a state of the at least one control means, wherein the control means is operable to actuate a standard function, and wherein, simultaneously with actuation of the standard function, the sending of the second signal is prevented.
A method of modifying a call set up message for a call from a first terminal to a second terminal, the call set up message being sent from the first terminal to a network node via an intermediate node (108; 400) which handles at least some signaling or traffic associated with the call, wherein the call set up message comprises a list of supported codec types of the first terminal, and wherein the network node is responsible for negotiating call set up requirements for the call to the second terminal, the method comprising the steps of: • intercepting the call set up message at the intermediate node (108; 400); • identifying one or more codec preferences or capabilities associated with the intermediate node (108; 400) which may impact the way in which the intermediate node (108; 400) can handle signaling or traffic associated with the call without analyzing the call set up message of the first terminal; • modifying the call set up message based on information relating to said codec preferences or capabilities by adding a list of currently supported intermediate node (108; 400) codecs as an appendix to the original unmodified list of supported codec types of the first terminal; • sending the modified call set up message to the network node, in order that the network node can effect codec negotiations based on the modified message. • intercepting the call set up message at the intermediate node (108; 400); • identifying one or more codec preferences or capabilities associated with the intermediate node (108; 400) which may impact the way in which the intermediate node (108; 400) can handle signaling or traffic associated with the call without analyzing the call set up message of the first terminal; • modifying the call set up message based on information relating to said codec preferences or capabilities by adding a list of currently supported intermediate node (108; 400) codecs as an appendix to the original unmodified list of supported codec types of the first terminal; • sending the modified call set up message to the network node, in order that the network node can effect codec negotiations based on the modified message.
An operator control apparatus for outputting a feedback comprising: - an operator control surface, - an actuator at least indirectly coupled to the operator control surface, which is configured as a DC voltage unbalance actuator, for generating a haptic feedback on the operator control surface, - a control unit, which is configured to control the actuator by means of a haptic component of a control signal for generating the haptic feedback, wherein - the control unit is configured to drive the actuator by means of an acoustic component of the control signal for generating an acoustic feedback, and - the haptic component is a DC voltage component of the control signal and the acoustic component is an AC voltage component of the control signal. - an operator control surface, - an actuator at least indirectly coupled to the operator control surface, which is configured as a DC voltage unbalance actuator, for generating a haptic feedback on the operator control surface, - a control unit, which is configured to control the actuator by means of a haptic component of a control signal for generating the haptic feedback, wherein - the control unit is configured to drive the actuator by means of an acoustic component of the control signal for generating an acoustic feedback, and - the haptic component is a DC voltage component of the control signal and the acoustic component is an AC voltage component of the control signal.
Door system for a fridge and/or freezer, comprising: at least one device door of a fridge and/or freezer, at least one front panel, at least one first support means, which is arranged at and/or on the device door and spaced from the horizontal upper edge of the device door, in particular below the horizontal upper edge of the device door, at least one second support means, which is arranged on the front panel and can be connected with the first support means, and a height pre-positioning means, by means of which the vertical orientation of the second support means is adjustable, wherein the load introduction of the load resulting from the weight force of the front panel can be introduced into the device door via the first and second support means (110, 210) with the front panel attached to the device door, and the height pre-positioning means is formed as a rail with angular extension or comprises a rail with angular extension, and the extension is stoppable at an upper or lower narrow side of the front panel, characterized in that the height pre-positioning means is guided in slide guides of the second support means and can be displaced therein. at least one device door of a fridge and/or freezer, at least one front panel, at least one first support means, which is arranged at and/or on the device door and spaced from the horizontal upper edge of the device door, in particular below the horizontal upper edge of the device door, at least one second support means, which is arranged on the front panel and can be connected with the first support means, and a height pre-positioning means, by means of which the vertical orientation of the second support means is adjustable, wherein the load introduction of the load resulting from the weight force of the front panel can be introduced into the device door via the first and second support means (110, 210) with the front panel attached to the device door, and the height pre-positioning means is formed as a rail with angular extension or comprises a rail with angular extension, and the extension is stoppable at an upper or lower narrow side of the front panel, characterized in that the height pre-positioning means is guided in slide guides of the second support means and can be displaced therein.
Cable and connector, the cable comprising: - a sheath; - a communication medium (7, 8) made up of active wires that are able to be used for carrying data; - at least one antenna (26, 26a, 26b) that is able to carry radio data; the communication medium (7, 8) and the antenna (26, 26a, 26b) being in the same sheath of the cable; the connector comprising a set of pins that are connected to the active wires and at least one pin that is not connected to the active wires; characterized in that said at least one antenna (26, 26a, 26b) is made up of a cable connected to said at least one pin that is not connected to the active wires. - a sheath; - a communication medium (7, 8) made up of active wires that are able to be used for carrying data; - at least one antenna (26, 26a, 26b) that is able to carry radio data; the communication medium (7, 8) and the antenna (26, 26a, 26b) being in the same sheath of the cable; the connector comprising a set of pins that are connected to the active wires and at least one pin that is not connected to the active wires; characterized in that said at least one antenna (26, 26a, 26b) is made up of a cable connected to said at least one pin that is not connected to the active wires.
A unidirectional solidification process for producing, from a Ni-base alloy which exhibits a solid-liquid coexisting phase during solidification, castings or ingots having a single crystalline dendrite grain structure, or a polycrystalline columnar dendrite grain structure, or a mixed grain structure of the single crystalline dendrite grain structure and the polycrystalline columnar dendrite grain structure, said process comprising: Step: forming a solid phase, a solid-liquid coexisting phase and a liquid phase in a casting or ingot, and moving said solid-liquid coexisting phase from one end of said casting or ingot toward the other end thereof to establish unidirectional solidification; and Step: during said step, exerting onto the whole region of said solid-liquid coexisting phase a static magnetic field in the axial direction of the casting or ingot and of a magnitude necessary to suppress the interdendritic liquid flow in traverse directions within said solid-liquid coexisting phase, and thereby to suppress the formation of macrosegregation. Step: forming a solid phase, a solid-liquid coexisting phase and a liquid phase in a casting or ingot, and moving said solid-liquid coexisting phase from one end of said casting or ingot toward the other end thereof to establish unidirectional solidification; and Step: during said step, exerting onto the whole region of said solid-liquid coexisting phase a static magnetic field in the axial direction of the casting or ingot and of a magnitude necessary to suppress the interdendritic liquid flow in traverse directions within said solid-liquid coexisting phase, and thereby to suppress the formation of macrosegregation.
An orally disintegrating composition comprising 2-ethoxy-1-((2'-(5-oxo-2,5-dihydro-1,2,4-oxadiazol-3yl)-biphenyl-4-yl)methyl)-1 H-benzimidazole-7-carboxylic acid (Compound I) or pharmaceutically acceptable salts and/or esters thereof and one or more pharmaceutically acceptable excipients wherein the composition comprises spray-dried mannitol.
A fixing device comprising: a rotatable and endless fixing member; a heat source (23A, 23B) configured to heat the fixing member; a pressure member disposed outside the fixing member to face the fixing member; a nip forming member disposed inside the fixing member to form a nip between the fixing member and the pressure member; and a heat equalizing member configured to cover a face of the nip forming member, the face facing the fixing member, and transfer heat in an axial direction of the fixing member, the fixing member including at least: a tubular base made of metal; and a sliding layer made of heat resistant resin on an inner circumferential surface of the base, the heat equalizing member being made of aluminum or an aluminum alloy, the heat equalizing member including an alumite layer on a surface facing an inner circumferential surface of the fixing member, a plurality of micropores in the alumite layer being filled with a solid lubricant having a coefficient of friction lower than a coefficient of friction of the alumite layer, the alumite layer having a thickness smaller than a thickness of the sliding layer of the fixing member. a rotatable and endless fixing member; a heat source (23A, 23B) configured to heat the fixing member; a pressure member disposed outside the fixing member to face the fixing member; a nip forming member disposed inside the fixing member to form a nip between the fixing member and the pressure member; and a heat equalizing member configured to cover a face of the nip forming member, the face facing the fixing member, and transfer heat in an axial direction of the fixing member, the fixing member including at least: a tubular base made of metal; and a sliding layer made of heat resistant resin on an inner circumferential surface of the base, the heat equalizing member being made of aluminum or an aluminum alloy, the heat equalizing member including an alumite layer on a surface facing an inner circumferential surface of the fixing member, a plurality of micropores in the alumite layer being filled with a solid lubricant having a coefficient of friction lower than a coefficient of friction of the alumite layer, the alumite layer having a thickness smaller than a thickness of the sliding layer of the fixing member.
Energy-generating system for use in a water infrastructure system, the energy-generating system comprising: - a vertical shaft turbine and a generator operationally connected to the vertical shaft turbine, - a frame for supporting the generator and the vertical shaft turbine, wherein the frame is adapted to be positioned relative to the water infrastructure system such that the vertical shaft turbine can generate power by water force induced in the water infrastructure system, characterised in that the turbine comprises at least three rotor blades, and a retraction system for retracting one or more rotor blades by moving them towards each other, the retraction system comprising one or more bending arms positioned between two rotor blades and a drive system for opening out or bending in the bending arms so that the rotor blades are moved apart or towards each other. - a vertical shaft turbine and a generator operationally connected to the vertical shaft turbine, - a frame for supporting the generator and the vertical shaft turbine, wherein the frame is adapted to be positioned relative to the water infrastructure system such that the vertical shaft turbine can generate power by water force induced in the water infrastructure system,