mhurhangee/patent-ind-claim-en huggingface dataset:
A method for NOx emission control during start of a vehicle comprising an exhaust aftertreatment system , an engine , and a NOx sensor , the method being characterized by the steps of: determining (S102) a temperature of the NOx sensor; if the determined temperature of the NOx sensor is below a predetermined threshold, initiating (S104) heating of the NOx sensor, and performing (S106) a preventive action for preventing engine start until the determined temperature of the NOx sensor exceeds or is equal to the predetermined threshold. determining (S102) a temperature of the NOx sensor; if the determined temperature of the NOx sensor is below a predetermined threshold, initiating (S104) heating of the NOx sensor, and performing (S106) a preventive action for preventing engine start until the determined temperature of the NOx sensor exceeds or is equal to the predetermined threshold.
A method implemented by a switch in a Software Defined Networking (SDN) network to trace packets belonging to a flow in the SDN network, where the switch includes a packet processing pipeline that includes a plurality of flow tables, the method comprising: receiving a packet belonging to the flow; setting a value in a first field associated with the packet and a value in a second field associated with the packet to indicate that tracing is enabled for the packet in response to a determination at a first flow table of the packet processing pipeline that the packet is to be traced, wherein the second field associated with the packet is a field that is not used for packet matching; determining , at a second flow table of the packet processing pipeline, whether tracing is enabled for the packet based on the value in the first field associated with the packet; transmitting a trace message for the packet to a trace collector in response to a determination at the second flow table that tracing is enabled for the packet; setting a value in the first field associated with the packet to indicate that tracing is disabled for the packet; resubmitting the packet to the second flow table; and copying , at the second flow table, the value in the second field associated with the packet to the first field associated with the packet before directing the packet to another flow table of the packet processing pipeline. receiving a packet belonging to the flow; setting a value in a first field associated with the packet and a value in a second field associated with the packet to indicate that tracing is enabled for the packet in response to a determination at a first flow table of the packet processing pipeline that the packet is to be traced, wherein the second field associated with the packet is a field that is not used for packet matching; determining , at a second flow table of the packet processing pipeline, whether tracing is enabled for the packet based on the value in the first field associated with the packet; transmitting a trace message for the packet to a trace collector in response to a determination at the second flow table that tracing is enabled for the packet; setting a value in the first field associated with the packet to indicate that tracing is disabled for the packet; resubmitting the packet to the second flow table; and copying , at the second flow table, the value in the second field associated with the packet to the first field associated with the packet before directing the packet to another flow table of the packet processing pipeline.
A nozzle unit for cross-linking of eye tissue , comprising: - a dosing device for providing a predefined dose of a photosensitizer , - a pressure-generating device for generating a pressure in the dosing device , and - at least one outlet nozzle for discharging the dose of the photosensitizer , in a puff-type manner and in the form of at least one stream or stream bundle , through an outlet opening of the outlet nozzle , characterized by a control device for setting the pressure generated by the pressure-generating device such that the stream or the stream bundle discharged by the outlet nozzle penetrates corneal eye tissue up to a predefined penetration depth. - a dosing device for providing a predefined dose of a photosensitizer , - a pressure-generating device for generating a pressure in the dosing device , and - at least one outlet nozzle for discharging the dose of the photosensitizer , in a puff-type manner and in the form of at least one stream or stream bundle , through an outlet opening of the outlet nozzle ,
Optoelectronic assembly comprising - a printed circuit board , which has a first side of the printed circuit board , a second side of the printed circuit board facing away from the first side, a central cutout of the printed circuit board , at least one contact cutout and, on the first side of the printed circuit board , at least one connection location , - a carrier element , which is physically coupled to the printed circuit board , has a first side of the carrier element , said first side facing the second side of the printed circuit board , and has at least one contact location on the first side of the carrier element , wherein the contact location is exposed in the contact cutout of the printed circuit board , - at least one optoelectronic component which is electrically coupled to the contact location of the carrier element via the carrier element and which is arranged on the first side of the carrier element in such a way that it is exposed in the central cutout of the printed circuit board , - a housing body , which has a central cutout and which is formed and physically coupled to the printed circuit board in such a way that the optoelectronic component is exposed in the central cutout of the housing body , - at least one contact element which is formed in such a way that the contact element electrically couples the contact location of the carrier element to the connection location of the printed circuit board , characterized in that the contact element is arranged on an inner side of the housing body . - a printed circuit board , which has a first side of the printed circuit board , a second side of the printed circuit board facing away from the first side, a central cutout of the printed circuit board , at least one contact cutout and, on the first side of the printed circuit board , at least one connection location , - a carrier element , which is physically coupled to the printed circuit board , has a first side of the carrier element , said first side facing the second side of the printed circuit board , and has at least one contact location on the first side of the carrier element , wherein the contact location is exposed in the contact cutout of the printed circuit board , - at least one optoelectronic component which is electrically coupled to the contact location of the carrier element via the carrier element and which is arranged on the first side of the carrier element in such a way that it is exposed in the central cutout of the printed circuit board , - a housing body , which has a central cutout and which is formed and physically coupled to the printed circuit board in such a way that the optoelectronic component is exposed in the central cutout of the housing body , - at least one contact element which is formed in such a way that the contact element electrically couples the contact location of the carrier element to the connection location of the printed circuit board ,
Tail lift for a vehicle, having a loading platform and a lifting mechanism for selectively lifting, lowering and pivoting the loading platform , wherein the loading platform has a platform tip , which runs transversely with respect to the direction of travel of the vehicle, and at least one roll-away prevention means , and wherein each roll-away prevention means has at least one run-on flap which is pivotable from a rest position that lies in the plane of a useful surface of the loading platform to a use position that at least partially protrudes and/or projects upwards in relation to the useful surface , characterized in that the respective roll-away prevention means is illuminable by at least one lighting device assigned to it from inside the loading platform by light that passes upwards through a cutout in a top wall of the loading platform , said top wall forming a useful surface , wherein the at least one lighting device of the respective roll-away prevention means is assigned to a region of the at least one run-on flap thereof and is arranged under the respective folded-down run-on flap in the rest position and/or is overlappable by the respective run-on flap folded-down in the rest position.
A method of wireless communication, the method comprising: transmitting , from a first base station to a second base station, a handover request message corresponding to a user equipment, UE, associated with the first base station, the handover request message including a request for full configuration; receiving , from the second base station, a handover response message, the handover response message including an indicator of acceptance of the full configuration; transmitting when a target radio resource control, RRC, configuration is no longer valid, a second handover request message corresponding to the UE, the second handover request message including a second request for full configuration; and receiving, from the second base station, a second handover response message, the second handover response message including a second indicator of acceptance of the full configuration. transmitting , from a first base station to a second base station, a handover request message corresponding to a user equipment, UE, associated with the first base station, the handover request message including a request for full configuration; receiving , from the second base station, a handover response message, the handover response message including an indicator of acceptance of the full configuration; transmitting when a target radio resource control, RRC, configuration is no longer valid, a second handover request message corresponding to the UE, the second handover request message including a second request for full configuration; and receiving, from the second base station, a second handover response message, the second handover response message including a second indicator of acceptance of the full configuration.
A fume extractor comprising: an extractor housing (110; 210; 410) defining an outlet (106; 206; 406) of the fume extractor (100; 200; 400; 500); a hose (120; 220) coupled to the extractor housing (110; 210; 410), wherein the hose (120; 220) has a distal end (122; 222) defining a first inlet (102; 202; 502) of the fume extractor (100; 200; 400; 500); a diffusion plate (130; 230; 330; 430) coupled to the extractor housing (110; 210; 410), wherein the diffusion plate (130; 230; 330; 430) defines a plurality of openings (132; 232; 332) that cumulatively define a second inlet (104; 204; 304; 504) of the fume extractor (100; 200; 400; 500); a fan (280; 530) disposed in the extractor housing (110; 210; 410), the fan (280; 530) configured to connect each of the first inlet (102; 202; 502) and the second inlet (104; 204; 304; 504) to the outlet (106; 206; 406); a first supporting surface (160; 260) opposite the diffusion plate (130; 230; 330; 430) relative to the extractor housing (110; 210; 410); and a second supporting surface (170; 270a, 270b) is from 80° to 100° to the diffusion plate (130; 230; 330; 430), wherein the first supporting surface (160; 260) and the second supporting surface (170; 270a, 270b) are configured to selectively rest on a planar surface, characterized in that the fume extractor (100; 200; 400; 500) defines a hose channel (140; 240) configured to selectively receive the hose (120; 220), and in that the fume extractor (100; 200; 400; 500) comprises a hose guide . an extractor housing (110; 210; 410) defining an outlet (106; 206; 406) of the fume extractor (100; 200; 400; 500); a hose (120; 220) coupled to the extractor housing (110; 210; 410), wherein the hose (120; 220) has a distal end (122; 222) defining a first inlet (102; 202; 502) of the fume extractor (100; 200; 400; 500); a diffusion plate (130; 230; 330; 430) coupled to the extractor housing (110; 210; 410), wherein the diffusion plate (130; 230; 330; 430) defines a plurality of openings (132; 232; 332) that cumulatively define a second inlet (104; 204; 304; 504) of the fume extractor (100; 200; 400; 500); a fan (280; 530) disposed in the extractor housing (110; 210; 410), the fan (280; 530) configured to connect each of the first inlet (102; 202; 502) and the second inlet (104; 204; 304; 504) to the outlet (106; 206; 406); a first supporting surface (160; 260) opposite the diffusion plate (130; 230; 330; 430) relative to the extractor housing (110; 210; 410); and a second supporting surface (170; 270a, 270b) is from 80° to 100° to the diffusion plate (130; 230; 330; 430), wherein the first supporting surface (160; 260) and the second supporting surface (170; 270a, 270b) are configured to selectively rest on a planar surface, characterized in that the fume extractor (100; 200; 400; 500) defines a hose channel (140; 240) configured to selectively receive the hose (120; 220), and in that the fume extractor (100; 200; 400; 500) comprises a hose guide .
Optical module (1; 1') of a lighting and/or signaling device of a motor vehicle, comprising first and second reflectors , one of said reflectors being associated with a light source, in particular comprising an LED, in order to reflect the light coming from this light source, this reflector being formed on a part provided with a cooling opening for a circulation of cooling air, the module comprising a support , an optical lens and a heat exchanger , the optical lens and the heat exchanger being both carried by said support , the module being characterized in that one of the reflectors forms, together with the support , an enclosure receiving the other of the reflectors.
A display panel , divided into a display area and a non-display area , the display panel comprising: a first substrate ; a second substrate , disposed corresponding to the first substrate ; and a sealant , arranged between the first substrate and the second substrate , and arranged in the non-display area ; wherein the first substrate comprises a first metal layer and a second metal layer that are arranged in sequence corresponding to the non-display area , and that are insulated from each other; wherein the first metal layer comprises a first metal wire group and the second metal layer comprises a second metal wire group ; the first metal wire group comprises at least one sub-wire , the second metal wire group comprises at least one sub-connection wire ; the at least one sub-wire of the first metal wire group and the at least one sub-connection wire of the second metal wire group are connected in one-to-one correspondence through a set of bridging structures , wherein the set of bridging structures comprises at least one bridging structure ; wherein a side of the sealant adjacent to the display area is an inner side of the sealant , and a side of the sealant far away from the display area is an outer side of the sealant ; wherein the set of bridging structures are each disposed on a side of an outer edge of the sealant adjacent to the display area ; wherein of the set of bridging structures , the bridging structure closest to the outer edge of the sealant is an outermost bridging structure , and wherein a distance separating the outermost bridging structure from the outer edge of the sealant is at least 50 μm. a first substrate ; a second substrate , disposed corresponding to the first substrate ; and a sealant , arranged between the first substrate and the second substrate , and arranged in the non-display area ; wherein the first substrate comprises a first metal layer and a second metal layer that are arranged in sequence corresponding to the non-display area , and that are insulated from each other; wherein the first metal layer comprises a first metal wire group and the second metal layer comprises a second metal wire group ; the first metal wire group comprises at least one sub-wire , the second metal wire group comprises at least one sub-connection wire ; the at least one sub-wire of the first metal wire group and the at least one sub-connection wire of the second metal wire group are connected in one-to-one correspondence through a set of bridging structures , wherein the set of bridging structures comprises at least one bridging structure ; wherein a side of the sealant adjacent to the display area is an inner side of the sealant , and a side of the sealant far away from the display area is an outer side of the sealant ; wherein the set of bridging structures are each disposed on a side of an outer edge of the sealant adjacent to the display area ; wherein of the set of bridging structures , the bridging structure closest to the outer edge of the sealant is an outermost bridging structure , and wherein a distance separating the outermost bridging structure from the outer edge of the sealant is at least 50 μm.
A film-coated tablet containing obeticholic acid or a pharmaceutically acceptable salt thereof, which contains: (a) an uncoated tablet containing obeticholic acid or a pharmaceutically acceptable salt thereof, and (b) a film base on the surface of said uncoated tablet, having a coating layer which either does not substantially contain a plasticizer or which contains at least one type of specific plasticizer, wherein the plasticizer is selected from a group consisting of: triethyl citrate, glycerin fatty acid ester, propylene glycol, triacetin, polyoxyethylene sorbitan fatty acid ester, concentrated glycerin, and sorbitan fatty acid ester. (a) an uncoated tablet containing obeticholic acid or a pharmaceutically acceptable salt thereof, and (b) a film base on the surface of said uncoated tablet, having a coating layer which either does not substantially contain a plasticizer or which contains at least one type of specific plasticizer, wherein the plasticizer is selected from a group consisting of: triethyl citrate, glycerin fatty acid ester, propylene glycol, triacetin, polyoxyethylene sorbitan fatty acid ester, concentrated glycerin, and sorbitan fatty acid ester.
A viscous fluid coating device comprising: a flow tank that houses a viscous fluid in a molten state; a pump , operation of which ejects viscous fluid from the flow tank such that viscous fluid is suitable to be coated on a circuit board (P); a jet motor , provided outside the flow tank , that drives the pump ; and a cooling device , provided outside the flow tank and including a passage through which a fluid body is capable of flowing, that cools the jet motor using the fluid body, wherein a downstream end of the passage is connected to the flow tank , characterized in that an upstream end of the passage is connectable to a gas supply source , so that the fluid body, which is an antioxidation gas for preventing oxidation of solder as the viscous fluid and is lighter than air, is supplied from a connection section of a lower section of the passage, flows up the passage following the path of the passage and flows out from a connection section of an upper section of the passage so as to be supplied into the flow tank . a flow tank that houses a viscous fluid in a molten state; a pump , operation of which ejects viscous fluid from the flow tank such that viscous fluid is suitable to be coated on a circuit board (P); a jet motor , provided outside the flow tank , that drives the pump ; and a cooling device , provided outside the flow tank and including a passage through which a fluid body is capable of flowing, that cools the jet motor using the fluid body, wherein a downstream end of the passage is connected to the flow tank , characterized in that an upstream end of the passage is connectable to a gas supply source , so that the fluid body, which is an antioxidation gas for preventing oxidation of solder as the viscous fluid and is lighter than air, is supplied from a connection section of a lower section of the passage, flows up the passage following the path of the passage and flows out from a connection section of an upper section of the passage so as to be supplied into the flow tank .
A container storing a washing solution used for a blood analyzer, comprising: a container body , having a form of a blood collection tube (T), made of thermoplastic resin resistant against a chlorine-based washing solution and provided with an opening on an upper end; a chlorine-based washing solution stored in the container body ; and a multilayer film bonded to the container body to seal the opening , wherein an identification code indicating that the container accommodates the washing solution is assigned to the container body , and the multilayer film includes: a seal layer heat-sealed to the container body thereby sealing the opening ; a gas barrier layer arranged on the outer side of the seal layer ; and a polyamide layer provided between the seal layer and the gas barrier layer . a container body , having a form of a blood collection tube (T), made of thermoplastic resin resistant against a chlorine-based washing solution and provided with an opening on an upper end; a chlorine-based washing solution stored in the container body ; and a multilayer film bonded to the container body to seal the opening , wherein an identification code indicating that the container accommodates the washing solution is assigned to the container body , and the multilayer film includes: a seal layer heat-sealed to the container body thereby sealing the opening ; a gas barrier layer arranged on the outer side of the seal layer ; and a polyamide layer provided between the seal layer and the gas barrier layer . a seal layer heat-sealed to the container body thereby sealing the opening ; a gas barrier layer arranged on the outer side of the seal layer ; and a polyamide layer provided between the seal layer and the gas barrier layer .
A kit for measuring a titer of a protein comprising a human Fc, comprising (a) a diluent for sample including 5 to 100 % (w/v) bovine serum, 0.05 to 0.2 % (w/v) skim milk, and 0.025 to 0.1 % (w/v) non-ionic surfactant and optionally a 0.025 to 0.1 % (w/v) preservative, preferably Proclin 300; (b) a diluent for conjugate, wherein the diluent includes 5 to 20 % (w/v) goat serum; and (c) a cleansing solution including 10 to 40 mM sodium acetate, 75 to 300 mM sodium chloride, and 0.025 to 0.1 % (w/v) non-ionic surfactant. (a) a diluent for sample including 5 to 100 % (w/v) bovine serum, 0.05 to 0.2 % (w/v) skim milk, and 0.025 to 0.1 % (w/v) non-ionic surfactant and optionally a 0.025 to 0.1 % (w/v) preservative, preferably Proclin 300; (b) a diluent for conjugate, wherein the diluent includes 5 to 20 % (w/v) goat serum; and (c) a cleansing solution including 10 to 40 mM sodium acetate, 75 to 300 mM sodium chloride, and 0.025 to 0.1 % (w/v) non-ionic surfactant.