mhurhangee/ep-ind-claims huggingface dataset:
Electronic device comprising a cooling apparatus, in particular controller, which is arranged in a housing and comprises an electronic circuit which is arranged on a carrier plate, characterized in that a spring carrier with at least one plastic spring which makes mechanical and thermal contact with the carrier plate is arranged on one side of the carrier plate, in that side faces of the spring carrier have a sawtooth-like contour, in that a spring tensioner with side faces, which have a sawtooth-like mating contour which forms a pendant in relation to the sawtooth-like contour of the side faces of the spring carrier, is arranged on that side of the spring carrier which is averted from the carrier plate, and in that the spring tensioner, when the carrier plate and the spring carrier are inserted into the housing, can be pushed further into the housing parallel to a side face of the housing, so that the carrier plate, the spring carrier and the spring tensioner are arranged one on the other and in the housing in such a way that the carrier plate, the spring carrier and the spring tensioner are braced against one another and against the housing by means of the at least one plastic spring.
A drive unit for a lighting element, the lighting element comprising at least one light source comprising at least one light emitting diode, the drive unit comprising: a first power converter arranged for receiving input power by drawing at least a part of a predefined current waveshape and for outputting a bus voltage, a control unit arranged for controlling the drive unit, a second power converter for providing power to the control unit, characterized in that the input of the second power converter is coupled via a switching circuitry to the bus voltage, the switching circuitry also coupling the input of the second power converter to a further voltage provided within the drive unit, wherein the drive unit has, under the control of the control unit, an operation mode in which by means of the bus voltage an LED voltage is provided for operating the at least one light emitting diode and a standby mode in which the LED voltage for operating the at least one light emitting diode is not provided while power is provided to the control unit, wherein the control unit is arranged for adjusting a level of the bus voltage outputted by the first power converter from an operation level in the operation mode to a standby level in the standby mode and vice versa, wherein the switching circuitry is arranged for providing, to the second power converter, the bus voltage during the standby mode and the further voltage during the operation mode. a first power converter arranged for receiving input power by drawing at least a part of a predefined current waveshape and for outputting a bus voltage, a control unit arranged for controlling the drive unit, a second power converter for providing power to the control unit, characterized in that the input of the second power converter is coupled via a switching circuitry to the bus voltage, the switching circuitry also coupling the input of the second power converter to a further voltage provided within the drive unit, wherein the drive unit has, under the control of the control unit, an operation mode in which by means of the bus voltage an LED voltage is provided for operating the at least one light emitting diode and a standby mode in which the LED voltage for operating the at least one light emitting diode is not provided while power is provided to the control unit, wherein the control unit is arranged for adjusting a level of the bus voltage outputted by the first power converter from an operation level in the operation mode to a standby level in the standby mode and vice versa, wherein the switching circuitry is arranged for providing, to the second power converter, the bus voltage during the standby mode and the further voltage during the operation mode.
A heat-conductive composite silicone rubber sheet comprising a non-adhesive high-hardness heat-conductive silicone rubber sheet and an acrylic pressure-sensitive adhesive layer laid on one surface of the silicone rubber sheet, the non-adhesive silicone rubber sheet including a heat-conductive silicone rubber layer which is a cured product of a heat-conductive silicone composition containing a heat-conductive filler, the cured product having a hardness of 60 to 96 on the Durometer A scale, and the acrylic pressure-sensitive adhesive layer being a cured product of an acrylic adhesive composition comprising 100 parts by weight of an acrylic adhesive composed of a polymer, obtained from a monomer mixture containing 5 to 50 mol% of a hydroxyl-containing monomer, based on the entire constituent monomers in the acrylic adhesive, and 0.05 to 5 parts by weight per 100 parts by weight of the acrylic adhesive of a chelate curing agent. the non-adhesive silicone rubber sheet including a heat-conductive silicone rubber layer which is a cured product of a heat-conductive silicone composition containing a heat-conductive filler, the cured product having a hardness of 60 to 96 on the Durometer A scale, and the acrylic pressure-sensitive adhesive layer being a cured product of an acrylic adhesive composition comprising 100 parts by weight of an acrylic adhesive composed of a polymer, obtained from a monomer mixture containing 5 to 50 mol% of a hydroxyl-containing monomer, based on the entire constituent monomers in the acrylic adhesive, and 0.05 to 5 parts by weight per 100 parts by weight of the acrylic adhesive of a chelate curing agent.
A reactor comprising: a heat exchanging body including therein a heat medium flow channel (2, 2a) in which a heat medium fluid is caused to flow, and a reaction flow channel (3, 3a) in which a reaction fluid is caused to flow; and at least one detection part that detects temperature of a fluid flowing in a target flow channel that is at least one of the heat medium flow channel (2, 2a) and the reaction flow channel (3, 3a), wherein the heat exchanging body has: at least one installation hole formed to extend in a skew position with respect to the target flow channel so as to include an opening portion communicating with the target flow channel, in which the at least one detection part is installed at the opening portion so as to be contactable with the fluid flowing in target flow channel; and at least one fluid guide hole (33, 33a, 33b, 33c) formed along the target flow channel from the opening portion of the at least one installation hole, wherein the at least one fluid guide hole (33, 33a, 33b, 33c) is formed so as to allow the fluid flowing in the target flow channel to gradually spread toward the opening portion. a heat exchanging body including therein a heat medium flow channel (2, 2a) in which a heat medium fluid is caused to flow, and a reaction flow channel (3, 3a) in which a reaction fluid is caused to flow; and at least one detection part that detects temperature of a fluid flowing in a target flow channel that is at least one of the heat medium flow channel (2, 2a) and the reaction flow channel (3, 3a), wherein the heat exchanging body has: at least one installation hole formed to extend in a skew position with respect to the target flow channel so as to include an opening portion communicating with the target flow channel, in which the at least one detection part is installed at the opening portion so as to be contactable with the fluid flowing in target flow channel; and at least one fluid guide hole (33, 33a, 33b, 33c) formed along the target flow channel from the opening portion of the at least one installation hole, wherein the at least one fluid guide hole (33, 33a, 33b, 33c) is formed so as to allow the fluid flowing in the target flow channel to gradually spread toward the opening portion. at least one installation hole formed to extend in a skew position with respect to the target flow channel so as to include an opening portion communicating with the target flow channel, in which the at least one detection part is installed at the opening portion so as to be contactable with the fluid flowing in target flow channel; and at least one fluid guide hole (33, 33a, 33b, 33c) formed along the target flow channel from the opening portion of the at least one installation hole, wherein the at least one fluid guide hole (33, 33a, 33b, 33c) is formed so as to allow the fluid flowing in the target flow channel to gradually spread toward the opening portion.
An aerostatic airship with flexible envelope and motorised extension, comprising a device for fixing the motorised extension to an external face of the flexible envelope, the fixing device comprising a plate intended to be in contact with the flexible envelope, means for fixing the plate to the external face of the flexible envelope, a base for supporting the motorised extension and elements for fixing the support base to the plate, characterised in that: - the plate and the support base are designed to form a flange/counter-flange assembly; and - the means for fixing the plate to the external face of the flexible envelope comprise a plurality of independent fixing parts (32A, 32B; 32), each having an end (34A, 34B) intended to be secured to the external face of the flexible envelope and a central part (36A, 36B) clamped between the plate and the support base of the flange/counter-flange assembly by means of the fixing elements. - the plate and the support base are designed to form a flange/counter-flange assembly; and - the means for fixing the plate to the external face of the flexible envelope comprise a plurality of independent fixing parts (32A, 32B; 32), each having an end (34A, 34B) intended to be secured to the external face of the flexible envelope and a central part (36A, 36B) clamped between the plate and the support base of the flange/counter-flange assembly by means of the fixing elements.
Road miller having a set of running gear which has its own drive, and a milling roller which can be driven in rotation and has a cylindrical lateral surface which is provided on its circumference with protruding milling cutters and nozzles for discharging fluid, characterized in that the nozzles can be supplied with fluid directly through a line system which is arranged in the milling roller.
A process for producing a triglyceride oil having a fatty acid profile of less than 7% C18:2 from a microbe, the process comprising: (i) cultivating a recombinant oleaginous microalgal cell, of the genus Prototheca, comprising exogenous genes in a culture medium until at least 10% of the dry cell weight is triglyceride oil; and (ii) isolating the oil from the cell, wherein an endogenous delta 12 fatty acid desaturase of the oleaginous microalgal cell has been inactivated or mutated to have less enzymatic activity. (i) cultivating a recombinant oleaginous microalgal cell, of the genus Prototheca, comprising exogenous genes in a culture medium until at least 10% of the dry cell weight is triglyceride oil; and (ii) isolating the oil from the cell,
A catalyst composition comprising an aluminosilicate molecular sieve having at least 95 weight percent of an AEI crystalline structure and a mole ratio of silica-to-alumina of 20 to 30 and 1 to 5 weight percent of a promoter metal, based on the total weight of the molecular sieve material, wherein the promoter metal is copper, and wherein the promoter metal is disposed on and/or within the molecular sieve as an extra-framework metal.
A plied cord comprising three primarily-twisted yarns comprising para-aramid fibers, characterized in that the primarily-twisted yarn comprising the para-aramid fibers has an average fineness of 1000 to 1250 dtex, a tensile modulus of 55 to 70 GPa and a tensile strength of 2800 to 3500 MPa, and the plied cord has the number of primary twists of the primarily-twisted yarns being 33 to 40 times/10cm, a secondary twist direction opposite to a primary twist direction and a ratio of a secondary twist factor to a primary twist factor being 0.25 to 1; the tensile modulus and the tensile strength being measured in accordance with the method described in JIS L1013; and the twist factor is calculated based on the following Formula: Twist Factor T. F. = the number of twist times / m × √ total fineness tex / 960.
A system for delivery of an implant to a target position in a body passage, the system comprising: an elongate, tubular sheath, which is adapted to be passed through the body passage while containing the implant in a compressed state inside the sheath, wherein the sheath has a distal end with an aperture formed therein; an ejector, which is adapted to force the implant in a distal direction, thus stretching the aperture so as to expand the aperture, whereby the implant passes through the aperture; and characterized in that the system is further provided with a catheter having a lumen and a compressible distended portion; wherein at least a portion of the catheter is positioned through the implant, and the compressible distended portion is configured to slidably open and slidably obstruct the aperture thus controlling the passage of the implant therethrough. an elongate, tubular sheath, which is adapted to be passed through the body passage while containing the implant in a compressed state inside the sheath, wherein the sheath has a distal end with an aperture formed therein; an ejector, which is adapted to force the implant in a distal direction, thus stretching the aperture so as to expand the aperture, whereby the implant passes through the aperture; and characterized in that the system is further provided with a catheter having a lumen and a compressible distended portion; wherein at least a portion of the catheter is positioned through the implant, and the compressible distended portion is configured to slidably open and slidably obstruct the aperture thus controlling the passage of the implant therethrough.
A chiller system comprising: a vapor compression circuit including in the direction of flow of a circulating refrigerant: a compressor, a condenser, an ejector comprising a first inlet fluidly connected to an outlet of the condenser, a second inlet, and an outlet; an expansion valve fluidly coupled to the outlet of the ejector, an evaporator, a separator configured to separate the two-phase mixture into liquid refrigerant and vapor refrigerant, wherein the evaporator is a direct exchange heat exchanger such that during operation of the chiller system, the refrigerant provided at an outlet of the evaporator is a two-phase mixture of liquid refrigerant and vapor refrigerant, and the vapor refrigerant comprises less than or equal to about 85% of the two-phase mixture; and wherein the separator is part of a so-called efficiency circuit configured for improving the efficiency of the chiller system and comprises an inlet fluidly coupled to an outlet of the evaporator, a first outlet fluidly coupled to the second inlet of the ejector and configured to supply liquid refrigerant to the second inlet of the ejector, and a second outlet fluidly coupled to an inlet side of the compressor. a compressor, a condenser, an ejector comprising a first inlet fluidly connected to an outlet of the condenser, a second inlet, and an outlet; an expansion valve fluidly coupled to the outlet of the ejector, an evaporator, a separator configured to separate the two-phase mixture into liquid refrigerant and vapor refrigerant, wherein the evaporator is a direct exchange heat exchanger such that during operation of the chiller system, the refrigerant provided at an outlet of the evaporator is a two-phase mixture of liquid refrigerant and vapor refrigerant, and the vapor refrigerant comprises less than or equal to about 85% of the two-phase mixture; and wherein the separator is part of a so-called efficiency circuit configured for improving the efficiency of the chiller system and comprises an inlet fluidly coupled to an outlet of the evaporator, a first outlet fluidly coupled to the second inlet of the ejector and configured to supply liquid refrigerant to the second inlet of the ejector, and a second outlet fluidly coupled to an inlet side of the compressor.
A cartridge for a drug delivery device comprising: - a container to receive and/or to store a medicament, wherein the container is sealed by a piston slidably disposed therein, - a writable storage to store assembly-related data, - a microprocessor, and - a communication member to provide device-related data to an automated assembly line adapted to assemble the drug delivery device, wherein at least one of the communication member and the microprocessor is embedded or disposed in the piston, - wherein the storage comprises an assembly configuration of the drug delivery device and wherein the microprocessor is operable to instruct the assembly line regarding actual and/or proceeding steps of assembly according to the data provided by the storage. - a container to receive and/or to store a medicament, wherein the container is sealed by a piston slidably disposed therein, - a writable storage to store assembly-related data, - a microprocessor, and - a communication member to provide device-related data to an automated assembly line adapted to assemble the drug delivery device, wherein at least one of the communication member and the microprocessor is embedded or disposed in the piston, - wherein the storage comprises an assembly configuration of the drug delivery device and wherein the microprocessor is operable to instruct the assembly line regarding actual and/or proceeding steps of assembly according to the data provided by the storage.
An in-cell touch screen, comprising an upper substrate and a lower substrate that are arranged to face each other, and a plurality of touch electrodes that are independent of one another and arranged on a side of the lower substrate facing the upper substrate or on a side of the upper substrate facing the lower substrate; each touch electrode corresponds to a plurality of pixels in the touch screen, and a slit is disposed in each touch electrode and at a position corresponding to a first gap between two adjacent pixels of the plurality of pixels, wherein the two adjacent pixels are spaced from each other by the first gap; and the touch screen further comprises a strip-shaped floating electrode that is electrically connected with a corresponding one of the touch electrodes and is arranged at a position corresponding to the slit of the corresponding touch electrode and/or at a position corresponding to a second gap between two adjacent touch electrodes, wherein the two adjacent touch electrodes are insulated from each other by the second gap, wherein the strip-shaped floating electrode is not overlapped with other touch electrodes, except the touch electrode that is electrically connected with the strip-shaped floating electrode. each touch electrode corresponds to a plurality of pixels in the touch screen, and a slit is disposed in each touch electrode and at a position corresponding to a first gap between two adjacent pixels of the plurality of pixels, wherein the two adjacent pixels are spaced from each other by the first gap; and the touch screen further comprises a strip-shaped floating electrode that is electrically connected with a corresponding one of the touch electrodes and is arranged at a position corresponding to the slit of the corresponding touch electrode and/or at a position corresponding to a second gap between two adjacent touch electrodes, wherein the two adjacent touch electrodes are insulated from each other by the second gap, wherein the strip-shaped floating electrode is not overlapped with other touch electrodes, except the touch electrode that is electrically connected with the strip-shaped floating electrode.
A resin coated metal foil or a metal clad laminate, including an insulating resin composition layer and metal foil fixed to a single surface or both the surfaces of said insulating resin composition layer, wherein the resin coated metal foil or metal clad laminate is characterized in that surface treatment is performed to at least an insulating resin composition layer side of said metal foil and roughening treatment is not performed to both the surfaces of said metal foil such that the ten-point average roughness Rz of said metal foil when measured pursuant to JIS B0601 is not more than 2.0 μm in both the surfaces; said insulating resin composition contains cyanate resin; and said surface treatment includes anti-corrosive treatment which is performed with nickel or an alloy thereof.
Plasticizing composition comprising a resin of vinyl chloride type and a plasticizing agent which comprises at least one diester of general formula: RO-OC-A-CO-OR in which: - A is a linear or branched C 4 aliphatic chain, and - R is an alkyl, a cycloalkyl or an aryl, and characterized in that the plasticizing agent is a mixture of: - from 70% to 95% by weight of methylglutaric acid diester, - from 5% to 30% by weight of ethylsuccinic acid diester, and - from 0% to 10% by weight of adipic acid diester, or is a mixture of: - from 95% to 100% by weight of methylglutaric acid diester, and - from 0% to 5% by weight of ethylsuccinic acid diester. - A is a linear or branched C 4 aliphatic chain, and - R is an alkyl, a cycloalkyl or an aryl, - from 70% to 95% by weight of methylglutaric acid diester, - from 5% to 30% by weight of ethylsuccinic acid diester, and - from 0% to 10% by weight of adipic acid diester, - from 95% to 100% by weight of methylglutaric acid diester, and - from 0% to 5% by weight of ethylsuccinic acid diester.
A system for managed pressure drilling, comprising: a drill string extending into a wellbore drilled through subsurface formations; a pump having an inlet in fluid communication with a supply of drilling fluid, the pump having an outlet in fluid communication with an interior of the drill string; a conduit extending from a selected axial position in the wellbore to a position proximate a surface end of the wellbore, wherein the pumped drilling fluid is configured to be returned through an annular space between an exterior of the drill string and an interior of the conduit; characterized by at least one well fluid outflow control comprising a housing disposed on an interior surface of the conduit and at least two annular inwardly expandable flow restrictors (11A-C) disposed at selected longitudinal positions along the interior of the housing, each flow restrictor (11A-C) being separately operable to close to successively smaller inner diameters along the direction of the returning drilling fluid moving upwardly through the housing. a drill string extending into a wellbore drilled through subsurface formations; a pump having an inlet in fluid communication with a supply of drilling fluid, the pump having an outlet in fluid communication with an interior of the drill string; a conduit extending from a selected axial position in the wellbore to a position proximate a surface end of the wellbore, wherein the pumped drilling fluid is configured to be returned through an annular space between an exterior of the drill string and an interior of the conduit; characterized by at least one well fluid outflow control comprising a housing disposed on an interior surface of the conduit and at least two annular inwardly expandable flow restrictors (11A-C) disposed at selected longitudinal positions along the interior of the housing, each flow restrictor (11A-C) being separately operable to close to successively smaller inner diameters along the direction of the returning drilling fluid moving upwardly through the housing.