mhurhangee/patent-ind-claim-en huggingface dataset:
A compression reverse cycle machine (M), comprising an evaporator , a compressor and a condenser arranged in series each other along a path of a working fluid in the machine (M), characterized by : comprising a boundary layer turbine , placed between the condenser and the evaporator , said turbine comprising a set of power disks mounted on a shaft which rotates inside a volume of a wheel chamber , an inlet opening for introducing a working fluid in a stator volume , a stator nozzle , which accelerates the flow in a direction that is tangential to the power disks , a discharge of a working fluid, the wheel chamber comprising drains of a liquid fraction at least of said working fluid from the peripheral part of the power disks in order to avoid its concentration in the peripheral part of the volume of said wheel chamber, said turbine further comprising an internal ring which forms externally the stator volume with an external enclosure of the turbine and which forms internally the wheel chamber , the wheel chamber being further delimited laterally by two sealing stator elements , the stator nozzle being provided in the internal ring , and said drains being arranged in the sealing stator elements and provided through the external enclosure of the turbine . comprising a boundary layer turbine , placed between the condenser and the evaporator , said turbine comprising a set of power disks mounted on a shaft which rotates inside a volume of a wheel chamber , an inlet opening for introducing a working fluid in a stator volume , a stator nozzle , which accelerates the flow in a direction that is tangential to the power disks , a discharge of a working fluid, the wheel chamber comprising drains of a liquid fraction at least of said working fluid from the peripheral part of the power disks in order to avoid its concentration in the peripheral part of the volume of said wheel chamber, said turbine further comprising an internal ring which forms externally the stator volume with an external enclosure of the turbine and which forms internally the wheel chamber , the wheel chamber being further delimited laterally by two sealing stator elements , the stator nozzle being provided in the internal ring , and said drains being arranged in the sealing stator elements and provided through the external enclosure of the turbine .
An in vitro method for determining efficacy of treatment of a subject having a mental disorder by administration of cannabidiol, comprising determining in vitro a level of cannabidiol in a sample from said subject having said mental disorder, wherein said treatment is considered efficient if the level of cannabidiol is 30 μg/l to 85 μg/l and wherein the level of cannabidiol is determined 3 to 5 weeks after the commencement of the treatment. determining in vitro a level of cannabidiol in a sample from said subject having said mental disorder, wherein said treatment is considered efficient if the level of cannabidiol is 30 μg/l to 85 μg/l and wherein the level of cannabidiol is determined 3 to 5 weeks after the commencement of the treatment.
A sanitary cleaning device comprising: a nozzle configured to discharge water toward a region of a user; a water supply path through which water is supplied to the nozzle; a backflow prevention mechanism including a tank provided on the water supply path, a water inlet port that is communicated with an upstream water supply path positioned upstream of the tank on the water supply path and through which water flows into the tank, and a water outlet port that is communicated with a downstream water supply path positioned downstream of the tank on the water supply path and through which water in the tank flows out to the downstream water supply path; and a solution provision unit including a provision port through which acid solution is provided by the user, a solution supply path through which the acid solution provided through the provision port circulates, and a solution inlet port through which the acid solution flowing through the solution supply path flows into the tank, characterized in that the backflow prevention mechanism includes an overflow port that is provided to form an air gap between the overflow port and the water inlet port and through which surplus water in the tank is discharged, and the solution supply path of the solution provision unit includes an expansion part in which a flow-path cross-sectional area increases toward the solution inlet port. a nozzle configured to discharge water toward a region of a user; a water supply path through which water is supplied to the nozzle; a backflow prevention mechanism including a tank provided on the water supply path, a water inlet port that is communicated with an upstream water supply path positioned upstream of the tank on the water supply path and through which water flows into the tank, and a water outlet port that is communicated with a downstream water supply path positioned downstream of the tank on the water supply path and through which water in the tank flows out to the downstream water supply path; and a solution provision unit including a provision port through which acid solution is provided by the user, a solution supply path through which the acid solution provided through the provision port circulates, and a solution inlet port through which the acid solution flowing through the solution supply path flows into the tank, characterized in that the backflow prevention mechanism includes an overflow port that is provided to form an air gap between the overflow port and the water inlet port and through which surplus water in the tank is discharged, and the solution supply path of the solution provision unit includes an expansion part in which a flow-path cross-sectional area increases toward the solution inlet port.
An ironing station (1; 110; 185; 215; 240) comprising a cordless iron and a base , the iron comprising first heating means , the base comprising a first water tank (22; 145), a plate , second means for heating the plate , and third means for heating at least part of the water from the first tank, a system (31, 34; 139, 153; 227; 241) for injecting heated water originating from the first tank into a second tank (26; 212; 221) of the iron, and a control system capable, when the iron is laying on the plate , of electrically powering the first heating means and of interrupting the electric power supply of the second and third heating means and, when the iron is not laying on the plate, of electrically powering the second and third heating means.
A filter device with at least one filter element , through which a fluid to be cleaned can flow at a predefinable fluid operating pressure, and which element can be accommodated in a housing , wherein the fluid pressure prevailing at the respective filter element can have pressure peaks or general pressure increases which are damaging to the respective filter element , in particular to the filter material thereof, which pressure peaks and increases can be reduced and/or levelled out by means of a compensation device acting directly on the respective filter element and which has at least one flexible compensation element which makes possible an increase in the volume of the fluid chamber of the housing in accordance with a pressure peak or pressure increase, wherein the flexible compensation element is arranged between the outside of the filter material of the filter element and the adjacent inner wall of the housing , wherein the flexible compensation element is formed by an at least partial casing of the outside of the respective filter element located in the housing , wherein the casing has the form of a circular-cylindrical bowl , characterised in that the inside of the bowl rests against a fluid-permeable support tube , and that the support tube in turn rests against the outside of the filter material of the relevant filter element as the outer support tube thereof.
A heat exchanger comprising: a plurality of heat transfer tubes arranged in parallel with each other; a fin connected to at least one of the plurality of heat transfer tubes ; a header having a header end surface being a surface along a direction in which the plurality of heat transfer tubes are arranged in parallel with each other, the header being connected to one end portion of the plurality of heat transfer tubes ; characterized in that the fin having a first portion including an edge facing the header and a second portion other than the first portion, the fin extending in a first direction (x) crossing the direction in which the plurality of heat transfer tubes are arranged in parallel with each other, the first direction (x) being perpendicular to a tube axis of each of the plurality of heat transfer tubes , wherein an end portion in the first direction (x) of the first portion projects in the first direction (x) relative to the header end surface , and an end portion in the first direction (x) of the second portion is positioned closer in the first direction (x) to the plurality of heat transfer tubes than the header end surface is to the plurality of heat transfer tubes . a plurality of heat transfer tubes arranged in parallel with each other; a fin connected to at least one of the plurality of heat transfer tubes ; a header having a header end surface being a surface along a direction in which the plurality of heat transfer tubes are arranged in parallel with each other, the header being connected to one end portion of the plurality of heat transfer tubes ; characterized in that the fin having a first portion including an edge facing the header and a second portion other than the first portion, the fin extending in a first direction (x) crossing the direction in which the plurality of heat transfer tubes are arranged in parallel with each other, the first direction (x) being perpendicular to a tube axis of each of the plurality of heat transfer tubes , wherein an end portion in the first direction (x) of the first portion projects in the first direction (x) relative to the header end surface , and an end portion in the first direction (x) of the second portion is positioned closer in the first direction (x) to the plurality of heat transfer tubes than the header end surface is to the plurality of heat transfer tubes .
An apparatus of a user equipment, UE, the apparatus comprising: processing circuitry configured with logical entities that include a Terminal Equipment, TE, a Mobile Terminal, MT, and a Terminal Adaptor, TA, the TE arranged to communicate with the MT through the TA , the processing circuitry arranged to configure the logical entities to: provide Reliable Data Service, RDS, between the UE and a network endpoint of a packet data network, PDN, connection when configured to support RDS, and limit uplink transmission of Internet Protocol, IP, packets to services related to 3GPP Packet Services Data Off, PSDO, Exempt Services when configured to support PSDO for the PDN connection and PSDO is activated, wherein the TE is arranged to generate at least one Attention, AT, command for communication to the MT through the TA to indicate a RDS status and a PSDO status of the PDN connection at the UE ; and wherein the MT is arranged to communicate with the network endpoint and to: indicate to the network endpoint, based on the at least one AT command, the RDS status and the PSDO status; and a memory configured to store the PSDO status. processing circuitry configured with logical entities that include a Terminal Equipment, TE, a Mobile Terminal, MT, and a Terminal Adaptor, TA, the TE arranged to communicate with the MT through the TA , the processing circuitry arranged to configure the logical entities to: provide Reliable Data Service, RDS, between the UE and a network endpoint of a packet data network, PDN, connection when configured to support RDS, and limit uplink transmission of Internet Protocol, IP, packets to services related to 3GPP Packet Services Data Off, PSDO, Exempt Services when configured to support PSDO for the PDN connection and PSDO is activated, provide Reliable Data Service, RDS, between the UE and a network endpoint of a packet data network, PDN, connection when configured to support RDS, and limit uplink transmission of Internet Protocol, IP, packets to services related to 3GPP Packet Services Data Off, PSDO, Exempt Services when configured to support PSDO for the PDN connection and PSDO is activated, wherein the TE is arranged to generate at least one Attention, AT, command for communication to the MT through the TA to indicate a RDS status and a PSDO status of the PDN connection at the UE ; and wherein the MT is arranged to communicate with the network endpoint and to: indicate to the network endpoint, based on the at least one AT command, the RDS status and the PSDO status; and a memory configured to store the PSDO status.
A molding comprising: a long molding body including: a base part composed of a plurality of dividing parts that are separated from one another and arranged in an extending direction of the molding body ; and an edge part having higher elasticity than the elasticity of the base part and connected to an edge of the base part over the plurality of the dividing parts , characterized in that the molding comprises an endcap closing an end surface of the molding body, the molding further comprises a stretching part (2b3) between the dividing parts , the stretching part (2b3) being fixed to ends of the dividing parts and being formed from a material having a higher elasticity than the elasticity of the base part , and in that the base part includes a lock part that is at a position closer to an end of the molding body than the stretching part (2b3) and that is locked with the endcap from a position that is close to the end. a long molding body including: a base part composed of a plurality of dividing parts that are separated from one another and arranged in an extending direction of the molding body ; and an edge part having higher elasticity than the elasticity of the base part and connected to an edge of the base part over the plurality of the dividing parts , characterized in that a base part composed of a plurality of dividing parts that are separated from one another and arranged in an extending direction of the molding body ; and an edge part having higher elasticity than the elasticity of the base part and connected to an edge of the base part over the plurality of the dividing parts , characterized in that the molding comprises an endcap closing an end surface of the molding body, the molding further comprises a stretching part (2b3) between the dividing parts , the stretching part (2b3) being fixed to ends of the dividing parts and being formed from a material having a higher elasticity than the elasticity of the base part , and in that the base part includes a lock part that is at a position closer to an end of the molding body than the stretching part (2b3) and that is locked with the endcap from a position that is close to the end.
Use of a salt of pyrroloquinoline quinone as a tea flavor improving agent comprising 10 to 210 mg/L of the salt of pyrroloquinoline quinone as an active ingredient per liter of tea.
A thermoplastic resin composition comprising: a thermoplastic resin (A); and carbon black (B), wherein said thermoplastic resin (A) comprises a graft copolymer (C) in which a vinyl-based polymer is grafted to a rubber-like polymer, said carbon black (B) has a volume average particle size of secondary particles of 200 nm or more, and a proportion of secondary particles having a particle size of 800 nm or more with respect to the entire secondary particles of less than 20% by volume, and a content of said carbon black (B) is from 0.1 to 3.0 parts by mass with respect to 100 parts by mass of said thermoplastic resin (A). a thermoplastic resin (A); and carbon black (B), wherein said thermoplastic resin (A) comprises a graft copolymer (C) in which a vinyl-based polymer is grafted to a rubber-like polymer, said carbon black (B) has a volume average particle size of secondary particles of 200 nm or more, and a proportion of secondary particles having a particle size of 800 nm or more with respect to the entire secondary particles of less than 20% by volume, and a content of said carbon black (B) is from 0.1 to 3.0 parts by mass with respect to 100 parts by mass of said thermoplastic resin (A).
Covering element for a timepiece or piece of jewellery , the covering element being made of zirconia, characterised in that the covering element has a zirconia surface provided with a pattern in zirconium carbide or in zirconium nitride, said pattern in zirconium carbide or zirconium nitride corresponding to a superficial modification of the structure of said zirconia into a new crystallographic structure over a thickness of the order of 10 to 500 nm.
A multi-layer article for storing a product, said article comprising: A. a first layer comprising a polychlorotrifluoroethylene and/or copolymer of polychlorotrifluoroethylene and vinylidene fluoride; B. a tie layer disposed on said first layer and consisting essentially of an ethylene acrylate resin; and C. a second layer disposed on said tie layer and comprising a polyester, polycarbonate, polypropylene, polyethylene, or combinations thereof, and D. wherein said article is a three-layered structure wherein said tie layer is disposed in direct contact with said first layer and said second layer is disposed in direct contact with said tie layer; and wherein said article has a clarity of at least 90% as determined using ASTM D1003-13. A. a first layer comprising a polychlorotrifluoroethylene and/or copolymer of polychlorotrifluoroethylene and vinylidene fluoride; B. a tie layer disposed on said first layer and consisting essentially of an ethylene acrylate resin; and C. a second layer disposed on said tie layer and comprising a polyester, polycarbonate, polypropylene, polyethylene, or combinations thereof, and D. wherein said article is a three-layered structure wherein said tie layer is disposed in direct contact with said first layer and said second layer is disposed in direct contact with said tie layer; and wherein said article has a clarity of at least 90% as determined using ASTM D1003-13.
Wheelchair with a compact seat travel system that employs an articulated quadrilateral consisting of a base and a seat , that is elevated by a first lifting actuator hinged to the base characterised in that it is displaced by a second displacement actuator , with the point of application outside the quadrilateral , using an actuating lever hinged on a first side of the quadrilateral and acting by means of a tie rod on the side adjacent to the first side .
Security element having one or more first microstructures , wherein the first microstructures are in each case provided in one or more at least partially curved tracks (2, 2a to 2u) or in one or more at least partially curved sections of a track (2, 2a to 2u), and/or in each case extends along one or more at least partially curved tracks (2, 2a to 2u) or along one or more at least partially curved sections of a track (2, 2a to 2u), characterised in that one or more of the tracks (2, 2a to 2u) are in each case formed as an arcuate and/or circular track and two or more centre points of the one or more centre points (M, 4a to 4j, 4k, 4q) of the circular tracks have the same position, or one or more of the tracks (2, 2a to 2u) and/or one or more of the first microstructures in each case intersect one or more intersection regions once or multiple times and in one or more of the intersection regions only the first microstructure or the first microstructures of one of the tracks (2, 2a to 2u) intersecting the respective intersection region are provided. one or more of the tracks (2, 2a to 2u) are in each case formed as an arcuate and/or circular track and two or more centre points of the one or more centre points (M, 4a to 4j, 4k, 4q) of the circular tracks have the same position, or one or more of the tracks (2, 2a to 2u) and/or one or more of the first microstructures in each case intersect one or more intersection regions once or multiple times and in one or more of the intersection regions only the first microstructure or the first microstructures of one of the tracks (2, 2a to 2u) intersecting the respective intersection region are provided.
An electric fail-safe actuator comprising a speed reducer/gear assembly housing arranged between one or more electric motors and a rotation to linear transformer comprising a roller nut and a screw assembly, or a nut and a roller screw assembly, and a spring for returning the fail-safe actuator to a safe position at a return speed driven by the spring, characterized in that the speed reducer/gear assembly housing is connected to the actuator housing via a counter hold release mechanism , allowing the speed reducer/gear assembly housing to co-rotate with a rotational side of the rotation to linear transformer when the counter hold release mechanism is released.
Method of authorizing a user for accessing a server , involving the step of providing a mobile electronic device (MED) , the MED having a memory unit and a sensor for receiving biometric data, and the step of providing an Identity Document Server IDS comprising for a set of holders of an identity document, authentication data and personalization data corresponding to the respective identity document , the method comprising the step of: Storing a subscriber number of the MED on the IDS , the method further comprising the steps of: a. Loading a biometric template application and an ID data capture application on the MED , b. Capturing biometric data of the user using the sensor on the MED and providing the biometric data to the IDS , c. Forming from the biometric data a biometric template on the IDS and storing the biometric template in the memory unit of the MED thus providing a registered activated identity MED and d. Via the IDS allowing access to the server by the user providing to the IDS , via the registered activated MED , matching biometric data and the biometric template . a. Loading a biometric template application and an ID data capture application on the MED , b. Capturing biometric data of the user using the sensor on the MED and providing the biometric data to the IDS , c. Forming from the biometric data a biometric template on the IDS and storing the biometric template in the memory unit of the MED thus providing a registered activated identity MED and d. Via the IDS allowing access to the server by the user providing to the IDS , via the registered activated MED , matching biometric data and the biometric template .
A vacuum heat insulating container for use at high temperature, the vacuum heat insulating container comprising an outer tube having a bottom and an inner tube that has a bottom and is arranged inside the outer tube in such a way that a central axis of the inner tube coincides with a central axis of the outer tube , the outer tube and the inner tube being arranged in such a way that the central axes thereof being a horizontal direction, an opening end of the outer tube and an opening end of the inner tube being bonded to each other, the opening end of the outer tube and the opening end of the inner tube being provided on a side opposite to the bottoms thereof, and a depressurized sealed space being formed between the outer tube and the inner tube , wherein the vacuum heat insulating container further comprises a load receiving part configured to cause the outer tube to support the inner tube , characterised in that the location of the load receiving part in a vertical direction coincides with the location of the central axis of the outer tube ; wherein the load receiving part comprises a first protruding part that protrudes from the outer circumference of the inner tube and a second protruding part that protrudes from the inner circumference of the outer tube and is configured to receive the load of the inner tube via the first protruding part .