mhurhangee/ep-ind-claims huggingface dataset:
A wireless power transmitter comprising: a body having a coil module therein, the coil module being configured to transmit power in a wireless manner; a blowing module (325, 325') configured to cool the coil module by blowing a fluid past the coil module; and a guide module extending from the blowing module (325, 325') to an outside of the body, a circuit board having one or more devices configured to supply wireless power signals to the coil module, wherein the fluid from the blowing module (325, 325') is discharged outside of the body after cooling the coil module, wherein the guide module has a shape that at least partially corresponds to an outer circumference of the coil module, wherein the body includes a front case and a rear case, and wherein the guide module is formed on an inner surface of the front case, wherein the front case includes protrusions configured to support an electronic device thereon in a spaced relationship from other portions of the front case during wireless power transfer. a body having a coil module therein, the coil module being configured to transmit power in a wireless manner; a blowing module (325, 325') configured to cool the coil module by blowing a fluid past the coil module; and a guide module extending from the blowing module (325, 325') to an outside of the body, a circuit board having one or more devices configured to supply wireless power signals to the coil module, wherein the fluid from the blowing module (325, 325') is discharged outside of the body after cooling the coil module, wherein the guide module has a shape that at least partially corresponds to an outer circumference of the coil module, wherein the body includes a front case and a rear case, and wherein the guide module is formed on an inner surface of the front case, wherein the front case includes protrusions configured to support an electronic device thereon in a spaced relationship from other portions of the front case during wireless power transfer.
A method for producing Peltier modules with a plurality of Peltier elements arranged between at least two ceramic substrates, wherein the ceramic substrates are made of an electrically insulating material, at least on their sides facing the Peltier elements and are provided on these sides with contact areas formed by metallic regions, with which the Peltier elements are connected during production with connection faces to a connection side via a sintered connection or by sinter-bonding with contact faces, wherein production of the Peltier elements and sinter-bonding take place in a joint sintering process, namely using a mask having a plurality of openings, each of which is placed on a ceramic substrate provided with the contact faces in such a manner that each opening is located above a contact face, and they are filled with a suitable material for producing Peltier elements, from which the Peltier elements are then formed by sintering, wherein the material suitable for producing the Peltier elements is introduced into the openings as a powder mixture and wherein the sintering and sinter-bonding takes place using a spark plasma sintering method at a sintering pressure, characterized in that each Peltier element is connected by soft-soldering or hard-soldering to its hitherto free connection side with a contact face of a second ceramic substrate and that the sintering and sinter-bonding takes place at a sintering pressure in the region of between roughly 10 and 300 bar.
Fork for a bicycle, wherein the fork has an air spring device, wherein the air spring device has a compressed-air chamber, a cavity and an air duct, wherein the air duct fluidically connects the compressed-air chamber to the cavity, wherein the fork has a control system, wherein the control system has a control device and an air pressure sensor, wherein the air pressure sensor is signal-transmittingly connected to the control device, wherein the control system is arranged within the cavity, wherein the fork has two fork legs, wherein the compressed-air chamber is arranged within a first fork leg, characterized - in that the fork also has either a fork crown, wherein the cavity is arranged within the fork crown, and wherein the air duct is arranged both within the fork crown and within the first fork leg, - or in that the fork also has at least one fork bridge, wherein the cavity is arranged within the at least one fork bridge, and wherein the air duct is arranged both within the at least one fork bridge and within the first fork leg. - in that the fork also has either a fork crown, wherein the cavity is arranged within the fork crown, and wherein the air duct is arranged both within the fork crown and within the first fork leg, - or in that the fork also has at least one fork bridge, wherein the cavity is arranged within the at least one fork bridge, and wherein the air duct is arranged both within the at least one fork bridge and within the first fork leg.
A method comprising: in response to a user logging into an account from a device, backing up device-specific data and associating said data with said device; providing to the device an indication of multiple computing devices that have been previously backed up, the indication including for each of the multiple computing devices device metadata that allows the different ones of the multiple computing devices to be distinguished from one another, the device metadata for a computing device including data that is backed up from the device; receiving, from the device, a user input including a selection of one of the multiple computing devices; providing to the device device-specific data associated with the user selected one of the multiple computing devices; and deleting said one of the multiple computing devices, and no longer associating device-specific data with said one device. in response to a user logging into an account from a device, backing up device-specific data and associating said data with said device; providing to the device an indication of multiple computing devices that have been previously backed up, the indication including for each of the multiple computing devices device metadata that allows the different ones of the multiple computing devices to be distinguished from one another, the device metadata for a computing device including data that is backed up from the device; receiving, from the device, a user input including a selection of one of the multiple computing devices; providing to the device device-specific data associated with the user selected one of the multiple computing devices; and deleting said one of the multiple computing devices, and no longer associating device-specific data with said one device.
A method for providing position determination assisting data in a cellular communications network, comprising the steps of: establishing a cell relation configuration for a user equipment; said cell relation configuration comprising at least cell identities of cells, in which signals to/from said user equipment fulfil at least a specific radio condition criterion when received; characterized by performing a high-precision position determination for said user equipment; repeating said establishing and performing steps a plurality of times; clustering results of said high-precision position determinations belonging to the same cell relation configuration in separate clustered results; associating an area definition (11, 11A-K, 11Z) with at least one of said clustered results; creating position determination assisting data comprising a relation between said cell relation configurations and said associated area definitions (11, 11A-K, 11Z). establishing a cell relation configuration for a user equipment; said cell relation configuration comprising at least cell identities of cells, in which signals to/from said user equipment fulfil at least a specific radio condition criterion when received; characterized by performing a high-precision position determination for said user equipment; repeating said establishing and performing steps a plurality of times; clustering results of said high-precision position determinations belonging to the same cell relation configuration in separate clustered results; associating an area definition (11, 11A-K, 11Z) with at least one of said clustered results; creating position determination assisting data comprising a relation between said cell relation configurations and said associated area definitions (11, 11A-K, 11Z).
A battery module comprising: a housing comprising a first housing and a second housing, which are coupled to each other to form a accommodation space; a plurality of secondary batteries accommodated in the accommodation space; a bolt comprising a screw portion and a bolt head arranged at an end of the screw portion, the bolt being configured to fasten the first housing and the second housing to each other by being mounted such that the screw portion penetrates the first housing to be screw-coupled to the second housing, and that the bolt head is caught by the first housing; and an O-ring mounted to be interposed between the first housing and the bolt head, wherein the O-ring comprises: a hollow pierced such that the screw portion is inserted therein; and a recognition protrusion formed to protrude in a radial direction of the bolt head as compared with the bolt head, wherein the first housing comprises an O-ring groove formed to be recessed such that the O-ring is inserted therein, and wherein the O-ring groove has a recognition portion formed to extend in the radial direction of the bolt head such that the recognition protrusion is inserted therein. a housing comprising a first housing and a second housing, which are coupled to each other to form a accommodation space; a plurality of secondary batteries accommodated in the accommodation space; a bolt comprising a screw portion and a bolt head arranged at an end of the screw portion, the bolt being configured to fasten the first housing and the second housing to each other by being mounted such that the screw portion penetrates the first housing to be screw-coupled to the second housing, and that the bolt head is caught by the first housing; and an O-ring mounted to be interposed between the first housing and the bolt head, wherein the O-ring comprises: a hollow pierced such that the screw portion is inserted therein; and a recognition protrusion formed to protrude in a radial direction of the bolt head as compared with the bolt head, wherein the first housing comprises an O-ring groove formed to be recessed such that the O-ring is inserted therein, and wherein the O-ring groove has a recognition portion formed to extend in the radial direction of the bolt head such that the recognition protrusion is inserted therein. a hollow pierced such that the screw portion is inserted therein; and a recognition protrusion formed to protrude in a radial direction of the bolt head as compared with the bolt head, wherein the first housing comprises an O-ring groove formed to be recessed such that the O-ring is inserted therein, and wherein the O-ring groove has a recognition portion formed to extend in the radial direction of the bolt head such that the recognition protrusion is inserted therein.
Wheel hub flange having a brake disc assembly arranged adjacent thereto, the wheel hub flange being used to connect a wheel brace of a vehicle wheel to a wheel hub, on the wheel hub flange in the central region a hub flange being designed to connect the wheel hub flange to the wheel hub and on the outer edge a flange edge arranged facing outwards being designed to connect the wheel hub flange to the wheel brace of the vehicle wheel, the outer circumference of the wheel hub flange projecting beyond the inner edge of a friction ring and the wheel hub flange having cooling air openings, and a friction ring of a brake disc assembly being arranged spaced apart from the wheel hub flange, which ring is held in the installed position thereof by means of a brake disc pot which extends at least in regions in the direction of the wheel hub flange, the brake disc pot being formed as a trumpet disc which widens from the friction ring towards the wheel hub flange, and the brake disc pot, on the wheel hub flange-side ends of the trumpet disc, being mounted on an inwardly facing flange edge formed on the inner face of the wheel hub flange and being connected thereto, characterised in that cooling air openings are formed in the wall of the trumpet disc, through which openings a stream of cool air from the cooling air openings in the wheel hub flange can also flow into the outer circumference region of the trumpet disc.
An electronic control device for a vehicle with at least one interface (12, 16) and one processing unit, wherein the control device has an operating mode and a diagnosis mode, wherein the control device in operating mode and/or in diagnosis mode receives sensor data (20.1) from at least one sensor unit via the at least one interface and evaluates them in the processing unit and, depending on the evaluated sensor data (20.1) actuates at least one vehicle function, and wherein the control device in diagnosis mode restricts at least one vehicle function and receives from one external diagnosis device diagnosis input data (30.1) for testing the control device and/or the at least one sensor unit and/or the at least one vehicle function via one diagnosis interface, and outputs diagnosis output data (30.2) via the diagnosis interface to the external diagnosis device, characterised in that the processing unit evaluates at least one parameter continuously and according to predetermined criteria for detecting an actual vehicle state, wherein the processing unit switches the control device from the diagnosis mode into the operating mode depending on the evaluation of the at least one parameter, when the at least one evaluated parameter shows a normal drive operation and/or appears implausible for the diagnosis mode, wherein the diagnosis mode represents a rolling mode in which the vehicle stands on a roller test bench.
Method for measuring absorbent hygiene articles, in which absorbent bodies spaced apart from one another are applied to a continuous strip, the moisture and/or density of the absorbent bodies being detected with at least one microwave resonator with the aid of a resonant frequency shift and a resonant frequency broadening, the strip being transported through the at least one microwave resonator and two microwave measured variables (A, B) being continuously detected, for the evaluation of which a blank value (A 0, B 0) is in each case subtracted from the current measured value, characterized in that to determine the blank values (A 0, B 0) for each of the measured values, the value in a local minimum is continuously determined and averaged with a number of past values for local minima.
A method in a mobile station to prevent misuse of a random access procedure, the method comprising: transmitting a random access preamble including a first identifier corresponding to a Random Access Channel occasion used by the mobile station to transmit the random access preamble; receiving a random access response message that is addressed to a second identifier that is offset from the first identifier; and decoding the random access response message. transmitting a random access preamble including a first identifier corresponding to a Random Access Channel occasion used by the mobile station to transmit the random access preamble; receiving a random access response message that is addressed to a second identifier that is offset from the first identifier; and decoding the random access response message.
A fluid composition for a vibration dampener, said composition comprising: a base stock comprising a glycol selected from ethylene glycol, diethylene glycol, propylene glycol, butylene glycol, and any combination thereof; and a polymer having a viscosity index from 50 to 180 as measured in accordance with ASTM D 2270-10e1 and comprising the reaction product of an initiator having at least one acidic proton, and alkylene oxides reactive with said at least one acidic proton of said initiator and selected from the group of ethylene oxide, propylene oxide, and butylene oxide; wherein said composition provides a four-ball wear test scar of less than 1 millimeter, said four-ball wear test measured in accordance with ASTM D4172 and wherein the composition has less than 5 wt% water based on 100 parts by weight of the composition. a base stock comprising a glycol selected from ethylene glycol, diethylene glycol, propylene glycol, butylene glycol, and any combination thereof; and a polymer having a viscosity index from 50 to 180 as measured in accordance with ASTM D 2270-10e1 and comprising the reaction product of an initiator having at least one acidic proton, and alkylene oxides reactive with said at least one acidic proton of said initiator and selected from the group of ethylene oxide, propylene oxide, and butylene oxide; an initiator having at least one acidic proton, and alkylene oxides reactive with said at least one acidic proton of said initiator and selected from the group of ethylene oxide, propylene oxide, and butylene oxide; wherein said composition provides a four-ball wear test scar of less than 1 millimeter, said four-ball wear test measured in accordance with ASTM D4172 and wherein the composition has less than 5 wt% water based on 100 parts by weight of the composition.
A vehicle seat comprising: a pair of side frames configuring a portion of a seatback frame serving as framework for a seatback; a deformation origin portion provided to at least one of the pair of side frames and acting as an origin when the side frame deforms due to a collision force imparted to the seatback frame during a rear-on collision; and a deformation suppression unit provided to the side frame provided with the deformation origin portion, permitting deformation of the side frame originating at the deformation origin portion and suppressing deformation of the side frame by a reference amount or greater by the deformation suppression unit making contact with a contacted member (36, 38) provided to the seatback frame when the deformation amount of the side frame has reached the reference amount, wherein the deformation suppression unit is formed separately from the side frame and is coupled to the side frame so as to relatively move with respect to the side frame to follow deformation of the side frame, characterized in that the deformation suppression unit is coupled to the side frame so as to relatively turn with respect to the side frame, and comprises an engaging portion engaged with the side frame and a contact portion configured to contact the contacted member (36, 38); and wherein due to the engaging portion moving to follow deformation of the side frame, the deformation suppression unit turns and the contact portion contacts the contacted member (36, 38). a pair of side frames configuring a portion of a seatback frame serving as framework for a seatback; a deformation origin portion provided to at least one of the pair of side frames and acting as an origin when the side frame deforms due to a collision force imparted to the seatback frame during a rear-on collision; and a deformation suppression unit provided to the side frame provided with the deformation origin portion, permitting deformation of the side frame originating at the deformation origin portion and suppressing deformation of the side frame by a reference amount or greater by the deformation suppression unit making contact with a contacted member (36, 38) provided to the seatback frame when the deformation amount of the side frame has reached the reference amount, wherein the deformation suppression unit is formed separately from the side frame and is coupled to the side frame so as to relatively move with respect to the side frame to follow deformation of the side frame, characterized in that
A composition comprising: a precursor and a reacting agent, the precursor comprising at least one acrylic block copolymer, the at least one acrylic block copolymer comprising a first reactive segment of controlled molecular weight and position that comprises at least one monomer having a functional group selected from the group consisting of a self-reactive functional group, a reactive functional group, a non-reactive functional group, and combinations thereof; and a second segment of controlled molecular weight and position that includes at least one monomer having a functional group selected from the group consisting of a reactive functional group, a non-reactive functional group, and combinations thereof; wherein at least one of the functional groups of the at least one acrylic block copolymer can undergo a post-polymerization functionalization reaction with the reacting agent to make the at least one acrylic block copolymer crosslinkable upon exposure to an actinic radiation, wherein the at least one acrylic block copolymer does not contain ethylenic unsaturation; wherein the self-reactive functional group is selected from the group consisting of silyl, silane, anhydride, epoxy, alkoxymethylol, cyclic ethers, acetoacetyl groups, isocyanate, cyclic esters, and thiol; and wherein the at least one monomer having a non-reactive functional group is derived from C1 to C20 alkyl, aryl, or cyclic acrylates or C1 to C20 alkyl, aryl, or cyclic methacrylates. a precursor and a reacting agent, the precursor comprising at least one acrylic block copolymer, the at least one acrylic block copolymer comprising a first reactive segment of controlled molecular weight and position that comprises at least one monomer having a functional group selected from the group consisting of a self-reactive functional group, a reactive functional group, a non-reactive functional group, and combinations thereof; and a second segment of controlled molecular weight and position that includes at least one monomer having a functional group selected from the group consisting of a reactive functional group, a non-reactive functional group, and combinations thereof; wherein at least one of the functional groups of the at least one acrylic block copolymer can undergo a post-polymerization functionalization reaction with the reacting agent to make the at least one acrylic block copolymer crosslinkable upon exposure to an actinic radiation, wherein the at least one acrylic block copolymer does not contain ethylenic unsaturation; wherein the self-reactive functional group is selected from the group consisting of silyl, silane, anhydride, epoxy, alkoxymethylol, cyclic ethers, acetoacetyl groups, isocyanate, cyclic esters, and thiol; and wherein the at least one monomer having a non-reactive functional group is derived from C1 to C20 alkyl, aryl, or cyclic acrylates or C1 to C20 alkyl, aryl, or cyclic methacrylates.
A connector comprising: a housing having a fitting portion configured to be fitted into a mounting hole; a conductor held by the housing; and a sealing member mounted on the fitting portion for sealing between the housing and the mounting hole, wherein the sealing member includes: an annular sealing portion formed in an annular shape fitted into the fitting portion; characterized in that the sealing member further includes a band portion connected to the annular sealing portion at both ends and disposed along an end surface of the fitting portion. a housing having a fitting portion configured to be fitted into a mounting hole; a conductor held by the housing; and a sealing member mounted on the fitting portion for sealing between the housing and the mounting hole, wherein the sealing member includes: an annular sealing portion formed in an annular shape fitted into the fitting portion; characterized in that the sealing member further includes a band portion connected to the annular sealing portion at both ends and disposed along an end surface of the fitting portion. an annular sealing portion formed in an annular shape fitted into the fitting portion; characterized in that the sealing member further includes a band portion connected to the annular sealing portion at both ends and disposed along an end surface of the fitting portion.