mhurhangee/ep-ind-claims huggingface dataset:
A mounting face system in a motorized drum (3000, 36000, 37000, 38000) that has a drum shell having an inner periphery and a central axis, a motor disposed within the drum shell, and a reducer for receiving rotary power from the motor and delivering rotary power at a reduced rate to the drum shell at a determined region of rotary power delivery, the mounting face system having a mounting face arrangement that is configured to enable any of a plurality of attachable components, to be attached to alter an overall axial length of the motorized drum (3000, 36000, 37000, 38000), said mounting face arrangement being disposed at an axial end of the motorized drum; wherein there is further provided a shaft (36560, 37560) that protrudes axially outward from said mounting face arrangement; and characterised in that the mounting face arrangement is configured to enable said attachable components, when attached, to rotate with the drum shell.
A photographing method, applied to a terminal (200, 2200, 2400) comprising a camera (243, 2404) and a display screen, wherein the method comprises: receiving an enabling command of a user on the camera (243, 2404); in response to the enabling command on the camera (243, 2404), displaying, on the display screen, a preview image that is captured in selfie mode by using the camera (243, 2404); displaying a first user interface (503, 901) on the display screen after receiving an enabling command of the user on a photographing shutter; before displaying the first user interface (503, 901) on the display screen determining that a selfie mirror switch of the terminal is in a system default state, wherein the first user interface (503, 901) comprises a first image and a second image that is a mirror of the first image, and the first image is obtained based on the preview image; and receiving a selection of the user for the first image or the second image on the first user interface (503, 901), stopping displaying the first user interface (503, 901) on the display screen, and displaying the preview image that is captured in selfie mode by using the camera (243, 2404). receiving an enabling command of a user on the camera (243, 2404); in response to the enabling command on the camera (243, 2404), displaying, on the display screen, a preview image that is captured in selfie mode by using the camera (243, 2404); displaying a first user interface (503, 901) on the display screen after receiving an enabling command of the user on a photographing shutter; before displaying the first user interface (503, 901) on the display screen determining that a selfie mirror switch of the terminal is in a system default state, wherein the first user interface (503, 901) comprises a first image and a second image that is a mirror of the first image, and the first image is obtained based on the preview image; and receiving a selection of the user for the first image or the second image on the first user interface (503, 901), stopping displaying the first user interface (503, 901) on the display screen, and displaying the preview image that is captured in selfie mode by using the camera (243, 2404).
Use of a polycarbonate-based composition A, comprising a) aromatic polycarbonate, where the polycarbonate has a mean weight-average molecular weight M w of 22 000 g/mol to 27 000 g/mol, determined by means of gel permeation chromatography to DIN 55672-1:2007-08, calibrated against bisphenol A polycarbonate standards using dichloromethane as eluent, and where the polycarbonate includes 0 to not more than 19 mol% of carbonate units of the formula where R 1, R 2, R 3, R 4, R 5, R 6, R 7 and R 8 are independently H or C 1 - to C 6 -alkyl, and b) 0% to less than 0.2% by weight of a UV absorber or a UV absorber mixture, based on the total weight of the polycarbonate composition, for increasing the flow distance to wall thickness ratio in the production of transparent molded articles by means of injection molding. a) aromatic polycarbonate, where the polycarbonate has a mean weight-average molecular weight M w of 22 000 g/mol to 27 000 g/mol, determined by means of gel permeation chromatography to DIN 55672-1:2007-08, calibrated against bisphenol A polycarbonate standards using dichloromethane as eluent, and where the polycarbonate includes 0 to not more than 19 mol% of carbonate units of the formula where R 1, R 2, R 3, R 4, R 5, R 6, R 7 and R 8 are independently H or C 1 - to C 6 -alkyl, and b) 0% to less than 0.2% by weight of a UV absorber or a UV absorber mixture, based on the total weight of the polycarbonate composition, for increasing the flow distance to wall thickness ratio in the production of transparent molded articles by means of injection molding.
A polyester-based resin composition comprising: a resin component which contains 80 to 98 mass% of polyester resin including aromatic dicarboxylic acid units and diol units, and 20 to 2 mass% of polyamide resin including diamine units and dicarboxylic acid units, the diamine units containing 70 mol% or more m-xylylenediamine units and the dicarboxylic acid units containing 70 mol% or more α,ω-aliphatic dicarboxylic acid units; and 0.005 to 0.05 parts by mass of epoxy-functional polymer which contains styrene units represented by formula and glycidyl (meth)acrylate units represented by formula, with respect to 100 parts by mass of the resin component: where R 1 to R 4 each independently represent a hydrogen atom or an alkyl group having 1 to 12 carbon atoms. a resin component which contains 80 to 98 mass% of polyester resin including aromatic dicarboxylic acid units and diol units, and 20 to 2 mass% of polyamide resin including diamine units and dicarboxylic acid units, the diamine units containing 70 mol% or more m-xylylenediamine units and the dicarboxylic acid units containing 70 mol% or more α,ω-aliphatic dicarboxylic acid units; and 0.005 to 0.05 parts by mass of epoxy-functional polymer which contains styrene units represented by formula and glycidyl (meth)acrylate units represented by formula, with respect to 100 parts by mass of the resin component: where R 1 to R 4 each independently represent a hydrogen atom or an alkyl group having 1 to 12 carbon atoms.
Brake device for a vehicle, comprising a hydraulic service brake system with an energy supply unit (2; 8) which builds up a brake pressure within a master brake cylinder of the service brake system in accordance with a pressure request, which brake pressure is transmitted to at least one wheel brake, and a parking brake system (10, 11, 4), wherein during the operation of the service brake system a control unit checks whether a defect is present in the service brake system, and wherein the control unit activates an electric parking brake system (10, 11, 4) if a defect is detected, characterized in that the pressure request is output by at least one control device for an assistance function, wherein the control unit checks, on the basis of a comparison of the pressure request with the brake pressure in at least one wheel brake and/or on the basis of a comparison between a detected vehicle acceleration and a vehicle acceleration of the vehicle which is anticipated on the basis of the pressure request, whether a defect is present, and wherein in the event of a stationary state of the vehicle which is ensured by an assistance function a defect is detected if it is determined that the vehicle is beginning to roll.
A system including: a radio-frequency reader that reads an RF tag attached to a medical electrode to determine a tag identifier that identifies the medical electrode; and a medical device including the RF reader that operates with the medical electrode characterized in that the medical device has a device identifier that identifies the medical device. a radio-frequency reader that reads an RF tag attached to a medical electrode to determine a tag identifier that identifies the medical electrode; and a medical device including the RF reader that operates with the medical electrode characterized in that the medical device has a device identifier that identifies the medical device.
A method of correcting ovality of a wind turbine tower section when assembling a wind turbine tower, the method comprising: positioning a pair of flanges (12, 22) of wind turbine tower sections adjacent to one another, at least one of the pair of flanges having an ovality condition; installing a first set of fasteners into mounting apertures of the pair of flanges (12, 22) at a first lateral side of the wind turbine tower sections; positioning a flange ovality correction tool in a mounting aperture of a first of the pair flanges (12, 22) at a second side of the wind turbine tower sections, different than the first side; extending an extension member of the tool toward a second of the pair of flanges to urge the second of the pair of flanges (12, 22) away from the first lateral side of the wind turbine tower sections while urging the first of the pair of flanges toward the first lateral side; installing and fastening a second set of fasteners into apertures of the pair of flanges at the second side of the wind turbine tower sections; and removing the flange ovality correction tool and installing and fastening a fastener in the aperture previously occupied by the flange ovality correction tool. positioning a pair of flanges (12, 22) of wind turbine tower sections adjacent to one another, at least one of the pair of flanges having an ovality condition; installing a first set of fasteners into mounting apertures of the pair of flanges (12, 22) at a first lateral side of the wind turbine tower sections; positioning a flange ovality correction tool in a mounting aperture of a first of the pair flanges (12, 22) at a second side of the wind turbine tower sections, different than the first side; extending an extension member of the tool toward a second of the pair of flanges to urge the second of the pair of flanges (12, 22) away from the first lateral side of the wind turbine tower sections while urging the first of the pair of flanges toward the first lateral side; installing and fastening a second set of fasteners into apertures of the pair of flanges at the second side of the wind turbine tower sections; and removing the flange ovality correction tool and installing and fastening a fastener in the aperture previously occupied by the flange ovality correction tool.
An electronic device including a display assembly, (a) in which the display assembly is positioned within a strength member frame and is adapted to pivot around a pair of hinges fixed into the strength member frame, the strength member frame isolating the display assembly from forces that would otherwise damage the display assembly, the electronic device being characterized in that (b) each hinge of the pair of hinges is formed from a barrel hinge mounted in the display assembly or in the strength member frame, a barrel hinge sleeve mounted on a barrel hinge shaft, and the barrel hinge support mounted in the strength member frame or in the display assembly, and (c) each barrel hinge and each barrel hinge sleeve include respective shaped channels adapted to enable cables to be inserted into a hinge bore with connectors already attached during manufacturing and assembly such that the shaped channel of the barrel hinge sleeve can be moved out of alignment with the shaped channel of the barrel hinge to guard against cables slipping out of the assembly. (a) in which the display assembly is positioned within a strength member frame and is adapted to pivot around a pair of hinges fixed into the strength member frame, the strength member frame isolating the display assembly from forces that would otherwise damage the display assembly, the electronic device being characterized in that (b) each hinge of the pair of hinges is formed from a barrel hinge mounted in the display assembly or in the strength member frame, a barrel hinge sleeve mounted on a barrel hinge shaft, and the barrel hinge support mounted in the strength member frame or in the display assembly, and (c) each barrel hinge and each barrel hinge sleeve include respective shaped channels adapted to enable cables to be inserted into a hinge bore with connectors already attached during manufacturing and assembly such that the shaped channel of the barrel hinge sleeve can be moved out of alignment with the shaped channel of the barrel hinge to guard against cables slipping out of the assembly.
Battery module having a plurality of cylindrically formed battery cells, in particular lithium-ion battery cells, which are connected to one another in an electrically conductive manner serially and/or in parallel, and having a first cell holder element which is formed from a first material and has a plurality of substantially cylindrically formed receptacles, wherein in each case one battery cell is accommodated in one receptacle, characterized in that a clamping element which is formed from a second material is arranged on the first cell holder element between at least two battery cells, wherein the clamping element is furthermore arranged inside the receptacles of the at least two battery cells in such a manner that the clamping element forms a mechanical force on the respective battery cell for bracing the battery cell.
Device for evaporating volatile substances, comprising only one wick impregnated with volatile substances and only one heating element that heats the wick for evaporating said volatile substances, the device also comprising only one reflective element for reflecting the heat from the heating element to said wick, said heating element being placed between the wick and the reflective element, wherein the heating element and the reflective element have a cylindrical shape, and they are placed one inside the other, being the reflective element external to the heating element, and wherein the device also comprises a cover for covering the wick, the heating element and the reflective element. wherein the heating element and the reflective element have a cylindrical shape, and they are placed one inside the other, being the reflective element external to the heating element, and wherein the device also comprises a cover for covering the wick, the heating element and the reflective element.
A liner for installation within a host pipeline, the host pipeline for transporting potentially explosive, flammable, and/or toxic liquids such as crude oil, and gases such methane and propane, over long distances and at high pressures, such as above 8.0 × 10 6 Pa, the liner comprising a first layer comprising a hollow cylinder of polymeric material having sufficient flexibility to be compressed, deformed and re-formed, a second layer comprising wrap material, the wrap material wrapped around the first layer, a third layer comprising wrap material wrapped around the second layer, the liner having a first end spaced apart from a second end, at least one strengthener member on the liner and extending from the first end to the second end of the liner, wherein the at least one strengthener member is an axial tape or flattened tube, and a plurality of fiber members wound around and outside of the at least one strengthener member, wherein said second layer is helically wrapped around said first layer and said third layer is helically wrapped around said second layer in a direction opposite thereto, whereby said second and third layers provide reinforcement to said liner and said at least one strengthener member provides axial reinforcement to said liner to facilitate pulling into said pipeline, the arrangement being such that, in use, said liner comprises a stand-alone structure that is capable of withstanding operating and installation loadings, and that is deformable into a deformed shape to facilitate installation in said pipeline, said plurality of fiber members helping to maintain the positioning of said at least one strengthener member relative to said second and third layers, and facilitating the integrity of said liner while it is being installed in said pipeline.
A Hybrid Automatic Repeat reQuest, HARQ, method performed in a receiver of a mobile communication system, the HARQ method comprising: receiving (707; 1007) from a transmitter first control information and an initial transmission subpacket among a plurality of subpackets; sending (727; 1021) a request for transmission of a retransmission subpacket to the transmitter upon failure to decode the initial transmission subpacket; determining (717; 1015) whether second control information including resource allocation information is received; receiving (721; 1019) the retransmission subpacket using the first control information if the second control information for reception of the retransmission subpacket is not received from the transmitter; and receiving (721; 1019) the retransmission subpacket using the second control information if the second control information is received from the transmitter. receiving (707; 1007) from a transmitter first control information and an initial transmission subpacket among a plurality of subpackets; sending (727; 1021) a request for transmission of a retransmission subpacket to the transmitter upon failure to decode the initial transmission subpacket; determining (717; 1015) whether second control information including resource allocation information is received; receiving (721; 1019) the retransmission subpacket using the first control information if the second control information for reception of the retransmission subpacket is not received from the transmitter; and receiving (721; 1019) the retransmission subpacket using the second control information if the second control information is received from the transmitter.
An operation information obtaining device attached to a sewing machine (20, 30), comprising: a detection device, for measuring detection information of a sewing needle of the sewing machine (20, 30); the operation information obtaining device being characterized by further comprising: a storage portion, for storing pattern information associating detection information and a sewing pattern of the sewing machine (20, 30), wherein the detection information represents pulse trains indicative of needle movement, used for identifying the sewing pattern that corresponds to the detection information; an estimation portion, for estimating that a sewing pattern represented by the pattern information is the sewing pattern sewn by the sewing machine (20, 30) when a consistency of a comparison of the pulse train represented by the measured detection information with the pulse train represented by the stored detection information in the storage portion is higher than a determination threshold; and an obtaining portion, for obtaining operation information of the sewing machine (20, 30) sewing the estimated sewing pattern. a storage portion, for storing pattern information associating detection information and a sewing pattern of the sewing machine (20, 30), wherein the detection information represents pulse trains indicative of needle movement, used for identifying the sewing pattern that corresponds to the detection information; an estimation portion, for estimating that a sewing pattern represented by the pattern information is the sewing pattern sewn by the sewing machine (20, 30) when a consistency of a comparison of the pulse train represented by the measured detection information with the pulse train represented by the stored detection information in the storage portion is higher than a determination threshold; and an obtaining portion, for obtaining operation information of the sewing machine (20, 30) sewing the estimated sewing pattern.
Occupant protection device for a vehicle, comprising a steering wheel airbag module arranged in a hub region of a vehicle steering wheel, said airbag module having an airbag configured for deployment between the driver and the steering wheel in the event of a crash, said steering wheel being used to steer the vehicle wheels about a steering angle (α) when the steering wheel is turned to a rotary position, wherein the occupant protection device has an adjustment unit with which the steering wheel can be turned from the rotary position to a crash position while the steering angle (α) of the vehicle wheels remains unchanged so as to align the airbag with a posture of the driver, characterised in that a sensor element is connected to the controller to ascertain an actual posture of the driver, and that the crash position of the steering wheel can be determined by means of the controller and consequently the rotation angle position of the steering wheel is adjustable depending on the actual posture of the driver, when the posture of the driver is out-of-position.
Heat exchanger having: - a jacket extending along a longitudinal axis and surrounding a jacket space of the heat exchanger, - a tube bundle arranged in the jacket space and having a multiplicity of tubes which are wound helically about a core tube extending along the longitudinal axis, and - at least one pre-distributor container, arranged in the jacket space, for receiving and degassing a liquid-gas mixture (F'), which is designed to supply a distribution means with the liquid degassed in the at least one pre-distributor container, wherein the distribution means is designed to charge the tube bundle with the liquid, characterized in that the jacket has, at the head of the heat exchanger, an inlet which is in particular in line with the longitudinal axis, in particular in the form of an inlet pipe, which is fluidically connected to the core tube, and in that the core tube has at least one lateral opening opening into the at least one pre-distributor container such that the liquid-gas mixture (F') can be fed, via the inlet, the core tube and that at least one lateral opening of the core tube, into the at least one pre-distributor container. - a jacket extending along a longitudinal axis and surrounding a jacket space of the heat exchanger, - a tube bundle arranged in the jacket space and having a multiplicity of tubes which are wound helically about a core tube extending along the longitudinal axis, and - at least one pre-distributor container, arranged in the jacket space, for receiving and degassing a liquid-gas mixture (F'), which is designed to supply a distribution means with the liquid degassed in the at least one pre-distributor container, wherein the distribution means is designed to charge the tube bundle with the liquid, characterized in that the jacket has, at the head of the heat exchanger, an inlet which is in particular in line with the longitudinal axis, in particular in the form of an inlet pipe, which is fluidically connected to the core tube, and in that the core tube has at least one lateral opening opening into the at least one pre-distributor container such that the liquid-gas mixture (F') can be fed, via the inlet, the core tube and that at least one lateral opening of the core tube, into the at least one pre-distributor container.
A thermal contrast assay reader comprising an energy source, a thermal sensor, I/O circuitry and an opening to receive an assay strip, the reader configured to convert the thermal sensor results to an output signal upon activation of the energy source onto the test region of the assay strip, and wherein the thermal sensor is an infrared sensor configured to measure thermal contrast in the test region of the assay strip.