mhurhangee/ep-ind-claims huggingface dataset:
An electronic device, comprising: a Universal Serial Bus, USB, interface comprising at least one AC coupling capacitor; and at least one electrostatic discharge, ESD, protection device comprising an ESD protection component configured to limit a voltage applied to the USB interface; and at least one discharge resistor (244, 244.1, 244.2) connected in parallel to the ESD protection component and configured to discharge the AC coupling capacitor of the USB interface for AC coupling, wherein the ESD protection component and the discharge resistor (244, 244.1, 244.2) are incorporated in a single electronic component; wherein the USB interface comprises a USB router and a USB receptacle for coupling the USB router to an external device, wherein the USB router is connected to the USB receptacle via at least one data line wherein the AC coupling capacitor is arranged in the data line between the USB router and the USB receptacle, wherein the single electronic component is coupled between the data line and ground potential, and wherein the single electronic component is placed on a printed circuit board, PCB, carrying the USB router and the AC coupling capacitor. a Universal Serial Bus, USB, interface comprising at least one AC coupling capacitor; and at least one electrostatic discharge, ESD, protection device comprising an ESD protection component configured to limit a voltage applied to the USB interface; and at least one discharge resistor (244, 244.1, 244.2) connected in parallel to the ESD protection component and configured to discharge the AC coupling capacitor of the USB interface for AC coupling, wherein the ESD protection component and the discharge resistor (244, 244.1, 244.2) are incorporated in a single electronic component; wherein the USB interface comprises a USB router and a USB receptacle for coupling the USB router to an external device, an ESD protection component configured to limit a voltage applied to the USB interface; and at least one discharge resistor (244, 244.1, 244.2) connected in parallel to the ESD protection component and configured to discharge the AC coupling capacitor of the USB interface for AC coupling, wherein the ESD protection component and the discharge resistor (244, 244.1, 244.2) are incorporated in a single electronic component; wherein the USB interface comprises a USB router and a USB receptacle for coupling the USB router to an external device, wherein the USB router is connected to the USB receptacle via at least one data line wherein the AC coupling capacitor is arranged in the data line between the USB router and the USB receptacle, wherein the single electronic component is coupled between the data line and ground potential, and wherein the single electronic component is placed on a printed circuit board, PCB, carrying the USB router and the AC coupling capacitor.
A holding arrangement of a wing element and of a trim element on a motor vehicle body, in which arrangement the wing element is swivellable, relative to the motor vehicle body, about a swivel axis between a closed position closing a corresponding opening at least in a partial region and at least one open position releasing the opening in the partial region, and the trim element, between which and the wing element a gap is defined in the closed position, is held on the motor vehicle body by at least one corresponding fastening element, wherein arranged on the fastening element is at least one stop element on which the wing element can be supported during the movement into the closed position, wherein the trim element can be oriented and positioned relative to the wing element by the fastening element, characterised in that the fastening element or the motor vehicle body has at least one guide means, along which the fastening element and therewith the stop element can be moved relative to the wing element during assembly of the fastening element on the motor vehicle body.
A light emitting device comprising: a reflective layer; a transparent oxide layer on the reflective layer; a semiconductor layer on the transparent oxide layer, the semiconductor layer comprising a first semiconductor layer, a light emitting layer, and a second semiconductor layer, wherein a distance "d" between the reflective layer and a center of the light emitting layer corresponds to a constructive interference condition, and wherein the transparent oxide layer comprises a first transparent conductive oxide layer on the reflective layer, characterized in that the transparent oxide layer further comprises an intermediate dielectric layer (420, 430) on the first conductive oxide layer, and a second transparent conductive oxide layer on the intermediate dielectric layer. a reflective layer; a transparent oxide layer on the reflective layer; a semiconductor layer on the transparent oxide layer, the semiconductor layer comprising a first semiconductor layer, a light emitting layer, and a second semiconductor layer, wherein a distance "d" between the reflective layer and a center of the light emitting layer corresponds to a constructive interference condition, and wherein the transparent oxide layer comprises a first transparent conductive oxide layer on the reflective layer, characterized in that the transparent oxide layer further comprises an intermediate dielectric layer (420, 430) on the first conductive oxide layer, and a second transparent conductive oxide layer on the intermediate dielectric layer.
Process for the production of solid-state elements, comprising the following steps: provision of a solid-state body, production of a first group of defects by means of radiation emitted by a laser in order to give a first separation plane, along which a solid state layer is separated from the solid state body, and characterized by the following steps: production of a second group of defects by means of radiation emitted by a laser in order to give at least one second separation plane, where the first separation plane and the second separation plane are oriented orthogonally in relation to one another, separation of the solid-state layer from the solid-state body along the first separation plane as a consequence of production of stresses in the solid-state body and division of the solid-state layer along the second separation plane in order to produce the individual solid-state elements. provision of a solid-state body, production of a first group of defects by means of radiation emitted by a laser in order to give a first separation plane, along which a solid state layer is separated from the solid state body, and characterized by the following steps: production of a second group of defects by means of radiation emitted by a laser in order to give at least one second separation plane, where the first separation plane and the second separation plane are oriented orthogonally in relation to one another, separation of the solid-state layer from the solid-state body along the first separation plane as a consequence of production of stresses in the solid-state body and division of the solid-state layer along the second separation plane in order to produce the individual solid-state elements. production of a second group of defects by means of radiation emitted by a laser in order to give at least one second separation plane, where the first separation plane and the second separation plane are oriented orthogonally in relation to one another, separation of the solid-state layer from the solid-state body along the first separation plane as a consequence of production of stresses in the solid-state body and division of the solid-state layer along the second separation plane in order to produce the individual solid-state elements.
A biaxially oriented polyester film for molding, wherein the film lengthwise-direction and widthwise-direction storage elastic moduli at 100°C are each greater than or equal to 100 MPa and less than or equal to 1000 MPa, the film lengthwise-direction and width-wise direction storage elastic moduli at 180°C are each greater than or equal to 41 MPa and less than or equal to 400 MPa, and the stresses at the time of 100% elongation (F100 values) in the film lengthwise direction and width direction at 150°C are each greater than or equal to 5 MPa and less than or equal to 60 MPa; wherein the storage elastic moduli are determined with rectangular samples of film of 60 mm in length × 5 mm in width using a dynamic viscoelasticity measurement device under the conditions of frequency: 10Hz, test length: 20mm, minimum load: 100 mN, amplitude: 10 μm, measurement temperature range: -50°C to 200°C, temperature rise speed:5°C/min.; and the F100 values are evaluated in a tensile test as a value obtained by dividing a read load acting on a film sample when the film sample undergoes 100% elongation using a tensile tester at a tension speed of 300 mm/min. by the sectional area of the specimen prior to the test, using a rectangular film sample of 150 mm in length × 10 mm in width, the film sample being set in a constant temperature oven set at a testing temperature and the tensile test being performed after pre-heating for 90 seconds.
A method of transmitting data from a group of devices to a base station of a mobile telecommunications network, the method including: assigning a unique antenna identifier to each transmit antenna of a plurality of devices forming a beamforming group of devices, wherein the beamforming group is assigned a single group identifier for use by the group; informing the base station of the unique antenna identifiers of the beamforming group; each device of the beamforming group transmitting sounding reference signals to the base station with each transmit antenna, wherein each antenna is identified by its unique antenna identifier, wherein each antenna identifier is unique within the beamforming group and indicated to be associated to said beamforming group with said single group identifier; each device receiving from the base station respective beamforming precoding information, for each antenna identified with each unique antenna identifier, generated in response to each respective sounding reference signal and wherein the precoding information comprises precoding data for the transmit antennas to generate beamforming when performing a group transmission associated with said group identifier; each device utilizing said precoding information to transmit data to said base station in a beamforming transmission as part of a joint beamforming transmission from said beamforming group of devices. assigning a unique antenna identifier to each transmit antenna of a plurality of devices forming a beamforming group of devices, wherein the beamforming group is assigned a single group identifier for use by the group; informing the base station of the unique antenna identifiers of the beamforming group; each device of the beamforming group transmitting sounding reference signals to the base station with each transmit antenna, wherein each antenna is identified by its unique antenna identifier, wherein each antenna identifier is unique within the beamforming group and indicated to be associated to said beamforming group with said single group identifier; each device receiving from the base station respective beamforming precoding information, for each antenna identified with each unique antenna identifier, generated in response to each respective sounding reference signal and wherein the precoding information comprises precoding data for the transmit antennas to generate beamforming when performing a group transmission associated with said group identifier; each device utilizing said precoding information to transmit data to said base station in a beamforming transmission as part of a joint beamforming transmission from said beamforming group of devices.
A birefringent lens material for a stereoscopic image display, comprising two or more liquid crystal compounds each having at least two polymerizable functional groups, said birefringent lens material having a transition temperature from a solid phase to a liquid-crystalline phase of -10°C or lower and a transition temperature from a liquid-crystalline phase to a liquid phase of 50°C or higher.
A mobile terminal comprising: a case (201, 202, 203) that forms at least a portion of a terminal body and comprises: a battery cover composed of a first material; a different material portion attached to the battery cover and formed from a plateable second material that is different from the first material, wherein the battery cover is composed of non-plateable synthetic resin, whereas the different material portion is composed of plateable synthetic resin; an antenna coil formed on the different material portion and configured to detect a change in magnetic flux occurring at a periphery of the terminal body; a battery accommodation portion configured to accommodate a battery, wherein the battery cover is mounted on the terminal body for covering the battery and the battery accommodation portion; characterized in that a wireless charging coil (221, 321, 421) is located on a portion of the different material portion, the wireless charging coil (221, 321, 421) configured to generate an induction current for wireless charging, wherein the wireless charging coil is configured to be surrounded by the antenna coil, wherein the wireless charging coil is laminated on a plurality of layers of a flexible printed circuit board (FPCB), and wherein the antenna coil is plated on a surface of the different material portion and the FPCB is buried in the different material portion. a battery cover composed of a first material; a different material portion attached to the battery cover and formed from a plateable second material that is different from the first material, wherein the battery cover is composed of non-plateable synthetic resin, whereas the different material portion is composed of plateable synthetic resin; an antenna coil formed on the different material portion and configured to detect a change in magnetic flux occurring at a periphery of the terminal body; a battery accommodation portion configured to accommodate a battery, wherein the battery cover is mounted on the terminal body for covering the battery and the battery accommodation portion; characterized in that a wireless charging coil (221, 321, 421) is located on a portion of the different material portion, the wireless charging coil (221, 321, 421) configured to generate an induction current for wireless charging, wherein the wireless charging coil is configured to be surrounded by the antenna coil, wherein the wireless charging coil is laminated on a plurality of layers of a flexible printed circuit board (FPCB), and wherein the antenna coil is plated on a surface of the different material portion and the FPCB is buried in the different material portion.
A vehicle seat comprising: a seat back; a seat pan; and one or more side support elements (10a, 10b), each side support element being moveable with respect to the seat back between: a stowed configuration; and a deployed configuration, in which the side support element (10a, 10b) extends outwardly from the seat back, generally in the same direction that the seat back faces, so as to offer support to the side of a vehicle user sitting in the vehicle seat, characterised in that the seat back comprises a cushion, mounted on a backing structure, and in that each side support element, in the stowed configuration, is stowed within the seat back, between said cushion and said backing structure. a seat back; a seat pan; and one or more side support elements (10a, 10b), each side support element being moveable with respect to the seat back between: a stowed configuration; and a deployed configuration, in which the side support element (10a, 10b) extends outwardly from the seat back, generally in the same direction that the seat back faces, so as to offer support to the side of a vehicle user sitting in the vehicle seat, a stowed configuration; and a deployed configuration, in which the side support element (10a, 10b) extends outwardly from the seat back, generally in the same direction that the seat back faces, so as to offer support to the side of a vehicle user sitting in the vehicle seat, characterised in that the seat back comprises a cushion, mounted on a backing structure, and in that each side support element, in the stowed configuration, is stowed within the seat back, between said cushion and said backing structure.
A method of manufacturing an electrode lead, comprising: arranging a plurality of lead pieces (200, 201, 202, 203, 204) between a first lead film and a second lead film in a length direction of a lead film including the first lead film and the second lead film; bending the lead film to form a lead piece laminate in which the plurality of lead pieces (200, 201, 202, 203, 204) are stacked in a height direction with respect to a plane of the lead film and in which the first lead film and the second lead film are alternately positioned between lead pieces (200, 201, 202, 203, 204) of the plurality of lead pieces (200, 201, 202, 203, 204) neighboring to each other; and sealing the bent lead film overlapping the plurality of lead pieces (200, 201, 202, 203, 204). arranging a plurality of lead pieces (200, 201, 202, 203, 204) between a first lead film and a second lead film in a length direction of a lead film including the first lead film and the second lead film; bending the lead film to form a lead piece laminate in which the plurality of lead pieces (200, 201, 202, 203, 204) are stacked in a height direction with respect to a plane of the lead film and in which the first lead film and the second lead film are alternately positioned between lead pieces (200, 201, 202, 203, 204) of the plurality of lead pieces (200, 201, 202, 203, 204) neighboring to each other; and sealing the bent lead film overlapping the plurality of lead pieces (200, 201, 202, 203, 204).
Plant for the dip-treatment of bodies, comprising: - at least one skid (11, 111, 211) intended to support a body to be treated. - at least one process liquid tank (13, 113, 213); - a skid transportation line (14, 114, 214); - a system (20, 21, 23; 120, 121, 123; 220, 221, 223) for overturning and immersing the body on the skid which has been positioned above the tank (13, 113, 213) by means of the transportation line (14, 114, 214); wherein the transportation line (14, 114, 214) comprises parallel travel ways (40, 41; 140, 141; 240; 241) arranged along the outside of two lateral edges of the tank and the skid comprises, on its two corresponding opposite sides, lateral mounting elements (18, 19; 118, 119; 218, 219) which rest on the parallel travel ways (40, 41; 140, 141; 240; 241) for supporting and moving the skid above the tank, the overturning and immersion system comprising on the skid (11, 111, 211) a support (20, 120, 220) for the body, which is rigidly connected to a shaft (21, 121, 221) arranged transverse to the transportation line and which is rotatable about an axis (22, 122, 222) so as to overturn the body between a first upper advancing position and a second lower position immersed inside the tank, the overturning and immersion system further comprising a motor unit (23, 123, 2230 for controlled rotation of the shaft (21, 121, 221), which is arranged not on the skid and on the outside of the tank along one of the two lateral edges of the tank, and means for coupling together motor unit (23, 123, 223) and shaft (21, 121, 221) comprising a first coupling element (25, 125, 225) on the skid and connected to the shaft (21, 121, 221) and a second coupling element (24, 124, 224) on the motor unit (23, 123, 223), said first and second coupling elements engaging with each other so as to be rotationally locked together when they move towards each other from a predetermined approach direction and thus transmit the rotational movement of the motor unit to the shaft characterized in that said approach direction is transverse to the axis of rotation (21, 121, 221). - at least one skid (11, 111, 211) intended to support a body to be treated. - at least one process liquid tank (13, 113, 213); - a skid transportation line (14, 114, 214); - a system (20, 21, 23; 120, 121, 123; 220, 221, 223) for overturning and immersing the body on the skid which has been positioned above the tank (13, 113, 213) by means of the transportation line (14, 114, 214); wherein the transportation line (14, 114, 214) comprises parallel travel ways (40, 41; 140, 141; 240; 241) arranged along the outside of two lateral edges of the tank and the skid comprises, on its two corresponding opposite sides, lateral mounting elements (18, 19; 118, 119; 218, 219) which rest on the parallel travel ways (40, 41; 140, 141; 240; 241) for supporting and moving the skid above the tank,
A rendering method, wherein the method is executed by a server, and comprises: receiving a first operation instruction from a user via a client; rendering, according to the first operation instruction, a first image of an application corresponding to the first operation instruction; checking if no operation instruction is received from the user within preset duration after the first operation instruction is received, characterized by: only in a case that no operation instruction is received from the user within the preset duration after the first operation instruction is received, - predicting a second operation instruction according to the first operation instruction; - rendering, according to the second operation instruction, a second image of the application corresponding to the second operation instruction; and - sending the rendered second image to the user. receiving a first operation instruction from a user via a client; rendering, according to the first operation instruction, a first image of an application corresponding to the first operation instruction; checking if no operation instruction is received from the user within preset duration after the first operation instruction is received, characterized by: only in a case that no operation instruction is received from the user within the preset duration after the first operation instruction is received, - predicting a second operation instruction according to the first operation instruction; - rendering, according to the second operation instruction, a second image of the application corresponding to the second operation instruction; and - sending the rendered second image to the user. - predicting a second operation instruction according to the first operation instruction; - rendering, according to the second operation instruction, a second image of the application corresponding to the second operation instruction; and - sending the rendered second image to the user.
A footwear comprising an upper part and a sole, the upper part being attached to the sole, the upper part being formed by at least two footwear defining parts, the at least two footwear defining parts comprising a vamp and a quarter, wherein at least one of the at least two footwear defining parts are formed by a leather laminate, the leather laminate being formed as a composite laminate having a leather layer laminated to a reinforcing fabric by means of an adhesive, wherein the leather layer is at least a part of an outer surface of the footwear, and characterised in that the tensile strength of the reinforcing fabric is at least above 1GPa. the upper part being formed by at least two footwear defining parts, the at least two footwear defining parts comprising a vamp and a quarter, wherein at least one of the at least two footwear defining parts are formed by a leather laminate, the leather laminate being formed as a composite laminate having a leather layer laminated to a reinforcing fabric by means of an adhesive, wherein the leather layer is at least a part of an outer surface of the footwear, and characterised in that the tensile strength of the reinforcing fabric is at least above 1GPa.