mhurhangee/ep-ind-claims huggingface dataset:
A mobile terminal comprising: a housing; a sensor unit configured to sense an orientation direction of the housing; a first display unit provided to one side of the housing, the first display unit configured to display a first screen image; an interface unit configured to be connected to an external display device having a second display unit; and a controller, characterized in that the controller is configured to: receive a control signal from the external display device, the control signal relating to a change of an orientation direction of a monitor window displayed on the second display unit of the external display device; control a display direction of the first screen image to be changed to a different display direction according to the control signal, even though an orientation direction of the housing of the mobile terminal is not changed; and provide information related to the changed display direction to the external display device. a housing; a sensor unit configured to sense an orientation direction of the housing; a first display unit provided to one side of the housing, the first display unit configured to display a first screen image; an interface unit configured to be connected to an external display device having a second display unit; and a controller, characterized in that the controller is configured to: receive a control signal from the external display device, the control signal relating to a change of an orientation direction of a monitor window displayed on the second display unit of the external display device; control a display direction of the first screen image to be changed to a different display direction according to the control signal, even though an orientation direction of the housing of the mobile terminal is not changed; and provide information related to the changed display direction to the external display device. receive a control signal from the external display device, the control signal relating to a change of an orientation direction of a monitor window displayed on the second display unit of the external display device; control a display direction of the first screen image to be changed to a different display direction according to the control signal, even though an orientation direction of the housing of the mobile terminal is not changed; and provide information related to the changed display direction to the external display device.
Method for establishing a wind turbine generator with one or more Permanent Magnet PM rotors comprising the steps of: - mounting substantially non-magnetized PM material in one or more rotors, - establishing a magnetization field for magnetizing said PM material in the generator, wherein the magnetization of PM material is supplied by a magnetization system comprising magnetization coil means (19, 31) and at least one power supply, and - magnetizing said PM material with said magnetization field wherein a magnetization current to said magnetization coil means (19, 31) is supplied by at least one power converter of the wind turbine or section of said power converter of the wind turbine. - mounting substantially non-magnetized PM material in one or more rotors, - establishing a magnetization field for magnetizing said PM material in the generator, wherein the magnetization of PM material is supplied by a magnetization system comprising magnetization coil means (19, 31) and at least one power supply, and - magnetizing said PM material with said magnetization field
Motor vehicle light device, notably for lighting and/or signalling, comprising: - a dielectric substrate comprising a plurality of conductive tracks, - a plurality of light-emitting diodes surface-mounted on said dielectric substrate, the light-emitting diodes being connected electrically to the conductive tracks of the dielectric substrate according to a predetermined connection plan, - at least one driver circuit for driving the light-emitting diodes, said driver circuit comprising a plurality of connection leads, and - an electrical link circuit comprising a plurality of conductive lines for electrically linking the connection leads of the driver circuit to the conductive tracks of the dielectric substrate according to a predetermined connection plan, the electrical link circuit being connected to the conductive tracks of the dielectric substrate via an anisotropic conductive film, characterized in that the dielectric substrate is mounted on a heat-sink circuit, and in that partitions are disposed between the light-emitting diodes to reflect the light emitted by the light-emitting diodes to the outside. - a dielectric substrate comprising a plurality of conductive tracks, - a plurality of light-emitting diodes surface-mounted on said dielectric substrate, the light-emitting diodes being connected electrically to the conductive tracks of the dielectric substrate according to a predetermined connection plan, - at least one driver circuit for driving the light-emitting diodes, said driver circuit comprising a plurality of connection leads, and - an electrical link circuit comprising a plurality of conductive lines for electrically linking the connection leads of the driver circuit to the conductive tracks of the dielectric substrate according to a predetermined connection plan, the electrical link circuit being connected to the conductive tracks of the dielectric substrate via an anisotropic conductive film, characterized in that the dielectric substrate is mounted on a heat-sink circuit, and in that partitions are disposed between the light-emitting diodes to reflect the light emitted by the light-emitting diodes to the outside. the electrical link circuit being connected to the conductive tracks of the dielectric substrate via an anisotropic conductive film, characterized in that the dielectric substrate is mounted on a heat-sink circuit, and in that partitions are disposed between the light-emitting diodes to reflect the light emitted by the light-emitting diodes to the outside.
A handheld machine tool, in particular an impact driver, having a drive train for driving a tool receptacle, provided for receiving a tool, in particular a screwdriver tool, about a rotation axis, wherein the drive train comprises a drive motor, an output shaft element, on which the tool receptacle is arranged, and a drive shaft, which is drivable by the drive motor, for driving the output shaft element, wherein the output shaft element is rotatably mounted by means of an output pivot bearing and the drive shaft is rotatably mounted by means of a drive pivot bearing about the rotation axis in respect of a machine housing, and wherein the output shaft element is rotatably mounted by means of a shaft bearing arrangement on the drive shaft about the rotation axis, wherein the shaft bearing arrangement comprises a bearing receptacle in which an output shaft of the output shaft member is received, wherein the output shaft is supported on the bearing receptacle in relation to the rotation axis of the shaft bearing arrangement, and wherein the shaft bearing arrangement comprises at least two shaft bearings (49A, 49B) which are arranged adjacent to each other with respect to the rotation axis, characterized in that the at least two shaft bearings (49A, 49B) differ in at least one mechanical property, the at least one mechanical property comprising different bearing diameters of at least two of the shaft bearings (49A, 49B), and in that the different diameters comprise different diameters of the output shaft of the output shaft member and correspondingly different diameters of the bearing seat of the input shaft for the output shaft.
A pull-out guide for drawers and the like, which comprises a fixed guide part which can be anchored to the body of an item of furniture and a movable guide part on which a drawer or the like can be fastened, said movable guide part extending along a longitudinal axis and being provided with a front stop element and/or with a front centering element which are conformed and arranged respectively for coming into contact with the fixed guide part at the closed position of the guide, the pull-out guide being further provided with a height adjustment device of the drawer with respect to the movable guide part, the adjustment device comprising a movable support member for the drawer, characterized in that the adjustment device comprises a guide element for the movable support member, said guide element of the adjustment device being separated from the movable guide part and provided in a single piece with said front stop element and/or said front centering element and in that the guide element extends inclined with respect to the longitudinal axis of the movable guide part.
A copolymer having a structural unit derived from a conjugated diene compound and a structural unit derived from an α-olefin having 3 to 8 carbon atoms, wherein the copolymer has a melting point within a temperature range of 0 to 10°C and has a fusion enthalpy of 5 J/g or more as measured on a differential scanning calorimeter under the following conditions: Conditions: cooling from 200°C to -150°C at a rate of 10°C/min; retaining at -150°C for 1 minute; and heating from -150°C to 200°C at a rate of 20°C/min. cooling from 200°C to -150°C at a rate of 10°C/min; retaining at -150°C for 1 minute; and heating from -150°C to 200°C at a rate of 20°C/min.
Nozzle assembly of an injector extending along a main axis and having - a body with a peripheral wall (30, 32) enclosing an inner space and provided with a valve seat surrounding a first opening; - a valve member (20, 22) arranged in said inner space for cooperating with said valve seat, - a flow director member having an inner face pressed against said peripheral wall (30, 32) covering said first opening and partially defining a sac, wherein the flow director member is provided with an outlet path comprising two distinct guidance channels (52, 53) formed on said inner face, the guidance channels (52, 53) extending from an upstream end (57, 56) opening in the sac and converging to a common downstream end (58, 59) where a spray hole is drilled through the faces of the flow director member, said outlet path creating impingement of the two flow streams flowing in said two guidance channels (52, 53) before entering the spray hole and, wherein the spray hole comprises a large entry portion, forming a step hole, and a narrow exit portion, characterized in that the nozzle assembly comprises a clamp member wrapping and maintaining the flow director member against the body, said clamp member being provided with a second opening larger than and surrounding the first opening, wherein the flow director member is sandwiched between the peripheral wall (30, 32) and the clamp member, and an outer face of the flow director member is pressed against the clamp member covering said second opening, and the large entry portion and the narrow exit portion are decentred relative to each other. - a body with a peripheral wall (30, 32) enclosing an inner space and provided with a valve seat surrounding a first opening; - a valve member (20, 22) arranged in said inner space for cooperating with said valve seat, - a flow director member having an inner face pressed against said peripheral wall (30, 32) covering said first opening and partially defining a sac, wherein the flow director member is provided with an outlet path comprising two distinct guidance channels (52, 53) formed on said inner face, the guidance channels (52, 53) extending from an upstream end (57, 56) opening in the sac and converging to a common downstream end (58, 59) where a spray hole is drilled through the faces of the flow director member, said outlet path creating impingement of the two flow streams flowing in said two guidance channels (52, 53) before entering the spray hole and, wherein the spray hole comprises a large entry portion, forming a step hole, and a narrow exit portion,
A fluid product dispenser comprising: - a fluid product reservoir provided with a neck that is externally threaded and that internally defines an opening that communicates with the inside of the reservoir, the neck forming at least one helical screw thread and an annular upper edge, - a dispensing head mounted on the neck of the reservoir, the head comprising a dispensing member, such as a pump or a valve, a push-button for actuating the dispensing member and a fixing member (R6; R7) engaging both with the threaded neck of the reservoir and the dispensing member, the fixing member (R6; R7) comprising a skirt (61; 71) forming several bosses (62; 62'; 62") that are distributed over its inner periphery, at least some of these bosses (62; 62'; 62") coming into pressing contact with the screw thread of the neck so as to deform against the screw thread, characterised in that each boss (62; 62'; 62") comprises two substantially triangular lateral flanks (620; 620'; 620") and two opposite inclined ramps (621, 622; 621', 622'; 621", 622") which meet at an apex (623; 623'; 623") which points radially inwards. - a fluid product reservoir provided with a neck that is externally threaded and that internally defines an opening that communicates with the inside of the reservoir, the neck forming at least one helical screw thread and an annular upper edge, - a dispensing head mounted on the neck of the reservoir, the head comprising a dispensing member, such as a pump or a valve, a push-button for actuating the dispensing member and a fixing member (R6; R7) engaging both with the threaded neck of the reservoir and the dispensing member, the fixing member (R6; R7) comprising a skirt (61; 71) forming several bosses (62; 62'; 62") that are distributed over its inner periphery, at least some of these bosses (62; 62'; 62") coming into pressing contact with the screw thread of the neck so as to deform against the screw thread,
Apparatus for heat recovery from a heating fluid which flows through a heating fluid section during operation of a heating fluid generator, having a duct closure element and a heat exchanger arrangement, the heat exchanger arrangement having a main flow duct which is surrounded by an auxiliary flow duct, the main flow duct and the auxiliary flow duct having here in each case at least one inlet (7, 9) and at least one outlet (8, 10), which is configured downstream of the inlet (7, 9), for the throughflow by means of the heating fluid, it being possible for a volumetric flow of the heating fluid through the main flow duct and/or the auxiliary flow duct to be regulated in a manner which is dependent on an opening rate of the duct closure element, the duct closure element being arranged downstream of the outlets (8, 10) of the main flow duct and the auxiliary flow duct of the heat exchanger arrangement, and the auxiliary flow duct being connected in a manner which is permeable for liquid via the outlet of the auxiliary flow duct to a closure bypass duct which has an inlet and an outlet, characterized in that at least one heat exchanger element which can be flowed through by a working fluid during operation of the apparatus is arranged in the auxiliary flow duct, and the closure bypass duct is configured as at least one overflow tube which is arranged downstream of the heat exchanger arrangement on the housing of the heat exchanger arrangement and the heating fluid section.
An occupant information sensing device, comprising: a plurality of heater electrodes (106, 108) that are provided at a vehicle steering wheel and insulated and separated from one another and that are configured to generate heat by conduction; a heater power source (158a, 158b, 162, 182) of a non-insulated type AC power source that is configured to feed power to at least two heater electrodes (106, 108) of the plurality of heater electrodes (106, 108) and that is grounded commonly for the heater electrodes (106, 108); a signal processing circuit that is configured to process an occupant information signal output from the heater electrodes (106, 108); a switching element (120a-120d) that is provided part-way in a circuit from the heater power source (158a, 158b, 162, 182) to the heater electrodes (106, 108) and is configured to establish a conduction state or a non-conduction state between the heater power source (158a, 158b, 162, 182) and the heater electrodes (106, 108); characterized by a control circuit that is configured to switch the switching element (120a-120d) by time division and to connect the heater electrodes (106, 108) to the heater power source (158a, 158b, 162, 182) and the signal processing circuit at prescribed time intervals. a plurality of heater electrodes (106, 108) that are provided at a vehicle steering wheel and insulated and separated from one another and that are configured to generate heat by conduction; a heater power source (158a, 158b, 162, 182) of a non-insulated type AC power source that is configured to feed power to at least two heater electrodes (106, 108) of the plurality of heater electrodes (106, 108) and that is grounded commonly for the heater electrodes (106, 108); a signal processing circuit that is configured to process an occupant information signal output from the heater electrodes (106, 108); a switching element (120a-120d) that is provided part-way in a circuit from the heater power source (158a, 158b, 162, 182) to the heater electrodes (106, 108) and is configured to establish a conduction state or a non-conduction state between the heater power source (158a, 158b, 162, 182) and the heater electrodes (106, 108); characterized by a control circuit that is configured to switch the switching element (120a-120d) by time division and to connect the heater electrodes (106, 108) to the heater power source (158a, 158b, 162, 182) and the signal processing circuit at prescribed time intervals.
A fishing rod including a tip rod made of a fiber-reinforced resin material, wherein the tip rod is formed of short fibers dispersed in a matrix resin material, an average fiber diameter of the short fibers is 3 to 15 μm, an average fiber length of the short fibers is 0.5 to 10 mm, and a content of the short fibers is 3 to 50 wt.%, characterized in that the fiber-reinforced resin material is reinforced only with the short fibers or the rod tip is a solid rod tip.
A congestion control method, comprising: receiving, by an access network device, an uplink data packet sent by a user equipment; obtaining, by the access network device, location information of a user equipment and congestion status information of a location region in which the user equipment is camping; and sending, by the access network device, the uplink data packet to a gateway device, wherein the uplink data packet comprises the location information of the user equipment and the congestion status information of the location region in which the user equipment is camping, so that the gateway device performs congestion control on the uplink data packet of the user equipment according to the service type, the location information of the user equipment and the congestion status information of the location region in which the user equipment is camping. receiving, by an access network device, an uplink data packet sent by a user equipment; obtaining, by the access network device, location information of a user equipment and congestion status information of a location region in which the user equipment is camping; and sending, by the access network device, the uplink data packet to a gateway device, wherein the uplink data packet comprises the location information of the user equipment and the congestion status information of the location region in which the user equipment is camping, so that the gateway device performs congestion control on the uplink data packet of the user equipment according to the service type, the location information of the user equipment and the congestion status information of the location region in which the user equipment is camping.
Compressor circuit for a pneumatic control device of a motor vehicle, comprising: - a compressor, - a pressure regulator, wherein the pressure regulator is arranged between an inlet side of the compressor and the pneumatic control device, wherein the pressure regulator is configured to measure an admission pressure of air from the pneumatic control device present on its side oriented towards the pneumatic control device and to supply this air at an inlet pressure to the inlet side of the compressor, and wherein the pressure regulator is configured to regulate the inlet pressure in dependence on the measurement, characterized in that, in the operating mode of a closed air supply, the pressure regulator is configured to regulate the inlet pressure of the compressor in such a way that the inlet pressure is independent of the admission pressure, and the prescribed performance limit of the compressor is not exceeded. - a compressor, - a pressure regulator,
A light-emitting device for a signal device having a snow melting or moisture evaporating function, comprising: a substrate that transmits at least a light of a predetermined wavelength on an outermost surface of the light-emitting device, and a conductor pattern and a light-emitting element, both disposed on a surface of the substrate, the conductor pattern generating heat to raise the temperature of the substrate when it is supplied with an electric current, and the light-emitting element being connected to the conductor pattern, wherein: the substrate is disposed so that the surface opposite the surface on which the conductor pattern and the light-emitting element are disposed faces to the outside, the conductor pattern is directly disposed on the substrate without any adhesive layer, and the light-emitting element has a light-emitting surface, and is disposed on the substrate so that the light-emitting surface faces the substrate, and light emitted from the light-emitting surface transmits through the substrate and is projected to the outside. a substrate that transmits at least a light of a predetermined wavelength on an outermost surface of the light-emitting device, and a conductor pattern and a light-emitting element, both disposed on a surface of the substrate, the conductor pattern generating heat to raise the temperature of the substrate when it is supplied with an electric current, and the light-emitting element being connected to the conductor pattern, wherein: the substrate is disposed so that the surface opposite the surface on which the conductor pattern and the light-emitting element are disposed faces to the outside, the conductor pattern is directly disposed on the substrate without any adhesive layer, and the light-emitting element has a light-emitting surface, and is disposed on the substrate so that the light-emitting surface faces the substrate, and light emitted from the light-emitting surface transmits through the substrate and is projected to the outside. the substrate is disposed so that the surface opposite the surface on which the conductor pattern and the light-emitting element are disposed faces to the outside, the conductor pattern is directly disposed on the substrate without any adhesive layer, and the light-emitting element has a light-emitting surface, and is disposed on the substrate so that the light-emitting surface faces the substrate, and light emitted from the light-emitting surface transmits through the substrate and is projected to the outside.
Thermal release element for sprinklers, valves in the form of a completely enclosed inner space filled with a releasing liquid which in a release occurrence due to expansion caused by the heating up of the releasing liquid bursts the capsule, characterized in that the releasing liquid contains a hydrocarbon selected from one of the following substance groups or a mixture of such hydrocarbons, or comprises such a hydrocarbon or a mixture of such hydrocarbons: a) an aliphatic bromide b) a hydrocarbon with a nitro group c) a simple halogenated benzene ring d) an aliphatic ester compound with two double-bonded oxygen atoms each a) an aliphatic bromide b) a hydrocarbon with a nitro group c) a simple halogenated benzene ring d) an aliphatic ester compound with two double-bonded oxygen atoms each