mhurhangee/ep-ind-claims huggingface dataset:
A mobile communication device (100, 300) comprising: a first member (110, 310) having a user interface (126, 322); a second member (112, 312); and a linkage mechanism (114, 314) coupling the first member (110, 310) and the second member (112, 312) such that the device (100, 300) has a closed position and an opened position, the linkage mechanism (114, 314) comprising an expandable multi-pivot hinge, the expandable multi-pivot hinge comprising at least two hinge pieces (156, 158, 342, 344), the expandable multi-pivot hinge being connected to the first member by a first pivot (288, 508) and being connected to the second member by a second pivot (290, 510), the at least two hinge pieces being rotatably coupled such that the at least two hinge pieces can move relative to one another to allow expansion of the expandable multi-pivot hinge, the expansion comprising the first pivot moving away from the second pivot, wherein in the closed position, the user interface (126, 322) is inaccessible, and in the opened position, the user interface (126, 322) is accessible and a portion (128, 340) of the first member (110, 310) overlaps the second member (112, 312), and wherein the expandable multi-pivot hinge expands to allow translational movement of the first member (310, 702) with respect to the second member (112, 312) for at least a part of movement of the device (100, 300) from the closed position to the opened position and at least a part of movement of the device (100, 300) from the opened position to the closed position. a first member (110, 310) having a user interface (126, 322); a second member (112, 312); and a linkage mechanism (114, 314) coupling the first member (110, 310) and the second member (112, 312) such that the device (100, 300) has a closed position and an opened position, the linkage mechanism (114, 314) comprising an expandable multi-pivot hinge, the expandable multi-pivot hinge comprising at least two hinge pieces (156, 158, 342, 344), the expandable multi-pivot hinge being connected to the first member by a first pivot (288, 508) and being connected to the second member by a second pivot (290, 510), the at least two hinge pieces being rotatably coupled such that the at least two hinge pieces can move relative to one another to allow expansion of the expandable multi-pivot hinge, the expansion comprising the first pivot moving away from the second pivot, wherein in the closed position, the user interface (126, 322) is inaccessible, and in the opened position, the user interface (126, 322) is accessible and a portion (128, 340) of the first member (110, 310) overlaps the second member (112, 312), and wherein the expandable multi-pivot hinge expands to allow translational movement of the first member (310, 702) with respect to the second member (112, 312) for at least a part of movement of the device (100, 300) from the closed position to the opened position and at least a part of movement of the device (100, 300) from the opened position to the closed position.
A vehicle, preferably a self-propelled agricultural working machine comprising at least one propulsion engine and a hydrostatic propulsion unit, wherein at least a first and a second vehicle axle (13, 19) are engaged with the propulsion engine via a hydraulic circuit comprising the hydrostatic propulsion unit, wherein the propulsion engine is engaged with at least a first and a second hydrostatic pump (6, 7) and a hydrostatic motor (6, 7) is associated with each of the vehicle axles (13, 19) and each is supplied from at least one of the hydrostatic pumps (6, 7), characterized in that at least one of the hydrostatic motors can be disengaged from or engaged with the vehicle axle (13, 19) which is operatively connected to the respective hydrostatic motor by means of a clutch of the vehicle configured as a dog clutch in a manner such that an all-wheel function of the vehicle can be activated and deactivated as the vehicle is in motion.
Electromagnetic actuating unit for a suction valve for the supply of fuel to a high-pressure fuel pump, in particular to a common-rail high-pressure pump, comprising an electromagnet and an armature which is guided in axially displaceable fashion in an armature guide which surrounds an outer circumferential region of the armature, wherein the armature guide simultaneously serves for the mounting of the armature, wherein the armature is designed as a flat armature which delimits an axial working air gap formed between the armature and the electromagnet, characterized in that the armature guide has a radially running collar section which extends into the working air gap, wherein the armature guide is preferably of substantially pot-shaped form.
Device for desalinating water, wherein the following components are provided in a mobile housing: - a first ion exchanger column, - a second ion exchanger column, - a supply conduit for supplying the water to be desalinated, wherein the supply conduit opens into the first ion exchanger column and is guided to the outside of the housing, - a discharge conduit for discharging the desalinated water, wherein the discharge conduit opens into the second ion exchanger column and is guided to the outside of the housing, - a first section of a connecting conduit, wherein the first section of the connecting conduit opens into the first ion exchanger column and is guided to the outside of the housing, - and a second section of the connecting conduit, wherein the second section of the connecting conduit opens into the second ion exchanger column and is guided to the outside of the housing, - wherein the device comprises a bridge for the sealed, serial connection of the first ion exchanger column to the second ion exchanger column, by means of which the sections (6, 7) of the connecting conduit which are guided to the outside of the housing are connected or can be connected fluidically, a support plate being provided in which the supply conduit, the discharge conduit, the first section of the connecting conduit and the second section of the connecting conduit are extending, characterized in that the support plate comprises a solid, one-piece plate body which is penetrated by channels for forming the supply conduit, the discharge conduit, the first section of the connecting conduit and the second section of the connecting conduit, and in that the channels for forming the supply conduit, the discharge conduit, the first section of the connecting conduit and the second section of the connecting conduit are configured as boreholes and/or as cast-in conduits. - a first ion exchanger column, - a second ion exchanger column, - a supply conduit for supplying the water to be desalinated, wherein the supply conduit opens into the first ion exchanger column and is guided to the outside of the housing, - a discharge conduit for discharging the desalinated water, wherein the discharge conduit opens into the second ion exchanger column and is guided to the outside of the housing, - a first section of a connecting conduit, wherein the first section of the connecting conduit opens into the first ion exchanger column and is guided to the outside of the housing, - and a second section of the connecting conduit, wherein the second section of the connecting conduit opens into the second ion exchanger column and is guided to the outside of the housing, - wherein the device comprises a bridge for the sealed, serial connection of the first ion exchanger column to the second ion exchanger column, by means of which the sections (6, 7) of the connecting conduit which are guided to the outside of the housing are connected or can be connected fluidically, a support plate being provided in which the supply conduit, the discharge conduit, the first section of the connecting conduit and the second section of the connecting conduit are extending,
A laser scanning system for scanning a laser beam over the surface of a substrate, comprising: the substrate; a laser source for producing a laser beam; a substrate table for supporting the substrate; a scanning module containing programmable optics for selectively redirecting the laser beam; and a control module for controlling the scanning module to scan the laser beam over the surface of the substrate, wherein: the substrate comprises a carrier layer attached to a product layer via a laser release layer, and the laser beam is configured such that irradiation of the material of the laser release layer by the laser beam is effective to cause release of the product layer from the carrier layer in the region of the irradiation, characterized in that: the laser scanning system further comprises a redirecting unit at a position in a beam path of the laser beam between the scanning module and the substrate, the redirecting unit being configured to control the direction of incidence of the laser beam onto the substrate, wherein: the control module and redirecting unit are configured to scan the laser beam over a predetermined region on the substrate in such a way that each portion of the region is exposed by the laser beam from a plurality of different directions of incidence. the substrate; a laser source for producing a laser beam; a substrate table for supporting the substrate; a scanning module containing programmable optics for selectively redirecting the laser beam; and a control module for controlling the scanning module to scan the laser beam over the surface of the substrate, wherein: the substrate comprises a carrier layer attached to a product layer via a laser release layer, and the laser beam is configured such that irradiation of the material of the laser release layer by the laser beam is effective to cause release of the product layer from the carrier layer in the region of the irradiation, characterized in that: the laser scanning system further comprises a redirecting unit at a position in a beam path of the laser beam between the scanning module and the substrate, the redirecting unit being configured to control the direction of incidence of the laser beam onto the substrate, wherein: the control module and redirecting unit are configured to scan the laser beam over a predetermined region on the substrate in such a way that each portion of the region is exposed by the laser beam from a plurality of different directions of incidence.
A vehicular authentication device, comprising: a first processor; and a second processor, the first processor being configured to: perform a first permission to permit release of a steering lock of a vehicle in a case in which a verification of key information of the vehicle has been performed successfully, and in a case in which the steering lock has been released by the first permission, perform a second permission to permit deactivation of an immobilizer of the vehicle based on a successful verification of biometric information by the second processor. a first processor; and a second processor, the first processor being configured to: perform a first permission to permit release of a steering lock of a vehicle in a case in which a verification of key information of the vehicle has been performed successfully, and in a case in which the steering lock has been released by the first permission, perform a second permission to permit deactivation of an immobilizer of the vehicle based on a successful verification of biometric information by the second processor. perform a first permission to permit release of a steering lock of a vehicle in a case in which a verification of key information of the vehicle has been performed successfully, and in a case in which the steering lock has been released by the first permission, perform a second permission to permit deactivation of an immobilizer of the vehicle based on a successful verification of biometric information by the second processor.
A display device comprising: a display panel configured to display an image; a light source configured to emit light; a light guide plate configured to guide the light emitted from the light source to the display panel; and a quantum dot unit disposed between the light source and the light guide plate, wherein the quantum dot unit is configured to change a wavelength of the light emitted from the light source, and wherein the quantum dot unit comprises a glass fiber having a hollow portion and a quantum dot disposed in the hollow portion; characterised in that: the quantum dot unit further comprises a protective membrane surrounding an outer circumferential surface of the glass fiber, and the quantum dot unit is configured such that the light emitted from the light source passes through the protective membrane and the glass fiber to reach the quantum dot disposed in the hollow portion. a display panel configured to display an image; a light source configured to emit light; a light guide plate configured to guide the light emitted from the light source to the display panel; and a quantum dot unit disposed between the light source and the light guide plate, wherein the quantum dot unit is configured to change a wavelength of the light emitted from the light source, and wherein the quantum dot unit comprises a glass fiber having a hollow portion and a quantum dot disposed in the hollow portion; characterised in that: the quantum dot unit further comprises a protective membrane surrounding an outer circumferential surface of the glass fiber, and the quantum dot unit is configured such that the light emitted from the light source passes through the protective membrane and the glass fiber to reach the quantum dot disposed in the hollow portion. the quantum dot unit further comprises a protective membrane surrounding an outer circumferential surface of the glass fiber, and the quantum dot unit is configured such that the light emitted from the light source passes through the protective membrane and the glass fiber to reach the quantum dot disposed in the hollow portion.
A method comprising: generating, at a change detection circuit (414, 514, 614, 814) included in a first processing path (408, 508, 608, 808), a control signal based on a change amount between first sensor data and second sensor data satisfying a threshold, the first sensor data corresponding to a first set of pixel values associated with a first image captured by a first sensor (402, 502, 602, 842) and the second sensor data corresponding to a second set of pixel values associated with a second image captured by the first sensor (402, 502, 602, 842); the method characterised by providing the second sensor data to a second processing path (410, 510, 610, 810) for computer vision application-specific processing based on the control signal (416, 516, 844), the second processing path (410, 510, 610, 810) different from the first processing path (408, 508, 606, 808), wherein the computational power for the first processing path (408, 508, 608, 808) is less than the computational power for the second processing path (410, 510, 610, 810). generating, at a change detection circuit (414, 514, 614, 814) included in a first processing path (408, 508, 608, 808), a control signal based on a change amount between first sensor data and second sensor data satisfying a threshold, the first sensor data corresponding to a first set of pixel values associated with a first image captured by a first sensor (402, 502, 602, 842) and the second sensor data corresponding to a second set of pixel values associated with a second image captured by the first sensor (402, 502, 602, 842); the method characterised by providing the second sensor data to a second processing path (410, 510, 610, 810) for computer vision application-specific processing based on the control signal (416, 516, 844), the second processing path (410, 510, 610, 810) different from the first processing path (408, 508, 606, 808), wherein the computational power for the first processing path (408, 508, 608, 808) is less than the computational power for the second processing path (410, 510, 610, 810).
Device for processing of foods having a holding device which has a surface having a funnel shape which has an entry cross-section and a low pressure source having a suction opening, wherein the entry cross-section is terminally comprised by the funnel shape and has the largest cross-section of the funnel shape such that by the low pressure a food can be sucked through the entry cross-section into the funnel shape, characterized in that the holding device is arranged within a tube section at least sectionwise which forms a suction section in which the suction opening and the surface are formed and in that the surface having the funnel shape has openings which are slots extending in parallel to the central longitudinal axis of the funnel shape and which are connected with the suction opening.
A printing blanket comprising at least a printable surface ply and a non-extensible backing layer comprising a polymeric material or a reinforcing material which has been impregnated with a polymeric material, said printing blanket having first and second ends, each end being adapted to be inserted into the gap of a printing blanket cylinder including a lockup mechanism; characterized in that at least a portion of said blanket overlying said non-extensible backing layer and spaced inwardly from at least one end has been removed or molded to form relief areas which are defined by blanket walls on each side and which extend substantially across the width of the blanket, said relief areas being positioned such that when said blanket is mounted on said blanket cylinder, said relief areas closely align with the point at which the gap begins and the point at which each end of the blanket is bent to fit into the lockup mechanism of said blanket cylinder.
A radio communication system comprising a plurality of base stations, each performing radio communication with mobile stations via a cell managed thereby, wherein the base station comprises: a measurement report setter that is configured to notify each mobile station that is connected thereto of reporting conditions for causing the mobile station to transmit a measurement report containing measurement results of the radio quality of the cell thereof and of each of neighboring cells adjacent to the subject cell; and, a handover processor that is configured to, based on the measurement reports transmitted from the mobile stations, detect a mobile station whose radio quality becomes lower than a predetermined value within a predetermined period and to perform a handover process for the mobile station, wherein the measurement report setter is configured to: notify a first reporting condition that includes parameters that are used in Event A3 that specifies transmission triggers for a measurement report, and to notify a second reporting condition, to the mobile stations, wherein the first reporting condition includes an offset value added to the measurement result of the radio quality and a guard time that is a time from when the reporting condition is satisfied until the measurement report is transmitted, wherein the second reporting condition includes an offset value that is greater than that of the first reporting condition and a guard time that is shorter than that of the first reporting condition, and wherein the handover processor is configured to detect a mobile station that has transmitted a measurement report as a result of satisfying at least one of the first reporting condition and the second reporting condition as a mobile station that requires the handover.
A method of operating at partial load a wind turbine supplying power to an electrical grid, the electrical grid being equipped with regulation capacity against grid-frequency fluctuations, comprising: - monitoring stability of the electrical grid; and - upon detection of a reduced grid stability, changing operation of the wind turbine by limiting, Limit ΔP, wind-caused fluctuations of the supply of power to the electrical grid, or by reducing an already existing limit, Limit ΔP, to fluctuations of the supply of power. - monitoring stability of the electrical grid; and - upon detection of a reduced grid stability, changing operation of the wind turbine by limiting, Limit ΔP, wind-caused fluctuations of the supply of power to the electrical grid, or by reducing an already existing limit, Limit ΔP, to fluctuations of the supply of power.
A drive controller for use in an operating machine configured to drive a structure by a hydraulic motor and an electric motor configured to cooperate with the hydraulic motor, wherein the hydraulic motor is supplied with hydraulic oil from a hydraulic pump through a hydraulic motor circuit, wherein a flow rate of the hydraulic oil is controlled by a control valve, the drive controller comprising: a remote control valve configured to determine an operation amount of the structure; an electric motor torque calculation portion configured to calculate torque of the electric motor; a hydraulic motor torque calculation portion configured to calculate torque of the hydraulic motor; a controller configured to output an opening position control signal based on the operation amount determined by the remote control valve, the opening position control signal being output to operate the control valve such that the torque necessary to drive the structure is obtained from the torque of the electric motor and the torque of the hydraulic motor; and a solenoid-operated reducing valve (19, 20) configured to reduce pilot pressure, to be applied to the control valve, based on the opening position control signal output from the controller. a remote control valve configured to determine an operation amount of the structure; an electric motor torque calculation portion configured to calculate torque of the electric motor; a hydraulic motor torque calculation portion configured to calculate torque of the hydraulic motor; a controller configured to output an opening position control signal based on the operation amount determined by the remote control valve, the opening position control signal being output to operate the control valve such that the torque necessary to drive the structure is obtained from the torque of the electric motor and the torque of the hydraulic motor; and a solenoid-operated reducing valve (19, 20) configured to reduce pilot pressure, to be applied to the control valve, based on the opening position control signal output from the controller.
An electrical device comprising an electrical apparatus including a gas insulation, in particular a gas-insulated transformer or gas-insulated reactor, comprising a housing enclosing an interior space, at least a portion of which interior space defining an insulation space containing a dielectric insulation fluid comprising an organofluorine compound, and an electrical component being arranged in the insulation space and being surrounded by the insulation fluid, said electrical component comprising at least one winding (20, 22), characterized by the electrical device further comprising an electrical connector for bringing the electrical apparatus from a non-operational state to an operational state by connecting one or more of the at least one winding (20, 22) to a power grid, wherein the device further comprises an auxiliary power source which is connectable to one or more of the at least one winding (20, 22) when the electrical apparatus is in the non-operational state.
Reinforcing unit, for usage in a running gear system of a utility vehicle, comprising a first shell element and a second shell element, wherein the first shell element and the second shell element each comprise an engagement region (22, 42) on the tube side and an engagement region (24, 44) on the link side, wherein the first shell element and the second shell element each comprise a flange portion (26, 46), wherein between the flange portion of the first shell element and the flange portion of the second shell element a tensile force can be applied, which presses the first and the second shell element (2, 4) against an axle tube in such a manner that the reinforcing unit can be non-positively fixed on the axle tube characterized by, that the engagement region (24, 44) on the link side can be brought into non-positive engagement with a collar of the link unit.