mhurhangee/ep-ind-claims huggingface dataset:
Display assembly comprising - a backlight unit and - a display unit, which are arranged in such a way that during the operation of the display assembly light emitted by the backlight unit impinges on the rear side of the display unit, wherein - a diffuser layer is arranged between the backlight unit and the display unit, - the backlight unit has at least two optical waveguide elements lying alongside one another, the backlight unit being configured in such a way that light is emitted with a greater brightness in the boundary region of the optical waveguide elements than outside the boundary regions, characterized in that two optical waveguide elements lying alongside one another overlap in the boundary region, - light-emitting diodes are provided as light sources in order to couple light laterally into the optical waveguide elements, - coupling-out structures provided in the overlap region of optical waveguide elements lying alongside one another, said coupling-outstructures promoting the coupling-out of light, and - a control unit is provided and designed to compensate for a greater brightness in the boundary regions by means of an adapted driving of the display unit. - a backlight unit and - a display unit, which are arranged in such a way that during the operation of the display assembly light emitted by the backlight unit impinges on the rear side of the display unit, wherein - a diffuser layer is arranged between the backlight unit and the display unit, - the backlight unit has at least two optical waveguide elements lying alongside one another, the backlight unit being configured in such a way that light is emitted with a greater brightness in the boundary region of the optical waveguide elements than outside the boundary regions, - light-emitting diodes are provided as light sources in order to couple light laterally into the optical waveguide elements, - coupling-out structures provided in the overlap region of optical waveguide elements lying alongside one another, said coupling-outstructures promoting the coupling-out of light, and - a control unit is provided and designed to compensate for a greater brightness in the boundary regions by means of an adapted driving of the display unit.
Method for the incremental forming of a metal workpiece, with - at least one spindle, on which the workpiece is clamped, and - at least one spindle drive, with which the at least one spindle with the workpiece and/or at least one forming roller is set into rotation relative to the workpiece, - wherein by means of at least one actuating drive the at least one forming roller is fed to the rotating workpiece radially and/or axially relative thereto, in which - a computer-based control is provided, which, via sensors, detects several machine parameters which comprise at least one rotational speed of the spindle, a position of the forming roller as well as forming forces and/or a feed speed of the forming roller, characterized in that - by the control process parameters and/or workpiece parameters are furthermore detected and - in that the control produces at least one dataset, in which the machine parameters are assigned to the process and/or workpiece parameters. - at least one spindle, on which the workpiece is clamped, and - at least one spindle drive, with which the at least one spindle with the workpiece and/or at least one forming roller is set into rotation relative to the workpiece, - wherein by means of at least one actuating drive the at least one forming roller is fed to the rotating workpiece radially and/or axially relative thereto, in which - a computer-based control is provided, which, via sensors, detects several machine parameters which comprise at least one rotational speed of the spindle, a position of the forming roller as well as forming forces and/or a feed speed of the forming roller, - by the control process parameters and/or workpiece parameters are furthermore detected and - in that the control produces at least one dataset, in which the machine parameters are assigned to the process and/or workpiece parameters.
A method for making an aqueous resinous dispersion comprising combining a first aqueous resinous dispersion with a second aqueous resinous dispersion, wherein: (a) the first aqueous resinous dispersion comprises: (i) an active hydrogen-containing, cationic salt group-containing polymer; and (ii) a zinc amidine complex; and (b) the second aqueous resinous dispersion comprises: (i) an active hydrogen-containing, cationic salt group-containing polymer; and (ii) an at least partially blocked polyisocyanate. (a) the first aqueous resinous dispersion comprises: (i) an active hydrogen-containing, cationic salt group-containing polymer; and (ii) a zinc amidine complex; and (i) an active hydrogen-containing, cationic salt group-containing polymer; and (ii) a zinc amidine complex; and (b) the second aqueous resinous dispersion comprises: (i) an active hydrogen-containing, cationic salt group-containing polymer; and (ii) an at least partially blocked polyisocyanate. (i) an active hydrogen-containing, cationic salt group-containing polymer; and (ii) an at least partially blocked polyisocyanate.
A rotary compressor comprising a rotary compression mechanism driven via a crankshaft coupled with a drive source, the compression mechanism comprising: a cylinder main body forming a cylinder chamber; bearings (10,11) installed respectively on upper and lower surfaces of the cylinder main body and supporting the crankshaft; and a rotor which is fitted to an eccentric part of the crankshaft and which rotates inside the cylinder chamber, the rotary compressor being characterized in that at least the cylinder main body and the bearings (10,11) are integrally assembled by fastening a bolt penetrating in the axial direction of the crankshaft, the cylinder main body comprising a bolt hole having a peripheral side, and a deformation absorbing part (20;20A;20L,20R;30) being provided at the peripheral side of the bolt hole of the cylinder main body so as to penetrate the cylinder main body in the axial direction of the crankshaft, said deformation absorbing part being either positioned on a radial extension line passing through the centers of the cylinder chamber and the bolt hole, or on each side of the bolt hole so as to extend in the circumferential direction of the cylinder main body.
Door locking device for a domestic appliance, comprising: - a housing carrying at least a first and a second fixed electric contact (N, L), - a retaining slider having a locking hole and movable with respect to the housing between a rest position corresponding to the open position of the door and a locking position corresponding to the closed position of the door, - an electric actuator electrically connected to the second electric contact and movable between a de-energized position and an energized position, the electric actuator including a locking pin which, in the energized position of the electric actuator, engages the locking hole of the retaining slider when the retaining slider is in said locking position, characterized in that it comprises a door sensing switch electrically connected between the first electric contact and the electric actuator, the door sensing switch including a compression spring having a first end electrically connected to the first electric contact and a second end which selectively opens and closed electrical connection with an intermediate contact electrically connected to said electric actuator, the second end of the compression spring being housed in a seat of a spring holder movable between a disconnected circuit position and a connected circuit position, the spring holder being elastically biased towards the connected circuit position and cooperating with a ramp portion of the retaining slider that pushes the spring holder to the disconnected circuit position when the retaining slider is in the rest position and allows the spring holder to move to the connected circuit position when the retaining slider is in the locking position. - a housing carrying at least a first and a second fixed electric contact (N, L), - a retaining slider having a locking hole and movable with respect to the housing between a rest position corresponding to the open position of the door and a locking position corresponding to the closed position of the door, - an electric actuator electrically connected to the second electric contact and movable between a de-energized position and an energized position, the electric actuator including a locking pin which, in the energized position of the electric actuator, engages the locking hole of the retaining slider when the retaining slider is in said locking position,
A filling level measuring device for measuring a filling level of a container, comprising - an electronic control and evaluation system (132, 232) with an interface (133, 233), which system is disposed in a housing (131, 231), - sensor unit with a sensor and terminals, - a signal cable (110, 210) for connecting the electronic control and evaluation system (132, 232) and the sensor unit, and - a connecting device (120, 240), which establishes both a mechanical connection between the sensor unit and the housing (131, 231) of the electronic control and evaluation system (132, 232) and an electrical connection between the interface (133, 233) of the electronic control and evaluation system (132, 232) and the signal cable (110, 210), each of the mechanical and electrical connections established by the connecting device (120, 240) being detachable, characterized in that the electrical connection is established by one or more clamps disposed in the connecting device (120, 240) and a cable feed-through device for the signal cable in a process connection is configured with a strain relief means, wherein the strain relief means is formed by an externally conically formed seal disposed in the cable feed-through device with an internally conically formed seal arranged over the externally conically formed seal, and the internally conically formed seal and the externally conically formed seal are braced together by another sealing member. - an electronic control and evaluation system (132, 232) with an interface (133, 233), which system is disposed in a housing (131, 231), - sensor unit with a sensor and terminals, - a signal cable (110, 210) for connecting the electronic control and evaluation system (132, 232) and the sensor unit, and - a connecting device (120, 240), which establishes both a mechanical connection between the sensor unit and the housing (131, 231) of the electronic control and evaluation system (132, 232) and an electrical connection between the interface (133, 233) of the electronic control and evaluation system (132, 232) and the signal cable (110, 210), each of the mechanical and electrical connections established by the connecting device (120, 240) being detachable,
A combination of levocetirizine and montelukast for use in the treatment of influenza or common cold, wherein the combination reduces the duration of the influenza or the common cold.
A first device comprising: means for receiving, from a second device, a request for provisioning data of a location-based service from the second device to a third device, the request comprising first secret sub-key associated with the third device; means for generating a first secret key for the third device based on the first secret sub-key and second secret sub-key associated with the third device; means for decrypting encrypted location information of the third device using the first secure key; means for accessing the data of the location-based service from the second device based on the decrypted location information of the third device; and means for providing the data of the location-based service to the third device. means for receiving, from a second device, a request for provisioning data of a location-based service from the second device to a third device, the request comprising first secret sub-key associated with the third device; means for generating a first secret key for the third device based on the first secret sub-key and second secret sub-key associated with the third device; means for decrypting encrypted location information of the third device using the first secure key; means for accessing the data of the location-based service from the second device based on the decrypted location information of the third device; and means for providing the data of the location-based service to the third device.
A phagocytosable-component-containing aqueous formulation, for use in diagnostic detection by means of a magnetic resonance imaging procedure, wherein, prior to the administration of a fluorinated contrast agent or a composition comprising a fluorinated contrast agent, the aqueous formulation is separately parenterally administered.
A method for producing levulinic acid from lignocellulosic biomass comprising hemicellulose including one or more six carbon chain compound precursors, the method comprising the steps of: hydrolyzing the lignocellulosic biomass in a reactor at a temperature of 170°C to 185°C for 35 minutes to 60 minutes to form a first phase comprising partially hydrolyzed lignocellulosic biomass including cellulose and lignin and a second phase comprising one or more five carbon chain sugars and one or more six carbon chain sugars from degradation of the hemicellulose; separating the first phase from the second phase; and converting at least a portion of the one or more five carbon chain sugars to furfural, a furfural reaction intermediate, tar, or a combination thereof in the presence of the one or more six carbon chain sugars; and separating at least a portion of the furfural, the furfural reaction intermediate, the tar, or the combination thereof from the one or more six carbon chain sugars, and thereafter converting at least a portion of the one or more six carbon chain sugars to levulinic acid in a reactor at a temperature of 190°C to 220°C at a pressure high enough so that the reactor contents do not reach their boiling point for 20 minutes to 60 minutes. hydrolyzing the lignocellulosic biomass in a reactor at a temperature of 170°C to 185°C for 35 minutes to 60 minutes to form a first phase comprising partially hydrolyzed lignocellulosic biomass including cellulose and lignin and a second phase comprising one or more five carbon chain sugars and one or more six carbon chain sugars from degradation of the hemicellulose; separating the first phase from the second phase; and converting at least a portion of the one or more five carbon chain sugars to furfural, a furfural reaction intermediate, tar, or a combination thereof in the presence of the one or more six carbon chain sugars; and separating at least a portion of the furfural, the furfural reaction intermediate, the tar, or the combination thereof from the one or more six carbon chain sugars, and thereafter converting at least a portion of the one or more six carbon chain sugars to levulinic acid in a reactor at a temperature of 190°C to 220°C at a pressure high enough so that the reactor contents do not reach their boiling point for 20 minutes to 60 minutes.
A method for allocating a channel in a communication system comprising a plurality of Mobile Stations, MSs, and a Base Station, BS, for providing a communication service to the plurality of MSs, by the BS, the method comprising: transmitting an average Channel Quality Information, CQI, request from the BS to the plurality of MSs; selecting MSs according to the average CQI received from the plurality of MSs and setting the selected MSs to an MS group in the BS; transmitting a CQI request to the selected MSs included in the MS group; and receiving the CQI from the selected MSs included in the MS group and allocating a channel according to the CQI to the selected MSs included in the MS group. transmitting an average Channel Quality Information, CQI, request from the BS to the plurality of MSs; selecting MSs according to the average CQI received from the plurality of MSs and setting the selected MSs to an MS group in the BS; transmitting a CQI request to the selected MSs included in the MS group; and receiving the CQI from the selected MSs included in the MS group and allocating a channel according to the CQI to the selected MSs included in the MS group.
Sensor system arranged to measure pressure in an exhaust conduit of a combustion engine, the sensor system comprising an electronics module assembly and a housing assembly for housing the electronics module assembly, wherein the electronics module assembly comprises - a sensing element carrier element with a sensing element, - an electronics module carrier element carrying electronic components, wherein electrical connections are provided between the electronic module carrier element and the sensing element carrier element, and - a main carrier element for supporting the sensing element carrier element and the electronic module carrier element, wherein the housing assembly comprises a high pressure connection and a low pressure connection at a bottom side of the housing assembly, wherein the electronic module assembly is connected to the high pressure connection via an adhesive bond onto a front side barrier attached to the sensing element carrier element and connected to the low pressure connection via an adhesive bond onto the main carrier element, and wherein a high pressure channel from the high pressure connection to the front side of the sensing element, and a low pressure channel from the low pressure connection to the back side of the sensing element are provided, which comprise sloping walls having an inclination towards the bottom side of the housing assembly. - a sensing element carrier element with a sensing element, - an electronics module carrier element carrying electronic components, wherein electrical connections are provided between the electronic module carrier element and the sensing element carrier element, and - a main carrier element for supporting the sensing element carrier element and the electronic module carrier element,
A method (120, 150) for speed reversal control of a motor drive with an inverter driving a motor through an output filter and a transformer to reverse rotation of the motor from a first direction to an opposite second direction, the method comprising: driving the motor using closed loop velocity control and setting a current command reference signal or value to an elevated or maximal drive current level while the motor is rotating in the first direction at a motor frequency having an absolute value greater than a predetermined threshold frequency (ω TH) to facilitate dissipation of regenerative energy in the motor drive; and driving the motor using open loop velocity control and setting the current command reference signal or value to the elevated or maximal drive current level while the motor is rotating in the first direction at a motor frequency having an absolute value less than or equal to the predetermined threshold frequency (ω TH) to transition the motor speed through zero to reverse rotation of the motor from the first direction to the second direction. driving the motor using closed loop velocity control and setting a current command reference signal or value to an elevated or maximal drive current level while the motor is rotating in the first direction at a motor frequency having an absolute value greater than a predetermined threshold frequency (ω TH) to facilitate dissipation of regenerative energy in the motor drive; and driving the motor using open loop velocity control and setting the current command reference signal or value to the elevated or maximal drive current level while the motor is rotating in the first direction at a motor frequency having an absolute value less than or equal to the predetermined threshold frequency (ω TH) to transition the motor speed through zero to reverse rotation of the motor from the first direction to the second direction.
A pneumatic braking system of a trailer towed by a work machine, comprising: a pressurized supply providing pneumatic fluid; a pilot line providing hydraulic fluid; a base valve including a first inlet, a second inlet, and an outlet, where the first inlet is fluidly coupled to the pilot line; a solenoid control valve including an inlet and an outlet, the inlet of the solenoid control valve fluidly coupled to the pressurized fluid supply, and the outlet being coupled to the second inlet of the base valve; a first control line fluidly coupled to the outlet of the base valve; a second control line fluidly coupled to the outlet of the solenoid control valve; wherein, the solenoid control valve is operably controlled between an energized state and a de-energized state; wherein, in the de-energized state the pressurized supply is fluidly coupled to the second inlet of the base valve and the second control line, and in the energized state the solenoid control valve fluidly de-couples the pressurized supply from the second inlet of the base valve and the second control line a pressurized supply providing pneumatic fluid; a pilot line providing hydraulic fluid; a base valve including a first inlet, a second inlet, and an outlet, where the first inlet is fluidly coupled to the pilot line; a solenoid control valve including an inlet and an outlet, the inlet of the solenoid control valve fluidly coupled to the pressurized fluid supply, and the outlet being coupled to the second inlet of the base valve; a first control line fluidly coupled to the outlet of the base valve; a second control line fluidly coupled to the outlet of the solenoid control valve; wherein, the solenoid control valve is operably controlled between an energized state and a de-energized state; wherein, in the de-energized state the pressurized supply is fluidly coupled to the second inlet of the base valve and the second control line, and in the energized state the solenoid control valve fluidly de-couples the pressurized supply from the second inlet of the base valve and the second control line
A valve lifter assembly comprising: an anti-rotation device including, a collar having a sleeve portion with an inner peripheral guide surface forming a lifter bore and a boss portion having an outer peripheral surface, and a bridge connector projecting from the outer peripheral surface; and a valve lifter (40, 42) coupled to the anti-rotation device and defining a longitudinal lifter axis extending between a first axial body end and a second axial body end, and the valve lifter (40, 42) including a lifting surface facing a direction of the first axial body end, and a cam follower (68, 69) mounted to the second axial body end; wherein the valve lifter (40, 42) is slidably coupled with the anti-rotation device such that the valve lifter (40, 42) and the anti-rotation device are free to reciprocate relative to one another; and the inner peripheral guide surface has a shape configured to inhibit rotation of the valve lifter (40, 42). an anti-rotation device including, a collar having a sleeve portion with an inner peripheral guide surface forming a lifter bore and a boss portion having an outer peripheral surface, and a bridge connector projecting from the outer peripheral surface; and a valve lifter (40, 42) coupled to the anti-rotation device and defining a longitudinal lifter axis extending between a first axial body end and a second axial body end, and the valve lifter (40, 42) including a lifting surface facing a direction of the first axial body end, and a cam follower (68, 69) mounted to the second axial body end; wherein the valve lifter (40, 42) is slidably coupled with the anti-rotation device such that the valve lifter (40, 42) and the anti-rotation device are free to reciprocate relative to one another; and the inner peripheral guide surface has a shape configured to inhibit rotation of the valve lifter (40, 42).