mhurhangee/patent-ind-claim-en huggingface dataset:
A steering device assembly for a motor vehicle, comprising a steering axis (A) about which the steering device assembly can rotate in the installed condition, a first assembly element and a second assembly element , wherein the two assembly elements are connected to each other by a first joint , especially a first locking joint, and a second joint , especially a second locking joint, wherein the first joint comprises a resilient locking element which can be deflected in a direction transverse to the steering axis (A) to undo the first joint , and wherein the second joint can be undone by an axial load acting on the assembly elements away from each other, characterized in that a wedge is provided which has a wedge length (L) transverse to the steering axis (A) and a variable wedge height (H) in the direction of the steering axis (A), wherein the wedge length (L), the wedge height (H) and an angle of inclination (α) of the wedge are matched to one another such that both the first joint and the second joint of the assembly elements can be undone by a linear movement of the wedge in the longitudinal direction of the wedge. a steering axis (A) about which the steering device assembly can rotate in the installed condition, a first assembly element and a second assembly element , wherein the two assembly elements are connected to each other by a first joint , especially a first locking joint, and a second joint , especially a second locking joint, wherein the first joint comprises a resilient locking element which can be deflected in a direction transverse to the steering axis (A) to undo the first joint , and wherein the second joint can be undone by an axial load acting on the assembly elements away from each other, characterized in that a wedge is provided which has a wedge length (L) transverse to the steering axis (A) and a variable wedge height (H) in the direction of the steering axis (A), wherein the wedge length (L), the wedge height (H) and an angle of inclination (α) of the wedge are matched to one another such that both the first joint and the second joint of the assembly elements can be undone by a linear movement of the wedge in the longitudinal direction of the wedge.
A lighting apparatus for a vehicle, the lighting apparatus comprising: a lens ; a light source device disposed behind the lens ; a phosphor assembly configured to wavelength-convert an incident beam and emit light toward the lens ; and a reflection unit configured to reflect the beam emitted by the light source device toward the phosphor assembly , the reflection unit being provided in a partial region of a front surface of the lens , wherein the phosphor assembly comprises: a phosphor configured to emit the light obtained by wavelengthconverting the incident beam; and a reflector including a plurality of reflective guide walls configured to reflect the light emitted by the phosphor , wherein the reflector forms at least one space , through which the light emitted by the phosphor passes, by the reflective guide walls , wherein the phosphor assembly is disposed behind the lens . a lens ; a light source device disposed behind the lens ; a phosphor assembly configured to wavelength-convert an incident beam and emit light toward the lens ; and a reflection unit configured to reflect the beam emitted by the light source device toward the phosphor assembly , the reflection unit being provided in a partial region of a front surface of the lens , wherein the phosphor assembly comprises: a phosphor configured to emit the light obtained by wavelengthconverting the incident beam; and a reflector including a plurality of reflective guide walls configured to reflect the light emitted by the phosphor , wherein the reflector forms at least one space , through which the light emitted by the phosphor passes, by the reflective guide walls , wherein the phosphor assembly is disposed behind the lens . a phosphor configured to emit the light obtained by wavelengthconverting the incident beam; and a reflector including a plurality of reflective guide walls configured to reflect the light emitted by the phosphor , wherein the reflector forms at least one space , through which the light emitted by the phosphor passes, by the reflective guide walls , wherein the phosphor assembly is disposed behind the lens .
A method for performing partial combining of a desired multimedia broadcast/multicast service, MBMS, service by a user equipment , UE, in a mobile communication system supporting MBMS service, the method comprising: receiving MCCH information including combinable period information from a primary cell where the UE is currently located and information to determine an S-CCPCH of the primary cell; receiving scheduling information on a MBMS scheduling channel, MSCH, mapped onto a secondary common control physical channel, S-CCPCH, of a current cell, at a reception timing acquired from the MCCH information; receiving a neighboring cell information containing combining information, which indicate at least one time period when the partial combining is applicable between said S-CCPCH transmitted in the current cell and a S-CCPCH transmitted in a concerned neighboring cell; receiving MBMS service signals of at least one of MBMS service through a MBMS traffic channel in the S-CCPCH transmitted in the current cell and a MBMS traffic channel in the S-CCPCH transmitted in the concerned neighboring cell at the at least one time period; and partial combining the received MBMS service signals, wherein the neighboring cell information is included in the MCCH information related to the at least one of MBMS service. receiving MCCH information including combinable period information from a primary cell where the UE is currently located and information to determine an S-CCPCH of the primary cell; receiving scheduling information on a MBMS scheduling channel, MSCH, mapped onto a secondary common control physical channel, S-CCPCH, of a current cell, at a reception timing acquired from the MCCH information; receiving a neighboring cell information containing combining information, which indicate at least one time period when the partial combining is applicable between said S-CCPCH transmitted in the current cell and a S-CCPCH transmitted in a concerned neighboring cell; receiving MBMS service signals of at least one of MBMS service through a MBMS traffic channel in the S-CCPCH transmitted in the current cell and a MBMS traffic channel in the S-CCPCH transmitted in the concerned neighboring cell at the at least one time period; and partial combining the received MBMS service signals, wherein the neighboring cell information is included in the MCCH information related to the at least one of MBMS service.
A working vehicle comprising: a prime mover configured to outputs power; a drive configured to be driven by the power output from the prime mover ; a transmission mechanism configured to transmit the power output from the prime mover to the drive ; a clutch provided in the transmission mechanism and displaceable to a connected state in which the power is transmitted to the drive , a disconnected state in which transmission of the power to the drive is disconnected, and a half-clutch state in which the power is slidably and partly transmitted to the drive ; a clutch pedal ; a detector configured to detects an operation position of the clutch pedal and outputs a detected value corresponding to the operation position detected; characterised in that it further comprises a control device configured to bring the clutch into the half-clutch state if the detected value from the detector corresponds with a predetermined threshold, to bring the clutch into the disconnected state if the detected value is either one of a value less than the threshold and a value greater than the threshold, and to bring the clutch into the connected state if the detected value is the other of the value less than the threshold and the value greater than the threshold; an operation member ; and a change unit configured to change a value of the threshold to a different value in accordance with an operation on the operation member . a prime mover configured to outputs power; a drive configured to be driven by the power output from the prime mover ; a transmission mechanism configured to transmit the power output from the prime mover to the drive ; a clutch provided in the transmission mechanism and displaceable to a connected state in which the power is transmitted to the drive , a disconnected state in which transmission of the power to the drive is disconnected, and a half-clutch state in which the power is slidably and partly transmitted to the drive ; a clutch pedal ; a detector configured to detects an operation position of the clutch pedal and outputs a detected value corresponding to the operation position detected; characterised in that it further comprises a control device configured to bring the clutch into the half-clutch state if the detected value from the detector corresponds with a predetermined threshold, to bring the clutch into the disconnected state if the detected value is either one of a value less than the threshold and a value greater than the threshold, and to bring the clutch into the connected state if the detected value is the other of the value less than the threshold and the value greater than the threshold; an operation member ; and a change unit configured to change a value of the threshold to a different value in accordance with an operation on the operation member .
A terminal device in which a transmitter transmits biological information and battery state information to a biological information display device , the terminal device characterized by: a shutdown detection unit that detects a shutdown state of a battery ; and a transmission control unit that, when the shutdown detection unit detects the battery shutdown state, causes the transmitter to transmit the battery state information indicative of shutdown; wherein the terminal device comprises another battery for detecting the shutdown state and transmitting the battery state information. a shutdown detection unit that detects a shutdown state of a battery ; and a transmission control unit that, when the shutdown detection unit detects the battery shutdown state, causes the transmitter to transmit the battery state information indicative of shutdown; wherein the terminal device comprises another battery for detecting the shutdown state and transmitting the battery state information.
Grading ring for a transformer, comprising a core with a first, electrically conductive layer , which encloses the core , wherein the first, electrically conductive layer is formed as a composite which comprises at least one insulating polymer matrix with at least one fraction of electrically conductive particles, wherein the electrically conductive filler particles are contained in an amount above the percolation threshold and include at least one fraction of filler particles that has an average particle size in the range from 500 nm to 100 μm, wherein the material of the filler particles is selected from the group of the following compounds: metal, carbon, metal oxide, mica, all of the aforementioned compounds taking the form here of coated or uncoated particles and being doped, partially doped or undoped and/or in any desired mixtures of the aforementioned compounds, wherein a strip-like, electrically conductive material for connecting a cable is fastened to the grading ring at a flange, by which the grading ring can be handled or brought into electrical contact with earth, and an isolating point, which represents an interruption of the first electrically conductive layer of the grading ring, is provided in the region on the grading ring that lies exactly opposite the flange of the strip-like electrically conductive material for connecting a cable.
A toner composition comprising: a first wax; a second wax that is different from the first wax; wherein the first wax comprises a paraffin wax; wherein the second wax comprises a polymethylene wax; at least one polyester, wherein the at least one polyester comprises a first amorphous polyester and a second amorphous polyester that is different from the first amorphous polyester, and a crystalline polyester, wherein the toner composition comprises crystalline polyester present in an amount of from 6 to 7 percent by weight based upon the total weight of the toner composition; and an optional colorant, wherein the toner comprises a total amount of wax, including both the paraffin wax and the polymethylene wax, of from 7 to 14 percent, by weight, based upon the total weight of the toner composition. a first wax; a second wax that is different from the first wax; wherein the first wax comprises a paraffin wax; wherein the second wax comprises a polymethylene wax; at least one polyester, wherein the at least one polyester comprises a first amorphous polyester and a second amorphous polyester that is different from the first amorphous polyester, and a crystalline polyester, wherein the toner composition comprises crystalline polyester present in an amount of from 6 to 7 percent by weight based upon the total weight of the toner composition; and an optional colorant, wherein the toner comprises a total amount of wax, including both the paraffin wax and the polymethylene wax, of from 7 to 14 percent, by weight, based upon the total weight of the toner composition.
A refrigerator comprising: an ice making tray ; a cooling system ; a stirrer , at least a portion of the stirrer being submerged in the ice making tray ; a stirring motor coupled to the stirrer ; and a controller storing instructions and configured to execute the stored instructions to control the stirring motor to drive the stirrer while controlling the cooling system to cool water stored in the ice making tray , wherein while the cooling system cools the water stored in the ice making tray , the stirrer is configured to stir the water stored in the ice making tray , and wherein the stirrer comprises: a shaft , a stirring member protruding from the shaft to stir water stored in the ice making tray while ice is being formed, and a scooping member protruding from the shaft to separate ice from the ice making tray , characterised in that the stirring member has a different shape than the scooping member and is made of a different material than the scooping member . an ice making tray ; a cooling system ; a stirrer , at least a portion of the stirrer being submerged in the ice making tray ; a stirring motor coupled to the stirrer ; and a controller storing instructions and configured to execute the stored instructions to control the stirring motor to drive the stirrer while controlling the cooling system to cool water stored in the ice making tray , wherein while the cooling system cools the water stored in the ice making tray , the stirrer is configured to stir the water stored in the ice making tray , and wherein the stirrer comprises: a shaft , a stirring member protruding from the shaft to stir water stored in the ice making tray while ice is being formed, and a scooping member protruding from the shaft to separate ice from the ice making tray , characterised in that the stirring member has a different shape than the scooping member and is made of a different material than the scooping member . a shaft , a stirring member protruding from the shaft to stir water stored in the ice making tray while ice is being formed, and a scooping member protruding from the shaft to separate ice from the ice making tray , characterised in that the stirring member has a different shape than the scooping member and is made of a different material than the scooping member .
A communications station operable to communicate with a number of communications devices, including a number of relay stations , using a communication cell, wherein the communications station is operable to transmit, within the cell, a sequence of sub-frames , and is operable to use frequency division multiplexing to transmit relay control data for different relay stations using both frequency selective transmission, in which the control data for different relay stations is transmitted on different respective physical resource blocks, and frequency diversity transmission, in which the control data for different relay stations is interleaved in at least one physical resource block, either in the same sub-frame of the cell or in different respective sub-frames of the cell, and operable to transmit configuration data in advance to each relay station identifying if the relay station is to monitor frequency selective transmissions or frequency diversity transmissions.
A method for wireless communications at a user equipment, UE, comprising: identifying a subset of subbands supported by a base station in communication with the UE; receiving an uplink grant for transmission of an uplink shared data channel via the subset of subbands in a transmission time interval, the uplink grant indicating a listen before talk, LBT, procedure of a first type for the subset of subbands in the transmission time interval; receiving , after receiving the uplink grant and within the transmission time interval, signaling that indicates one or more subbands of the subset associated with an LBT procedure of a second type, wherein the LBT procedure of the second type for the one or more subbands is different than the LBT procedure of the first type for each subband of the subset of subbands indicated via the uplink grant; and performing LBT procedures of the first type or the second type on the subset of subbands based at least in part on the uplink grant and the signaling. identifying a subset of subbands supported by a base station in communication with the UE; receiving an uplink grant for transmission of an uplink shared data channel via the subset of subbands in a transmission time interval, the uplink grant indicating a listen before talk, LBT, procedure of a first type for the subset of subbands in the transmission time interval; receiving , after receiving the uplink grant and within the transmission time interval, signaling that indicates one or more subbands of the subset associated with an LBT procedure of a second type, wherein the LBT procedure of the second type for the one or more subbands is different than the LBT procedure of the first type for each subband of the subset of subbands indicated via the uplink grant; and performing LBT procedures of the first type or the second type on the subset of subbands based at least in part on the uplink grant and the signaling.
A method of wireless communication at a first integrated access backhaul, IAB, node within an IAB network, comprising: communicating with a second IAB node over a first link and with a set of one or more child nodes over respective second links, the second IAB node being a parent IAB node of the first IAB node; transmitting a guard symbols desired message requesting the second IAB node provide a number of guard symbols at a transition between a first set of resources allocated for communication between the first IAB node and the second IAB node over the first link and a second set of resources allocated for communication between the first IAB node and the set of one or more child nodes over the respective second links; and identifying a subcarrier spacing associated with the number of guard symbols, wherein the identifying the subcarrier spacing comprises one of: receiving an indication of the subcarrier spacing via a first medium access control - control element, MAC-CE, from the second IAB node; receiving an indication of the subcarrier spacing via a first radio resource control, RRC, message from an IAB donor node; determining the subcarrier spacing comprises a default subcarrier spacing. communicating with a second IAB node over a first link and with a set of one or more child nodes over respective second links, the second IAB node being a parent IAB node of the first IAB node; transmitting a guard symbols desired message requesting the second IAB node provide a number of guard symbols at a transition between a first set of resources allocated for communication between the first IAB node and the second IAB node over the first link and a second set of resources allocated for communication between the first IAB node and the set of one or more child nodes over the respective second links; and identifying a subcarrier spacing associated with the number of guard symbols, wherein the identifying the subcarrier spacing comprises one of: receiving an indication of the subcarrier spacing via a first medium access control - control element, MAC-CE, from the second IAB node; receiving an indication of the subcarrier spacing via a first radio resource control, RRC, message from an IAB donor node; determining the subcarrier spacing comprises a default subcarrier spacing. receiving an indication of the subcarrier spacing via a first medium access control - control element, MAC-CE, from the second IAB node; receiving an indication of the subcarrier spacing via a first radio resource control, RRC, message from an IAB donor node; determining the subcarrier spacing comprises a default subcarrier spacing.
A method for producing electricity, and hydrogen or syngas, using a molten carbonate fuel cell comprising an anode and a cathode, the method comprising: introducing an anode fuel stream comprising a reformable fuel into the anode of the molten carbonate fuel cell, an internal reforming element associated with the anode of the molten carbonate fuel cell, or a combination thereof; introducing a cathode inlet stream comprising CO 2 and O 2 into the cathode of the molten carbonate fuel cell; generating electricity within the molten carbonate fuel cell; generating an anode exhaust from an anode outlet of the molten carbonate fuel cell; separating from the anode exhaust a H 2 -containing stream, a syngas-containing stream, or a combination thereof, wherein an amount of the reformable fuel introduced into the anode of the molten carbonate fuel cell, the internal reforming element associated with the anode of the molten carbonate fuel cell, or the combination thereof, provides a reformable fuel surplus ratio of at least 2.0, wherein reformable fuel surplus ratio is the Lower Heating Value of reformable fuel delivered to the anode and/or a reforming stage associated with the anode relative to the Lower Heating Value of hydrogen oxidized in the anode due to the fuel cell anode reaction, wherein the Lower Heating Value is the enthalpy of combustion of a fuel component to vapor phase, fully oxidized CO 2 and H 2 O products. introducing an anode fuel stream comprising a reformable fuel into the anode of the molten carbonate fuel cell, an internal reforming element associated with the anode of the molten carbonate fuel cell, or a combination thereof; introducing a cathode inlet stream comprising CO 2 and O 2 into the cathode of the molten carbonate fuel cell; generating electricity within the molten carbonate fuel cell; generating an anode exhaust from an anode outlet of the molten carbonate fuel cell; separating from the anode exhaust a H 2 -containing stream, a syngas-containing stream, or a combination thereof, wherein an amount of the reformable fuel introduced into the anode of the molten carbonate fuel cell, the internal reforming element associated with the anode of the molten carbonate fuel cell, or the combination thereof, provides a reformable fuel surplus ratio of at least 2.0, wherein reformable fuel surplus ratio is the Lower Heating Value of reformable fuel delivered to the anode and/or a reforming stage associated with the anode relative to the Lower Heating Value of hydrogen oxidized in the anode due to the fuel cell anode reaction, wherein the Lower Heating Value is the enthalpy of combustion of a fuel component to vapor phase, fully oxidized CO 2 and H 2 O products.