mhurhangee/patent-ind-claim-en huggingface dataset:
A side rearview vision assembly for a vehicle comprising: a base fixedly secured to the vehicle ; a support arm pivotally secured to said base ; a positioning arm secured to said support arm to telescope with respect to said support arm and movable with respect to said support arm , said positioning arm defining a distal end ; an image generating device comprising at least one camera attached to said distal end of said positioning arm such that said camera moves with said positioning arm as said positioning arm moves relative to said support arm , said camera being configured to provide images exterior to the vehicle ; and a camera motor operatively connected to said camera to change position, in particular orientation, of said camera with respect to said distal end of said positioning arm . a base fixedly secured to the vehicle ; a support arm pivotally secured to said base ; a positioning arm secured to said support arm to telescope with respect to said support arm and movable with respect to said support arm , said positioning arm defining a distal end ; an image generating device comprising at least one camera attached to said distal end of said positioning arm such that said camera moves with said positioning arm as said positioning arm moves relative to said support arm , said camera being configured to provide images exterior to the vehicle ; and a camera motor operatively connected to said camera to change position, in particular orientation, of said camera with respect to said distal end of said positioning arm .
A hybrid ice drill for producing a borehole in ice and snow for receiving and anchoring slalom and net poles for skiing, the hybrid ice drill comprising a drill shank and a drill spiral with spirals in a spiral expansion direction and with grooves in a spiral expansion direction, wherein the drill spiral zonally coaxially surrounds the drill shank , wherein the drill shank is made of a metal, wherein the drill spiral is made of a plastic, and wherein the spirals each have a constant cross-section along their spiral expansion direction; wherein the drill shank only partially penetrates the drill spiral in the axial direction (L).
A controller for an LED illuminating lamp, the controller comprising a processing unit , connectors (200;202) for connecting the controller in series with the LED illuminating lamp, and a switch electrically coupled between the connectors; the processing unit being configured to control the switch between an electrically conducting state for switching light of the LED illuminating lamp on and an electrically non-conducting state for switching light of the LED illuminating lamp off; characterized by the controller further comprising a power harvesting arrangement coupled between the connectors and comprising a first power harvesting unit configured to derive power for the controller from electric power fed to the connectors when the switch is in an electrically non-conducting state and a second power harvesting unit configured to derive power for the controller from electric power fed to the connectors when the switch is in an electrically conducting state, the controller further comprising a wireless communication unit configured to receive control commands or data for controlling the LED illuminating lamp. a processing unit , connectors (200;202) for connecting the controller in series with the LED illuminating lamp, and a switch electrically coupled between the connectors; the processing unit being configured to control the switch between an electrically conducting state for switching light of the LED illuminating lamp on and an electrically non-conducting state for switching light of the LED illuminating lamp off; characterized by the controller further comprising a power harvesting arrangement coupled between the connectors and comprising a first power harvesting unit configured to derive power for the controller from electric power fed to the connectors when the switch is in an electrically non-conducting state and a second power harvesting unit configured to derive power for the controller from electric power fed to the connectors when the switch is in an electrically conducting state, the controller further comprising a wireless communication unit configured to receive control commands or data for controlling the LED illuminating lamp.
A management system for the management of pallets of containers of recovered products, retrieved from a system for the storage of recovered products, according to an ongoing campaign, in which the system comprises: a belt (I) on which pallets of containers, including pallets filled with full containers and pallets that are not completely filled with full containers, enter the management system via an inlet ; a belt (II) on which incomplete pallets of full containers are discharged from the management system via a full-containers outlet ; a belt (III) on which completely empty pallets enter the management system via an access and are discharged from the management system via the access ; and a belt (IV) on which complete pallets of empty containers are discharged from the management system via an empty-containers outlet . a belt (I) on which pallets of containers, including pallets filled with full containers and pallets that are not completely filled with full containers, enter the management system via an inlet ; a belt (II) on which incomplete pallets of full containers are discharged from the management system via a full-containers outlet ; a belt (III) on which completely empty pallets enter the management system via an access and are discharged from the management system via the access ; and a belt (IV) on which complete pallets of empty containers are discharged from the management system via an empty-containers outlet .
A user equipment comprising: receiving circuitry, which, in operation, receives a user equipment packet duplication status from at least one base station, and processing circuitry, which, in operation, obtains the user equipment packet duplication status, which includes information on a status of uplink packet duplication to be performed by the user equipment with the at least one base station, wherein the information on the status of uplink packet duplication is per uplink radio bearer, one or more uplink radio bearers being established between the user equipment and the at least one base station, and wherein, the processing circuitry, when obtaining the user equipment packet duplication status, determines the status of uplink packet duplication per uplink radio bearer based on the information on the status of uplink packet duplication, the information on the status of uplink packet duplication is in a form of a bitmap including one bit per uplink radio bearer, and the status of uplink packet duplication is either activated or deactivated per uplink radio bearer. receiving circuitry, which, in operation, receives a user equipment packet duplication status from at least one base station, and processing circuitry, which, in operation, obtains the user equipment packet duplication status, which includes information on a status of uplink packet duplication to be performed by the user equipment with the at least one base station, wherein the information on the status of uplink packet duplication is per uplink radio bearer, one or more uplink radio bearers being established between the user equipment and the at least one base station, and wherein, the processing circuitry, when obtaining the user equipment packet duplication status, determines the status of uplink packet duplication per uplink radio bearer based on the information on the status of uplink packet duplication, the information on the status of uplink packet duplication is in a form of a bitmap including one bit per uplink radio bearer, and the status of uplink packet duplication is either activated or deactivated per uplink radio bearer.
Working machine comprising working equipment and vehicle wheels , and a drive, wherein the drive has a computing unit by means of which a first electric motor for exclusively driving the vehicle wheels can be activated and a second electric motor for driving the working equipment can be activated, wherein the second electric motor drives at least one hydraulic pump having an adjustable swept volume, and the swept volume of the pump can be detected by means of a sensor, wherein the computing unit processes this swept volume for activating the second electric motor , characterized in that the speed of the second electric motor is limited in dependence on the speed of the first electric motor .
A wireless IC device comprising: a wireless IC chip ; a power feeding circuit board connected to the wireless IC chip , the power feeding circuit board comprising a power feeding circuit including a resonance circuit having a predetermined resonance frequency; and a radiating plate having the power feeding circuit board bonded thereon or having the power feeding circuit board disposed in the vicinity thereof, the radiating plate radiating a transmission signal supplied from the power feeding circuit and/or receiving and propagating a reception signal to the power feeding circuit , wherein: the resonance circuit includes a first resonance circuit and a second resonance circuit, the first resonance circuit comprises a first series connection of a first capacitance element (C1) and a first inductance element (L1), the first series connection is connected between two terminals of the IC chip , the second resonance circuit comprises a second series connection of a second capacitance element (C2) and a second inductance element (L2), the second series connection is connected in parallel to the first inductance element (L1), and the first and second inductance elements (L1, L2) are magnetically coupled with each other and with the radiation plate . a wireless IC chip ; a power feeding circuit board connected to the wireless IC chip , the power feeding circuit board comprising a power feeding circuit including a resonance circuit having a predetermined resonance frequency; and a radiating plate having the power feeding circuit board bonded thereon or having the power feeding circuit board disposed in the vicinity thereof, the radiating plate radiating a transmission signal supplied from the power feeding circuit and/or receiving and propagating a reception signal to the power feeding circuit , wherein: the resonance circuit includes a first resonance circuit and a second resonance circuit, the first resonance circuit comprises a first series connection of a first capacitance element (C1) and a first inductance element (L1), the first series connection is connected between two terminals of the IC chip , the second resonance circuit comprises a second series connection of a second capacitance element (C2) and a second inductance element (L2), the second series connection is connected in parallel to the first inductance element (L1), and the first and second inductance elements (L1, L2) are magnetically coupled with each other and with the radiation plate . the resonance circuit includes a first resonance circuit and a second resonance circuit, the first resonance circuit comprises a first series connection of a first capacitance element (C1) and a first inductance element (L1), the first series connection is connected between two terminals of the IC chip , the second resonance circuit comprises a second series connection of a second capacitance element (C2) and a second inductance element (L2), the second series connection is connected in parallel to the first inductance element (L1), and the first and second inductance elements (L1, L2) are magnetically coupled with each other and with the radiation plate .
A method of assembling a plug or socket of an electrical connector, the method comprising the steps of: providing an insulator in an unrolled state, the insulator comprising plurality of segments , wherein; the plurality of segments comprises a first segment and a last segment, the first and last segment being separated by at least one intermediate segment and wherein the intermediate segment is hingeably attached to the first segment and the last segment, and wherein at least one of the plurality of segments has at least one pin retaining means and wherein in the unrolled state the plurality of segments present the pin retaining means adjacent to each other in substantially the same plane in a linear array; attaching a pin to a respective wire, the pin being configured for retention by the at least one pin retaining means; inserting the pin into one of the at least one pin retaining means; rolling, by way of a plurality of hinges , the insulator into a rolled state so that the first segment and last segment engage with each other, the rolled insulator being receivable by a housing of the plug or socket; and inserting the rolled insulator into the housing. providing an insulator in an unrolled state, the insulator comprising plurality of segments , wherein; the plurality of segments comprises a first segment and a last segment, the first and last segment being separated by at least one intermediate segment and wherein the intermediate segment is hingeably attached to the first segment and the last segment, and wherein at least one of the plurality of segments has at least one pin retaining means and wherein in the unrolled state the plurality of segments present the pin retaining means adjacent to each other in substantially the same plane in a linear array; attaching a pin to a respective wire, the pin being configured for retention by the at least one pin retaining means; inserting the pin into one of the at least one pin retaining means; rolling, by way of a plurality of hinges , the insulator into a rolled state so that the first segment and last segment engage with each other, the rolled insulator being receivable by a housing of the plug or socket; and inserting the rolled insulator into the housing.
A glass-wiping device with a suction apparatus, comprising a moving unit , a cleaning unit , a driver unit , a control unit and the suction apparatus, wherein the moving unit and the cleaning unit are provided at the bottom of the glass-wiping device , the control unit is connected to the driver unit , the driver unit controls the moving of the moving unit under control of the control unit ; the glass-wiping device adheres onto the surface of the glass via the suction apparatus including a suction cup unit , characterized in that the suction cup unit comprises an inner suction cup and an outer suction cup , the inner suction cup is provided on the inside of the outer suction cup , wherein a cavity on the inside of the inner suction cup forms an inner negative pressure chamber via vacuum suction, and a cavity between the inner and outer suction cups forms an outer negative pressure chamber via vacuum suction, whereby when only the outer suction cup is sealed with the surface of the glass, the inner negative pressure chamber is communicated with the outer negative pressure chamber to form a big negative pressure chamber, and the glass-wiping device adheres onto the surface of the glass via the big negative pressure chamber
A lens moving apparatus comprising: a housing comprising a hole ; a bobbin disposed in the housing ; a first coil disposed on the bobbin ; a magnet disposed on the housing ; an upper elastic member coupled to an upper portion of the housing ; a supporting member coupled to the upper elastic member through the hole ; and a base disposed under the housing , wherein the housing comprises: a first surface to which the upper elastic member is coupled; a second surface having a first stair relative to the first surface in an optical-axis direction and positioned lower than the first surface ; and an inclined surface adjacent to the second surface having a predetermined angle relative to the second surface and inclined downwards from the second surface, and wherein the hole is formed in at least one of the second surface or the inclined surface for defining a path along which the supporting member extends. a housing comprising a hole ; a bobbin disposed in the housing ; a first coil disposed on the bobbin ; a magnet disposed on the housing ; an upper elastic member coupled to an upper portion of the housing ; a supporting member coupled to the upper elastic member through the hole ; and a base disposed under the housing , wherein the housing comprises: a first surface to which the upper elastic member is coupled; a second surface having a first stair relative to the first surface in an optical-axis direction and positioned lower than the first surface ; and an inclined surface adjacent to the second surface having a predetermined angle relative to the second surface and inclined downwards from the second surface, and a first surface to which the upper elastic member is coupled; a second surface having a first stair relative to the first surface in an optical-axis direction and positioned lower than the first surface ; and an inclined surface adjacent to the second surface having a predetermined angle relative to the second surface and inclined downwards from the second surface, and wherein the hole is formed in at least one of the second surface or the inclined surface for defining a path along which the supporting member extends.
A gas turbine engine comprising: a fan driven by a fan drive turbine through a gear reduction ; an oil pump driven by a main input gear , said main input gear rotating when said fan rotates; and a gear train intermediate said main input gear and said oil pump , said gear train including a forward input gear and a reverse input gear , each driven by said main input gear , said forward input gear driving a forward pinion gear through a forward clutch and said reverse input gear driving a reverse pinion gear through a reverse clutch ; said forward clutch configured to transmit rotation from said forward input gear to said forward pinion gear when the fan is rotating in a first direction, and not transmit rotation from said forward input gear to said forward pinion gear when the fan is rotating in a second opposed direction; said reverse clutch configured to transmit rotation from said reverse input gear to said reverse pinion gear when the fan is rotating in the second opposed direction, and not transmit rotation from said reverse input gear to said reverse pinion gear when the fan is rotating in the first direction; and one of said forward and reverse pinion gears configured to drive a pump drive gear , to, in turn, drive said oil pump , wherein said reverse pinion gear is configured to drive said pump drive gear through a reverse idler gear , characterised in that : an axis of rotation (Z) of said pump drive gear is intermediate axes of rotation (Y,N) of said reverse input gear and said forward input gear . a fan driven by a fan drive turbine through a gear reduction ; an oil pump driven by a main input gear , said main input gear rotating when said fan rotates; and a gear train intermediate said main input gear and said oil pump , said gear train including a forward input gear and a reverse input gear , each driven by said main input gear , said forward input gear driving a forward pinion gear through a forward clutch and said reverse input gear driving a reverse pinion gear through a reverse clutch ; said forward clutch configured to transmit rotation from said forward input gear to said forward pinion gear when the fan is rotating in a first direction, and not transmit rotation from said forward input gear to said forward pinion gear when the fan is rotating in a second opposed direction; said reverse clutch configured to transmit rotation from said reverse input gear to said reverse pinion gear when the fan is rotating in the second opposed direction, and not transmit rotation from said reverse input gear to said reverse pinion gear when the fan is rotating in the first direction; and one of said forward and reverse pinion gears configured to drive a pump drive gear , to, in turn, drive said oil pump , wherein said reverse pinion gear is configured to drive said pump drive gear through a reverse idler gear , characterised in that : an axis of rotation (Z) of said pump drive gear is intermediate axes of rotation (Y,N) of said reverse input gear and said forward input gear .
A process for converting bio-oil, wherein a feedstock selected from bio-oils, fractions of bio-oils and combinations thereof is subjected to azeotropic distillation with at least one alcohol selected from C1-C30 alcohols and combinations thereof to yield a liquid component, and the liquid component is subjected to alcoholysis whereby converted bio-oil is obtained, wherein no catalysts are used in the azeotropic distillation step and the reaction time of the alcoholysis step is between 15 minutes and 1200 minutes.
A gas storage system, comprising: a first flow path configured to be in pneumatic communication with a port of a vessel ; a first burst disc disposed in the first flow path such that the gas flow in the first flow path is prevented by the first burst disc , and the first burst disc configured to permit gas flow at a first burst pressure; a second flow path in pneumatic communication with the first flow path , downstream from the first burst disc with respect to the gas flow; and a second burst disc disposed in the second flow path such that gas flow in the second flow path is prevented by the second burst disc , the second burst disc configured to permit gas flow at a second burst pressure, wherein the second burst pressure is less than the first burst pressure. a first flow path configured to be in pneumatic communication with a port of a vessel ; a first burst disc disposed in the first flow path such that the gas flow in the first flow path is prevented by the first burst disc , and the first burst disc configured to permit gas flow at a first burst pressure; a second flow path in pneumatic communication with the first flow path , downstream from the first burst disc with respect to the gas flow; and a second burst disc disposed in the second flow path such that gas flow in the second flow path is prevented by the second burst disc , the second burst disc configured to permit gas flow at a second burst pressure, wherein the second burst pressure is less than the first burst pressure.