mhurhangee/patent-ind-claim-en huggingface dataset:
A drive system for a telescoping boom comprising: an elongated member ; a locking head configured to be driven on the elongated member ; an actuator configured to drive the locking head on the elongated member ; and a cabling assembly interconnected between the actuator and the locking head such that the locking head is driven on the elongated member in response to operation of the actuator, the cabling assembly comprising a cable and a plurality of sheaves ; characterized in that the actuator is a rod-barrel assembly comprising a rod and a barrel , wherein one of the rod and the barrel is movable relative to the other of the rod and barrel to extend or retract the rod-barrel assembly . an elongated member ; a locking head configured to be driven on the elongated member ; an actuator configured to drive the locking head on the elongated member ; and a cabling assembly interconnected between the actuator and the locking head such that the locking head is driven on the elongated member in response to operation of the actuator, the cabling assembly comprising a cable and a plurality of sheaves ; characterized in that the actuator is a rod-barrel assembly comprising a rod and a barrel , wherein one of the rod and the barrel is movable relative to the other of the rod and barrel to extend or retract the rod-barrel assembly .
Testing device for gearboxes , the testing device comprising a first gearbox designed as a planetary gearbox and a second gearbox designed as a planetary gearbox, wherein a ring gear , a planet carrier and a sun gear of the gearboxes are each provided with a sensor , and comprising a drive unit and an output unit which are connected to one another via the first and second gearboxes and a centre bearing which connects the two gearboxes to one another, wherein the gearboxes are each fastened to a test mount , and each test mount is connected to a carrier frame which is located at ground level on a floor plane and the carrier frames are each fastened to actuators and, for the at least partially simultaneous testing of the first and second gearboxes , the actuators exert an actuator force in order to induce tilting and/or displacement about multiple spatial axes as a mechanical reaction at least of the first gearbox , wherein the mechanical reaction , comprising reaction forces and reaction torques in the region of the centre bearing , are detected via the sensors .
A composition for forming a silicon-containing resist underlayer film, comprising at least: a thermally crosslinkable polysiloxane (Sx); characterised in that it further comprises one or more kinds of a quaternary ammonium salt shown by the following formulae where Me represents a methyl group, Et represents an ethyl group, and Ph represents a phenyl group a thermally crosslinkable polysiloxane (Sx); characterised in that it further comprises one or more kinds of a quaternary ammonium salt shown by the following formulae where Me represents a methyl group, Et represents an ethyl group, and Ph represents a phenyl group
Trailer coupling for a towing vehicle with a coupling support (14; 114) including a coupling arm, at the free end of which is arranged a coupling element , in particular a coupling ball , for attaching a trailer and which is mounted movably or immovably on a mounting (11; 111) which may be fixed to the towing vehicle , and with at least one force sensor for detecting a tensile force and/or thrust force which may be caused by a tensile load (Fx) acting on the coupling element during towing of the trailer , and for the output of a force signal representing the tensile force and/or thrust force, and wherein there is provided an evaluation unit (50; 150) which is designed to determine a trailer mass value of the trailer with the aid of the force signal and an acceleration value, characterised in that the coupling arm has several curves or angles.
A method performed by an apparatus for mobility management that is configured to serve each of a plurality of traffic types of user equipment , the method comprising: receiving, for each of said plurality of traffic types of user equipment , a respective weight factor; and sending, to a base station with which the apparatus is associated, a message that includes a respective weight factor for each of the traffic types of user equipment. receiving, for each of said plurality of traffic types of user equipment , a respective weight factor; and sending, to a base station with which the apparatus is associated, a message that includes a respective weight factor for each of the traffic types of user equipment.
System for moving a washing/rinsing head in a bin washing/rinsing apparatus for the pharmaceutical industry, said apparatus being equipped with a washing/rinsing chamber adapted to house one of said bins and said washing/rinsing head, said bin being provided with an opening adapted to allow said head to be introduced therein, the system being positioned over said washing/rinsing chamber and comprising: - a flexible tube , to one end of which said washing/rinsing head is connected, said flexible tube being adapted to carry washing/rinsing liquid, fed through a fixed second end of the tube, towards said washing/rinsing head ; - a first idle wheel , positioned vertically above said washing/rinsing head , and adapted to cause a first deviation of said flexible tube towards a second idle wheel ; - said second idle wheel , positioned laterally relative to said first idle wheel, adapted to cause a second deviation of said flexible tube in a direction substantially opposite to said first deviation; - a horizontal electric axis adapted to slidably house the pin of said second idle wheel ; - said first and second idle wheels being adapted to deviate said flexible tube so that it runs along essentially horizontal sections towards said fixed second end ; - an electronic controller adapted to cause the pin of said second idle wheel to slide within said horizontal axis , so as to control the vertical position of said washing/rinsing head in the washing/rinsing chamber through the sliding of said flexible tube on said first and second idle wheels. - a flexible tube , to one end of which said washing/rinsing head is connected, said flexible tube being adapted to carry washing/rinsing liquid, fed through a fixed second end of the tube, towards said washing/rinsing head ; - a first idle wheel , positioned vertically above said washing/rinsing head , and adapted to cause a first deviation of said flexible tube towards a second idle wheel ; - said second idle wheel , positioned laterally relative to said first idle wheel, adapted to cause a second deviation of said flexible tube in a direction substantially opposite to said first deviation; - a horizontal electric axis adapted to slidably house the pin of said second idle wheel ; - said first and second idle wheels being adapted to deviate said flexible tube so that it runs along essentially horizontal sections towards said fixed second end ; - an electronic controller adapted to cause the pin of said second idle wheel to slide within said horizontal axis , so as to control the vertical position of said washing/rinsing head in the washing/rinsing chamber through the sliding of said flexible tube on said first and second idle wheels.
A turbine bucket for use with a turbine engine, said turbine bucket comprising: an airfoil extending between a root end and a tip end , said airfoil comprising: an outer wall defining a cavity extending from said root end to said tip end, said outer wall comprising a first ceramic matrix composite (CMC) substrate extending a first distance from said root end to said tip end; and an inner wall positioned within said cavity, said inner wall comprising a second CMC substrate extending a second distance from said root end towards said tip end that is different than said first distance; characterised in that said first distance is greater than said second distance such that a tip pocket is defined at said tip end to facilitate reducing a flow of air across said tip end . an outer wall defining a cavity extending from said root end to said tip end, said outer wall comprising a first ceramic matrix composite (CMC) substrate extending a first distance from said root end to said tip end; and an inner wall positioned within said cavity, said inner wall comprising a second CMC substrate extending a second distance from said root end towards said tip end that is different than said first distance; characterised in that said first distance is greater than said second distance such that a tip pocket is defined at said tip end to facilitate reducing a flow of air across said tip end .
An integrated circuit to drive a plurality of fluid actuation devices , the integrated circuit comprising: an ID line (ID); a fire line (FIRE); a memory element ; a first switch electrically coupled between the fire line (FIRE) and the memory element ; a latch to latch a logic level on the ID line (ID) and to enable the first switch in response to a first logic level on the ID line (ID) and disable the first switch in response to a second logic level on the ID line (ID); and wherein the fire line (FIRE) is electrically coupled to the plurality of fluid actuation devices , and configured to either activate a respective fluid actuation device when the fluid actuation devices are selected in response to the second logic level on the ID line (ID) or access the memory element for read and/or write operations when the memory element is selected in response to the first logic level on the ID line. an ID line (ID); a fire line (FIRE); a memory element ; a first switch electrically coupled between the fire line (FIRE) and the memory element ; a latch to latch a logic level on the ID line (ID) and to enable the first switch in response to a first logic level on the ID line (ID) and disable the first switch in response to a second logic level on the ID line (ID); and wherein the fire line (FIRE) is electrically coupled to the plurality of fluid actuation devices , and configured to either activate a respective fluid actuation device when the fluid actuation devices are selected in response to the second logic level on the ID line (ID) or access the memory element for read and/or write operations when the memory element is selected in response to the first logic level on the ID line.
A bicycle comprising an integrated luggage carrier and a mudguard , wherein the luggage carrier is defined by a profile following the curvature of the mudguard , and wherein the mudguard is attached to at least one mounting position of the luggage carrier , wherein the luggage carrier sits on the upper side of the mudguard and thus the mudguard is attached directly to the profile following the curvature of the mudguard; and wherein the luggage carrier is connected to the rest of the frame of the bicycle by a material bond. wherein the luggage carrier is defined by a profile following the curvature of the mudguard , and wherein the mudguard is attached to at least one mounting position of the luggage carrier , wherein the luggage carrier sits on the upper side of the mudguard and thus the mudguard is attached directly to the profile following the curvature of the mudguard; and wherein the luggage carrier is connected to the rest of the frame of the bicycle by a material bond.
An outer seal structure for a rotor assembly comprising: a stator structure ; and a non-contact seal assembly , fixed relative to the stator structure , the non-contact seal assembly comprising: a plurality of seal shoes arranged about an axis in an annular array; a seal base circumscribing the annular array of the plurality of seal shoes ; a plurality of spring elements , each of the plurality of spring elements extending radially between a respective seal shoe of the plurality of seal shoes and the seal base ; and a shoe support plate arranged about the axis and mounted to the stator structure , characterised in that the shoe support plate comprises a plurality of shoe support tabs extending axially from the shoe support plate ; wherein each shoe support tab of the plurality of shoe support tabs is disposed between each adjacent pair of seal shoes of the plurality of seal shoes . a stator structure ; and a non-contact seal assembly , fixed relative to the stator structure , the non-contact seal assembly comprising: a plurality of seal shoes arranged about an axis in an annular array; a seal base circumscribing the annular array of the plurality of seal shoes ; a plurality of spring elements , each of the plurality of spring elements extending radially between a respective seal shoe of the plurality of seal shoes and the seal base ; and a shoe support plate arranged about the axis and mounted to the stator structure , characterised in that the shoe support plate comprises a plurality of shoe support tabs extending axially from the shoe support plate ; wherein each shoe support tab of the plurality of shoe support tabs is disposed between each adjacent pair of seal shoes of the plurality of seal shoes . a plurality of seal shoes arranged about an axis in an annular array; a seal base circumscribing the annular array of the plurality of seal shoes ; a plurality of spring elements , each of the plurality of spring elements extending radially between a respective seal shoe of the plurality of seal shoes and the seal base ; and a shoe support plate arranged about the axis and mounted to the stator structure , characterised in that the shoe support plate comprises a plurality of shoe support tabs extending axially from the shoe support plate ; wherein each shoe support tab of the plurality of shoe support tabs is disposed between each adjacent pair of seal shoes of the plurality of seal shoes .
A gyroscope comprising: a planar ion trap part to form a plurality of ion traps, each to trap one ion on a substrate , a normal direction of a surface of the planar ion trap part corresponding to a z direction, assuming that an x direction, a y direction and the z direction are orthogonal to each other; a microwave irradiation part to irradiate the ion with π/2 microwave pulses; a laser irradiation part to change momentum of the ion in the x direction; and a measurement part to monitor an internal state of the ion and measure an angle, characterized in that the planar ion trap part comprises: two rf electrodes disposed in the x direction on the substrate at a predetermined interval; and two DC electrode rows disposed in the x direction on the substrate so as to sandwich the two rf electrodes , the DC electrode rows each including at least five DC electrodes in the x direction, the ion traps having such an interval that ions to be trapped do not interfere with each other when a plurality of ion traps are formed. a planar ion trap part to form a plurality of ion traps, each to trap one ion on a substrate , a normal direction of a surface of the planar ion trap part corresponding to a z direction, assuming that an x direction, a y direction and the z direction are orthogonal to each other; a microwave irradiation part to irradiate the ion with π/2 microwave pulses; a laser irradiation part to change momentum of the ion in the x direction; and a measurement part to monitor an internal state of the ion and measure an angle, characterized in that the planar ion trap part comprises: two rf electrodes disposed in the x direction on the substrate at a predetermined interval; and two DC electrode rows disposed in the x direction on the substrate so as to sandwich the two rf electrodes , the DC electrode rows each including at least five DC electrodes in the x direction, the ion traps having such an interval that ions to be trapped do not interfere with each other when a plurality of ion traps are formed. two rf electrodes disposed in the x direction on the substrate at a predetermined interval; and two DC electrode rows disposed in the x direction on the substrate so as to sandwich the two rf electrodes , the DC electrode rows each including at least five DC electrodes in the x direction, the ion traps having such an interval that ions to be trapped do not interfere with each other when a plurality of ion traps are formed.
An inverter structure for a vehicle, comprising: a capacitor configured to receive direct current (DC) supplied from a battery; a power module assembly in which power modules of a plurality of power modules are connected to the capacitor to convert the direct current into three-phase alternating current (AC), and coolers of a plurality of coolers are alternately stacked one above another such that each cooler of the plurality of coolers comes into contact at upper and lower surfaces thereof with adjacent power modules of the plurality of power modules for heat transfer therebetween; and an output bus-bar connected to the plurality of power modules and configured to output the three-phase alternating current to a motor; characterized in that ,wherein the power module assembly is configured such that the power modules of the plurality of power modules are divided into three columns and are stacked one above another, and the coolers of the plurality of coolers are stacked one above another in a column so as to come into contact with the power modules of the plurality of power modules in a horizontal direction, and wherein the number of the power modules are changeable to correspond to various motor outputs without changing the configurations of the coolers . a capacitor configured to receive direct current (DC) supplied from a battery; a power module assembly in which power modules of a plurality of power modules are connected to the capacitor to convert the direct current into three-phase alternating current (AC), and coolers of a plurality of coolers are alternately stacked one above another such that each cooler of the plurality of coolers comes into contact at upper and lower surfaces thereof with adjacent power modules of the plurality of power modules for heat transfer therebetween; and an output bus-bar connected to the plurality of power modules and configured to output the three-phase alternating current to a motor; characterized in that ,wherein the power module assembly is configured such that the power modules of the plurality of power modules are divided into three columns and are stacked one above another, and the coolers of the plurality of coolers are stacked one above another in a column so as to come into contact with the power modules of the plurality of power modules in a horizontal direction, and wherein the number of the power modules are changeable to correspond to various motor outputs without changing the configurations of the coolers .
Connecting arrangement for corrugated tube lines with aluminium tubes , having at least one corrugated tube made from stainless steel, a connector nipple made from stainless steel, and at least one tube section made from aluminium, the corrugated tube and the connector nipple being connected to one another in an integrally joined manner, and the corrugated tube being enclosed by way of a pressure carrier hose , characterized in that the pressure carrier hose has a fluid-tight connection via a crimped connection directly to the tube section .
A user equipment, UE , comprising: a processor configured to receive an extended physical downlink control channel, E-PDCCH, in an E-PDCCH region that has been partitioned into at least two partitions, wherein a first partition contains control channel elements, CCEs, with a first set of aggregation levels, and a second partition contains CCEs with a second set of aggregation levels, wherein, for each partition, the processor is configured to perform blind decodes at regular, predefined intervals of CCEs corresponding to each aggregation level of the respective set of aggregation levels, and to perform the blind decodes in the first partition over a number of CCEs equal to a number of CCEs in the first set of aggregation levels, and to perform the blind decodes in the second partition over a number of CCEs equal to a number of CCEs in the second set of aggregation levels. a processor configured to receive an extended physical downlink control channel, E-PDCCH, in an E-PDCCH region that has been partitioned into at least two partitions, wherein a first partition contains control channel elements, CCEs, with a first set of aggregation levels, and a second partition contains CCEs with a second set of aggregation levels, wherein, for each partition, the processor is configured to perform blind decodes at regular, predefined intervals of CCEs corresponding to each aggregation level of the respective set of aggregation levels, and to perform the blind decodes in the first partition over a number of CCEs equal to a number of CCEs in the first set of aggregation levels, and to perform the blind decodes in the second partition over a number of CCEs equal to a number of CCEs in the second set of aggregation levels.
A data receiving method, comprising: performing, by a receive end device, a DRX operation at a first frequency based on a discontinuous reception, DRX, parameter; and receiving, by the receive end device in a time indicated by the DRX parameter, first indication information sent by a transmit end device by using the first frequency, wherein the first indication information instructs the receive end device to receive data at a second frequency, characterized in that the second frequency is higher than the first frequency; and wherein after the receiving, by the receive end device in a time indicated by the DRX parameter, first indication information sent by a transmit end device by using the first frequency, the method further comprises: starting, by the receive end device, beam tracking to determine an optimal beam; sending, by the receive end device, second indication information to the transmit end device, wherein the second indication information indicates the optimal beam; and receiving, by the receive end device at the second frequency by using the optimal beam, data sent by the transmit end device at the second frequency. performing, by a receive end device, a DRX operation at a first frequency based on a discontinuous reception, DRX, parameter; and receiving, by the receive end device in a time indicated by the DRX parameter, first indication information sent by a transmit end device by using the first frequency, wherein the first indication information instructs the receive end device to receive data at a second frequency, characterized in that the second frequency is higher than the first frequency; and wherein after the receiving, by the receive end device in a time indicated by the DRX parameter, first indication information sent by a transmit end device by using the first frequency, the method further comprises: starting, by the receive end device, beam tracking to determine an optimal beam; sending, by the receive end device, second indication information to the transmit end device, wherein the second indication information indicates the optimal beam; and receiving, by the receive end device at the second frequency by using the optimal beam, data sent by the transmit end device at the second frequency. starting, by the receive end device, beam tracking to determine an optimal beam; sending, by the receive end device, second indication information to the transmit end device, wherein the second indication information indicates the optimal beam; and receiving, by the receive end device at the second frequency by using the optimal beam, data sent by the transmit end device at the second frequency.