mhurhangee/patent-ind-claim-en huggingface dataset:
A steering column assembly for use with a vehicle, comprising: a jacket ; explosive material ; a steering shaft rotatably supported by the jacket , the steering shaft being movable from an extended position to a stowed position upon detonation of the explosive material ; and a detonation device in communication with the explosive material for detonating the explosive material when an impact event is sensed or predicted; the steering shaft has an end for receiving a steering wheel; characterized in comprising: a push plate extending from the steering shaft for receiving a force sufficient to move the steering shaft from the extended position to the stowed position, wherein: the push plate is positioned between the explosive material and the steering shaft end ; and the steering shaft further comprising a biasing member for imparting the force on the push plate upon detonation of the explosive material a jacket ; explosive material ; a steering shaft rotatably supported by the jacket , the steering shaft being movable from an extended position to a stowed position upon detonation of the explosive material ; and a detonation device in communication with the explosive material for detonating the explosive material when an impact event is sensed or predicted; the steering shaft has an end for receiving a steering wheel; characterized in comprising: a push plate extending from the steering shaft for receiving a force sufficient to move the steering shaft from the extended position to the stowed position, wherein: the push plate is positioned between the explosive material and the steering shaft end ; and the steering shaft further comprising a biasing member for imparting the force on the push plate upon detonation of the explosive material a push plate extending from the steering shaft for receiving a force sufficient to move the steering shaft from the extended position to the stowed position, wherein: the push plate is positioned between the explosive material and the steering shaft end ; and the steering shaft further comprising a biasing member for imparting the force on the push plate upon detonation of the explosive material the push plate is positioned between the explosive material and the steering shaft end ; and the steering shaft further comprising a biasing member for imparting the force on the push plate upon detonation of the explosive material
An inter-vertebral cage comprising: a plurality of cage sections ; and a hinge element that connects adjacent ones of the cage sections together for relative movement, the hinge elements urging the cage sections to move from an extended orientation to an installed orientation, characterized in that the hinge elements urge adjacent ones of the cage sections to extend at an angle relative to one another, and wherein each of the hinge elements has greater torsional stresses when the cage sections are in the extended orientation than when the cage sections are in the installed orientation; and the inter-vertebral cage further including first and second end sections that are connected to the plurality of cage sections , wherein the first and second end sections have respective locking structures provided thereon for selectively retaining the first and second end sections together.
A method for controlling a wireless power transmitter , the method comprising: applying, to a power transmitting unit of the wireless power transmitter , a detection power for detecting a change in a load of the wireless power transmitter caused by a placement of a wireless power receiver ; detecting the change in the load of the wireless power transmitter ; applying, to the power transmitting unit , a driving power, wherein the driving power is used by the wireless power receiver to transmit a first signal; while applying the driving power, determining whether the first signal from the wireless power receiver is received through a wireless communication unit of the wireless power transmitter within a predetermined time after detecting the change in the load of the wireless power transmitter ; and while applying the driving power, transmitting, through the wireless communication unit , a second signal to the wireless power receiver , if the first signal from the wireless power receiver is received within the predetermined time after detecting the change in the load of the wireless power transmitter . applying, to a power transmitting unit of the wireless power transmitter , a detection power for detecting a change in a load of the wireless power transmitter caused by a placement of a wireless power receiver ; detecting the change in the load of the wireless power transmitter ; applying, to the power transmitting unit , a driving power, wherein the driving power is used by the wireless power receiver to transmit a first signal; while applying the driving power, determining whether the first signal from the wireless power receiver is received through a wireless communication unit of the wireless power transmitter within a predetermined time after detecting the change in the load of the wireless power transmitter ; and while applying the driving power, transmitting, through the wireless communication unit , a second signal to the wireless power receiver , if the first signal from the wireless power receiver is received within the predetermined time after detecting the change in the load of the wireless power transmitter .
A subsystem comprising a battery block and an assembly for moving the battery block, wherein the battery block has a bottom portion with an opening and the assembly comprises: a trolley having a top side and a bottom side spaced from the top side, the trolley being horizontally movable in a substantially horizontal first direction (Y); a platform positioned on the top side of the trolley and comprising a first end , a second end spaced from the first end, and a top surface that extends in a substantially horizontal second direction (X) perpendicular to the first direction (Y) between the first and second ends, the top surface is configured to support the bottom portion of the battery block thereon; a lift mechanism disposed between the trolley and the platform, the lift mechanism configured to move the platform relative to the trolley in a substantially vertical third direction (Z) perpendicular to both the first and the second direction; and a battery block moving mechanism coupled to the platform, the battery block moving mechanism comprises a moveable pin that extends outwards from the top surface of the platform and a horizontal pin moving mechanism configured to move the moveable pin in the second direction (X) along the top surface of the platform, wherein the opening of the battery block is sized to accept the moveable pin and the moveable pin is configured to engage and move the battery block via the opening, wherein the battery block moving assembly is configured to transfer the battery block from/to the top surface of the platform by using the moveable pin to move the battery block alongside the platform in the second direction (X). a trolley having a top side and a bottom side spaced from the top side, the trolley being horizontally movable in a substantially horizontal first direction (Y); a platform positioned on the top side of the trolley and comprising a first end , a second end spaced from the first end, and a top surface that extends in a substantially horizontal second direction (X) perpendicular to the first direction (Y) between the first and second ends, the top surface is configured to support the bottom portion of the battery block thereon; a lift mechanism disposed between the trolley and the platform, the lift mechanism configured to move the platform relative to the trolley in a substantially vertical third direction (Z) perpendicular to both the first and the second direction; and a battery block moving mechanism coupled to the platform, the battery block moving mechanism comprises a moveable pin that extends outwards from the top surface of the platform and a horizontal pin moving mechanism configured to move the moveable pin in the second direction (X) along the top surface of the platform, wherein the opening of the battery block is sized to accept the moveable pin and the moveable pin is configured to engage and move the battery block via the opening, wherein the battery block moving assembly is configured to transfer the battery block from/to the top surface of the platform by using the moveable pin to move the battery block alongside the platform in the second direction (X).
A compound comprising a modified oligonucleotide consisting of 16 to 30 linked nucleosides and having a nucleobase sequence comprising a portion which consists of at least 16 contiguous nucleobases complementary to an equal-length portion of nucleotides 7267-7457 of SEQ ID NO: 2.
A sports car provided with a conditioning system comprising a conditioning device (CD) for treating air to be introduced or recirculated in a cockpit (AB) of said sports car, an internal channel (Cout) for delivering conditioned air generated by said conditioning device (CD) throughout said vehicle cockpit (AB), wherein said conditioning device (CD) is arranged at a rear position with respect to said vehicle cockpit (AB); the car further comprising a roof (R) and wherein said internal channel (Cout) is at least partially integrated in said roof (R); characterized in that said internal channel (Cout) defines a front central upright (MC), which crosses a windscreen (WS) identifying a right portion (WSA) and a left portion (WSB) of the windscreen (WS), channelling said conditioned air in a vehicle dashboard.
Date and moon phase display mechanism for watches, comprising a date ring with an inner toothing arranged to be driven by a timepiece movement , or arranged to cooperate with a date ring with an inner toothing of a timepiece movement , said mechanism comprising a moon display wheel set held in position by a moon jumper , wherein said mechanism comprises drive means , which are arranged to be actuated by said inner toothing during each rotation of said date ring , and which are arranged to drive said moon display wheel set by a first constant angular pitch during each said rotation of said date ring , characterised in that said drive means comprise an entry lever that pivots about an entry axis (A5) and includes a first end which is arranged to cooperate with said inner toothing , and a second end which is arranged to engage and push a bearing surface comprised in a main lever that pivots about a main axis (A7) and is arranged to directly or indirectly control the rotation of said moon display wheel set .
Wall for a furniture body , having a core and a housing arranged beside said core , which housing is open towards at least one end face of the wall and which is used to accommodate a fitting which guides a movable furniture part, wherein the core and the housing are covered by a continuous cover layer on at least one side surface of the wall, characterized in that the core is made of chipboard or a medium or high density fiberboard, and that the core and the housing rest against one another in each case at an end face which extends over at least part of the extension of the wall.
A base station subsystem, BSS, (202 1 ) configured to interact with a Serving Mobile Location Center, SMLC, (206 1 ) and including a base transceiver station, BTS, (210 1 ), the BSS comprising: a processor (248 1 ); and, a memory (250 1 ) that stores processor-executable instructions, wherein the processor interfaces with the memory to execute the processor-executable instructions, whereby the BSS is characterized to: transmit , to the SMLC, a Base Station Subsystem Mobile Application Part-Location Services Extension, BSSMAP-LE, CONNECTION ORIENTED INFORMATION message (275 1 ) which includes a BTS timing advance, TA, accuracy (271 1 ) estimated by the BTS. a processor (248 1 ); and, a memory (250 1 ) that stores processor-executable instructions, wherein the processor interfaces with the memory to execute the processor-executable instructions, whereby the BSS is characterized to: transmit , to the SMLC, a Base Station Subsystem Mobile Application Part-Location Services Extension, BSSMAP-LE, CONNECTION ORIENTED INFORMATION message (275 1 ) which includes a BTS timing advance, TA, accuracy (271 1 ) estimated by the BTS.
A radio communication apparatus comprising: a packet data convergence protocol, PDCP, processing unit configured to perform a process in the PDCP layer; a medium access control, MAC, processing unit , including a single MAC entity, configured to perform the process in the MAC layer; and a radio link control, RLC, processing unit configured to perform a process in an RLC layer; wherein the PDCP processing unit includes one PDCP entity for each radio bearer; the RLC processing unit includes a plurality of RLC entities for each PDCP entity; and the PDCP entity of a transmission side is configured to give a sequence number, to data to be supplied to the RLC entity and to subsequently determine the RLC entity to which the data is distributed at an any subsequent procedure or timing. a packet data convergence protocol, PDCP, processing unit configured to perform a process in the PDCP layer; a medium access control, MAC, processing unit , including a single MAC entity, configured to perform the process in the MAC layer; and a radio link control, RLC, processing unit configured to perform a process in an RLC layer; wherein the PDCP processing unit includes one PDCP entity for each radio bearer; the RLC processing unit includes a plurality of RLC entities for each PDCP entity; and the PDCP entity of a transmission side is configured to give a sequence number, to data to be supplied to the RLC entity and to subsequently determine the RLC entity to which the data is distributed at an any subsequent procedure or timing.
A hybrid electric propulsion system comprising: a gas turbine engine comprising a low speed spool and a high speed spool , the low speed spool comprising a low pressure compressor and a low pressure turbine , and the high speed spool comprising a high pressure compressor and a high pressure turbine ; an electric generator configured to extract power from the low speed spool ; an electric motor configured to augment rotational power of the high speed spool ; and a controller configured to: determine a target operating condition of the low pressure compressor to achieve a compressor stability margin in the gas turbine engine; determine a current operating condition of the low pressure compressor ; and control a power transfer between the electric generator of the low speed spool and the electric motor of the high speed spool to adjust the current operating condition based on the target operating condition that reduces a pressure ratio of the low pressure compressor and that increases the low pressure compressor air flow. a gas turbine engine comprising a low speed spool and a high speed spool , the low speed spool comprising a low pressure compressor and a low pressure turbine , and the high speed spool comprising a high pressure compressor and a high pressure turbine ; an electric generator configured to extract power from the low speed spool ; an electric motor configured to augment rotational power of the high speed spool ; and a controller configured to: determine a target operating condition of the low pressure compressor to achieve a compressor stability margin in the gas turbine engine; determine a current operating condition of the low pressure compressor ; and control a power transfer between the electric generator of the low speed spool and the electric motor of the high speed spool to adjust the current operating condition based on the target operating condition that reduces a pressure ratio of the low pressure compressor and that increases the low pressure compressor air flow. determine a target operating condition of the low pressure compressor to achieve a compressor stability margin in the gas turbine engine; determine a current operating condition of the low pressure compressor ; and control a power transfer between the electric generator of the low speed spool and the electric motor of the high speed spool to adjust the current operating condition based on the target operating condition that reduces a pressure ratio of the low pressure compressor and that increases the low pressure compressor air flow.
A composite filter comprising: a filter impregnated with halite; a filter impregnated with calcite; and a filter impregnated with organic germanium-containing ore powder; wherein the filter impregnated with halite, the filter impregnated with calcite, and the filter impregnated with organic germanium-containing ore powder are sequentially stacked. a filter impregnated with halite; a filter impregnated with calcite; and a filter impregnated with organic germanium-containing ore powder; wherein the filter impregnated with halite, the filter impregnated with calcite, and the filter impregnated with organic germanium-containing ore powder are sequentially stacked.
A staple removing device comprising: a placing table on which a sheet bundle (P) bound by a staple (S) is placed; a removing part located below the placing table , configured to remove the staple (S) from the sheet bundle (P) placed on the placing table , and including a tip end portion that can be inserted between the sheet bundle (P) and the staple (S) and is configured to be movable along the placing table between a first position (L1) and a second position (L2) and to be inserted between the sheet bundle (P) and the staple (S) when the tip end portion moves to the second position; a first motor configured to move the removing part ; and an accommodation part configured to accommodate the staple (S) removed by the removing part , wherein the first motor is located below the removing part when the tip end portion is at the first position (L1), and wherein the accommodation part is located below the removing part when the tip end portion is at the second position, characterized in that the first motor is located directly under the removing part when the tip end portion is at the first position (L1). a placing table on which a sheet bundle (P) bound by a staple (S) is placed; a removing part located below the placing table , configured to remove the staple (S) from the sheet bundle (P) placed on the placing table , and including a tip end portion that can be inserted between the sheet bundle (P) and the staple (S) and is configured to be movable along the placing table between a first position (L1) and a second position (L2) and to be inserted between the sheet bundle (P) and the staple (S) when the tip end portion moves to the second position; a first motor configured to move the removing part ; and an accommodation part configured to accommodate the staple (S) removed by the removing part , wherein the first motor is located below the removing part when the tip end portion is at the first position (L1), and wherein the accommodation part is located below the removing part when the tip end portion is at the second position, characterized in that the first motor is located directly under the removing part when the tip end portion is at the first position (L1).
A vertical machine tool , comprising: a frame ; a spindle having a spindle hole configured to mount a tool ; a moving device installed on the frame , the moving device configured to relatively move the spindle with respect to the frame ; a magazine including a pot holder having a plurality of pot holding holes , and a plurality of pots each penetrating the pot holding hole to house the tool , the plurality of pots configured to move up and down between an elevated position (J) and a changing position (K); a pot lifter installed on the frame , the pot lifter configured to move up and down the pot located at a pot tool changing position (H); a linear motion guide installed on the frame ; an intermediate arm assembly installed on the linear motion guide , the intermediate arm assembly including an arm including a first gripper and a second gripper , and an arm rotation device configured to position the first gripper or the second gripper to either a pot phase or a spindle phase; and an intermediate arm feeder configured to move the intermediate arm assembly among a magazine position (A) nearer to the magazine , a spindle position (C) nearer to the spindle , and an intermediate position (B) located between the magazine position (A) and the spindle position (C). a frame ; a spindle having a spindle hole configured to mount a tool ; a moving device installed on the frame , the moving device configured to relatively move the spindle with respect to the frame ; a magazine including a pot holder having a plurality of pot holding holes , and a plurality of pots each penetrating the pot holding hole to house the tool , the plurality of pots configured to move up and down between an elevated position (J) and a changing position (K); a pot holder having a plurality of pot holding holes , and a plurality of pots each penetrating the pot holding hole to house the tool , the plurality of pots configured to move up and down between an elevated position (J) and a changing position (K); a pot lifter installed on the frame , the pot lifter configured to move up and down the pot located at a pot tool changing position (H); a linear motion guide installed on the frame ; an intermediate arm assembly installed on the linear motion guide , the intermediate arm assembly including an arm including a first gripper and a second gripper , and an arm rotation device configured to position the first gripper or the second gripper to either a pot phase or a spindle phase; and an arm including a first gripper and a second gripper , and an arm rotation device configured to position the first gripper or the second gripper to either a pot phase or a spindle phase; and an intermediate arm feeder configured to move the intermediate arm assembly among a magazine position (A) nearer to the magazine , a spindle position (C) nearer to the spindle , and an intermediate position (B) located between the magazine position (A) and the spindle position (C).