mhurhangee/patent-ind-claim-en huggingface dataset:
An electric drive axle, comprising: a first axle shaft ; a second axle shaft coaxial with said first axle shaft ; a differential apparatus having a differential case , wherein said differential apparatus operatively connects said first and second axle shafts ; an electric motor having a stator and a rotor ; a driving shaft coupled for rotation with said rotor disposed parallel with said first axle shaft ; a first driving gear disposed on said driving shaft ; a driven shaft having a first driven gear and a second driven gear , wherein said first driven gear meshes with said first driving gear; a layshaft disposed parallel with said first axle shaft ; a first layshaft gear coupled with said layshaft and meshed with said second driven gear ; a second layshaft gear disposed on said layshaft ; and a first drive gear coupled with said differential case and in meshed engagement with said second layshaft gear , characterized by a third driven gear coupled with said driven shaft ; a second driving gear disposed on said driving shaft and in meshed engagement with said third driven gear ; and a shift element having a first position wherein said first driving gear is coupled for rotation with said driving shaft , and a second position wherein said second driving gear is coupled for rotation with said driving shaft . a first axle shaft ; a second axle shaft coaxial with said first axle shaft ; a differential apparatus having a differential case , wherein said differential apparatus operatively connects said first and second axle shafts ; an electric motor having a stator and a rotor ; a driving shaft coupled for rotation with said rotor disposed parallel with said first axle shaft ; a first driving gear disposed on said driving shaft ; a driven shaft having a first driven gear and a second driven gear , wherein said first driven gear meshes with said first driving gear; a layshaft disposed parallel with said first axle shaft ; a first layshaft gear coupled with said layshaft and meshed with said second driven gear ; a second layshaft gear disposed on said layshaft ; and a first drive gear coupled with said differential case and in meshed engagement with said second layshaft gear , characterized by a third driven gear coupled with said driven shaft ; a second driving gear disposed on said driving shaft and in meshed engagement with said third driven gear ; and a shift element having a first position wherein said first driving gear is coupled for rotation with said driving shaft , and a second position wherein said second driving gear is coupled for rotation with said driving shaft .
A laundry treating apparatus comprising: a first treating apparatus having a first front panel , and a first drum disposed therein for accommodating laundry therein; and a second treating apparatus disposed below the first treating apparatus to support the first treating apparatus , wherein the second treating apparatus has a second front panel , and a second drum disposed therein for accommodating laundry therein; a single control panel disposed between the first front panel and the second front panel , wherein the single control panel is configured to communicate signals with the first treating apparatus and the second treating apparatus , wherein the single control panel is disposed on a front face of a lower portion of the first treating apparatus , the single control panel includes a front face disposed between the first front panel and the second front panel and exposed frontwards; the front face is coplanar with a front face of each of the first front panel and the second front panel ; and characterized in that the front face of the single control panel includes: a first display configured to display an operating state of the first treating apparatus ; and a second display configured to display an operating state of the second treating apparatus . a first treating apparatus having a first front panel , and a first drum disposed therein for accommodating laundry therein; and a second treating apparatus disposed below the first treating apparatus to support the first treating apparatus , wherein the second treating apparatus has a second front panel , and a second drum disposed therein for accommodating laundry therein; a single control panel disposed between the first front panel and the second front panel , wherein the single control panel is configured to communicate signals with the first treating apparatus and the second treating apparatus , wherein the single control panel is disposed on a front face of a lower portion of the first treating apparatus , the single control panel includes a front face disposed between the first front panel and the second front panel and exposed frontwards; the front face is coplanar with a front face of each of the first front panel and the second front panel ; and characterized in that the front face of the single control panel includes: a first display configured to display an operating state of the first treating apparatus ; and a second display configured to display an operating state of the second treating apparatus . a first display configured to display an operating state of the first treating apparatus ; and a second display configured to display an operating state of the second treating apparatus .
A temporary traffic signalling system, comprising at least two signalling light display units , each display unit having a display controller including a wireless receiver , and a system controller having a wireless transmitter and a keypad operable to transmit a control signal to change the state of a selected one of the display units from displaying a stop light signal to displaying a go light signal, wherein each display controller is configured to display a stop light signal unless a control signal for the signalling light display unit is being received and wherein the system controller comprises a reset button and a central clock providing a signal to a decimal counter and to a memory device linked to the keypad whereby pressing a key in the keypad makes a circuit allowing the memory to store the selected keystroke, stopping the central clock and forcing a system halt, thereby preventing a user from causing a further selective control signal to be transmitted until the reset button has been operated, characterised in that each wireless transmitter is controlled by the display controller to transmit a confirmation signal confirming display of the go light signal in response to receipt of the control signal, and the system controller includes a wireless receiver to receive the confirmation signal and to activate a visual indicator to confirm which unit is selected, and the system controller is further configured to stop transmission of the control signal if the confirmation signal is not received thereby, requiring operation of the reset button by the user in that each light display unit comprises a phase selector whereby one of a plurality of phases may be selected, and the system controller is configured to transmit the control signal in a selected phase so as to be receivable by the or each display unit selecting that phase, and in that the system controller is configured to transmit a control signal coded to indicate the selected phase and the display controller in each display unit is configured to change the state of the unit in response to receipt of the code.
A method for assembling a lens system comprising: forming a flat plate body in which both main surfaces are respectively having an inverted shape of a shape of a lens surface of one lens having circular outer periphery and other lens adjacent to the one lens ; forming a laminated body by surface contacting, superposing, and joining respective lens surface and the main surfaces of the flat plate body in an order of the one lens , the flat plate body and the other lens ; grinding an outer periphery of the laminated body to be a rectangular shape; separating the laminated body into the one lens , the flat plate body , and the other lens ; forming a rectangular frame-shaped space ring by forming a through hole at a center of the flat plate body ; and surface contacting and superposing respective lens surface and the main surfaces of the space ring in an order of the one lens , the space ring and the other lens . forming a flat plate body in which both main surfaces are respectively having an inverted shape of a shape of a lens surface of one lens having circular outer periphery and other lens adjacent to the one lens ; forming a laminated body by surface contacting, superposing, and joining respective lens surface and the main surfaces of the flat plate body in an order of the one lens , the flat plate body and the other lens ; grinding an outer periphery of the laminated body to be a rectangular shape; separating the laminated body into the one lens , the flat plate body , and the other lens ; forming a rectangular frame-shaped space ring by forming a through hole at a center of the flat plate body ; and surface contacting and superposing respective lens surface and the main surfaces of the space ring in an order of the one lens , the space ring and the other lens .
A climbing product whose sections are extendable comprising: a base section having a first base rail and a second base rail in parallel and spaced relationship with the first base rail and base rungs attached to and between the first and second base rails; a fly section having a first fly rail and a second fly rail in parallel and spaced relationship with the first fly rail and fly rungs attached to and between the first and second fly rails, the fly section in sliding engagement with the base section ; and a lock assembly having a lock fly portion directly attached to the fly section, the lock fly portion directly engages with the base section to lock the base section with the fly section, the lock fly portion has a plunger, the lock fly portion disengages from the base portion by moving the plunger, wherein the lock assembly 28 includes a lock base portion directly attached to the base section , the lock fly portion directly engages with the lock base portion to lock the fly section to the base section , the lock fly portion disengages from the lock base portion by moving the plunger, characterized in that the lock base portion includes a socket disposed in one of the base rungs , and the lock fly portion includes a flip lock (36, 36.) which fits into the socket to lock the fly section to the base section so the fly section cannot move downwards relative to the base section when the fly section is locked to the base section , the flip lock (36, 36.) disposed in one of the fly rungs . a base section having a first base rail and a second base rail in parallel and spaced relationship with the first base rail and base rungs attached to and between the first and second base rails; a fly section having a first fly rail and a second fly rail in parallel and spaced relationship with the first fly rail and fly rungs attached to and between the first and second fly rails, the fly section in sliding engagement with the base section ; and a lock assembly having a lock fly portion directly attached to the fly section, the lock fly portion directly engages with the base section to lock the base section with the fly section, the lock fly portion has a plunger, the lock fly portion disengages from the base portion by moving the plunger, wherein the lock assembly 28 includes a lock base portion directly attached to the base section , the lock fly portion directly engages with the lock base portion to lock the fly section to the base section , the lock fly portion disengages from the lock base portion by moving the plunger, characterized in that the lock base portion includes a socket disposed in one of the base rungs , and the lock fly portion includes a flip lock (36, 36.) which fits into the socket to lock the fly section to the base section so the fly section cannot move downwards relative to the base section when the fly section is locked to the base section , the flip lock (36, 36.) disposed in one of the fly rungs .
A method for transmitting signals in a wireless communication system, the method comprising: identifying a frame structure among a plurality of frame structures; and transmitting the signals using the identified frame structure to a terminal, wherein the plurality of frame structure includes a first frame structure and a second frame structure , wherein a subcarrier spacing of the second frame structure is twice as wide as a subcarrier spacing of the first frame structure , and duration of a first transmission time interval, TTI, of the first frame structure is twice as long as duration of a second TTI of the second frame structure , wherein the first TTI and the second TTI each include 14 symbols, wherein each of symbol duration of a first symbol and symbol duration of an eighth symbol in the first TTI is longer than symbol duration of any of symbols in the first TTI, and symbol duration of a first symbol in the second TTI is longer than symbol duration of any of symbols in the second TTI, and wherein the symbol duration of the first symbol in the first TTI equals a sum of the symbol duration of the first symbol and symbol duration of a second symbol in the second TTI such that two symbols in the second TTI are time synchronized with one symbol of the first TTI. identifying a frame structure among a plurality of frame structures; and transmitting the signals using the identified frame structure to a terminal, wherein the plurality of frame structure includes a first frame structure and a second frame structure , wherein a subcarrier spacing of the second frame structure is twice as wide as a subcarrier spacing of the first frame structure , and duration of a first transmission time interval, TTI, of the first frame structure is twice as long as duration of a second TTI of the second frame structure , wherein the first TTI and the second TTI each include 14 symbols, wherein each of symbol duration of a first symbol and symbol duration of an eighth symbol in the first TTI is longer than symbol duration of any of symbols in the first TTI, and symbol duration of a first symbol in the second TTI is longer than symbol duration of any of symbols in the second TTI, and wherein the symbol duration of the first symbol in the first TTI equals a sum of the symbol duration of the first symbol and symbol duration of a second symbol in the second TTI such that two symbols in the second TTI are time synchronized with one symbol of the first TTI.
A lockbolt (2,2',2") comprising a collar and a pin ; the pin comprising a pin head and a pin tail adapted to be inserted through aligned apertures in workpiece members ; the pin tail comprising: a locking portion comprising locking grooves ; only a single pull groove (20,20',20"), the single pull groove (20,20',20") being provided between the locking portion and an end face of the pin tail remote from the pin head ; and an end portion provided between the single pull groove (20,20',20") and the end face ; the collar being adapted to be fitted over the locking grooves and swaged onto the locking grooves , characterised in that the single pull groove (20,20',20") includes a first tapered section , a shoulder and a plain portion between the first tapered section and the shoulder , the plain portion having a constant cross-sectional area throughout its length, the shoulder of the single pull groove (20,20',20") being closer to the end face and providing a contact surface 90 degrees to the axis of the pin tail . a locking portion comprising locking grooves ; only a single pull groove (20,20',20"), the single pull groove (20,20',20") being provided between the locking portion and an end face of the pin tail remote from the pin head ; and an end portion provided between the single pull groove (20,20',20") and the end face ; the collar being adapted to be fitted over the locking grooves and swaged onto the locking grooves , characterised in that the single pull groove (20,20',20") includes a first tapered section , a shoulder and a plain portion between the first tapered section and the shoulder , the plain portion having a constant cross-sectional area throughout its length, the shoulder of the single pull groove (20,20',20") being closer to the end face and providing a contact surface 90 degrees to the axis of the pin tail .
Combination comprising a seal (36-38) for sealing a gap (s) between the blade platforms of two adjacent blades of a turbomachine and a reducing means (31; 32-34)for reducing vibrations of at least one of the blades, wherein the seal comprises at least one rib with a rib thickness and at least one wall with a wall thickness that is smaller than the rib thickness, wherein the seal comprises at least one further rib which has a rib thickness that is greater than the wall thickness, characterized in that the at least one further rib branches off from the one rib or crosses the one rib .
A membrane electrode assembly comprising: an anode electrode comprising an anode gas diffusion layer and an anode catalyst layer; a cathode electrode comprising a cathode gas diffusion layer and a cathode catalyst layer; and a polymer electrolyte membrane interposed between the anode catalyst layer and the cathode catalyst layer; wherein the cathode catalyst layer comprises: a first cathode catalyst sublayer adjacent the polymer electrolyte membrane, the first cathode catalyst sublayer comprising a first precious metal catalyst composition and a first ionomer composition comprising a first ionomer and a second ionomer; and a second cathode catalyst sublayer adjacent the cathode gas diffusion layer, the second cathode catalyst sublayer comprising a second precious metal catalyst composition and a second ionomer composition comprising a third ionomer; wherein the first ionomer is different from the second ionomer in at least one of chemical structure and equivalent weight. an anode electrode comprising an anode gas diffusion layer and an anode catalyst layer; a cathode electrode comprising a cathode gas diffusion layer and a cathode catalyst layer; and a polymer electrolyte membrane interposed between the anode catalyst layer and the cathode catalyst layer; wherein the cathode catalyst layer comprises: a first cathode catalyst sublayer adjacent the polymer electrolyte membrane, the first cathode catalyst sublayer comprising a first precious metal catalyst composition and a first ionomer composition comprising a first ionomer and a second ionomer; and a second cathode catalyst sublayer adjacent the cathode gas diffusion layer, the second cathode catalyst sublayer comprising a second precious metal catalyst composition and a second ionomer composition comprising a third ionomer; a first cathode catalyst sublayer adjacent the polymer electrolyte membrane, the first cathode catalyst sublayer comprising a first precious metal catalyst composition and a first ionomer composition comprising a first ionomer and a second ionomer; and a second cathode catalyst sublayer adjacent the cathode gas diffusion layer, the second cathode catalyst sublayer comprising a second precious metal catalyst composition and a second ionomer composition comprising a third ionomer; wherein the first ionomer is different from the second ionomer in at least one of chemical structure and equivalent weight.
A radio terminal comprising: a receiver configured to receive multimedia broadcast multicast service, MBMS, service via single cell point-to-multipoint, SC-PTM, transmission from a cell that broadcast hyper system frame number, H-SFN, for extended discontinuous reception, eDRX, operation, the cell being managed by a base station , and a controller configured to perform the eDRX operation for the SC-PTM transmission, wherein the controller is configured to perform the eDRX operation by using an SC-PTM reception opportunity based on the H-SFN, the SC-PTM reception opportunity includes a single cell multicast control channel, SC-MCCH, reception opportunity and a single cell multicast traffic channel, SC-MTCH, reception opportunity the controller is configured to determine a first specific H-SFN including the SC-MCCH reception opportunity by using a first value received from the cell, the controller is configured to determine a second specific H-SFN including the SC-MTCH reception opportunity by using a second value received from the cell, the second value is associated with an MBMS service received by the radio terminal . a receiver configured to receive multimedia broadcast multicast service, MBMS, service via single cell point-to-multipoint, SC-PTM, transmission from a cell that broadcast hyper system frame number, H-SFN, for extended discontinuous reception, eDRX, operation, the cell being managed by a base station , and a controller configured to perform the eDRX operation for the SC-PTM transmission, wherein the controller is configured to perform the eDRX operation by using an SC-PTM reception opportunity based on the H-SFN, the SC-PTM reception opportunity includes a single cell multicast control channel, SC-MCCH, reception opportunity and a single cell multicast traffic channel, SC-MTCH, reception opportunity the controller is configured to determine a first specific H-SFN including the SC-MCCH reception opportunity by using a first value received from the cell, the controller is configured to determine a second specific H-SFN including the SC-MTCH reception opportunity by using a second value received from the cell, the second value is associated with an MBMS service received by the radio terminal .
A method for rejection of defective mineral fibre slabs in a continuous production process of mineral fibre slabs , said method comprising the steps of: providing a continuous flow of rows of a predetermined number of mineral fibre slabs (2', 2") on a first conveyor with a first direction of travel; detecting each of the slabs (2', 2") in a row for defects; redirecting one or more defective slabs onto a second conveyor for further processing and transferring the remaining non-defective slabs (2") in a row to a third conveyor downstream of the first conveyor and having a third direction of travel; or if no defective slabs (2") are detected in the row , the entire row is continued onto a fourth conveyor and onwards to a fifth conveyor both being downstream of the first conveyor and has the same direction of travel as the third conveyor ; receiving the non-complete row of non-defective slabs (2") from the third conveyor on a buffer table , and assembling a complete row from non-defective slabs (2") received on said buffer table and transferring said assembled complete row onto the fifth conveyor . providing a continuous flow of rows of a predetermined number of mineral fibre slabs (2', 2") on a first conveyor with a first direction of travel; detecting each of the slabs (2', 2") in a row for defects; redirecting one or more defective slabs onto a second conveyor for further processing and transferring the remaining non-defective slabs (2") in a row to a third conveyor downstream of the first conveyor and having a third direction of travel; or if no defective slabs (2") are detected in the row , the entire row is continued onto a fourth conveyor and onwards to a fifth conveyor both being downstream of the first conveyor and has the same direction of travel as the third conveyor ; receiving the non-complete row of non-defective slabs (2") from the third conveyor on a buffer table , and assembling a complete row from non-defective slabs (2") received on said buffer table and transferring said assembled complete row onto the fifth conveyor .