mhurhangee/patent-ind-claim-en huggingface dataset:
An aerosol-generating system comprising: a reservoir for containing an aerosol-forming substrate; a first heating element spaced apart from the reservoir in the direction of a longitudinal axis of the aerosol-generating system ; a second heating element spaced apart from the reservoir in the direction of the longitudinal axis of the aerosol-generating system ; a first liquid transfer element having: first and second end portions; and a portion between the first and second end portions at the first heating element , the first and second end portions of the first liquid transfer element being arranged to deliver aerosol-forming substrate from the reservoir to the first heating element ; and a second liquid transfer element having: first and second end portions; and a portion between the first and second end portions at the second heating element , the first and second end portions of the second liquid transfer element being arranged to deliver aerosol-forming substrate from the reservoir to the second heating element , wherein one of the first and second heating elements is spaced at a greater distance from the reservoir than the other, in the direction of the longitudinal axis of the aerosol-generating system. a reservoir for containing an aerosol-forming substrate; a first heating element spaced apart from the reservoir in the direction of a longitudinal axis of the aerosol-generating system ; a second heating element spaced apart from the reservoir in the direction of the longitudinal axis of the aerosol-generating system ; a first liquid transfer element having: first and second end portions; and a portion between the first and second end portions at the first heating element , first and second end portions; and a portion between the first and second end portions at the first heating element , the first and second end portions of the first liquid transfer element being arranged to deliver aerosol-forming substrate from the reservoir to the first heating element ; and a second liquid transfer element having: first and second end portions; and a portion between the first and second end portions at the second heating element , first and second end portions; and a portion between the first and second end portions at the second heating element , the first and second end portions of the second liquid transfer element being arranged to deliver aerosol-forming substrate from the reservoir to the second heating element , wherein one of the first and second heating elements is spaced at a greater distance from the reservoir than the other, in the direction of the longitudinal axis of the aerosol-generating system.
High-pressure fuel pump , in particular of a common-rail injection system of an internal combustion engine, having a pump cylinder head , having a suction valve arranged in the direction of a pump cylinder axis in the pump cylinder head , and having a high-pressure fuel outlet arranged laterally on the pump cylinder head , wherein a protective cap is provided which at least partially covers the high-pressure fuel pump , characterized in that an electrical plug with a lateral line connector is mounted onto the electrically actuated suction valve , in that the line connector is oriented rotated relative to the high-pressure fuel outlet and in that the protective cap is of ring-shaped form and has a continuous clearance slot which interrupts the ring-shaped protective cap .
A system for cooling a heterogeneous computing architecture, comprising: a base stiffener ; a top stiffener including a mounting channel ; a printed circuit board including a plurality of hardware modules, the printed circuit board attached to the base stiffener ; a cooling device mounted on top of the top stiffener ; and one or more heat transfer plates inserted into the top stiffener by sliding the one or more heat transfer plates via the mounting channel , wherein the one or more heat transfer plates are in contact with an external surface of the plurality of hardware modules to transfer heat generated by the plurality of hardware modules to the cooling device . a base stiffener ; a top stiffener including a mounting channel ; a printed circuit board including a plurality of hardware modules, the printed circuit board attached to the base stiffener ; a cooling device mounted on top of the top stiffener ; and one or more heat transfer plates inserted into the top stiffener by sliding the one or more heat transfer plates via the mounting channel , wherein the one or more heat transfer plates are in contact with an external surface of the plurality of hardware modules to transfer heat generated by the plurality of hardware modules to the cooling device .
An apparatus for wireless communication, the apparatus being a user equipment, UE , and comprising: means for receiving, over downlink resources allocated in a symbol used for full-duplex communication, a first set of resource blocks including a first number of resource elements corresponding to a reference signal and a second set of resource blocks including a second number of resource elements corresponding to the reference signal, wherein the first number of resource elements is calculated based on a first reference signal configuration and the second number of resource elements is calculated based on a second reference signal configuration, wherein the first number of resource elements in accordance with the first reference signal configuration are different in at least one of uniformity of distribution or density, in frequency, than the second reference signal configuration; and means for decoding, according to a transport block size that is based at least in part on at least the first number of resource elements, a downlink communication received in the downlink resources. means for receiving, over downlink resources allocated in a symbol used for full-duplex communication, a first set of resource blocks including a first number of resource elements corresponding to a reference signal and a second set of resource blocks including a second number of resource elements corresponding to the reference signal, wherein the first number of resource elements is calculated based on a first reference signal configuration and the second number of resource elements is calculated based on a second reference signal configuration, wherein the first number of resource elements in accordance with the first reference signal configuration are different in at least one of uniformity of distribution or density, in frequency, than the second reference signal configuration; and means for decoding, according to a transport block size that is based at least in part on at least the first number of resource elements, a downlink communication received in the downlink resources.
A compound of formula F-2d, wherein: R' is -CH=CH 2 or -C(O)H; Alk is a C 1-4 straight or branched aliphatic group; and PG 5 is a suitable hydroxyl protecting group, which taken with the oxygen atom to which it is bound is selected from an ester, a silyl ether, an alkyl ether, an arylalkyl ether, and an alkoxyalkyl ether. R' is -CH=CH 2 or -C(O)H; Alk is a C 1-4 straight or branched aliphatic group; and PG 5 is a suitable hydroxyl protecting group, which taken with the oxygen atom to which it is bound is selected from an ester, a silyl ether, an alkyl ether, an arylalkyl ether, and an alkoxyalkyl ether.
A control for a ceiling fan comprising: a printed circuit board (PCB) having a wireless communication module and an electronic circuit coupled with the wireless communication module and configured to operate the ceiling fan ; a wired remote control device removably connectable to the printed circuit board with a jack plug , including an electronic cable coupling the jack plug to a user interface , and configured to control operation of the ceiling fan and send user selected signals to the electronic circuit on a first frequency; and a wireless control device communicable with the wireless communication module and configured to control operation of the ceiling fan ; wherein the electronic circuit is configured to be responsive to radio signals from the wired remote control device on the first frequency and to be responsive to signals from the wireless communication module on a second frequency different than the first frequency, and the wireless communication module is operable to receive signals from the wireless control device. a printed circuit board (PCB) having a wireless communication module and an electronic circuit coupled with the wireless communication module and configured to operate the ceiling fan ; a wired remote control device removably connectable to the printed circuit board with a jack plug , including an electronic cable coupling the jack plug to a user interface , and configured to control operation of the ceiling fan and send user selected signals to the electronic circuit on a first frequency; and a wireless control device communicable with the wireless communication module and configured to control operation of the ceiling fan ; wherein the electronic circuit is configured to be responsive to radio signals from the wired remote control device on the first frequency and to be responsive to signals from the wireless communication module on a second frequency different than the first frequency, and the wireless communication module is operable to receive signals from the wireless control device.
A medical implant comprising: a first coil wound from a wire and configured to receive wireless energy or wireless communication, the first coil having a first diameter comprising a plurality of large windings wound around a longitudinal axis, wherein each large winding comprises a plurality of third coils connected in series or in parallel, wherein each third coil has a diameter smaller than the first diameter.
A safety restraint device for a seat having a seat back, a frame and a seat cushion , the safety restraint device comprising: a continuous webbing continuously extending from a first end to a second end and defining a lap belt portion and a shoulder belt portion ; the lap belt portion adapted to be positioned above the seat cushion and to extend across the seat from a second lateral side of the seat to a first lateral side of the seat; and the shoulder belt portion adapted to extend from the first lateral side to the second lateral side of the seat, characterized in that the continuous webbing further defines a pelvis restraint portion being inflatable and adapted to extend across the seat cushion between the first lateral side of the seat and the second lateral side of the seat , the continuous webbing defines each of the pelvis restraint portion , the lap belt portion and the shoulder belt portion along a length thereof between the first end and the second end , and inflation of the pelvis restraint portion pretensions the continuous webbing . a continuous webbing continuously extending from a first end to a second end and defining a lap belt portion and a shoulder belt portion ; the lap belt portion adapted to be positioned above the seat cushion and to extend across the seat from a second lateral side of the seat to a first lateral side of the seat; and the shoulder belt portion adapted to extend from the first lateral side to the second lateral side of the seat, characterized in that the continuous webbing further defines a pelvis restraint portion being inflatable and adapted to extend across the seat cushion between the first lateral side of the seat and the second lateral side of the seat , the continuous webbing defines each of the pelvis restraint portion , the lap belt portion and the shoulder belt portion along a length thereof between the first end and the second end , and inflation of the pelvis restraint portion pretensions the continuous webbing .
A communication device comprising: circuitry configured to: perform radio communication with a terminal apparatus using a downlink subframe or an uplink subframe of a primary system; determine a communication resource which is usable by a secondary system, the communication resource is determined in the uplink subframe in preference over the downlink subframe; and transmit identification information of the determined communication resource to the terminal apparatus, wherein the primary system is corresponding to a first LTE-based radio communication system and the secondary system is corresponding to a second LTE-based radio communication system, and the terminal apparatus is configured to perform device-to-device communication with other terminals in the secondary system; and wherein the identification information is transmitted in system information of the first LTE-based radio communication system. circuitry configured to: perform radio communication with a terminal apparatus using a downlink subframe or an uplink subframe of a primary system; determine a communication resource which is usable by a secondary system, the communication resource is determined in the uplink subframe in preference over the downlink subframe; and transmit identification information of the determined communication resource to the terminal apparatus, perform radio communication with a terminal apparatus using a downlink subframe or an uplink subframe of a primary system; determine a communication resource which is usable by a secondary system, the communication resource is determined in the uplink subframe in preference over the downlink subframe; and transmit identification information of the determined communication resource to the terminal apparatus, wherein the primary system is corresponding to a first LTE-based radio communication system and the secondary system is corresponding to a second LTE-based radio communication system, and the terminal apparatus is configured to perform device-to-device communication with other terminals in the secondary system; and wherein the identification information is transmitted in system information of the first LTE-based radio communication system.
A device for cleaning artificial turf, that comprises a frame supported on four wheels , an electric motor , a roller shaft , a transmission for transmitting the rotation of the electric motor to the roller shaft and at least one brush roller on the roller shaft , characterised in that the brush roller comprises a plurality of bristles distributed in one longitudinal direction on one half of the brush roller and in the opposite longitudinal direction on the other half of the brush roller forming a herringbone pattern on the surface of the brush roller .
A method for wireless communication, comprising: receiving , by a wireless device (106A-F), a frame from an access point over a wireless network; decoding , by the wireless device (106A-F), the frame to determine resource units available for transmission during a transmission opportunity and to identify one or more criteria for use of the resource units, wherein at least one of the criteria is a received signal strength, RSSI, limit; and transmitting , by the wireless device (106A-F), data to a second wireless device (106A-F) using at least a portion of the determined resource units in response to the criteria being met, wherein transmitting the data in response to the criteria being met comprises transmitting, from the wireless device (106A-F), the data in response to a received signal strength of the frame being below the RSSI limit. receiving , by a wireless device (106A-F), a frame from an access point over a wireless network; decoding , by the wireless device (106A-F), the frame to determine resource units available for transmission during a transmission opportunity and to identify one or more criteria for use of the resource units, wherein at least one of the criteria is a received signal strength, RSSI, limit; and transmitting , by the wireless device (106A-F), data to a second wireless device (106A-F) using at least a portion of the determined resource units in response to the criteria being met, wherein transmitting the data in response to the criteria being met comprises transmitting, from the wireless device (106A-F), the data in response to a received signal strength of the frame being below the RSSI limit.
: A slip form paving machine, comprising: a machine frame ; a plurality of ground engaging wheels or tracks ; front and rear height adjustable lifting columns supporting the machine frame from the ground engaging wheels or tracks , the lifting columns being adjustable to adjust a longitudinal inclination of the machine frame in a paving direction ; a slip form mold supported from the machine frame for molding a mass of concrete into a formed not yet hardened concrete slab as the paving machine moves forward in the paving direction ; a front stringline sensor ; a rear stringline sensor ; and a controller configured to send command signals to cause an adjustment in the longitudinal inclination of the machine frame , characterized in that the slip form paving machine further comprises: a front sensor actuator arranged to adjust a vertical position of the front stringline sensor relative to the machine frame ; a rear sensor actuator arranged to adjust a vertical position of the rear stringline sensor relative to the machine frame; and the controller is configured to send command signals to the front and rear sensor actuators to cause an adjustment in the longitudinal inclination of the machine frame . a machine frame ; a plurality of ground engaging wheels or tracks ; front and rear height adjustable lifting columns supporting the machine frame from the ground engaging wheels or tracks , the lifting columns being adjustable to adjust a longitudinal inclination of the machine frame in a paving direction ; a slip form mold supported from the machine frame for molding a mass of concrete into a formed not yet hardened concrete slab as the paving machine moves forward in the paving direction ; a front stringline sensor ; a rear stringline sensor ; and a controller configured to send command signals to cause an adjustment in the longitudinal inclination of the machine frame , a front sensor actuator arranged to adjust a vertical position of the front stringline sensor relative to the machine frame ; a rear sensor actuator arranged to adjust a vertical position of the rear stringline sensor relative to the machine frame; and the controller is configured to send command signals to the front and rear sensor actuators to cause an adjustment in the longitudinal inclination of the machine frame .
A prosthetic heart valve (10; 600; 700; 800; 1100) comprising: an annular frame comprising an inflow end and an outflow end and being radially collapsible and expandable between a radially collapsed configuration and a radially expanded configuration, wherein the frame comprises a plurality of struts ; a valvular structure mounted within the frame and comprising a plurality of leaflets that regulate the flow of blood through the frame , wherein each leaflet comprises opposing tabs on opposite sides of the leaflet and a cusp edge portion between the tabs , wherein each tab is paired with an adjacent tab of an adjacent leaflet to form a plurality of commissures that are connected to the frame ; wherein the cusp edge portions of the leaflets are connected to the frame by a connecting skirt that is sutured to and disposed between the frame and the cusp edge portions of the leaflets , wherein the connecting skirt is sutured to struts of the frame along diagonal lines , each diagonal line being defined by struts extending diagonally from the inlet end toward the outlet end of the frame , and wherein the cusp edge portions of the plurality of leaflets are positioned along the diagonal lines . an annular frame comprising an inflow end and an outflow end and being radially collapsible and expandable between a radially collapsed configuration and a radially expanded configuration, wherein the frame comprises a plurality of struts ; a valvular structure mounted within the frame and comprising a plurality of leaflets that regulate the flow of blood through the frame , wherein each leaflet comprises opposing tabs on opposite sides of the leaflet and a cusp edge portion between the tabs , wherein each tab is paired with an adjacent tab of an adjacent leaflet to form a plurality of commissures that are connected to the frame ; wherein the cusp edge portions of the leaflets are connected to the frame by a connecting skirt that is sutured to and disposed between the frame and the cusp edge portions of the leaflets , wherein the connecting skirt is sutured to struts of the frame along diagonal lines , each diagonal line being defined by struts extending diagonally from the inlet end toward the outlet end of the frame , and wherein the cusp edge portions of the plurality of leaflets are positioned along the diagonal lines .
A system comprising: one or more processors ; and one or more non-transitory computer-readable media storing executable instructions, which, when executed by the one or more processors , configure the one or more processors to perform operations comprising: receiving a plurality of chunks of data of a data object; compressing the plurality of chunks of data to obtain a plurality of compressed chunks ; determining whether the plurality of compressed chunks together are less than a first threshold size; based on determining the plurality of compressed chunks together are less than the first threshold size, adding, to respective entries in a map data structure , respective sizes of the plurality of compressed chunks ;compacting the map data structure by adding values in at least two of the respective entries; and storing the plurality of compressed chunks and the compacted map data structure , wherein the map data structure is generated and maintained to associate compressed and uncompressed positions in the data by correlating positions in the original uncompressed data object with the compressed chunks. one or more processors ; and one or more non-transitory computer-readable media storing executable instructions, which, when executed by the one or more processors , configure the one or more processors to perform operations comprising: receiving a plurality of chunks of data of a data object; compressing the plurality of chunks of data to obtain a plurality of compressed chunks ; determining whether the plurality of compressed chunks together are less than a first threshold size; based on determining the plurality of compressed chunks together are less than the first threshold size, adding, to respective entries in a map data structure , respective sizes of the plurality of compressed chunks ;compacting the map data structure by adding values in at least two of the respective entries; and storing the plurality of compressed chunks and the compacted map data structure , wherein the map data structure is generated and maintained to associate compressed and uncompressed positions in the data by correlating positions in the original uncompressed data object with the compressed chunks. receiving a plurality of chunks of data of a data object; compressing the plurality of chunks of data to obtain a plurality of compressed chunks ; determining whether the plurality of compressed chunks together are less than a first threshold size; based on determining the plurality of compressed chunks together are less than the first threshold size, adding, to respective entries in a map data structure , respective sizes of the plurality of compressed chunks ;compacting the map data structure by adding values in at least two of the respective entries; and storing the plurality of compressed chunks and the compacted map data structure , wherein the map data structure is generated and maintained to associate compressed and uncompressed positions in the data by correlating positions in the original uncompressed data object with the compressed chunks.