mhurhangee/patent-ind-claim-en huggingface dataset:
A pneumatic tire comprising: at least two circumferential grooves extending along a tire circumferential direction; a plurality of lateral grooves formed in a direction crossing the circumferential grooves ; a plurality of blocks partitioned by the circumferential grooves and the lateral grooves ; a sipe formed on the blocks along a tire width direction, wherein a projection is formed at at least one end portion of the blocks in the tire circumferential direction, the projection projects along the tire width direction, a side wall of the blocks , which is an end of the blocks in the tire width direction, is formed along the tire circumferential direction and is continuous to the projection , is formed closer to a center line of the blocks in the tire width direction than a line formed by extending an outermost end of the projection in the tire width direction along the tire circumferential direction, characterized in that in each block , the block and the end portion in the tire circumferential direction of the projection are formed to be inclined in the tire width direction, the blocks comprise shoulder blocks formed at a tire end portion in the tire width direction and blocks other than the shoulder blocks , and the projection formed on the shoulder blocks and the projection formed on the blocks other than the shoulder blocks are formed to protrude only on one side of the end portion of the block . at least two circumferential grooves extending along a tire circumferential direction; a plurality of lateral grooves formed in a direction crossing the circumferential grooves ; a plurality of blocks partitioned by the circumferential grooves and the lateral grooves ; a sipe formed on the blocks along a tire width direction, wherein a projection is formed at at least one end portion of the blocks in the tire circumferential direction, the projection projects along the tire width direction, a side wall of the blocks , which is an end of the blocks in the tire width direction, is formed along the tire circumferential direction and is continuous to the projection , is formed closer to a center line of the blocks in the tire width direction than a line formed by extending an outermost end of the projection in the tire width direction along the tire circumferential direction, characterized in that in each block , the block and the end portion in the tire circumferential direction of the projection are formed to be inclined in the tire width direction, the blocks comprise shoulder blocks formed at a tire end portion in the tire width direction and blocks other than the shoulder blocks , and the projection formed on the shoulder blocks and the projection formed on the blocks other than the shoulder blocks are formed to protrude only on one side of the end portion of the block .
A catheter assembly comprising a catheter ; and a wetting agent storage chamber in which the catheter is located, wherein the wetting agent storage chamber comprises at least one projection configured to guide the catheter within the wetting agent storage chamber , wherein the at least one projection retains a seal element in the wetting agent storage chamber during withdrawal of the catheter wherein the wetting agent storage chamber comprises at least one radially extending end wall and the at least one projection extends axially within the wetting agent storage chamber , the at least one projection terminating short of the end wall to define a void, wherein the seal element is seated in the void. a catheter ; and a wetting agent storage chamber in which the catheter is located, wherein the wetting agent storage chamber comprises at least one projection configured to guide the catheter within the wetting agent storage chamber , wherein the at least one projection retains a seal element in the wetting agent storage chamber during withdrawal of the catheter wherein the wetting agent storage chamber comprises at least one radially extending end wall and the at least one projection extends axially within the wetting agent storage chamber , the at least one projection terminating short of the end wall to define a void, wherein the seal element is seated in the void.
A grinding pad (16; 16'), comprising: a grinding pad outer surface for contacting and grinding a workpiece; a grinding pad inner surface configured for attachment to a grinding wheel ; leading and trailing faces ; and first and second outer faces ; wherein the leading and trailing faces of the grinding pad (16; 16') are configured such that the leading and trailing faces are oblique to a direction of rotation of a grinding wheel when the grinding pad (16; 16') is mounted on the grinding wheel , and the grinding pad (16; 16') is of non-uniform thickness; characterized in that the grinding pad (16; 16') is thicker at its first outer face than at its second outer face . a grinding pad outer surface for contacting and grinding a workpiece; a grinding pad inner surface configured for attachment to a grinding wheel ; leading and trailing faces ; and first and second outer faces ; wherein the leading and trailing faces of the grinding pad (16; 16') are configured such that the leading and trailing faces are oblique to a direction of rotation of a grinding wheel when the grinding pad (16; 16') is mounted on the grinding wheel , and the grinding pad (16; 16') is of non-uniform thickness; characterized in that the grinding pad (16; 16') is thicker at its first outer face than at its second outer face .
Heat pump for safely perform an anticlockwise thermodynamic cycle by means of a hazardous working fluid, which is guided in a closed, hermetically sealed working fluid circuit, suitable for installation in a building, having - a heat pump housing, - at least one compressor for working fluid, - at least one expansion apparatus for working fluid, - at least two heat exchangers for working fluid, each with at least two connections for heat exchanging fluids, - a capsule housing within the heat pump housing, which encloses all apparatus and fittings, through which working fluid flows, characterized in that - an exhaust gas oxidation device which is connected to the interior of the capsule housing, - at least one conveying fan for exhaust air from the capsule housing into the exhaust gas oxidation device, - a supply air opening for the capsule housing, - a supply air duct for the exhaust gas oxidation device from the environment of the heat pump, and - an exhaust air duct is provided from the exhaust gas oxidation device into the environment of the heat pump. - a heat pump housing, - at least one compressor for working fluid, - at least one expansion apparatus for working fluid, - at least two heat exchangers for working fluid, each with at least two connections for heat exchanging fluids, - a capsule housing within the heat pump housing, which encloses all apparatus and fittings, through which working fluid flows, characterized in that - an exhaust gas oxidation device which is connected to the interior of the capsule housing, - at least one conveying fan for exhaust air from the capsule housing into the exhaust gas oxidation device, - a supply air opening for the capsule housing, - a supply air duct for the exhaust gas oxidation device from the environment of the heat pump, and - an exhaust air duct is provided from the exhaust gas oxidation device into the environment of the heat pump.
A real-time ultrasound tracking imaging device configured to acquire in real-time volumetric ultrasound image data of a distal tip of an elongated instrument and a surrounding anatomy, said device comprises: a position and orientation tracker arranged to derive a position of, and a local viewing direction from, a location at the distal tip ; a local-view forming software including a coordinate system transformation module , which is arranged to perform a coordinate system transformation in accordance with the derived position and derived direction and to form a local view associated with an orientation of the tip about an axis in the local viewing direction , the local view being formed from said location and based on a result of said transformation, and moving with said tip; and a user control including a local-view orientation initialization control ; wherein the elongated instrument includes a plurality of echoic structures located at said distal tip, and wherein the deriving of said position of the distal tip and the local viewing direction is based on real-time ultrasound image data, from said acquired real-time image data, of said plurality of echoic structures. a position and orientation tracker arranged to derive a position of, and a local viewing direction from, a location at the distal tip ; a local-view forming software including a coordinate system transformation module , which is arranged to perform a coordinate system transformation in accordance with the derived position and derived direction and to form a local view associated with an orientation of the tip about an axis in the local viewing direction , the local view being formed from said location and based on a result of said transformation, and moving with said tip; and a user control including a local-view orientation initialization control ; wherein the elongated instrument includes a plurality of echoic structures located at said distal tip, and wherein the deriving of said position of the distal tip and the local viewing direction is based on real-time ultrasound image data, from said acquired real-time image data, of said plurality of echoic structures.
A control device configured to control charging of a secondary battery unit based on a load power prediction obtained by moving average of used power and an amount of power generated by a photovoltaic power generator , characterized in that the control device is configured to perform control to switch output of the amount of power generated by the photovoltaic power generator between the secondary battery unit and commercial system power based on an SOC of the secondary battery unit , wherein the control device is configured to compare a load power prediction value or load power with a threshold value 5% smaller than contracted electric power, and when the load power prediction value or the load power exceeds the threshold value and a remaining capacity of the secondary battery unit is not less than a predetermined amount, to perform control such that an output from the secondary battery unit is changed to a maximum output value. characterized in that the control device is configured to perform control to switch output of the amount of power generated by the photovoltaic power generator between the secondary battery unit and commercial system power based on an SOC of the secondary battery unit , wherein the control device is configured to compare a load power prediction value or load power with a threshold value 5% smaller than contracted electric power, and when the load power prediction value or the load power exceeds the threshold value and a remaining capacity of the secondary battery unit is not less than a predetermined amount, to perform control such that an output from the secondary battery unit is changed to a maximum output value.
A gas turbine engine comprising: a case having case hooks on an interior surface of the case, wherein the case hooks are forward facing case hooks; a blade outer air seal support configured to engage with the case hooks ; a blade outer air seal supported by the blade outer air seal support ; and a retention member comprising: an annular body having a first side , a second side , a first end , and a second end ; a retention element configured at the first end of the annular body and on the first side , the retention element configured to releasably engage with the interior surface of the case ; and a support element configured at the second end of the annular body , the support element configured to engage with a surface of the blade outer air seal support and retain the blade outer air seal support within the case ; characterised in that the retention member engages with the interior surface of the case by an interference fit. a case having case hooks on an interior surface of the case, wherein the case hooks are forward facing case hooks; a blade outer air seal support configured to engage with the case hooks ; a blade outer air seal supported by the blade outer air seal support ; and a retention member comprising: an annular body having a first side , a second side , a first end , and a second end ; a retention element configured at the first end of the annular body and on the first side , the retention element configured to releasably engage with the interior surface of the case ; and a support element configured at the second end of the annular body , the support element configured to engage with a surface of the blade outer air seal support and retain the blade outer air seal support within the case ; an annular body having a first side , a second side , a first end , and a second end ; a retention element configured at the first end of the annular body and on the first side , the retention element configured to releasably engage with the interior surface of the case ; and a support element configured at the second end of the annular body , the support element configured to engage with a surface of the blade outer air seal support and retain the blade outer air seal support within the case ; characterised in that the retention member engages with the interior surface of the case by an interference fit.
A patient support apparatus comprising: a patient support, a weighing scale comprising a plurality of load cells that support the patient support, each load cell configured to produce a signal indicative of a load on that load cell , and a controller in communication with the plurality of load cells , characterized in that the controller is configured to: determine whether the patient support is supporting a patient , calibrate the weighing scale to zero state, detect, subsequent to zeroing the weighing scale , any non-patient weight events on the patient support, determine a net weight change of the patient being supported on the patient support over an occupancy time period by accounting for the non-patient weight events to distinguish between a change in an actual weight of the patient and other non-patient weight events, and update an actual weight of the patient being supported on the patient support using the determined net weight change of the patient . a patient support, a weighing scale comprising a plurality of load cells that support the patient support, each load cell configured to produce a signal indicative of a load on that load cell , and a controller in communication with the plurality of load cells , determine whether the patient support is supporting a patient , calibrate the weighing scale to zero state, detect, subsequent to zeroing the weighing scale , any non-patient weight events on the patient support, determine a net weight change of the patient being supported on the patient support over an occupancy time period by accounting for the non-patient weight events to distinguish between a change in an actual weight of the patient and other non-patient weight events, and update an actual weight of the patient being supported on the patient support using the determined net weight change of the patient .
Heatable laminated side pane, comprising at least an outer pane and an inner pane , which are connected to each other via a thermoplastic intermediate layer , and a transparent electrically conductive coating arranged in a planar manner between the outer pane and the inner pane , which coating is divided by isolation lines into segments , wherein the line width of the isolation lines is less than or equal to 500 μm, and wherein - the coating has heating strips running between a first busbar and a second busbar and each containing at least one segment , wherein the heating strips are electrically insulated from each other by the isolation lines , - at least one heating strip is formed by at least two segments , which are electrically conductively serially connected to each other via at least one electrically conductive connection element , and - the length of each individual heating strip deviates by at most 15% from the average length of the heating strips , and wherein the connection elements and the busbars are formed as strips of an electrically conductive foil or as fired screen printing paste. - the coating has heating strips running between a first busbar and a second busbar and each containing at least one segment , wherein the heating strips are electrically insulated from each other by the isolation lines , - at least one heating strip is formed by at least two segments , which are electrically conductively serially connected to each other via at least one electrically conductive connection element , and - the length of each individual heating strip deviates by at most 15% from the average length of the heating strips ,
A method performed by a network node for decoding a channel state information (CSI) report, the method comprising: generating a physical uplink shared channel (PUSCH) scrambling sequence for descrambling a PUSCH without accounting for the existence of a CSI report part two; receiving the PUSCH from a wireless device, the PUSCH comprising a CSI report part one and a CSI report part two, wherein the CSI report part one and CSI report part two are encoded independently; descrambling the PUSCH using the PUSCH scrambling sequence; decoding the CSI report part one from the descrambled PUSCH to determine a rank indicator; determining a location of CSI report part two soft bits in the PUSCH based on the rank indicator; extracting a scrambling sequence from the PUSCH scrambling sequence corresponding to the location of the CSI report part two in the PUSCH; generating a CSI part two scrambling sequence based on the PUSCH scrambling sequence and the location of the CSI report part two in the PUSCH with correct x and y locations; applying the extracted scrambling sequence to the location of the CSI report part two soft bits in the PUSCH to undo the incorrect scrambling; descrambling the location of the CSI report part two soft bits in the PUSCH using the CSI part two scrambling sequence; and decoding the CSI part two. generating a physical uplink shared channel (PUSCH) scrambling sequence for descrambling a PUSCH without accounting for the existence of a CSI report part two; receiving the PUSCH from a wireless device, the PUSCH comprising a CSI report part one and a CSI report part two, wherein the CSI report part one and CSI report part two are encoded independently; descrambling the PUSCH using the PUSCH scrambling sequence; decoding the CSI report part one from the descrambled PUSCH to determine a rank indicator; determining a location of CSI report part two soft bits in the PUSCH based on the rank indicator; extracting a scrambling sequence from the PUSCH scrambling sequence corresponding to the location of the CSI report part two in the PUSCH; generating a CSI part two scrambling sequence based on the PUSCH scrambling sequence and the location of the CSI report part two in the PUSCH with correct x and y locations; applying the extracted scrambling sequence to the location of the CSI report part two soft bits in the PUSCH to undo the incorrect scrambling; descrambling the location of the CSI report part two soft bits in the PUSCH using the CSI part two scrambling sequence; and decoding the CSI part two.
A compound of formula (I), wherein R 1 is H, C 1-6 alkyl, C 3-7 cycloalkyl or phenylC 1-6 alkyl, said phenylC 1-6 alkyl being unsubstituted or substituted with one to three substituents independently selected from C 1-6 alkyl and halogen; R 2 is H or C 1-6 alkyl; R 3 is C 1-6 alkyl; R 4 is C 1-6 alkyl; or pharmaceutically acceptable salt, enantiomer or diastereomer thereof. R 1 is H, C 1-6 alkyl, C 3-7 cycloalkyl or phenylC 1-6 alkyl, said phenylC 1-6 alkyl being unsubstituted or substituted with one to three substituents independently selected from C 1-6 alkyl and halogen; R 2 is H or C 1-6 alkyl; R 3 is C 1-6 alkyl; R 4 is C 1-6 alkyl;
A winglet for a fan blade, comprising a vertical member , an interface being formed between a first end of a fan blade and the vertical member , the winglet further comprising a mounting member connected to the vertical member , wherein the mounting member is configured to mount the vertical member relative to the fan blade first end, at least a portion of the mounting member being configured to fit inside the fan blade first end, wherein the fan blade is configured to be mounted to a fan hub at a second end of the fan blade , the second end being opposite the first end, characterised in that the winglet further comprises a cuff extending from the vertical member , wherein the cuff is configured to cover at least a portion of the interface.
Afield device comprising: a network interface module for communicating over a wireless network ; a device interface module for operating a transducer ; and a power control module for determining how available electrical power is shared by the network interface module and the device interface module so that the network interface module receives a greater share of available electrical power during a join process for joining the wireless network , and so that the device interface module has an increased share of available electrical power after the network interface module has joined the wireless network ; wherein the device interface module is configured to be inactive and not powered unless the network interface module has joined the wireless network ; wherein the power control module allocates power when network connection to the wireless network has been established so that both the network interface module and the device interface module receive power; characterized in that the power control module allocates all available power to the network interface module when network connection to the wireless network has not been established. a network interface module for communicating over a wireless network ; a device interface module for operating a transducer ; and a power control module for determining how available electrical power is shared by the network interface module and the device interface module so that the network interface module receives a greater share of available electrical power during a join process for joining the wireless network , and so that the device interface module has an increased share of available electrical power after the network interface module has joined the wireless network ; wherein the device interface module is configured to be inactive and not powered unless the network interface module has joined the wireless network ; wherein the power control module allocates power when network connection to the wireless network has been established so that both the network interface module and the device interface module receive power; characterized in that the power control module allocates all available power to the network interface module when network connection to the wireless network has not been established.