mhurhangee/patent-ind-claim-en huggingface dataset:
A monitoring system for monitoring the temperature of a battery module having a plurality of battery cells , the monitoring system comprising: an electric network comprising a plurality of thermistors , wherein each of the thermistors is thermally connected to a battery cell; a monitoring device being adapted for measuring a total resistance (R tot ) of the electric network comprising the plurality of thermistors and further being adapted for generating a signal in case of detecting that the value of the total resistance (R tot ) of the electric network traverses a predetermined threshold resistance value; wherein the monitoring system is adapted to determine a mean temperature (T amb ) of the battery module independently from the measurement of the total resistance (R tot ) of the electric network; and wherein the predetermined threshold resistance value is dependent on the mean temperature (T amb ) of the battery module . an electric network comprising a plurality of thermistors , wherein each of the thermistors is thermally connected to a battery cell; a monitoring device being adapted for measuring a total resistance (R tot ) of the electric network comprising the plurality of thermistors and further being adapted for generating a signal in case of detecting that the value of the total resistance (R tot ) of the electric network traverses a predetermined threshold resistance value; wherein the monitoring system is adapted to determine a mean temperature (T amb ) of the battery module independently from the measurement of the total resistance (R tot ) of the electric network; and wherein the predetermined threshold resistance value is dependent on the mean temperature (T amb ) of the battery module .
A method for wireless communications, comprising: Identifying , by a first wireless device in a vehicle-to-everything system, a data packet for transmission to a second wireless device in the vehicle-to-everything system, the data packet associated with a first latency type; identifying a set of candidate transmission time intervals for the transmission of the data packet based at least in part on a resource window , wherein a size of the resource window is based at least in part on the first latency type; selecting , from the set of candidate transmission time intervals, a set of transmission time intervals for the transmission of the data packet based at least in part on the resource window and a set of reserved resources for other wireless devices in the vehicle-to-everything system using a resource map , wherein the resource map indicates occupied or unoccupied resources, wherein selecting the set of transmission time intervals comprises: selecting unoccupied resources in a transmission time interval multiplexed in frequency with retransmissions from at least one other wireless device, the retransmissions from the at least one other wireless device corresponding to previously decoded data packets; and transmitting the data packet to the second wireless device using the set of transmission time intervals. Identifying , by a first wireless device in a vehicle-to-everything system, a data packet for transmission to a second wireless device in the vehicle-to-everything system, the data packet associated with a first latency type; identifying a set of candidate transmission time intervals for the transmission of the data packet based at least in part on a resource window , wherein a size of the resource window is based at least in part on the first latency type; selecting , from the set of candidate transmission time intervals, a set of transmission time intervals for the transmission of the data packet based at least in part on the resource window and a set of reserved resources for other wireless devices in the vehicle-to-everything system using a resource map , wherein the resource map indicates occupied or unoccupied resources, wherein selecting the set of transmission time intervals comprises: selecting unoccupied resources in a transmission time interval multiplexed in frequency with retransmissions from at least one other wireless device, the retransmissions from the at least one other wireless device corresponding to previously decoded data packets; and transmitting the data packet to the second wireless device using the set of transmission time intervals. selecting unoccupied resources in a transmission time interval multiplexed in frequency with retransmissions from at least one other wireless device, the retransmissions from the at least one other wireless device corresponding to previously decoded data packets; and transmitting the data packet to the second wireless device using the set of transmission time intervals.
An audio processing unit comprising: a buffer memory for storing at least one frame of an encoded audio bitstream, wherein the encoded audio bitstream includes audio data and a metadata segment, wherein the metadata segment is data separate and different from the audio data and includes a header, one or more metadata payloads, and protection data; an audio decoder coupled to the buffer memory for decoding the audio data; and a parser coupled to or integrated with the audio decoder for parsing the encoded audio bitstream, wherein the header includes a syncword identifying the start of the metadata segment, the one or more metadata payloads describe an audio program associated with the audio data, the protection data is located after the one or more metadata payloads, and the protection data is capable of being used to verify the integrity of the metadata segment and the one or more payloads within the metadata segment, and wherein the one or more metadata payloads include a flag indicative of a number of frames between the current frame and a program boundary of the encoded audio bitstream, the current frame being the frame which includes the flag. a buffer memory for storing at least one frame of an encoded audio bitstream, wherein the encoded audio bitstream includes audio data and a metadata segment, wherein the metadata segment is data separate and different from the audio data and includes a header, one or more metadata payloads, and protection data; an audio decoder coupled to the buffer memory for decoding the audio data; and a parser coupled to or integrated with the audio decoder for parsing the encoded audio bitstream, wherein the header includes a syncword identifying the start of the metadata segment, the one or more metadata payloads describe an audio program associated with the audio data, the protection data is located after the one or more metadata payloads, and the protection data is capable of being used to verify the integrity of the metadata segment and the one or more payloads within the metadata segment, and wherein the one or more metadata payloads include a flag indicative of a number of frames between the current frame and a program boundary of the encoded audio bitstream, the current frame being the frame which includes the flag.
A headstand bench for performing physical exercises, the headstand bench comprising: a bench frame having a front pair of legs , a rear pair of legs , each of the front and rear legs having a top end and a bottom end ; the bench frame further including a pair of upper rails extending a longitudinal length (L) between the top ends of the front pair of legs , to the top ends of the rear pair of legs , the pair of upper rails being laterally spaced a width; the bench frame further including a pair of lower rails extending longitudinally between the front pair of legs to the pair of rear legs , beneath the pair of upper rails ; a headstand plate fixedly mounted on the pair of upper rails adjacent the rear pair of legs , the headstand plate having a cushioned top surface , a bottom surface , and a first inner edge that includes an inwardly extending recessed area that is sized and shaped for performing headstand exercises; a removable rigid plate adapted to be removably mounted on the pair of upper rails adjacent the front pair of legs via a fastener , the removable rigid plate having a top surface , a bottom surface , and a second inner edge that removably interlocks with the first inner edge of the headstand plate ; a removable cushion removably mounted on the top surface of the removable rigid plate via an attachment mechanism , the removable cushion having a top surface and a bottom surface ; and a means of removably securing the removable rigid plate to the pair of lower rails . a bench frame having a front pair of legs , a rear pair of legs , each of the front and rear legs having a top end and a bottom end ; the bench frame further including a pair of upper rails extending a longitudinal length (L) between the top ends of the front pair of legs , to the top ends of the rear pair of legs , the pair of upper rails being laterally spaced a width; the bench frame further including a pair of lower rails extending longitudinally between the front pair of legs to the pair of rear legs , beneath the pair of upper rails ; a headstand plate fixedly mounted on the pair of upper rails adjacent the rear pair of legs , the headstand plate having a cushioned top surface , a bottom surface , and a first inner edge that includes an inwardly extending recessed area that is sized and shaped for performing headstand exercises; a removable rigid plate adapted to be removably mounted on the pair of upper rails adjacent the front pair of legs via a fastener , the removable rigid plate having a top surface , a bottom surface , and a second inner edge that removably interlocks with the first inner edge of the headstand plate ; a removable cushion removably mounted on the top surface of the removable rigid plate via an attachment mechanism , the removable cushion having a top surface and a bottom surface ; and a means of removably securing the removable rigid plate to the pair of lower rails .
Firestop device comprising: - a collar to be mounted to a partition surface at a location where a plastic pipe or other non-fire resistant duct penetrates the partition, the collar including a first collar half and a second collar half , the first collar half and the second collar half having corresponding end portions which are connected to each other; - a fire resistant foldable cap circumferentially connected to the collar and for closing off the penetration location when the pipe or duct is collapsed or destroyed by the fire; and - an actuation assembly for moving the fire resistant foldable cap over the penetration location to close it off; characterized in that the collar is a fold-out collar in which said corresponding ends of the first and second collar halves are hingedly connected to each other so as to be moveable from a folded state, in which the second collar half substantially overlaps the first collar half , to a folded out state, in which the first collar half and the second collar half form a ring shaped collar, wherein the first collar half is adapted to be mounted to the partition surface , wherein the fire resistant foldable cap is attached to the first collar half and the second collar half , and wherein the actuation assembly includes the second collar half , said second collar half pulling the fire resistant foldable cap over the penetration location when moving from the folded state to the folded out state. - a collar to be mounted to a partition surface at a location where a plastic pipe or other non-fire resistant duct penetrates the partition, the collar including a first collar half and a second collar half , the first collar half and the second collar half having corresponding end portions which are connected to each other; - a fire resistant foldable cap circumferentially connected to the collar and for closing off the penetration location when the pipe or duct is collapsed or destroyed by the fire; and - an actuation assembly for moving the fire resistant foldable cap over the penetration location to close it off;
A method for measuring a thickness of lingual and/or buccal plates (4204;4206) using a stack of tomosynthesis images which are reconstructed in a depth direction (Z) by processing a plurality of projections images taken by a tomosynthesis system having an intraoral detector and an x-ray source , comprising: accepting a selection of a depth (D1;D2) in the said depth direction (Z) corresponding to a depth at which the thickness (T L ;T B ) of the lingual and/or buccal plate is to be determined; returning a two dimensional x-ray image, from the tomosynthesis stack, corresponding to said depth, wherein the two dimensional x-ray image is substantially parallel to the plane of the intraoral x-ray detector at the selected depth, and generally perpendicular to the lingual and buccal plates; accepting a selection of two points or a line between two points on the two dimensional x-ray image, the two points corresponding to edges of the lingual or buccal plate, and generating a distance between the two points corresponding to a thickness of the lingual or buccal plate. accepting a selection of a depth (D1;D2) in the said depth direction (Z) corresponding to a depth at which the thickness (T L ;T B ) of the lingual and/or buccal plate is to be determined; returning a two dimensional x-ray image, from the tomosynthesis stack, corresponding to said depth, wherein the two dimensional x-ray image is substantially parallel to the plane of the intraoral x-ray detector at the selected depth, and generally perpendicular to the lingual and buccal plates; accepting a selection of two points or a line between two points on the two dimensional x-ray image, the two points corresponding to edges of the lingual or buccal plate, and generating a distance between the two points corresponding to a thickness of the lingual or buccal plate.
An operating method of a visited-policy control function, V-PCF, of a visited public land mobile network, PLMN, providing a policy for processing traffic of a user equipment, UE, in a wireless communication system, the operating method comprising: transmitting , to a home-policy control function, H-PCF, of a home PLMN, an indicator requesting transmission or allowance of transmission of a visited user equipment route selection policy, V-URSP, of the V-PCF to the UE receiving , from the H-PCF, an indicator indicating whether transmission of the V-URSP of the V-PCF to the UE is allowed; receiving a home user equipment route selection policy, H-URSP, from the H-PCF; and transmitting , to the UE via an access and mobility management function, AMF, of the visited PLMN, a message including at least one of the H-URSP or the V-URSP, based on the indicator indicating whether the transmission of the V-URSP of the V-PCF is allowed. transmitting , to a home-policy control function, H-PCF, of a home PLMN, an indicator requesting transmission or allowance of transmission of a visited user equipment route selection policy, V-URSP, of the V-PCF to the UE receiving , from the H-PCF, an indicator indicating whether transmission of the V-URSP of the V-PCF to the UE is allowed; receiving a home user equipment route selection policy, H-URSP, from the H-PCF; and transmitting , to the UE via an access and mobility management function, AMF, of the visited PLMN, a message including at least one of the H-URSP or the V-URSP, based on the indicator indicating whether the transmission of the V-URSP of the V-PCF is allowed.
An in-situ surface controlled sub-surface safety valves control line rectification device configured to mechanically rectify in-situ a control line connected to a surface controlled sub-surface safety valve, and wherein the rectification device comprises; - a rectification line feeder , - a longitudinal first rectification line , wherein the rectification line feeder is arranged to feed the first rectification line longitudinally into the control line , wherein the first rectification line has an elastic modulus larger than 10GPa and the rectification line feeder is configured to feed the longitudinal first rectification line with decreasing speed into the control line . - a rectification line feeder , - a longitudinal first rectification line , wherein the rectification line feeder is arranged to feed the first rectification line longitudinally into the control line , wherein the first rectification line has an elastic modulus larger than 10GPa and the rectification line feeder is configured to feed the longitudinal first rectification line with decreasing speed into the control line .
Infusion device for administering a medical fluid to a patient, comprising: - a receptacle for receiving a syringe , - a pusher device movable in a pushing direction (P) for acting onto a piston of the syringe received in the receptacle , - a driving rod , - an electric drive device for driving the driving rod , and - a clutching device comprising a frame member and at least one clutch element movably arranged on the frame member , the at least one clutch element being constituted to operatively connect, in a clutched state, the driving rod to the pusher device for driving the pusher device by the electric drive device , the clutching device being actuatable to assume an unclutched state in which the operative connection between the driving rod and the pusher device is released, wherein the clutching device comprises a lock element for locking the at least one clutch element in the clutched state, characterized in that the frame member is operatively connected to the pusher device and the at least one clutch element is constituted to releasably engage with the driving rod , wherein the clutch device comprises two clutch elements , each clutch element being movably arranged on the frame member , wherein the two clutch elements are movable in opposite directions (R) for transferring the clutch device into the unclutched state, and wherein the lock element locks the two clutch elements with respect to each other in the clutched state. - a receptacle for receiving a syringe , - a pusher device movable in a pushing direction (P) for acting onto a piston of the syringe received in the receptacle , - a driving rod , - an electric drive device for driving the driving rod , and - a clutching device comprising a frame member and at least one clutch element movably arranged on the frame member , the at least one clutch element being constituted to operatively connect, in a clutched state, the driving rod to the pusher device for driving the pusher device by the electric drive device , the clutching device being actuatable to assume an unclutched state in which the operative connection between the driving rod and the pusher device is released, wherein the clutching device comprises a lock element for locking the at least one clutch element in the clutched state, characterized in that the frame member is operatively connected to the pusher device and the at least one clutch element is constituted to releasably engage with the driving rod , wherein the clutch device comprises two clutch elements , each clutch element being movably arranged on the frame member , wherein the two clutch elements are movable in opposite directions (R) for transferring the clutch device into the unclutched state, and wherein the lock element locks the two clutch elements with respect to each other in the clutched state.
A medical elongated body comprising: a shaft having a lumen through which a fluid can flow; and a tubular structure portion which is provided at a distal portion of the shaft and has an insertion hole , wherein the tubular structure portion includes a first tube body which has the insertion hole and is fixed to the distal portion of the shaft , a second tube body which is disposed radially outward of the first tube body and is liquid-tightly fixed to the distal portion of the shaft and a proximal portion of the first tube body , a space portion which is provided between the first tube body and the second tube body and communicates with the lumen of the shaft , and an opening portion which is positioned at a distal portion of the tubular structure portion and through which a fluid flowing from the lumen of the shaft into the space portion flows out of the tubular structure portion . a shaft having a lumen through which a fluid can flow; and a tubular structure portion which is provided at a distal portion of the shaft and has an insertion hole , wherein the tubular structure portion includes a first tube body which has the insertion hole and is fixed to the distal portion of the shaft , a second tube body which is disposed radially outward of the first tube body and is liquid-tightly fixed to the distal portion of the shaft and a proximal portion of the first tube body , a space portion which is provided between the first tube body and the second tube body and communicates with the lumen of the shaft , and an opening portion which is positioned at a distal portion of the tubular structure portion and through which a fluid flowing from the lumen of the shaft into the space portion flows out of the tubular structure portion . a first tube body which has the insertion hole and is fixed to the distal portion of the shaft , a second tube body which is disposed radially outward of the first tube body and is liquid-tightly fixed to the distal portion of the shaft and a proximal portion of the first tube body , a space portion which is provided between the first tube body and the second tube body and communicates with the lumen of the shaft , and an opening portion which is positioned at a distal portion of the tubular structure portion and through which a fluid flowing from the lumen of the shaft into the space portion flows out of the tubular structure portion .
A wall assembly , comprising a trellis panel comprising an open framework or lattice of intersecting and interconnected mounting members and support members oriented at right angles to one another; a plurality of facing blocks stacked into a facing wall having a rear face with one or more retaining groove ; and a plurality of connectors for connecting each of at least a number of the plurality of facing blocks in the stacked condition to the trellis panel , the plurality of connectors being shaped for insertion into the one or more retaining groove and to resist extraction from the groove in a direction perpendicular to the rear face , wherein the plurality of facing blocks are stacked on both sides of the trellis panel to provide a double sided wall. a trellis panel comprising an open framework or lattice of intersecting and interconnected mounting members and support members oriented at right angles to one another; a plurality of facing blocks stacked into a facing wall having a rear face with one or more retaining groove ; and a plurality of connectors for connecting each of at least a number of the plurality of facing blocks in the stacked condition to the trellis panel , the plurality of connectors being shaped for insertion into the one or more retaining groove and to resist extraction from the groove in a direction perpendicular to the rear face , wherein the plurality of facing blocks are stacked on both sides of the trellis panel to provide a double sided wall.
Cooking appliance , comprising a body having two side walls and a rear wall and a plurality of front panels covering the body on the side facing the user, comprising a worktop segment that covers the body at the top and a hob that is recessed into the worktop segment and has at least one hotplate and an extractor hood , the hob being vertically adjustable relative to the worktop and clearing the extractor hood at least on one side of the hob when lowered, characterised in that at least part of the side of the cooking appliance facing the user is vertically movable or foldable and vertically movable, at least one of the front panels being designed to be vertically displaceable away from the plane of the worktop, and a device used for moving the hob also being designed for moving at least the movable part of the cooking appliance .