mhurhangee/patent-ind-claim-en huggingface dataset:
A tread for a tire having a contact face intended to come into contact with ground during rolling, the tread comprising a plurality of repeating design units successively placed in circumferential orientation, each the plurality of repeating design units comprising at least one principal groove opening to the contact face , the at least one principal groove comprising two opposed wall surfaces being connected by bottom surface , at least four repeating design units comprising a wear indicating mean in the principal groove provided as to decrease a depth of the principal groove at least partly, the principal groove in the repeating design units without the wear indicating mean being provided with a texture at least partly on the two opposed wall surfaces and/or the bottom surface , the texture comprising a plurality of elements that protrude from and/or are recessed into two opposed wall surfaces and/or the bottom surface , the principal groove in the repeating design units containing the wear indicating mean having a region around the wear indicating mean devoid of the texture , the tread being characterized in that the plurality of repeating design units have at least two different circumferential lengths Lp, in that the texture comprises the plurality of elements that protrude from two opposed wall surfaces and/or the bottom surface , and in that a volume of the texture in one repeating design unit divided by the circumferential length Lp of the repeating design unit is from 85 to 115% of a volume of the wear indicating mean divided by the circumferential length Lp of the repeating design unit . each the plurality of repeating design units comprising at least one principal groove opening to the contact face , the at least one principal groove comprising two opposed wall surfaces being connected by bottom surface , at least four repeating design units comprising a wear indicating mean in the principal groove provided as to decrease a depth of the principal groove at least partly, the principal groove in the repeating design units without the wear indicating mean being provided with a texture at least partly on the two opposed wall surfaces and/or the bottom surface , the texture comprising a plurality of elements that protrude from and/or are recessed into two opposed wall surfaces and/or the bottom surface , the principal groove in the repeating design units containing the wear indicating mean having a region around the wear indicating mean devoid of the texture , the tread being characterized in that the plurality of repeating design units have at least two different circumferential lengths Lp, in that the texture comprises the plurality of elements that protrude from two opposed wall surfaces and/or the bottom surface , and in that a volume of the texture in one repeating design unit divided by the circumferential length Lp of the repeating design unit is from 85 to 115% of a volume of the wear indicating mean divided by the circumferential length Lp of the repeating design unit .
A method of wireless communication performed by a user equipment, UE, the method comprising: receiving , from a network apparatus, an indication to include at least two reference signals in a contention-based procedure; determining the at least two reference signals from at least a first pool associated with available reference signals; multiplexing the at least two reference signals in an initial contention-based signal that includes the at least two reference signals and a payload; and transmitting the initial contention-based signal, wherein the payload can be demodulated based on a first reference signal of the at least two reference signals and can be demodulated based on a second reference signal of the at least two reference signals. receiving , from a network apparatus, an indication to include at least two reference signals in a contention-based procedure; determining the at least two reference signals from at least a first pool associated with available reference signals; multiplexing the at least two reference signals in an initial contention-based signal that includes the at least two reference signals and a payload; and transmitting the initial contention-based signal, wherein the payload can be demodulated based on a first reference signal of the at least two reference signals and can be demodulated based on a second reference signal of the at least two reference signals.
Vehicle comprising at least one seat and a pretensioner for a safety belt associated with said seat , said pretensioner being capped at least partially by a housing , characterized in that the pretensioner is capped only by a single housing made in one piece, which is attached directly and exclusively to said pretensioner .
A radio terminal configured to perform Licensed Assisted Access, LAA, using a primary cell operating in a licensed frequency and a secondary cell operating in an unlicensed frequency, the radio terminal characterized by comprising: a memory ; and at least one processor coupled to the memory and configured to receive an offset value related to a subframe of the secondary cell, and perform a predetermined process regarding the secondary cell on the unlicensed frequency based on a frame timing of the primary cell and a frame timing of the secondary cell, wherein the frame timing of the secondary cell is determined based on the offset value, wherein the predetermined process includes at least one of a cell search, terminal measurement, and detection of proximity to a cell. a memory ; and at least one processor coupled to the memory and configured to receive an offset value related to a subframe of the secondary cell, and perform a predetermined process regarding the secondary cell on the unlicensed frequency based on a frame timing of the primary cell and a frame timing of the secondary cell, wherein the frame timing of the secondary cell is determined based on the offset value, wherein the predetermined process includes at least one of a cell search, terminal measurement, and detection of proximity to a cell.
An X-ray generating apparatus comprising: a liquid metal source, and an extraction electrode (16; 40) separated from the liquid metal source, the x-ray generating apparatus comprising: a liquid metal beam generator that electrostatically accelerates liquid metal ions or ionized droplets from the liquid metal source to form a liquid metal beam in a first direction, wherein the liquid metal beam generator comprises said extraction electrode (16; 40) separated from the liquid metal source that draws the liquid metal beam in the first direction, and wherein the liquid metal beam passes through an orifice in the extraction electrode (16; 40); and an excitation beam source that outputs an excitation beam that intersects the liquid metal beam and excites the liquid metal therein to produce hard X-rays, wherein the excitation beam is an electron beam . a liquid metal source, and an extraction electrode (16; 40) separated from the liquid metal source, the x-ray generating apparatus comprising: a liquid metal beam generator that electrostatically accelerates liquid metal ions or ionized droplets from the liquid metal source to form a liquid metal beam in a first direction, wherein the liquid metal beam generator comprises said extraction electrode (16; 40) separated from the liquid metal source that draws the liquid metal beam in the first direction, and wherein the liquid metal beam passes through an orifice in the extraction electrode (16; 40); and an excitation beam source that outputs an excitation beam that intersects the liquid metal beam and excites the liquid metal therein to produce hard X-rays, wherein the excitation beam is an electron beam .
A method of determining the health status of a hydraulic circuit arrangement , the hydraulic circuit arrangement comprising at least one hydraulic fluid working machine and at least one temperature sensor , wherein the health status is determined using at least in part an actual temperature information of the hydraulic circuit arrangement that is based on a measurement by said temperature sensor of the hydraulic fluid temperature and compared to an expected temperature information of the hydraulic circuit arrangement , characterised in that the health status comprises at least one health status level that is taken from the following group of health status levels: indication of remaining hours of full operability of the hydraulic circuit arrangement ; remaining operating hours before preventive maintenance; remaining hours before maintenance; indication of suggested preventive maintenance; indication of required preventive maintenance; indication of suggested maintenance; indication of recommended maintenance; indication of highly recommended maintenance. the hydraulic circuit arrangement comprising at least one hydraulic fluid working machine and at least one temperature sensor , wherein the health status is determined using at least in part an actual temperature information of the hydraulic circuit arrangement that is based on a measurement by said temperature sensor of the hydraulic fluid temperature and compared to an expected temperature information of the hydraulic circuit arrangement , characterised in that the health status comprises at least one health status level that is taken from the following group of health status levels: indication of remaining hours of full operability of the hydraulic circuit arrangement ; remaining operating hours before preventive maintenance; remaining hours before maintenance; indication of suggested preventive maintenance; indication of required preventive maintenance; indication of suggested maintenance; indication of recommended maintenance; indication of highly recommended maintenance.
A method of controlling an ultra-deep power down, UDPD, mode in a memory device , whereby the memory device is in its lowest power and least active state, the method comprising: a) receiving a write command from a host via an interface ; b) beginning a write operation on the memory device to execute the write command; c) reading an auto-UDPD, AUDPD, configuration bit from a status register during the write operation; d) completing the write operation on the memory device ; e) automatically entering the UDPD mode upon completion of the write operation in response to the AUDPD configuration bit being set; f) entering a standby mode upon completion of the write operation in response to the AUDPD configuration bit being cleared; and g) in response to a status register read command being received from the host: - while the memory device is in the UDPD mode, driving an output of the memory device from a high impedance to a high logical level; - while the memory device is in the standby mode, driving the output of the memory device from a high impedance to a low logical level; and - while the memory device is in an active mode, driving the output of the memory device from a high impedance to a low logical level. a) receiving a write command from a host via an interface ; b) beginning a write operation on the memory device to execute the write command; c) reading an auto-UDPD, AUDPD, configuration bit from a status register during the write operation; d) completing the write operation on the memory device ; e) automatically entering the UDPD mode upon completion of the write operation in response to the AUDPD configuration bit being set; f) entering a standby mode upon completion of the write operation in response to the AUDPD configuration bit being cleared; and g) in response to a status register read command being received from the host: - while the memory device is in the UDPD mode, driving an output of the memory device from a high impedance to a high logical level; - while the memory device is in the standby mode, driving the output of the memory device from a high impedance to a low logical level; and - while the memory device is in an active mode, driving the output of the memory device from a high impedance to a low logical level. - while the memory device is in the UDPD mode, driving an output of the memory device from a high impedance to a high logical level; - while the memory device is in the standby mode, driving the output of the memory device from a high impedance to a low logical level; and - while the memory device is in an active mode, driving the output of the memory device from a high impedance to a low logical level.
Detaching chamber for carrying out a step of detaching a piezoelectric layer from a piezoelectric donor substrate , comprising one or two chucks comprising first and/or second electrodes for applying an electric field to a piezoelectric layer .
A load distribution device (100;200;300;400) for a vehicle configured to distribute loads into a colliding barrier in the event of a collision involving the vehicle, the load distribution device comprises: - an upper beam extending in a transversal direction and connectable to at least one upper load path of the vehicle; - a lower beam extending in the transversal direction and arrangeable at at least one lower load path of the vehicle; and - an interconnecting portion (110;210) connecting the upper beam and the lower beam, characterized in that the upper beam and the lower beam are hollow, and in that the upper beam, the lower beam, and the interconnecting portion are made in a single piece by extrusion. - an upper beam extending in a transversal direction and connectable to at least one upper load path of the vehicle; - a lower beam extending in the transversal direction and arrangeable at at least one lower load path of the vehicle; and - an interconnecting portion (110;210) connecting the upper beam and the lower beam, characterized in that the upper beam and the lower beam are hollow, and in that the upper beam, the lower beam, and the interconnecting portion are made in a single piece by extrusion. the upper beam and the lower beam are hollow, and in that the upper beam, the lower beam, and the interconnecting portion are made in a single piece by extrusion.
A system for supporting a heart valve having at least two leaflets, the system comprising: at least one fastening catheter having a distal end and defining at least two adjacent lumens extending through the distal end and including at least one fastener (50; 126; 226; 326) coupled to the fastening catheter , wherein the at least one fastening catheter includes a first fastening catheter and a second fastening catheter ; and at least one leaflet brace having an elongate flexible structure configured to extend through one of the lumens and around at least one leaflet of the heart valve , wherein the at least one leaflet brace includes a first leaflet brace and a second leaflet brace ; wherein a first pair of adjacent ends of the first and second leaflet braces are configured to extend through the adjacent lumens of the first fastening catheter and a second pair of adjacent ends of the first and second leaflet braces are configured to extend through the adjacent lumens of the second fastening catheter ; wherein the fastener (50; 126; 226; 326) of the first fastening catheter is configured to attach together the first pair of adjacent ends and the fastener (50; 126; 226; 326) of the second fastening catheter is configured to attach together the second pair of adjacent ends to form an annular loop encircling the at least one leaflet of the heart valve. at least one fastening catheter having a distal end and defining at least two adjacent lumens extending through the distal end and including at least one fastener (50; 126; 226; 326) coupled to the fastening catheter , wherein the at least one fastening catheter includes a first fastening catheter and a second fastening catheter ; and at least one leaflet brace having an elongate flexible structure configured to extend through one of the lumens and around at least one leaflet of the heart valve , wherein the at least one leaflet brace includes a first leaflet brace and a second leaflet brace ; wherein a first pair of adjacent ends of the first and second leaflet braces are configured to extend through the adjacent lumens of the first fastening catheter and a second pair of adjacent ends of the first and second leaflet braces are configured to extend through the adjacent lumens of the second fastening catheter ; wherein the fastener (50; 126; 226; 326) of the first fastening catheter is configured to attach together the first pair of adjacent ends and the fastener (50; 126; 226; 326) of the second fastening catheter is configured to attach together the second pair of adjacent ends to form an annular loop encircling the at least one leaflet of the heart valve.
System for collecting waste, comprising at least one container in which waste can be held, which container comprises a container body, wheels provided at the underside of the container body and a base which is movable between a closed position and an open position in which waste can be discharged from the container, and, at the upper side of the container body, a handle and a lid which is movable between a closed position and an open position in which waste can be held in the container, positioning means above a ground with respect to which a container can be positioned and a receptacle arranged below the ground in the vicinity of the positioning means, comprising an inlet for collecting waste from a container which interacts with the positioning means, wherein the positioning means comprise a housing in which the container can be at least partially held, and wherein the housing comprises a cover, underneath which the lid can be arrranged in a close-fitting manner when the lid is closed, and wherein locking means are provided on the container, which locking means are movable between an active position in which the base is locked in the closed position and an inactive position in which the base is unlocked, and a lock operating mechanism which is provided on the positioning means for transferring the locking means between the inactive and the active position for respectively releasing and locking the base of a container which interacts with the positioning means , and wherein always at least one of the lid and the base is closed.
A device (100; 100a; 100b) for dispensing medicaments, the device (100; 100a; 100b) comprising a primary control means (110; 1100) for controlling at least one first component (K1) of the device (100; 100a; 100b) and a secondary control means (120; 1200) for controlling at least one second component (K2) of the device (100; 100a; 100b), wherein the device is adapted to dispense medicaments arranged in blister bags , wherein in particular the device (100; 100a; 100b) comprises a storage container for medicaments, in particular blister bags, to be dispensed, and a transport means for conveying the medicaments, in particular blister bags, out of the storage container , wherein the primary control means (110; 1100) is adapted to periodically receive data from the secondary control means (120; 1200) and to initiate a first error reaction if no data is received from the secondary control means (120; 1200) for a predeterminable first waiting time.
An actuator for controlling a wheelset of a rail vehicle comprising: an axle casing for fastening to an undercarriage ; a synchronized cylinder that is formed in the axle casing and that comprises a piston surface that has a piston rod passing through the axle casing at each of its two areal sides; and a housing that is movable in accordance with a movement of the synchronized cylinder with respect to the axle casing , characterized in that a piston spring element that connects a respective piston rod to the housing is preferably arranged at the end of the respective piston rod remote from the piston surface . an axle casing for fastening to an undercarriage ; a synchronized cylinder that is formed in the axle casing and that comprises a piston surface that has a piston rod passing through the axle casing at each of its two areal sides; and a housing that is movable in accordance with a movement of the synchronized cylinder with respect to the axle casing ,
A conotoxin peptide κ-CPTx-btl05 for use in the treatment of a corona heart disease by inhibiting high-voltage activated calcium ion channel, wherein said conotoxin peptide κ-CPTx-btl05 is a polypeptide having the amino acid sequence of SEQ ID NO:1; and wherein the amino acid sequence of the conotoxin peptide κ-CPTx-btl05 forms two pairs of disulfide bonds.
A device , comprising: a display having an active area surrounded by an inactive deadband , where the active area and the inactive deadband lie in a plane; a chassis , the display received in the chassis and secured to the chassis beneath the inactive deadband with adhesive ; and a fastening assembly positioned below the inactive deadband and farther beneath the plane than the adhesive , the fastening assembly comprising a bracket that creates a retention force between the display and the chassis . a display having an active area surrounded by an inactive deadband , where the active area and the inactive deadband lie in a plane; a chassis , the display received in the chassis and secured to the chassis beneath the inactive deadband with adhesive ; and a fastening assembly positioned below the inactive deadband and farther beneath the plane than the adhesive , the fastening assembly comprising a bracket that creates a retention force between the display and the chassis .
An electrode group comprising an electrode stack, the electrode stack being wound to configure a wound electrode structure, the electrode stack comprising: an electrically insulating layer ; a first band-shaped electrode ; and a second band-shaped electrode stacked in a first direction on the first band-shaped electrode with the electrically insulating layer interposed therebetween, the first band-shaped electrode comprising plural laps stacked within the wound electrode structure and two regions or three or more regions having different short-side widths parallel to a winding axis direction of the wound electrode, lengths of each region in a long-side direction of the first band-shaped electrode coinciding with a circumferential length of a winding lap where the respective region is located within the wound electrode group , whereby the short-side widths of the first band-shaped electrode structure are different between two laps adjacent in a stacking direction, among the plural laps, the second band-shaped electrode having a width in a short-side direction parallel to the winding axis direction that is same over an entire span of the second band-shaped electrode , the first band-shaped electrode being a positive electrode and the second band-shaped electrode being a negative electrode, or the first band-shaped electrode being the negative electrode and the second band-shaped electrode being the positive electrode. an electrically insulating layer ; a first band-shaped electrode ; and a second band-shaped electrode stacked in a first direction on the first band-shaped electrode with the electrically insulating layer interposed therebetween, the first band-shaped electrode comprising plural laps stacked within the wound electrode structure and two regions or three or more regions having different short-side widths parallel to a winding axis direction of the wound electrode, lengths of each region in a long-side direction of the first band-shaped electrode coinciding with a circumferential length of a winding lap where the respective region is located within the wound electrode group , whereby the short-side widths of the first band-shaped electrode structure are different between two laps adjacent in a stacking direction, among the plural laps, the second band-shaped electrode having a width in a short-side direction parallel to the winding axis direction that is same over an entire span of the second band-shaped electrode , the first band-shaped electrode being a positive electrode and the second band-shaped electrode being a negative electrode, or the first band-shaped electrode being the negative electrode and the second band-shaped electrode being the positive electrode.