mhurhangee/patent-ind-claim-en huggingface dataset:
A physiological characteristic sensor assembly, comprising: a physiological characteristic sensor including a sensor coupled to a sensor base ; an adhesive patch coupled to the physiological characteristic sensor; and a pedestal removably coupled to the physiological characteristic sensor, the pedestal including a first side opposite a second side , with a sidewall that interconnects the first side and the second side, the pedestal including: at least one post that extends from the first side and forms an interference fit with the sensor base; and a recess defined through the sidewall having a first portion in communication with a second portion , the first portion having a first length that is less than a second length of the second portion along a perimeter of the sidewall, and the second portion is positionable over the sensor base to apply a force to the sensor base. at least one post that extends from the first side and forms an interference fit with the sensor base; and a recess defined through the sidewall having a first portion in communication with a second portion , the first portion having a first length that is less than a second length of the second portion along a perimeter of the sidewall, and the second portion is positionable over the sensor base to apply a force to the sensor base.
A display control apparatus for controlling the display of information in a vehicle , the display control apparatus comprising a controller having at least one electronic processor configured to control first and second displays ; wherein the at least one electronic processor is configured to: control a switching module to cause a first information data set (INF1) displayed on said first display to be displayed on said second display ; and, select said second display from a plurality of displays; in dependence on a determined gaze direction of the vehicle driver. wherein the at least one electronic processor is configured to: control a switching module to cause a first information data set (INF1) displayed on said first display to be displayed on said second display ; and, select said second display from a plurality of displays; control a switching module to cause a first information data set (INF1) displayed on said first display to be displayed on said second display ; and, select said second display from a plurality of displays; in dependence on a determined gaze direction of the vehicle driver.
A method of wireless communications, comprising: identifying information comprising one or more discovery resources for vehicle-to-everything, V2X, communications; initiating a random access procedure based on the identified information; identifying one or more random access channel, RACH, resources based on the information; identifying one or more RACH response resources based on the one or more RACH resources; and performing directional communications using at least the one or more RACH resources or the one or more RACH response resources. identifying information comprising one or more discovery resources for vehicle-to-everything, V2X, communications; initiating a random access procedure based on the identified information; identifying one or more random access channel, RACH, resources based on the information; identifying one or more RACH response resources based on the one or more RACH resources; and performing directional communications using at least the one or more RACH resources or the one or more RACH response resources.
A medical device comprising: a motion sensor configured to produce a motion signal; and a control circuit configured to: set a plurality of sensing control parameters comprising a ventricular diastolic event window ending time; sense first atrial events from the motion signal during a plurality of ventricular cycles according to the sensing control parameters; determine a feature of the motion signal for each ventricular cycle of at least a portion of the plurality of ventricular cycles; determine a metric of the motion signal based on the determined features, wherein the metric relates to the number of ventricular cycles that are longer than the ventricular diastolic event window ending time; adjust a sensing control parameter of the plurality of sensing control parameters based on the metric; sense a second atrial event from the motion signal according to the adjusted sensing control parameter; and generate an atrial sensed event signal in response to sensing the second atrial event. a motion sensor configured to produce a motion signal; and a control circuit configured to: set a plurality of sensing control parameters comprising a ventricular diastolic event window ending time; sense first atrial events from the motion signal during a plurality of ventricular cycles according to the sensing control parameters; determine a feature of the motion signal for each ventricular cycle of at least a portion of the plurality of ventricular cycles; determine a metric of the motion signal based on the determined features, wherein the metric relates to the number of ventricular cycles that are longer than the ventricular diastolic event window ending time; adjust a sensing control parameter of the plurality of sensing control parameters based on the metric; sense a second atrial event from the motion signal according to the adjusted sensing control parameter; and generate an atrial sensed event signal in response to sensing the second atrial event. set a plurality of sensing control parameters comprising a ventricular diastolic event window ending time; sense first atrial events from the motion signal during a plurality of ventricular cycles according to the sensing control parameters; determine a feature of the motion signal for each ventricular cycle of at least a portion of the plurality of ventricular cycles; determine a metric of the motion signal based on the determined features, wherein the metric relates to the number of ventricular cycles that are longer than the ventricular diastolic event window ending time; adjust a sensing control parameter of the plurality of sensing control parameters based on the metric; sense a second atrial event from the motion signal according to the adjusted sensing control parameter; and generate an atrial sensed event signal in response to sensing the second atrial event.
A logged MDT measurement system, comprising: a user equipment, UE, and a network device; the network device, configured to determine logged minimization of drive tests, MDT, configuration information; send the logged MDT configuration information to the UE; the UE, configured to receive the logged MDT configuration information; determine, according to the logged MDT configuration information, a Multimedia Broadcast Multicast Service, MBMS, set used for triggering logged MDT measurement and a measurement parameter used for performing the logged MDT measurement; wherein the measurement parameter comprises MDT measurement duration and a measurement interval; perform the logged MDT measurement based on the measurement parameter when it is determined that an MBMS used for triggering the logged MDT measurement is being received, wherein the MBMS used for triggering the logged MDT measurement belongs to the MBMS set used for triggering the logged MDT measurement.
A battery module , which includes a module housing provided in an angular tube shape and a cell assembly having a plurality of pouch-type battery cells stacked and arranged in one direction with broad surfaces being erect and accommodated in the module housing, wherein the battery module comprises a sensing assembly configured to electrically connect electrode leads extending from the pouch-type battery cells and cover a front portion and a rear portion of the cell assembly , respectively, wherein flow paths (F) through which a cooling air flows are formed between a top plate and the cell assembly and between a bottom plate and the cell assembly , respectively, the top and bottom plates serving as upper and lower portions of the module housing, and wherein ventilation holes for allowing the cooling air to flow into and out of the flow path (F) are formed at a top end and a bottom end of the sensing assembly ; wherein the pouch-type battery cells are closely disposed so that broad surfaces thereof are in contact with each other. wherein the battery module comprises a sensing assembly configured to electrically connect electrode leads extending from the pouch-type battery cells and cover a front portion and a rear portion of the cell assembly , respectively, wherein flow paths (F) through which a cooling air flows are formed between a top plate and the cell assembly and between a bottom plate and the cell assembly , respectively, the top and bottom plates serving as upper and lower portions of the module housing, and wherein ventilation holes for allowing the cooling air to flow into and out of the flow path (F) are formed at a top end and a bottom end of the sensing assembly ; wherein the pouch-type battery cells are closely disposed so that broad surfaces thereof are in contact with each other.
A laser processing apparatus that irradiates an object to be subjected to the laser processing with laser light to perform laser processing, the laser processing apparatus comprising: a plurality of optical heads each including a laser head unit that emits a plurality of laser light beams and an optical system that focuses the emitted plurality of laser light beams on the object so that the laser light beams irradiate a part of the object that is elongate in a predetermined direction; means for conveying the object relative to the laser head unit in a conveying direction intersecting the predetermined direction, wherein the plurality of optical heads includes a first optical head group comprising a plurality of optical heads adjacent to each other in the predetermined direction and a second optical head group comprising a plurality of optical heads adjacent to each other in the predetermined direction, and the first optical head group and the second optical head group are adjacent to each other in the conveying direction and arranged while being shifted from each other by a predetermined length in the predetermined direction so that at least one gap between parts of the object irradiated by the optical heads of the first optical head group is irradiated by optical heads of the second optical head group . a plurality of optical heads each including a laser head unit that emits a plurality of laser light beams and an optical system that focuses the emitted plurality of laser light beams on the object so that the laser light beams irradiate a part of the object that is elongate in a predetermined direction; means for conveying the object relative to the laser head unit in a conveying direction intersecting the predetermined direction, wherein the plurality of optical heads includes a first optical head group comprising a plurality of optical heads adjacent to each other in the predetermined direction and a second optical head group comprising a plurality of optical heads adjacent to each other in the predetermined direction, and the first optical head group and the second optical head group are adjacent to each other in the conveying direction and arranged while being shifted from each other by a predetermined length in the predetermined direction so that at least one gap between parts of the object irradiated by the optical heads of the first optical head group is irradiated by optical heads of the second optical head group .
Method for the electrochemical preparation of alkanedicarboxylic acids by ring-opening oxidation in aqueous alkaline solution, characterized in that the oxidation is carried out at a Ni(O)OH foam electrode doped with elements of main group 5 and/or 6, wherein the Ni(O)OH foam electrode comprises 2 to 10% by weight phosphorus, phosphorus here being considered as an element, and based on the metal mass of the electrode, according to scheme (I) where represents a single or double bond, R accordingly being present or not, where R is hydrogen or an acyl radical, wherein the acyl radical is the radical of an aliphatic monocarboxylic acid having 2 to 8 carbon atoms and where A is a hydrocarbon having 4 to 30 carbon atoms, in which all ring carbons of A in the cyclic reactant of scheme (I) bear at least one hydrogen substituent. where represents a single or double bond, R accordingly being present or not, where R is hydrogen or an acyl radical, wherein the acyl radical is the radical of an aliphatic monocarboxylic acid having 2 to 8 carbon atoms and where A is a hydrocarbon having 4 to 30 carbon atoms, in which all ring carbons of A in the cyclic reactant of scheme (I) bear at least one hydrogen substituent.
A system for penetrating a blood vessel wall of a blood vessel, the system comprising: a support catheter having a proximal portion and a distal portion , the distal portion configured to be intravascularly positioned within a blood vessel and characterised by comprising - an outer surface including a sloping surface angled with respect to a longitudinal axis of the support catheter, and a supporting surface distal to the sloping surface and substantially parallel to a longitudinal axis of the catheter, a lumen terminating at an exit port along the sloping surface, and an expansion mechanism positioned on a side opposing the sloping surface and the supporting surface ; and a puncture element configured to be advanced through the lumen beyond the exit port substantially parallel to a longitudinal axis of the catheter, wherein, when the expansion mechanism is expanded, the expansion mechanism is configured to press the supporting surface in apposition with the blood vessel wall, and the puncture element is configured to extend beyond the exit port to penetrate an inner surface of the blood vessel wall and travel distally within the blood vessel wall, wherein the penetrating and travelling occur substantially parallel to the supporting surface . a support catheter having a proximal portion and a distal portion , the distal portion configured to be intravascularly positioned within a blood vessel and characterised by comprising - an outer surface including a sloping surface angled with respect to a longitudinal axis of the support catheter, and a supporting surface distal to the sloping surface and substantially parallel to a longitudinal axis of the catheter, a lumen terminating at an exit port along the sloping surface, and an expansion mechanism positioned on a side opposing the sloping surface and the supporting surface ; and a puncture element configured to be advanced through the lumen beyond the exit port substantially parallel to a longitudinal axis of the catheter, wherein, when the expansion mechanism is expanded, the expansion mechanism is configured to press the supporting surface in apposition with the blood vessel wall, and the puncture element is configured to extend beyond the exit port to penetrate an inner surface of the blood vessel wall and travel distally within the blood vessel wall, wherein the penetrating and travelling occur substantially parallel to the supporting surface .
Control unit for fluid-operated consuming devices, comprising two housing parts with sealing faces facing toward one another, between which is arranged an intermediate plate which comprises a carrier plate and metallic seal layers arranged on both sides of the carrier plate , wherein the seal layers abut mutually opposite surfaces of the carrier plate and, with seal surface regions facing the respective sealing surfaces , abut these sealing surfaces in a fluid-tight manner, characterised in that at least one of the seal surface regions is formed by an exposed metal coating which is capable of sliding relative to the respective sealing face for direct contact with the respective sealing face , the metal coating having a layer thickness that is 10 μm or less.
A cryostat arrangement comprising a cryocooler that keeps the cryostat arrangement at a cryogenic operating temperature in a dry manner, i.e. without providing or supplying cryogenic fluids, at least one superconducting magnet arrangement and a heat sink apparatus being present in the cryostat arrangement, wherein the heat sink apparatus prolongs the time before the superconducting magnet arrangement returns to the normally conducting state (= "time to quench") if active cooling of the cryocooler fails during operation, characterized in that the heat sink apparatus contains magnetocaloric material , and in that the heat sink apparatus is connected in a thermally conductive manner to the superconducting magnet arrangement and/or to parts of the cryostat arrangement, through which ambient heat can flow to the magnet arrangement .
Commercial-vehicle tyre of radial construction with a belt assembly having at least three belt plies , bead regions, two sidewalls , a radial carcass and a profiled tread , wherein the belt plies each consist of strength members embedded in a belt rubber coating, and wherein the tread has a tread part , extending across at least 70% of its width (B) in the region in contact with the ground, made of a first rubber material that is not electrically conductive, and at least one shoulder portion made of a second rubber material that is electrically conductive and is in contact with an electrically conductive passage extending within the tyre and into the bead region, wherein the or each shoulder portion , as seen from radially on the outside, does not cover the tread part consisting of the rubber material that is not electrically conductive, and overlaps and contacts the peripheral region of the third belt ply , as seen from radially on the inside to radially on the outside, in an axial direction across a width (b 3 ), wherein the width (b 3 ), as seen in the cross section of the tread , corresponds to the normal spacing of two perpendiculars (s 1 , s 2 ) to the tread outer face, wherein one perpendicular (s 1 ) touches the axially innermost point of the shoulder portion and the other perpendicular (s 2 ) touches the edge of the third belt ply , characterized in that the shoulder portion overlaps and contacts the peripheral region of the third belt ply in an axial direction across a width (b 3 ) of 10 mm up to 30 mm, in particular of up to 20 mm.
An X-ray scanner comprising a plurality of electron emitters and a control system, the control system comprising an input arranged to receive an input signal identifying which of the plurality of electron emitters is to be active, and to produce a plurality of voltage outputs each arranged to control operation of one of the emitters, the system further comprising output monitoring means arranged to monitor each of the outputs and generate a feedback signal as a serial output indicating if any of the outputs exceeds a predetermined threshold voltage, wherein the output monitoring means is arranged to compare each of the outputs to a reference signal, and produce a comparison signal indicating whether the output is greater than the reference signal, and the output monitoring means is arranged to combine the comparison signals into the serial output, characterised by the control system further comprising a parallel-in-serial-out feedback register arranged to receive the comparison signals and generate the serial output.
A network interface device for transmitting protection data of a power network between a Substation communication network and a WAN of the power network, comprising: a first redundancy module , according to HSR or PRP, comprising: two LAN ports connectable with the Substation communication network , and a first interface port ; a second redundancy module , according to PRP, comprising: two WAN ports connectable with the WAN , and a second interface port ; a first interworking module connecting the first with the second redundancy module via the first and the second interface port , and adapted to forward protection data between the first and the second redundancy module . a first redundancy module , according to HSR or PRP, comprising: two LAN ports connectable with the Substation communication network , and a first interface port ; a second redundancy module , according to PRP, comprising: two WAN ports connectable with the WAN , and a second interface port ; a first interworking module connecting the first with the second redundancy module via the first and the second interface port , and adapted to forward protection data between the first and the second redundancy module .
A suturing device comprising: a clamshell body having a first side coupled to a second side by a hinge , the first side and the second side each having a clamping end opposite the hinge ; a slot formed in each of the first side and the second side, the slot in the first side being aligned with the slot in the second side when the clamshell body is closed to form a cavity; characterized in that the suturing device further comprises a spool having a rod extending from an end cap , the end cap retained in the cavity and rotatable relative to the clamshell body ; and a suture wound around the rod of the spool ; and an eyelet extending between the clamping end and the hinge of at least one of the first side and the second side, the suture being accessible through the eyelet , wherein the clamping ends of the first side and the second side lock together and capture an end of the suture in a fixed position between the clamping ends . a clamshell body having a first side coupled to a second side by a hinge , the first side and the second side each having a clamping end opposite the hinge ; a slot formed in each of the first side and the second side, the slot in the first side being aligned with the slot in the second side when the clamshell body is closed to form a cavity; characterized in that the suturing device further comprises a spool having a rod extending from an end cap , the end cap retained in the cavity and rotatable relative to the clamshell body ; and a suture wound around the rod of the spool ; and an eyelet extending between the clamping end and the hinge of at least one of the first side and the second side, the suture being accessible through the eyelet , wherein the clamping ends of the first side and the second side lock together and capture an end of the suture in a fixed position between the clamping ends .
A steam station comprising: - a steam generator, - a base comprising a water tank fluidically connected to the steam generator for providing water to the steam generator, the base preferably having a columnar shape, - an iron with a sole plate fluidically connected to the steam generator and configured to emit steam provided by the steam generator for facilitating the ironing of clothes, - an iron-rest connected to the base via a rotating joint wherein the iron-rest can be moved about the joint from a first configuration where the iron rest extends out from the base for allowing the iron to be rested thereon, to a second configuration where the iron rest extends substantially in parallel with the base, and - wherein the iron-rest comprises a storage seat in which the iron can be received and secured when the iron rest is in the second configuration, characterized in that the storage seat is located on an opposite surface of the iron-rest area configured to loosely receive the iron during resting between ironing operations. - a steam generator, - a base comprising a water tank fluidically connected to the steam generator for providing water to the steam generator, the base preferably having a columnar shape, - an iron with a sole plate fluidically connected to the steam generator and configured to emit steam provided by the steam generator for facilitating the ironing of clothes, - an iron-rest connected to the base via a rotating joint wherein the iron-rest can be moved about the joint from a first configuration where the iron rest extends out from the base for allowing the iron to be rested thereon, to a second configuration where the iron rest extends substantially in parallel with the base, and - wherein the iron-rest comprises a storage seat in which the iron can be received and secured when the iron rest is in the second configuration,