mhurhangee/patent-ind-claim-en huggingface dataset:
A method of determining a coupling between an asset and a vehicle capable of transporting the asset , wherein the asset is carrying a first telematics device and the vehicle is carrying a second telematics device , the method comprising: configuring the first telematics device to transmit asset travel data to a remote server ; configuring the second telematics device to transmit vehicle travel data to the remote server ; each of the asset travel data and vehicle travel data comprising a plurality of travel data points , each travel data point comprising a time stamp and multiple travel parameters associated with the time stamp, wherein the multiple travel parameters comprise at least position and a further motion-related parameter; and comparing the multiple travel parameters of the asset travel data to the multiple travel parameters of the vehicle travel data , at the remote server , at a given time stamp of the asset travel data by processing the vehicle travel data to estimate the same multiple travel parameters of the vehicle at a point in time matching the given time stamp of the asset travel data , to determine a coupling between the asset and the vehicle based on the similarity of the multiple travel parameters in the asset travel data and the vehicle travel data. configuring the first telematics device to transmit asset travel data to a remote server ; configuring the second telematics device to transmit vehicle travel data to the remote server ; each of the asset travel data and vehicle travel data comprising a plurality of travel data points , each travel data point comprising a time stamp and multiple travel parameters associated with the time stamp, wherein the multiple travel parameters comprise at least position and a further motion-related parameter; and comparing the multiple travel parameters of the asset travel data to the multiple travel parameters of the vehicle travel data , at the remote server , at a given time stamp of the asset travel data by processing the vehicle travel data to estimate the same multiple travel parameters of the vehicle at a point in time matching the given time stamp of the asset travel data , to determine a coupling between the asset and the vehicle based on the similarity of the multiple travel parameters in the asset travel data and the vehicle travel data.
An intra-uterine monitoring system, comprising: an implantable sensor device , shaped and dimensioned for implantation in a uterus for measuring conditions within the uterus to generate sensor data; and a wearable receiver device , for wirelessly receiving the sensor data generated by the implantable sensor device , characterised in that : the wearable receiver device is operable to wirelessly charge the implantable sensor device ; and the wearable receiver device provides electrical power to the implantable sensor device in a plurality of charging periods over a single cycle of operation, wherein the plurality of charging periods comprises a first charging period for providing the implantable sensor device with electrical power to support the operation of the sensors in acquiring sensor data, a second charging period for providing the implantable sensor device with electrical power to support the transmission of the acquired sensor data to the wearable receiver device, and a third charging period, carried out before the first charging period, for providing the implantable sensor device with electrical power to support a booting procedure. an implantable sensor device , shaped and dimensioned for implantation in a uterus for measuring conditions within the uterus to generate sensor data; and a wearable receiver device , for wirelessly receiving the sensor data generated by the implantable sensor device , characterised in that : the wearable receiver device is operable to wirelessly charge the implantable sensor device ; and the wearable receiver device provides electrical power to the implantable sensor device in a plurality of charging periods over a single cycle of operation, wherein the plurality of charging periods comprises a first charging period for providing the implantable sensor device with electrical power to support the operation of the sensors in acquiring sensor data, a second charging period for providing the implantable sensor device with electrical power to support the transmission of the acquired sensor data to the wearable receiver device, and a third charging period, carried out before the first charging period, for providing the implantable sensor device with electrical power to support a booting procedure.
A polymer electrolyte with a multi-layer structure for the all-solid battery, comprising: A first polymer electrolyte layer having a molar ratio of EO : Li of poly (ethylene oxide) -based polymer and lithium salt of 1 : 1 to 7 : 1; and A second polymer electrolyte layer having a molar ratio of EO : Li of poly (ethylene oxide) -based polymer and lithium salt of 8 : 1 to 30 : 1. A first polymer electrolyte layer having a molar ratio of EO : Li of poly (ethylene oxide) -based polymer and lithium salt of 1 : 1 to 7 : 1; and A second polymer electrolyte layer having a molar ratio of EO : Li of poly (ethylene oxide) -based polymer and lithium salt of 8 : 1 to 30 : 1.
A tire comprising a tread portion , wherein the tread portion has a pair of shoulder land regions , a pair of middle land regions , each middle land region being adjacent to a respective one of the shoulder land regions on an inner side in a tire axial direction, and a crown land region demarcated between the middle land regions , each of the shoulder land regions is provided with a plurality of wavy sipes and a plurality of first shoulder lateral grooves each having a groove width (W1) larger than a width of each of the wavy sipes , and the pair of the middle land regions and the crown land region are provided with a plurality of non-wavy sipes characterized in that the plurality of first shoulder grooves each have a groove width (W1) of 2 mm or less; wherein in an area within 89% of a tread width (TW) centered on a tire equator (C), a land ratio (LS) of each of the shoulder land regions is smaller than a land ratio (LC) of the crown land region and is 95% or more of the land ratio (LC) of the crown land region ; wherein the land ratio is defined as a ratio S/Sa of a surface area S of a ground contacting surface in a land region and a surface area Sa of a virtual ground contacting surface obtained by filling all the grooves and the sipes of the land region. the tread portion has a pair of shoulder land regions , a pair of middle land regions , each middle land region being adjacent to a respective one of the shoulder land regions on an inner side in a tire axial direction, and a crown land region demarcated between the middle land regions , each of the shoulder land regions is provided with a plurality of wavy sipes and a plurality of first shoulder lateral grooves each having a groove width (W1) larger than a width of each of the wavy sipes , and the pair of the middle land regions and the crown land region are provided with a plurality of non-wavy sipes characterized in that the plurality of first shoulder grooves each have a groove width (W1) of 2 mm or less; wherein in an area within 89% of a tread width (TW) centered on a tire equator (C), a land ratio (LS) of each of the shoulder land regions is smaller than a land ratio (LC) of the crown land region and is 95% or more of the land ratio (LC) of the crown land region ; wherein the land ratio is defined as a ratio S/Sa of a surface area S of a ground contacting surface in a land region and a surface area Sa of a virtual ground contacting surface obtained by filling all the grooves and the sipes of the land region.
An intraocular device comprising: a scleral fixation bag comprising haptics that extend therefrom, each of said haptics comprising a slender loop element with a proximal end attached to said scleral fixation bag , said slender loop element having a length, width and thickness, the length following a curved path and the width being generally parallel to a central anterior-posterior axis of said scleral fixation bag , characterised by a distal hook portion extending from a distal end of said slender loop element , said distal hook portion comprising a surface that extends between an anterior edge and a posterior edge , said distal hook portion being tilted with respect to the width and to the thickness of said slender loop element towards the central anterior-posterior axis of said scleral fixation bag so that said anterior edge is radially more proximal than said posterior edge with respect to said central anterior-posterior axis . a scleral fixation bag comprising haptics that extend therefrom, each of said haptics comprising a slender loop element with a proximal end attached to said scleral fixation bag , said slender loop element having a length, width and thickness, the length following a curved path and the width being generally parallel to a central anterior-posterior axis of said scleral fixation bag , characterised by a distal hook portion extending from a distal end of said slender loop element , said distal hook portion comprising a surface that extends between an anterior edge and a posterior edge , said distal hook portion being tilted with respect to the width and to the thickness of said slender loop element towards the central anterior-posterior axis of said scleral fixation bag so that said anterior edge is radially more proximal than said posterior edge with respect to said central anterior-posterior axis .
Gas distribution assembly, comprising: - a gas container equipped with a tap block comprising an inner gas passage, - a protective casing surrounding all or part of said tap block and a carrying handle attached to said casing by at least one support post , - at least one pressure sensor designed to measure the gas pressure inside said inner gas passage of the tap block, - data processing means connected to said at least one pressure sensor , - a system for wireless transmission of data, comprising a transmitting and/or receiving antenna , and - at least one electrical energy source electrically supplying said data processing means and said data transmission system , characterised in that said transmitting and/or receiving antenna is arranged in said at least one support post bearing the carrying handle . - a gas container equipped with a tap block comprising an inner gas passage, - a protective casing surrounding all or part of said tap block and a carrying handle attached to said casing by at least one support post , - at least one pressure sensor designed to measure the gas pressure inside said inner gas passage of the tap block, - data processing means connected to said at least one pressure sensor , - a system for wireless transmission of data, comprising a transmitting and/or receiving antenna , and - at least one electrical energy source electrically supplying said data processing means and said data transmission system , characterised in that said transmitting and/or receiving antenna is arranged in said at least one support post bearing the carrying handle .
A hypereutectic high pressure die cast aluminum silicon alloy comprising: - 16% to 23% by weight silicon, - 0.01% to 1.5% by weight iron, - 0.01% to 0.6% by weight manganese, - 0.01% to 1.3% by weight magnesium, - 0.05% to 0.2% by weight strontium, - optionally 0.01 % to 4.5% by weight nickel, - optionally 0.2% to 5% copper, and - the balance aluminum, wherein the die cast alloy has a microstructure with a volume fraction of primary silicon of greater than 10%. - 16% to 23% by weight silicon, - 0.01% to 1.5% by weight iron, - 0.01% to 0.6% by weight manganese, - 0.01% to 1.3% by weight magnesium, - 0.05% to 0.2% by weight strontium, - optionally 0.01 % to 4.5% by weight nickel, - optionally 0.2% to 5% copper, and - the balance aluminum,
Aircraft seat comprising at least one actuator capable of generating movement and at least one movement transmission device , the transmission device comprising: - a support ; - a frame that is fixed relative to the support , said frame being provided with an immobilizing portion , - a drive shaft suitable for being driven by the actuator to rotate about an axis of rotation (A-A), - a gear wheel provided with coupling teeth having inclined side walls , said gear wheel being able to rotate freely relative to the drive shaft ; - a sleeve slidably mounted on the drive shaft and integral in rotation with the drive shaft , the sleeve comprising a complementary immobilizing portion suitable for coupling with the immobilizing portion of the frame as well as coupling teeth having inclined side walls suitable for coupling with the coupling teeth of the gear wheel; - an elastic member capable of pushing the sleeve along an axial direction towards the gear wheel in order to couple the sleeve to the gear wheel ; the elastic member having a stiffness; the stiffness of the elastic member and the inclination of the side walls of the coupling teeth of the gear wheel and of the coupling teeth of the sleeve being chosen such that, when a torque greater than a threshold torque is applied to the gear wheel , the sleeve slides on the drive shaft from a driving position in which the sleeve is coupled to the gear wheel , to an immobilizing position in which the immobilizing portion of the frame is coupled to the complementary immobilizing portion of the sleeve. - a support ; - a frame that is fixed relative to the support , said frame being provided with an immobilizing portion , - a drive shaft suitable for being driven by the actuator to rotate about an axis of rotation (A-A), - a gear wheel provided with coupling teeth having inclined side walls , said gear wheel being able to rotate freely relative to the drive shaft ; - a sleeve slidably mounted on the drive shaft and integral in rotation with the drive shaft , the sleeve comprising a complementary immobilizing portion suitable for coupling with the immobilizing portion of the frame as well as coupling teeth having inclined side walls suitable for coupling with the coupling teeth of the gear wheel; - an elastic member capable of pushing the sleeve along an axial direction towards the gear wheel in order to couple the sleeve to the gear wheel ; the elastic member having a stiffness; the stiffness of the elastic member and the inclination of the side walls of the coupling teeth of the gear wheel and of the coupling teeth of the sleeve being chosen such that, when a torque greater than a threshold torque is applied to the gear wheel , the sleeve slides on the drive shaft from a driving position in which the sleeve is coupled to the gear wheel , to an immobilizing position in which the immobilizing portion of the frame is coupled to the complementary immobilizing portion of the sleeve.
A patient support apparatus comprising: a frame , a headboard and footboard coupled to the frame , a pair of side rails coupled to the frame , a control module positioned on the frame , a graphical user interface in communication with the control module , and an exercise apparatus coupled to the frame and in communication with the control module , wherein the control module is configured to control an operation of the exercise apparatus, and wherein the graphical user interface displays information related to the operation of the exercise apparatus, wherein the exercise apparatus includes a head section of the frame , wherein the head section raises and lowers as a user performs sit ups, and wherein the head section includes a strain gauge to measure movement of the user relative to the head section . a frame , a headboard and footboard coupled to the frame , a pair of side rails coupled to the frame , a control module positioned on the frame , a graphical user interface in communication with the control module , and an exercise apparatus coupled to the frame and in communication with the control module , wherein the control module is configured to control an operation of the exercise apparatus, and wherein the graphical user interface displays information related to the operation of the exercise apparatus, wherein the exercise apparatus includes a head section of the frame , wherein the head section raises and lowers as a user performs sit ups, and wherein the head section includes a strain gauge to measure movement of the user relative to the head section .
Central bearing unit for at least one roller shutter shaft mounted in a roller shutter box, having a bearing-receiving cutout which opens towards a lateral edge and is intended for receiving a roller shutter shaft central bearing element , wherein the central bearing unit has at least one static element which comprises a carrier plate with the bearing-receiving cutout and two fastening tabs attached to and angled away from the carrier plate on opposite outer edges in order to take up forces acting in the vertical direction, characterized by a reinforcing plate which is thicker than the static element and which has a bearing-receiving cutout which opens towards a lateral edge and which is congruent with the bearing-receiving cutout of the static element , and also characterized in that the static element is metallic.
A method for calibrating at least one temperature probe with respect to a reference temperature probe at a desired temperature, comprising the following steps: - placing the at least one temperature probe and the reference temperature probe in a container ; - immersing respective sensing elements of the at least one temperature probe and of the reference temperature probe in a fluid having a solidification temperature greater than the desired temperature; - cooling the fluid down to the desired temperature, whereby the fluid is solidified; - achieving a calibration point at the desired temperature by comparing the at least one temperature probe with the reference temperature probe . - placing the at least one temperature probe and the reference temperature probe in a container ; - immersing respective sensing elements of the at least one temperature probe and of the reference temperature probe in a fluid having a solidification temperature greater than the desired temperature; - cooling the fluid down to the desired temperature, whereby the fluid is solidified; - achieving a calibration point at the desired temperature by comparing the at least one temperature probe with the reference temperature probe .
A toothed belt comprising a back side , tooth parts , and a tension member embedded in the back side , wherein the back side and the tooth part comprise a urethane resin composition, the tension member is a twisted cord constituted by glass fiber filaments, and characterized in that the tooth parts have a pitch therebetween of from 0.45 to 0.60 mm, the glass fiber filament has a diameter of from 6 to 9 micrometers, and the cord has a cord diameter of from 0.14 to 0.17 mm. the glass fiber filament has a diameter of from 6 to 9 micrometers, and the cord has a cord diameter of from 0.14 to 0.17 mm.
Safety system for an elevator , containing at least one control unit which can be operated in at least two different operating modes, characterized in that the safety system has at least one electronic lock which is connected to the control unit and can be or is connected to at least one electronic key , the control unit being programmed in such a way that, - when there is a connection between the electronic key and the electronic lock , the control unit can only be operated in an operating mode of a first subset of the operating modes and - when there is no connection between the electronic key and the electronic lock , the control unit can only be operated in an operating mode of a second subset of the operating modes, a maintenance mode only being available in the second subset of the operating modes. - when there is a connection between the electronic key and the electronic lock , the control unit can only be operated in an operating mode of a first subset of the operating modes and - when there is no connection between the electronic key and the electronic lock , the control unit can only be operated in an operating mode of a second subset of the operating modes,
An area temperature control system for cooling or heating ceilings, walls or floors of a building, comprising - an installation plate in which at least one tube guiding channel , open towards an upper side of the installation plate , is incorporated; and - two heat conducting foils , characterized in that the two heat conducting foils are applied to the upper side of the installation plate in such a way that the two heat conducting foils overlap at least along a portion of the tube guiding channel , so that, when a tube is later inserted into the tube guiding channel , the heat conducting foils are pressed into the tube guiding channel along the portion and at least partially line it. - an installation plate in which at least one tube guiding channel , open towards an upper side of the installation plate , is incorporated; and - two heat conducting foils , characterized in that the two heat conducting foils are applied to the upper side of the installation plate in such a way that the two heat conducting foils overlap at least along a portion of the tube guiding channel , so that, when a tube is later inserted into the tube guiding channel , the heat conducting foils are pressed into the tube guiding channel along the portion and at least partially line it.
A cubic boron nitride polycrystal comprising cubic boron nitride, the cubic boron nitride having an average grain size of not more than 150 nm, the cubic boron nitride polycrystal having a crack generation load of not less than 25 N in a breaking strength test in which an R200μm diamond indenter is used to apply a load at a rate of 100 N/min; wherein for X-ray diffraction in the cubic boron nitride, a ratio I /I of X-ray diffraction intensity I at a plane to X-ray diffraction intensity I at a plane is not less than 0.1 and not more than 0.3.
Device for stamping a blank in order to produce a stamped part comprising: - a punch comprising a bearing surface , - an anvil , - means for generating a magnetic field , said device for stamping being configured, in an initial position, in such a way that: - the bearing surface of the punch is intended for receiving a portion of a first surface of the blank , - the anvil and the means for generating a magnetic field are intended for being arranged on either side of another portion of the blank , with the anvil facing the first surface , and the means for generating a magnetic field facing a second surface , opposite the first surface, at a distance from said second surface, said means for generating a magnetic field being intended and configured to apply a pressure on the blank towards the anvil, in a direction ZZ', thrusting said blank on said anvil, characterized in that the device for stamping comprises movement means arranged to move the punch , relative to the means for generating a magnetic field , in a direction opposite the direction ZZ', and in that the means for generating a magnetic field are intended and configured to apply a radial pressure on the blank towards the punch, thrusting said blank on said punch. - a punch comprising a bearing surface , - an anvil , - means for generating a magnetic field , - the bearing surface of the punch is intended for receiving a portion of a first surface of the blank , - the anvil and the means for generating a magnetic field are intended for being arranged on either side of another portion of the blank ,