mhurhangee/patent-ind-claim-en huggingface dataset:
Method for cleaning a windscreen of a vehicle, in particular a motor vehicle, the method comprising a phase of remote activation of a cycle of cleaning a windscreen of said vehicle, said cleaning cycle comprising at least one wiping phase S11 with the aid of a wiping device of said vehicle, said cycle comprises a prior phase S9 of washing the windscreen with the aid of a washing device of said vehicle, characterized in that the method comprises a phase S8 of testing for the presence of water and/or rain on the windscreen, said phase being intended to configure the windscreen cleaning cycle, and in which a positive result of the testing phase S8 activates the windscreen wiping phase S11 and a negative result of the testing phase S8 authorizes a windscreen washing phase S9 followed by a waiting phase S10 before the windscreen wiping phase S11 is activated.
An apparatus, comprising: a calibration fixture made from a non-magnetic material for use in calibration of a medical probe , having an opening that extends as a hole into the bulk of the calibration fixture, wherein the hole is sized and shaped to fit over a distal-end of the medical probe, such that the distal-end makes physical contact with an end wall of the hole, wherein the diameter of the hole is slightly larger than the diameter of the distal-end of the medical probe; a calibration position sensor , fixed in the calibration fixture at a known position relative to the wall, and configured, in response to sensing a magnetic field, to produce position signals indicative of a given position of the calibration position sensor; and interface circuitry , which is electrically coupled to the calibration position sensor, and is configured to output the position signals. a calibration fixture made from a non-magnetic material for use in calibration of a medical probe , having an opening that extends as a hole into the bulk of the calibration fixture, wherein the hole is sized and shaped to fit over a distal-end of the medical probe, such that the distal-end makes physical contact with an end wall of the hole, wherein the diameter of the hole is slightly larger than the diameter of the distal-end of the medical probe; a calibration position sensor , fixed in the calibration fixture at a known position relative to the wall, and configured, in response to sensing a magnetic field, to produce position signals indicative of a given position of the calibration position sensor; and interface circuitry , which is electrically coupled to the calibration position sensor, and is configured to output the position signals.
A communication method, comprising: determining, based on an identifier of a terminal device, that the terminal device belongs to a first terminal device group on a first paging occasion, PO, wherein the first terminal device group is one of X terminal device groups on the first PO, wherein X is an integer greater than 1; sending paging downlink control information DCI on the first PO, wherein the paging DCI comprises first indication information, and the first indication information is used to indicate a terminal device in the first terminal device group to receive a paging physical downlink shared channel PDSCH; and sending the paging PDSCH to the terminal device; characterised in that : the identifier is a user equipment identifier UE_ID, and the UE_ID and the first terminal device group meet: x=floor(UE_ID/N/Ns) mod X, wherein x is a number of the first terminal device group, x is an integer from 0 to X-1, floor indicates rounding down, N is a quantity of paging frames PFs comprised in a discontinuous reception DRX cycle, Ns is a quantity of POs comprised in the PF, and mod indicates modulo; and the UE_ID and a 5G-S-TMSI of the terminal device meet UE_ID=5G-S-TMSI mod (b×1024), and X meets X×N×Ns≤1024×b, wherein b is a positive integer power of 2. determining, based on an identifier of a terminal device, that the terminal device belongs to a first terminal device group on a first paging occasion, PO, wherein the first terminal device group is one of X terminal device groups on the first PO, wherein X is an integer greater than 1; sending paging downlink control information DCI on the first PO, wherein the paging DCI comprises first indication information, and the first indication information is used to indicate a terminal device in the first terminal device group to receive a paging physical downlink shared channel PDSCH; and sending the paging PDSCH to the terminal device; characterised in that : the identifier is a user equipment identifier UE_ID, and the UE_ID and the first terminal device group meet: x=floor(UE_ID/N/Ns) mod X, wherein x is a number of the first terminal device group, x is an integer from 0 to X-1, floor indicates rounding down, N is a quantity of paging frames PFs comprised in a discontinuous reception DRX cycle, Ns is a quantity of POs comprised in the PF, and mod indicates modulo; and the UE_ID and a 5G-S-TMSI of the terminal device meet UE_ID=5G-S-TMSI mod (b×1024), and X meets X×N×Ns≤1024×b, wherein b is a positive integer power of 2. x=floor(UE_ID/N/Ns) mod X, wherein x is a number of the first terminal device group, x is an integer from 0 to X-1, floor indicates rounding down, N is a quantity of paging frames PFs comprised in a discontinuous reception DRX cycle, Ns is a quantity of POs comprised in the PF, and mod indicates modulo; and the UE_ID and a 5G-S-TMSI of the terminal device meet UE_ID=5G-S-TMSI mod (b×1024), and X meets X×N×Ns≤1024×b, wherein b is a positive integer power of 2.
A coaxial connection system , intended to transmit radio frequency RF signals, of longitudinal axis X, comprising a first system element forming a plug and a second system element forming a jack , the plug and the jack each comprising: • a central contact (20; 30), • a peripheral contact (21; 31), arranged on the periphery of the central contact, forming a ground contact, • a solid insulating structure (23; 33) interposed between the central contact and the ground contact, wherein the jack comprises a body having a cylindrical inner surface forming a guiding portion , wherein one of the ground contact is elastic and comprises a slotted sleeve, whereas the other cooperating ground contact is rigid, the elastic one bearing radially against the inner surface of the rigid one in connection configuration between the plug and the jack, with a minimum axial gap (J) between ground contacts along the axis X; wherein the solid insulating structure of the jack protects physically the female central contact and the slotted elastic ground contact of the jack during the mating connection, and wherein the outer surface of the ground contact of the plug is forming a guiding portion which is mechanically guided against the guiding portion of the body of the jack, during the connection, said guiding portion of the ground contact of the plug having a diameter D and a length L along the axis X, defining a ratio L/D which is superior or equal to 0,5. • a central contact (20; 30), • a peripheral contact (21; 31), arranged on the periphery of the central contact, forming a ground contact, • a solid insulating structure (23; 33) interposed between the central contact and the ground contact,
A control device configured for use in a load control system to control one or more electrical loads external to the control device, the control device comprising: a base portion configured to be mounted to an electrical wallbox or over a mechanical switch; a rotating portion rotatable with respect to the base portion; characterized in that the control device further comprises an internal switch; an actuation portion comprising a front surface, the actuation portion configured to not actuate the internal switch when the front surface of the actuation portion is located in a first plane along an axis perpendicular to the base portion and to actuate the internal switch when the front surface of the actuation portion is moved into a second plane parallel to the first plane; and a control circuit configured to generate first control data for changing an intensity of the one or more electrical loads in response to detecting that the rotating portion is being rotated and determining that the front surface of the actuation portion is located in the first plane, the control circuit further configured to generate second control data for changing a color of the one or more electrical loads in response to detecting that the rotating portion is being rotated and determining that the front surface of the actuation portion is located in the second plane. a base portion configured to be mounted to an electrical wallbox or over a mechanical switch; a rotating portion rotatable with respect to the base portion; characterized in that the control device further comprises an internal switch; an actuation portion comprising a front surface, the actuation portion configured to not actuate the internal switch when the front surface of the actuation portion is located in a first plane along an axis perpendicular to the base portion and to actuate the internal switch when the front surface of the actuation portion is moved into a second plane parallel to the first plane; and a control circuit configured to generate first control data for changing an intensity of the one or more electrical loads in response to detecting that the rotating portion is being rotated and determining that the front surface of the actuation portion is located in the first plane, the control circuit further configured to generate second control data for changing a color of the one or more electrical loads in response to detecting that the rotating portion is being rotated and determining that the front surface of the actuation portion is located in the second plane.
A UV curable composition including a polymerizable compound and 1 to 25 wt% of an acyl phosphine oxide initiator wherein the acyl group is selected from the group consisting of a benzoyl group substituted by an urea group or an oxalylamide group; a 2,6-dimethyl benzoyl group substituted in position 3 by an urea group or an oxalylamide group; a 2,6-dimethoxy benzoyl group substituted in position 3 by an urea group or an oxalylamide group; a 2,4,6-trimethyl benzoyl group substituted in position 3 by an urea group or an oxalylamide group; and a 2,4,6-trimethoxybenzoyl group substituted in position 3 by an urea group or an oxalylamide group, with the proviso that the acyl phosphine oxide initiator contains no thiol group if the acyl group includes an urea group; and wherein the weight percentage of the acyl phosphine oxide initiator is based on the total weight of the UV curable composition. with the proviso that the acyl phosphine oxide initiator contains no thiol group if the acyl group includes an urea group; and wherein the weight percentage of the acyl phosphine oxide initiator is based on the total weight of the UV curable composition.
A textile sleeve for routing and protecting elongate members , comprising: a plurality of yarns interlaced with one another forming an elongate, circumferentially continuous, tubular wall extending lengthwise along a longitudinal axis between opposite open ends , said plurality of yarns including warp yarn extending generally parallel to said longitudinal axis and weft yarn extending generally transversely to said warp yarn , said warp yarn and said weft yarn being woven with one another, characterised in that at least some of said plurality of yarns include tubular yarn .
Magnetic rotation component formed as an impeller for a liquid pump, such as a water pump or auxiliary coolant pump, comprising a magnet component and a rotation component with an axis of rotation (r), the magnet component and the rotation component each having a flanged region and the magnet component being formed as a ring-like magnet, in particular as a ring magnet or ring-segment magnet, the impeller comprises a blade part and the rotation part is formed as the blade part and the magnet component and the blade part are connected securely together, the magnet component and the blade part are arranged securely connected to each other by means of a flange and the blade part is formed with a hollow shaft for mounting on an axle or shaft, characterized in that the magnet component comprises a permanent magnet and the flanged regions of the magnet component and the rotation component overlap to form the flange .
A cooking apparatus comprising: a cooking plate ; induction heating coils installed under the cooking plate ; a vessel sensor configured to detect a cooking vessel while the cooking vessel is placed on the cooking plate ; a driving assembly including a driving circuit configured to generate a driving current and distribute the driving current to each of the induction heating coils ; and a sub assembly including a vessel sensing circuit configured to determine one or more of the induction heating coils that overlap with the cooking vessel based on an output of the vessel sensor , wherein the sub assembly is separated from the driving assembly , characterized in that the induction heating coils are first induction heating coils, the driving assembly is a first driving assembly and the driving circuit is a first driving circuit to generate the driving current as a first driving current, and the cooking apparatus further comprises: second induction heating coils installed under the cooking plate ; and a second driving assembly separated from the first driving assembly and including a second driving circuit configured to generate a second driving current and distribute the second driving current to each of the second induction heating coils, and the sub assembly is disposed between the first driving assembly and the second driving assembly . a cooking plate ; induction heating coils installed under the cooking plate ; a vessel sensor configured to detect a cooking vessel while the cooking vessel is placed on the cooking plate ; a driving assembly including a driving circuit configured to generate a driving current and distribute the driving current to each of the induction heating coils ; and a sub assembly including a vessel sensing circuit configured to determine one or more of the induction heating coils that overlap with the cooking vessel based on an output of the vessel sensor , wherein the sub assembly is separated from the driving assembly , characterized in that the induction heating coils are first induction heating coils, the driving assembly is a first driving assembly and the driving circuit is a first driving circuit to generate the driving current as a first driving current, and the cooking apparatus further comprises: second induction heating coils installed under the cooking plate ; and a second driving assembly separated from the first driving assembly and including a second driving circuit configured to generate a second driving current and distribute the second driving current to each of the second induction heating coils, and the sub assembly is disposed between the first driving assembly and the second driving assembly . second induction heating coils installed under the cooking plate ; and a second driving assembly separated from the first driving assembly and including a second driving circuit configured to generate a second driving current and distribute the second driving current to each of the second induction heating coils, and the sub assembly is disposed between the first driving assembly and the second driving assembly .
A tire state detection system using an acceleration sensor mounted on an inner surface of a tread of a tire , comprising: an acceleration data acquisition unit for acquiring acceleration data detected by the acceleration sensor at every predetermined acquisition interval (Tac); the system being characterized in further comprising: an acceleration data extraction unit for extracting intermediate acceleration data (D3) indicating an intermediate acceleration by excluding maximum acceleration data (D2) indicating a maximum acceleration and minimum acceleration data (D1) indicating a minimum acceleration from three or more acceleration data sequentially acquired by the acceleration data acquisition unit ; and a calculation unit for executing a calculation using the intermediate acceleration data (D3) extracted by the acceleration data extraction unit . an acceleration data acquisition unit for acquiring acceleration data detected by the acceleration sensor at every predetermined acquisition interval (Tac); the system being characterized in further comprising: an acceleration data extraction unit for extracting intermediate acceleration data (D3) indicating an intermediate acceleration by excluding maximum acceleration data (D2) indicating a maximum acceleration and minimum acceleration data (D1) indicating a minimum acceleration from three or more acceleration data sequentially acquired by the acceleration data acquisition unit ; and a calculation unit for executing a calculation using the intermediate acceleration data (D3) extracted by the acceleration data extraction unit . an acceleration data extraction unit for extracting intermediate acceleration data (D3) indicating an intermediate acceleration by excluding maximum acceleration data (D2) indicating a maximum acceleration and minimum acceleration data (D1) indicating a minimum acceleration from three or more acceleration data sequentially acquired by the acceleration data acquisition unit ; and a calculation unit for executing a calculation using the intermediate acceleration data (D3) extracted by the acceleration data extraction unit .
A method comprising: engaging a well of a cartridge with a flow sensor of an instrument , the cartridge comprising: a rotary valve comprising a rotatable port and a center port , the well in fluid communication with a well channel , the well channel comprising a well channel port that the rotatable port is to align to in order to receive fluid from the well , and a flowcell comprising an inlet gasket in fluid communication with the center port ; connecting a source of pressurized air to the flow sensor in order to establish a mass flow of air through a flow path , the flow path extending through one of the flow sensor , the well channel , the rotary valve , and the flowcell ; measuring the mass flow of air through the flow path with the flow sensor ; and determining if there is one of an air leak and an air blockage within the flow path . a rotary valve comprising a rotatable port and a center port , the well in fluid communication with a well channel , the well channel comprising a well channel port that the rotatable port is to align to in order to receive fluid from the well , and a flowcell comprising an inlet gasket in fluid communication with the center port ; connecting a source of pressurized air to the flow sensor in order to establish a mass flow of air through a flow path , the flow path extending through one of the flow sensor , the well channel , the rotary valve , and the flowcell ; measuring the mass flow of air through the flow path with the flow sensor ; and determining if there is one of an air leak and an air blockage within the flow path .
A non-pneumatic tire having an outer tread ring and a shear band , wherein the shear band includes a three-dimensional spacer structure comprising a first and second layer of fabric , characterized in that the first and second layer of fabric are connected to a respective first and second layer of non-crimped fabric .
An optical interconnection system, wherein the system comprises two or more than two basic units that are stacked and interconnected, said system being characterized in that each basic unit comprises an optical network layer and an electrical layer , wherein the optical network layer of the basic unit comprises an optical transceiver unit and an optical switching unit , wherein the optical transceiver unit comprises an optical transmitting unit and an optical receiving unit , and the optical switching unit comprises an arbitration logic device and an inter-layer optical switching unit , in the basic unit , the optical network layer is electrically interconnected with the electrical layer ; and the optical network layer of the basic unit is optically interconnected with an optical network layer of an adjacent basic unit , wherein the optical transmitting unit is configured to receive a first electrical signal of the electrical layer of the basic unit , convert the first electrical signal into a first optical signal, and transmit the first optical signal to the arbitration logic device ; the arbitration logic device is configured to receive a first optical signal transmitted by the optical transmitting unit of the basic unit or a second optical signal forwarded by an inter-layer optical switching unit of an adjacent basic unit of the basic unit , determine, according to a band of the received optical signal and a preconfigured correspondence between basic units and optical signal bands, whether a destination of the received optical signal is the basic unit , and if yes, transmit the optical signal to the optical receiving unit of the basic unit , otherwise, transmit the optical signal to the inter-layer optical switching unit of the basic unit ; the inter-layer optical switching unit is configured to receive the optical signal sent by the arbitration logic device of the basic unit , and transmit the optical signal to an optical network layer of an adjacent basic unit ; and the optical receiving unit is configured to receive the optical signal sent by the arbitration logic device of the basic unit , convert the optical signal into the electrical signal, and transmit the electrical signal to the electrical layer of the basic unit .
A building construction system for construction of a building , wherein the building construction system comprises a plurality of modules (M 1 , M 2 , M 3 , M 4 , M 5 , M 6 , M 7 , M 8 , Mg, M 10 , M 11 ), each comprising at least one centrally arranged insulation member sandwiched between a first cover plate and a second cover plate , wherein the at least one insulation member is made in polyurethane (PUR) or polyisocyanurate (PIR), and wherein a reinforcement connection structure extends between and is mechanically connected to opposite cover plates , wherein a first connector covers at least a portion of the joint between the second cover plates , and a second connector covers at least a portion of the joint between the first cover plates and that the reinforcement connection structure extends between the first connector and the second connector , characterized in that the connectors are glued to the cover plates , and in that all joints between adjacent cover plates and between cover plates and connectors are glued with an adhesive having a flash point above 1.000°C, preferably above 1.200°C.