mhurhangee/patent-ind-claim-en huggingface dataset:
Traction sytem for a hybrid motor vehicle, comprising a heat engine , as well as a hydraulic machine and a hydraulic pump which can be connected by a hydraulic circuit to high pressure accumulators , this traction chain further comprising a transmission comprising an output differential connected directly to the hydraulic machine via a first synchronization sleeve when it is engaged , a planetary train having a crown exterior , a planet carrier and a sun gear , this planet carrier being connected to the differential, and a second synchronization sleeve capable of connecting this planet carrier with this sun gear when it is engaged, the crown and the sun gear being connected one to the heat engine and the other to the pump, in which the hydraulic circuit comprises controlled means providing a direct passage between the pump and the hydraulic machine , and a closure of the high pressure accumulators , characterized in that the controlled means providing a direct passage and the controlled closing means are included in the same control block .
A composition being the reaction product of (a) an unsaturated or branched carboxylic acid or ester; (b) 2-aminoethylethanolamine; and (c) glycidol; or (a) a carboxylic acid or ester; (b) alkyloxypropyl-1,3-diaminopropane; and (c) glycidol. (a) an unsaturated or branched carboxylic acid or ester; (b) 2-aminoethylethanolamine; and (c) glycidol; or (a) a carboxylic acid or ester; (b) alkyloxypropyl-1,3-diaminopropane; and (c) glycidol.
Deformation structure having at least one first layer and one second layer which are arranged so as to be spaced apart from one another and displaceable with respect to one another in a deformation direction, wherein the first layer and the second layer have complementary projections and depressions which are formed in such a way that the projections of the first layer and depressions of the second layer and also the projections of the second layer and depressions of the first layer can dip into one another, wherein the first layer and the second layer are connected to one another by way of deformable web elements in such a way that, with a high impulse in the deformation direction, the projections of the first layer dip into depressions of the second layer and also projections of the second layer dip into depressions of the first layer , with the result that a deformation of the deformation structure in the deformation direction occurs at a low force level, and, with a low impulse in the deformation direction, the projections of the first layer impinge on the projections of the second layer , with the result that a deformation of the deformation structure in the deformation direction occurs at a high force level, characterized in that the projection of the first layer and the projection of the second layer are designed to be complementary to one another in such a way that, with the low impulse in the deformation direction, a form fit between the projection of the first layer and the projection of the second layer occurs in the lateral direction, at least in the lateral direction.
Device for connecting separate tube sections to each other and for disconnecting connected tube sections from each other with a first tube section clamping device for clamping a first tube section , a second tube section clamping device for clamping a second tube section , two axial guiding devices which connect the first tube section clamping device with the second tube section clamping device , an actuating device for actuating the device for decreasing and increasing the axial distance between the tube section clamping devices , and a synchronization device which connects the actuating device and the axial guiding devices which each other and synchronizes the movement of the axial guiding devices characterized in that , the synchronization device is embodied as a torque transferring device. a first tube section clamping device for clamping a first tube section , a second tube section clamping device for clamping a second tube section , two axial guiding devices which connect the first tube section clamping device with the second tube section clamping device , an actuating device for actuating the device for decreasing and increasing the axial distance between the tube section clamping devices , and a synchronization device which connects the actuating device and the axial guiding devices which each other and synchronizes the movement of the axial guiding devices characterized in that , the synchronization device is embodied as a torque transferring device.
Method for operating a user equipment with a radio access network of a mobile communication network, wherein the user equipment is enabled to be simultaneously connected to different mobile communication networks that have, or use, different pieces of network identifier information, wherein such different mobile communication networks comprise a first mobile communication network and, at least, a second mobile communication network , wherein the user equipment is enabled to be registered, using a first connection, to the first mobile communication network , and wherein the user equipment is furthermore enabled to be also registered, using a second connection, to at least the second mobile communication network , wherein, in order to use the user equipment with either one, or both, of the first and/or second mobile communication networks , the method comprises the following steps: -- in a first step, the user equipment transmits a capability indication information, the capability indication information comprising at least a piece of information of whether the user equipment supports, or is enabled, to establish both the first connection and the second connection, wherein the capability indication information comprises information regarding the first mobile communication network when connecting to the second network, -- in a second step, the user equipment receives a multiple registration information, the multiple registration information comprising at least a piece of information of whether the user equipment is allowed to establish both the first connection and the second connection. -- in a first step, the user equipment transmits a capability indication information, the capability indication information comprising at least a piece of information of whether the user equipment supports, or is enabled, to establish both the first connection and the second connection, wherein the capability indication information comprises information regarding the first mobile communication network when connecting to the second network, -- in a second step, the user equipment receives a multiple registration information, the multiple registration information comprising at least a piece of information of whether the user equipment is allowed to establish both the first connection and the second connection.
A device for estimating charged state of a secondary battery provided with a detector capable of detecting input/output current (lb), an output voltage (Vb) and battery temperature (Tb), comprising: first estimating means (S200) for estimating the remaining capacity of said secondary battery by calculating an amount of change in said remaining capacity based on an integrated value of said input/output current; second estimating means (S220) for estimating the remaining capacity of said secondary battery based on a battery model using said input/output current, said output voltage and said battery temperature as input variables; timer means (S120, S210, S230) for measuring duration (Tcnt) of continuous execution of the estimation of remaining capacity by said first estimating means; and selecting means (160, S170) for selecting one of said first and second estimating means for estimating said remaining capacity, based on determination as to whether said input/output current is within a prescribed range that allows use of the battery model, said prescribed range including both a charge range where the input/output current (Ib) is greater than 0 and a discharge range where the input/output current is less than 0, and on said duration of continuous execution obtained by said timer means. first estimating means (S200) for estimating the remaining capacity of said secondary battery by calculating an amount of change in said remaining capacity based on an integrated value of said input/output current; second estimating means (S220) for estimating the remaining capacity of said secondary battery based on a battery model using said input/output current, said output voltage and said battery temperature as input variables; timer means (S120, S210, S230) for measuring duration (Tcnt) of continuous execution of the estimation of remaining capacity by said first estimating means; and selecting means (160, S170) for selecting one of said first and second estimating means for estimating said remaining capacity, based on determination as to whether said input/output current is within a prescribed range that allows use of the battery model, said prescribed range including both a charge range where the input/output current (Ib) is greater than 0 and a discharge range where the input/output current is less than 0, and on said duration of continuous execution obtained by said timer means.
An optical fiber continuous detecting blood pressure sensor , which comprises: a sensing band which is flexible and can be curled into a ring, the sensing band including an inner layer which abuts against the detected surface and an outer layer ; an accommodation space formed between the inner layer and the outer layer ; an optical fiber provided in the accommodation space and extending along the sensing band so as to form a sensing area to sense a pulse wave; a signal processor provided on one end of the sensing band and configured to convert a luminous decay signal generated by passing a light signal through the optical fiber to be decayed into a charge unit so as to calculate the pulse wave; the signal processor communicated with the optical fiber, and an outer surface of the sensing band being covered by an elastic layer ; characterized in that , a corrugated first concave-convex structure is formed on an outer surface of the inner layer .
An air compressor comprising: a compression machine configured to generate compression air; a main tank configured to store therein the compression air; an extension tank configured to store therein the compression air; a connection pipeline provided between the main tank and the extension tank to be removably inserted thereto; and a fastening unit configured to releasably connect the main tank and the extension tank with each other characterized in that : the connection pipeline includes a hose having flexibility; the fastening unit includes: an engaging unit attached to the main tank ; and an engaged unit provided to the extension tank and configured to be engaged with the engaging unit , and wherein the engaging unit and the engaged unit are releasably engaged with each other; the engaging unit includes: an attachment member provided to the main tank ; and a shock absorbing member surrounding the attachment member , and wherein the shock absorbing member is used as a leg portion of a main body of the air compressor . a compression machine configured to generate compression air; a main tank configured to store therein the compression air; an extension tank configured to store therein the compression air; a connection pipeline provided between the main tank and the extension tank to be removably inserted thereto; and a fastening unit configured to releasably connect the main tank and the extension tank with each other the connection pipeline includes a hose having flexibility; the fastening unit includes: an engaging unit attached to the main tank ; and an engaged unit provided to the extension tank and configured to be engaged with the engaging unit , and an engaging unit attached to the main tank ; and an engaged unit provided to the extension tank and configured to be engaged with the engaging unit , and wherein the engaging unit and the engaged unit are releasably engaged with each other; the engaging unit includes: an attachment member provided to the main tank ; and a shock absorbing member surrounding the attachment member , and an attachment member provided to the main tank ; and a shock absorbing member surrounding the attachment member , and wherein the shock absorbing member is used as a leg portion of a main body of the air compressor .
A device for providing a haptic effect, comprising: a substrate layer having a first side and a second side, wherein the second side of the substrate layer comprises at least one depression ; a touch-interface surface on the first side of the substrate layer ; at least one piezoelectric transducer on the second side of the substrate layer comprising a support plate and a piezoelectric element , wherein the at least one piezoelectric transducer is aligned with the at least one depression of the substrate layer in a plane of the substrate layer ; and a printed circuit board, PCB, layer electrically coupled to the piezoelectric element of the piezoelectric transducer ; wherein the support plate is in contact with the second side of the substrate layer and characterised in that the piezoelectric element is located on a different side of the support plate from the substrate layer . a substrate layer having a first side and a second side, wherein the second side of the substrate layer comprises at least one depression ; a touch-interface surface on the first side of the substrate layer ; at least one piezoelectric transducer on the second side of the substrate layer comprising a support plate and a piezoelectric element , wherein the at least one piezoelectric transducer is aligned with the at least one depression of the substrate layer in a plane of the substrate layer ; and a printed circuit board, PCB, layer electrically coupled to the piezoelectric element of the piezoelectric transducer ; wherein the support plate is in contact with the second side of the substrate layer and characterised in that the piezoelectric element is located on a different side of the support plate from the substrate layer .
A surface-emitting laser comprising: a lower semiconductor distributed Bragg reflector ; an active layer ; a spacer layer disposed on the active layer ; and an upper semiconductor distributed Bragg reflector disposed on the spacer layer , the upper semiconductor distributed Bragg reflector including a current constriction layer that is a selectively-oxidized layer , the current constriction layer disposed at a position of a node of a standing-wave of an electric field of light oscillated at the active layer and disposed away from an interface between the spacer layer and the upper semiconductor distributed Bragg reflector by an optical distance of one-fourth of an oscillation wavelength at the active layer , and the selectively-oxidized layer made of AlGaAs or AlAs, wherein the upper semiconductor distributed Bragg reflector includes a AlGaInP layer , as the first low refractive index layer of the upper semiconductor distributed Bragg reflector, in contact with the selectively-oxidized layer and the spacer layer, the AlGaInP layer having a thickness such that the selectively-oxidized layer is distant from the spacer layer by an optical distance of one-fourth of an oscillation wavelength at the active layer . a lower semiconductor distributed Bragg reflector ; an active layer ; a spacer layer disposed on the active layer ; and an upper semiconductor distributed Bragg reflector disposed on the spacer layer , the upper semiconductor distributed Bragg reflector including a current constriction layer that is a selectively-oxidized layer , the current constriction layer disposed at a position of a node of a standing-wave of an electric field of light oscillated at the active layer and disposed away from an interface between the spacer layer and the upper semiconductor distributed Bragg reflector by an optical distance of one-fourth of an oscillation wavelength at the active layer , and the selectively-oxidized layer made of AlGaAs or AlAs, wherein the upper semiconductor distributed Bragg reflector includes a AlGaInP layer , as the first low refractive index layer of the upper semiconductor distributed Bragg reflector, in contact with the selectively-oxidized layer and the spacer layer, the AlGaInP layer having a thickness such that the selectively-oxidized layer is distant from the spacer layer by an optical distance of one-fourth of an oscillation wavelength at the active layer .
A centrifugal clutch comprising: a drive plate to be rotatably driven together with a driven pulley in response to drive force of an engine; a clutch outer having, outside the drive plate , a cylindrical surface provided concentrically with the drive plate ; multiple clutch weights having clutch shoes formed to extend along a circumferential direction of the drive plate and facing the cylindrical surface of the clutch outer , one end side of each clutch weight in the circumferential direction being turnably attached onto the drive plate through a swing support pin and a pin slide hole and the other end side displacing toward a cylindrical surface side of the clutch outer ; a plate-side cam body having, on the drive plate , a surface extending in a rotary drive axis direction of the drive plate ; a weight-side cam body provided at the each clutch weight and configured to slide and climb on the plate-side cam body upon displacement of the other end side of the each clutch weight ; and a coupling spring attached to the each clutch weight and causing force in a direction in which the each clutch weight separates from the clutch outer to act on the other end side of the each clutch weight , characterized in that at least one of a center portion of a portion, at which the plate-side cam body and the weight-side cam body contact each other, in a thickness direction or a position of action of force of the coupling spring in a thickness direction of the each clutch weight is formed coincident with a barycentric position of the each clutch weight . a drive plate to be rotatably driven together with a driven pulley in response to drive force of an engine; a clutch outer having, outside the drive plate , a cylindrical surface provided concentrically with the drive plate ; multiple clutch weights having clutch shoes formed to extend along a circumferential direction of the drive plate and facing the cylindrical surface of the clutch outer , one end side of each clutch weight in the circumferential direction being turnably attached onto the drive plate through a swing support pin and a pin slide hole and the other end side displacing toward a cylindrical surface side of the clutch outer ; a plate-side cam body having, on the drive plate , a surface extending in a rotary drive axis direction of the drive plate ; a weight-side cam body provided at the each clutch weight and configured to slide and climb on the plate-side cam body upon displacement of the other end side of the each clutch weight ; and a coupling spring attached to the each clutch weight and causing force in a direction in which the each clutch weight separates from the clutch outer to act on the other end side of the each clutch weight , characterized in that at least one of a center portion of a portion, at which the plate-side cam body and the weight-side cam body contact each other, in a thickness direction or a position of action of force of the coupling spring in a thickness direction of the each clutch weight is formed coincident with a barycentric position of the each clutch weight .
A method for transmitting data by a communications device acting as a relay node in a wireless telecommunications network, the wireless telecommunications network comprising a base station and a non-terrestrial network, NTN, part , the method comprising: determining that data is to be transmitted by the communications device acting as the relay node to the base station via the NTN part , in response to the determining, selecting a random access preamble from a group of random access preambles allocated for the use of communications devices acting as relay nodes when communicating with the base station via the NTN part, each of the random access preambles of the group being associated with one or more resource pools of communications resources of a wireless access interface provided by the NTN part for transmitting data to the base station via the NTN part , transmitting the selected random access preamble, receiving (628, 824 YES) a random access response transmitted by the base station in response to the transmission of the selected random access preamble, the random access response indicating an identity of an activated resource pool, the activated resource pool being one of the one or more resource pools of communications resources of the wireless access interface provided by the NTN part for the transmission of the data to the base station via the NTN part, and transmitting at least a portion of the data using the communications resources of the activated resource pool. determining that data is to be transmitted by the communications device acting as the relay node to the base station via the NTN part , in response to the determining, selecting a random access preamble from a group of random access preambles allocated for the use of communications devices acting as relay nodes when communicating with the base station via the NTN part, each of the random access preambles of the group being associated with one or more resource pools of communications resources of a wireless access interface provided by the NTN part for transmitting data to the base station via the NTN part , transmitting the selected random access preamble, receiving (628, 824 YES) a random access response transmitted by the base station in response to the transmission of the selected random access preamble, the random access response indicating an identity of an activated resource pool, the activated resource pool being one of the one or more resource pools of communications resources of the wireless access interface provided by the NTN part for the transmission of the data to the base station via the NTN part, and transmitting at least a portion of the data using the communications resources of the activated resource pool.
A system, comprising: a communication interface; and a processor, configured to: perform one or more probing transactions, in which respective amounts of a cryptocurrency are transferred to one or more cryptocurrency addresses, respectively, by monitoring, via the communication interface, communication traffic exchanged with one or more Internet Protocol (IP) addresses, ascertain that at least one of the probing transactions was downloaded to a particular one of the IP addresses, and in response to the ascertaining, generate an output indicating an association between a cryptocurrency address of interest and the particular one of the IP addresses. a communication interface; and a processor, configured to: perform one or more probing transactions, in which respective amounts of a cryptocurrency are transferred to one or more cryptocurrency addresses, respectively, by monitoring, via the communication interface, communication traffic exchanged with one or more Internet Protocol (IP) addresses, ascertain that at least one of the probing transactions was downloaded to a particular one of the IP addresses, and in response to the ascertaining, generate an output indicating an association between a cryptocurrency address of interest and the particular one of the IP addresses. perform one or more probing transactions, in which respective amounts of a cryptocurrency are transferred to one or more cryptocurrency addresses, respectively, by monitoring, via the communication interface, communication traffic exchanged with one or more Internet Protocol (IP) addresses, ascertain that at least one of the probing transactions was downloaded to a particular one of the IP addresses, and in response to the ascertaining, generate an output indicating an association between a cryptocurrency address of interest and the particular one of the IP addresses.