mhurhangee/patent-ind-claim-en huggingface dataset:
A sensing system for sensing the condition of an object, the system comprising a transducer arranged to generate pressure waves directed at the object, detection means arranged to detect cavitation in the object, and processing means arranged to receive detection signals from the detection means, to process the detection signals to measure a signal parameter of the detection signals that varies with a parameter of the object, and to generate a sensor output that varies in response to changes in the signal parameter, characterised in that the processing means has stored therein a relationship between the signal parameter and the parameter of the object and either: the parameter of the object is temperature, and the signal parameter is arranged to vary with the level of cavitation activity in the object; or the processing means is arranged to determine a cavitation threshold pressure from the signal parameter, and the parameter of the object is a viscoelastic parameter; or the signal parameter is a parameter of the frequency content of the detection signals, and the parameter of the object is a viscoelastic parameter; or the parameter of the detection signals is a parameter of the spectral content of the detection signals, and the parameter of the object is the presence of lesions.
A method for decoding a picture from a bitstream, the method comprising: decoding a tile partition structure from one or more syntax elements in the bitstream; determining a number of tiles N in the picture; decoding a number of partitions in the picture, wherein each partition comprises an integer number of tiles; deriving a size and location for a current partition, wherein deriving the size and location for the current partition comprises: deriving the size for the current partition from a syntax element representing a width of the current partition in number of tiles and a syntax element representing a height of the current partition in number of tiles, and deriving a top-left position of the current partition as a location of a first tile in raster scan order that is not included in one or more previously derived partitions; using the derived size and location to decode the picture. decoding a tile partition structure from one or more syntax elements in the bitstream; determining a number of tiles N in the picture; decoding a number of partitions in the picture, wherein each partition comprises an integer number of tiles; deriving a size and location for a current partition, wherein deriving the size and location for the current partition comprises: deriving the size for the current partition from a syntax element representing a width of the current partition in number of tiles and a syntax element representing a height of the current partition in number of tiles, and deriving a top-left position of the current partition as a location of a first tile in raster scan order that is not included in one or more previously derived partitions; deriving the size for the current partition from a syntax element representing a width of the current partition in number of tiles and a syntax element representing a height of the current partition in number of tiles, and deriving a top-left position of the current partition as a location of a first tile in raster scan order that is not included in one or more previously derived partitions; using the derived size and location to decode the picture.
A packet broker for use in a visibility network , the packet broker comprising: a network device (218; 800); and a cluster of one or more processing nodes , wherein the network device (218; 800) is configured to receive a control or data packet replicated from a core network , wherein the network device (218; 800) is configured to forward the control or data packet to at least one processing node in the cluster of one or more processing nodes , wherein the at least one processing node in the cluster is configured to execute one or more packet processing functions on the control or data packet, the one or more packet processing functions being operable to determine an egress port of the network device (218; 800) through which the control or data packet should be forwarded to a probe or tool of the visibility network for analysis, to tag the control or data packet with egress port information identifying the egress port, and to send the tagged control or data packet back to the network device (218; 800), and wherein the network device (218; 800) is configured to, in response to receiving the tagged control or data packet from the at least one processing node, transmit the control or data packet out of the determined egress port in accordance with the egress port information in the tagged control or data packet. a network device (218; 800); and a cluster of one or more processing nodes , wherein the network device (218; 800) is configured to receive a control or data packet replicated from a core network , wherein the network device (218; 800) is configured to forward the control or data packet to at least one processing node in the cluster of one or more processing nodes , wherein the at least one processing node in the cluster is configured to execute one or more packet processing functions on the control or data packet, the one or more packet processing functions being operable to determine an egress port of the network device (218; 800) through which the control or data packet should be forwarded to a probe or tool of the visibility network for analysis, to tag the control or data packet with egress port information identifying the egress port, and to send the tagged control or data packet back to the network device (218; 800), and wherein the network device (218; 800) is configured to, in response to receiving the tagged control or data packet from the at least one processing node, transmit the control or data packet out of the determined egress port in accordance with the egress port information in the tagged control or data packet.
A method for securing user inputs in a mobile device (MD) using a service that is provided by an application server (AS) and requires user inputs from the mobile device, the method comprising the following steps in a companion device (CD): enabling (S 1) an input interface (IIC) and an audio interface (AIC) in order to be declared as an input device and an audio device for the mobile device (MD), receiving (S3) parameters through the audio interface in an audio stream sent from the mobile device, the parameters being set by the application server and containing a query for user inputs for the service and a formula for a validation token, the query including a text for prompting for user inputs, providing (S4) the query for user inputs, receiving (S5) user inputs, creating (S6) a validation token by applying the formula on the query, the user inputs and a random number, sending (S7) the validation token in the form of required user inputs to the mobile device through the input interface, the token being sent to the application server by the mobile device. enabling (S 1) an input interface (IIC) and an audio interface (AIC) in order to be declared as an input device and an audio device for the mobile device (MD), receiving (S3) parameters through the audio interface in an audio stream sent from the mobile device, the parameters being set by the application server and containing a query for user inputs for the service and a formula for a validation token, the query including a text for prompting for user inputs, providing (S4) the query for user inputs, receiving (S5) user inputs, creating (S6) a validation token by applying the formula on the query, the user inputs and a random number, sending (S7) the validation token in the form of required user inputs to the mobile device through the input interface, the token being sent to the application server by the mobile device.
A secondary battery comprising: an electrode assembly; a case accommodating the electrode assembly and comprising first and second case portions; and an adhesion layer interposed between the first and second case portions and adhering to a respective surface of each of the case portions in such a manner as to secure a connection between them, wherein at least one of the case portions is at least partially formed from at least one of a polyolefine-based resin, an epoxy resin, a polycarbonate resin, a polyethyleneterephthalate resin, a polyetheretherketone resin, a high-density polyethylene resin, and an acryl-based resin, wherein the resin is situated in a layer and the or each case portion also comprises a thermal conduction layer formed therein, wherein the thermal conduction layer is formed by impregnating ceramic powder into polymer fibre or non-woven fabric, and wherein each of the first and second case portions has a box-like structure, one of the first and second case portions has a channel situated on an edge of a lateral wall of the case portion, which edge surface faces the other case portion, the said adhesion layer is located within the channel, and an edge region of a lateral wall of the other of the first and second case portions is received within the channel and in contact with the adhesion layer and wherein at least one of the first and second case portions has a hardness of not less than 55 on the Rockwell R scale. an electrode assembly; a case accommodating the electrode assembly and comprising first and second case portions; and an adhesion layer interposed between the first and second case portions and adhering to a respective surface of each of the case portions in such a manner as to secure a connection between them, wherein at least one of the case portions is at least partially formed from at least one of a polyolefine-based resin, an epoxy resin, a polycarbonate resin, a polyethyleneterephthalate resin, a polyetheretherketone resin, a high-density polyethylene resin, and an acryl-based resin, wherein the resin is situated in a layer and the or each case portion also comprises a thermal conduction layer formed therein, wherein the thermal conduction layer is formed by impregnating ceramic powder into polymer fibre or non-woven fabric, and wherein each of the first and second case portions has a box-like structure, one of the first and second case portions has a channel situated on an edge of a lateral wall of the case portion, which edge surface faces the other case portion, the said adhesion layer is located within the channel, and an edge region of a lateral wall of the other of the first and second case portions is received within the channel and in contact with the adhesion layer and wherein at least one of the first and second case portions has a hardness of not less than 55 on the Rockwell R scale.
A radio frequency device with a transition unit providing a transition from a planar differential pair transmission line to a hollow radio frequency waveguide , the radio frequency device comprising a substrate layer arrangement with a planar differential pair transmission line arranged on one or more surfaces of at least one substrate layer of the substrate layer arrangement , and with the transition unit comprising an end section of the differential pair transmission line that is configured as a radio frequency signal emission pattern , the transition unit further comprising an end section of the waveguide for radio frequency electromagnetic waves that is attached to the substrate layer arrangement and that superposes the radio frequency signal emission pattern , whereby the end section of the waveguide is directed perpendicularly to the one or more surfaces of the substrate layer arrangement with the planar differential pair transmission line , whereby an open end of the end section of the waveguide is attached to a first outer surface or a second outer surface of the substrate layer arrangement , whereby opposite to the end section of the waveguide a back cavity is attached with an open end of the back cavity to the substrate layer arrangement , whereby the back cavity is configured to prevent j a part of the radio frequency signal emission that is emittable from the emission pattern from leaking outside of the end section of the waveguide , characterized in that the radio frequency device comprises several transition units arranged adjacent to each other along the first outer surface and the second outer surface of the substrate layer arrangement , and in that the several transition units are arranged in two or more rows running parallel and at a distance towards each other.
Handheld power tool , having: - an electric connecting socket , and - a handle for handling the power tool , wherein the handle consists of a plurality of components , - wherein at least one component of the handle is used as a mounting of the electric connecting socket , and - wherein the components of the handle have a handle cover , wherein part of the handle cover is used as a mounting of the electric connecting socket, characterized in that - the handle cover is formed as a handle overmoulding. - an electric connecting socket , and - a handle for handling the power tool , wherein the handle consists of a plurality of components , - wherein at least one component of the handle is used as a mounting of the electric connecting socket , and - wherein the components of the handle have a handle cover , wherein part of the handle cover is used as a mounting of the electric connecting socket, - the handle cover is formed as a handle overmoulding.
A positive electrode lithium replenishment material, comprising a first lithium-containing compound, wherein the first lithium-containing compound is selected from one or more of compounds whose chemical formula is denoted by Formula I: Li x A y Formula I wherein, A is selected from C, N, O, P, or S, 0 < x, y ≤ 3, and the compounds denoted by Formula I is not Li 2 O; and an outer layer of the positive electrode lithium replenishment material comprises a second lithium-containing compound, and an activity of reacting with water by the second lithium-containing compound is lower than that by the first lithium-containing compound. wherein, A is selected from C, N, O, P, or S, 0 < x, y ≤ 3, and the compounds denoted by Formula I is not Li 2 O; and an outer layer of the positive electrode lithium replenishment material comprises a second lithium-containing compound, and an activity of reacting with water by the second lithium-containing compound is lower than that by the first lithium-containing compound.
An apparatus for determining a status of controlling a trailer brake by a parking brake system, the parking brake system comprising a parking brake port , a trailer control module port , a sensor configured to measure a pressure at the parking brake port , and a valve arrangement configured to connect or disconnect the trailer control module port and the parking brake port to allow exhausting of the trailer control module port while the parking brake port is exhausted, characterized by: a control unit configured: - to control the valve arrangement to exhaust the trailer control module port by connecting the trailer control module port with an exhausted parking brake port ; and - to detect a temporary pressure increase sensed by the sensor and, based on a result, to determine the status of controlling as successful or not. - to control the valve arrangement to exhaust the trailer control module port by connecting the trailer control module port with an exhausted parking brake port ; and - to detect a temporary pressure increase sensed by the sensor and, based on a result, to determine the status of controlling as successful or not.
A data transmission method, wherein the method comprises: obtaining a plurality of code block streams; distributing , based on a preset multiplexing sequence, code blocks in the plurality of code block streams by slots, to form one code block stream; and segmenting and encapsulating the one code block stream, to generate at least one frame. obtaining a plurality of code block streams; distributing , based on a preset multiplexing sequence, code blocks in the plurality of code block streams by slots, to form one code block stream; and segmenting and encapsulating the one code block stream, to generate at least one frame.
A dual-mode automobile protective cover device comprises an outer housing in which a rotary shaft is arranged, wherein the outer housing comprises three parts: a cabin , a cabin cover A and a cabin cover B , the cabin is detachably or fixedly connected to the cabin cover A and the cabin is detachably or fixedly connected to the cabin cover B ; a wire slot is provided on a wall of the cabin , and the wire slot has an electric wire buried therein; a control box and a motor box are respectively arranged at two ends of the outer housing , one end of the rotary shaft is fitly connected with the cabin cover B , and the other end of the rotary shaft is fitly connected with the motor box by passing through the cabin cover A , the motor box is detachably connected to the cabin cover A and the rotary shaft ; the motor box is provided with a contact chip A , and the cabin cover A is provided with a contact chip B , one end of the electric wire is connected with the contact chip B , and the other end of the electric wire is connected with the control box ; a rechargeable battery is configured within the control box and a charge socket is arranged on the control box ; the motor box can be replaced by a hand-operated rocker , characterized in that the dual-mode automobile protective cover device further comprises a protective cover guard disc provided at each of the two ends of the cabin , which prevents a protective cover from getting stuck in the cabin cover A or the cabin cover B in the process of unfolding or retracting.
An information processing device for executing calculation of a neural network, the device comprising: a position setting unit configured to set a division position for quantization of a variable to be used for the calculation so that a quantization error based on a difference between the variable before the quantization and the variable after the quantization is reduced; and a quantizer configured to quantize the variable based on the division position set by the position setting unit , wherein the position setting unit is configured to: sequentially change the division position and calculate the quantization error for each of changes in the division position; and set the division position that causes the quantization error to be smallest as the division position to be used for the quantization. a position setting unit configured to set a division position for quantization of a variable to be used for the calculation so that a quantization error based on a difference between the variable before the quantization and the variable after the quantization is reduced; and a quantizer configured to quantize the variable based on the division position set by the position setting unit , wherein the position setting unit is configured to: sequentially change the division position and calculate the quantization error for each of changes in the division position; and set the division position that causes the quantization error to be smallest as the division position to be used for the quantization. sequentially change the division position and calculate the quantization error for each of changes in the division position; and set the division position that causes the quantization error to be smallest as the division position to be used for the quantization.
An annuloplasty device for implantation adjacent an annulus of a tricuspid valve, the annulus comprising anterior , posterior and septal aspects adjacent anterior , posterior and septal leaflets, respectively, of the tricuspid valve, the device comprising: a ring body comprising: an anterior portion, a posterior portion, and a septal portion shaped to conform to, and for implantation adjacent, the anterior, posterior and septal aspects of the annulus, respectively; and first and second ends; wherein the ring body has a 3D curvilinear shape defined in the superior and inferior directions, and the ends are configured such that when the device is implanted, the first end will be located near the junction of the septal and anterior aspects of the annulus and the second end will be located along the septal aspect of the annulus, wherein the ring body comprises a sheath or covering and a stiffening element within the sheath or covering, the stiffening element has an opening or gap between a first free end and a second free end of the stiffening element, and an inward curvature in the anterior portion near the first free end . a ring body comprising: an anterior portion, a posterior portion, and a septal portion shaped to conform to, and for implantation adjacent, the anterior, posterior and septal aspects of the annulus, respectively; and first and second ends; an anterior portion, a posterior portion, and a septal portion shaped to conform to, and for implantation adjacent, the anterior, posterior and septal aspects of the annulus, respectively; and first and second ends; wherein the ring body has a 3D curvilinear shape defined in the superior and inferior directions, and the ends are configured such that when the device is implanted, the first end will be located near the junction of the septal and anterior aspects of the annulus and the second end will be located along the septal aspect of the annulus, wherein the ring body comprises a sheath or covering and a stiffening element within the sheath or covering, the stiffening element has an opening or gap between a first free end and a second free end of the stiffening element, and an inward curvature in the anterior portion near the first free end .
Sampling valve comprising two external parts , one internal part clamped between said external parts , and means for adjusting the relative angular position of said parts about an axis of rotation (A), said internal part having opposite surfaces bearing in a fluid tight and sliding fashion against adjacent surfaces of said external parts , said external parts comprising orifices , loops and ducts , said loops and said ducts being configured to communicate selectively with orifices passing through said internal part , characterized in that two of said parts are able to rotate about said axis of rotation (A) with respect to the one of said parts which is stationary, characterized in that the angular position of the rotary parts is controlled by a linear actuator of which the translationally mobile part is secured to a central part of an actuating yoke which is engaged with said rotary parts at different points about the axis of rotation (A).