mhurhangee/patent-ind-claim-en huggingface dataset:
A method of manufacturing a polymer composite piezoelectric body , comprising the steps of: forming, on a substrate, a composite having piezoelectric particles uniformly mixed by dispersion in a polymer matrix comprising cyanoethylated polyvinyl alcohol; and conducting polarization treatment on the composite . forming, on a substrate, a composite having piezoelectric particles uniformly mixed by dispersion in a polymer matrix comprising cyanoethylated polyvinyl alcohol; and conducting polarization treatment on the composite .
A c-Met inhibitor for use in the treatment of cancer, where the cancer is characterised by a MET 1195 mutation and where the c-Met inhibitor is savolitinib or a pharmaceutically acceptable salt thereof.
A method performed by a first network entity acting as a location measurement or management function, for reducing interference caused to or by positioning signals in a wireless communication system, the method comprising: - acquiring , from a serving network node serving a user equipment, UE, a configuration of an uplink positioning signal and information on uplink resources for the UE to transmit the uplink positioning signal; - identifying at least one network entity, that need to receive the uplink positioning signal from the UE to be positioned; - collecting information about each neighboring cell neighboring at least one network node nearest the at least one network entity; and - informing each network node controlling a neighboring cell to keep certain uplink resources constrained or unscheduled to avoid interference with the uplink resources used by the UE to transmit the uplink positioning signal to said at least one network entity; and - configuring a reservation resource or a reservation resource slot in the downlink, which indicates reservation of resources for transmitting said uplink positioning signal and informing the at least one network entity and each network node of each neighboring cell about the configured reservation resource slot or reservation resource. - acquiring , from a serving network node serving a user equipment, UE, a configuration of an uplink positioning signal and information on uplink resources for the UE to transmit the uplink positioning signal; - identifying at least one network entity, that need to receive the uplink positioning signal from the UE to be positioned; - collecting information about each neighboring cell neighboring at least one network node nearest the at least one network entity; and - informing each network node controlling a neighboring cell to keep certain uplink resources constrained or unscheduled to avoid interference with the uplink resources used by the UE to transmit the uplink positioning signal to said at least one network entity; and - configuring a reservation resource or a reservation resource slot in the downlink, which indicates reservation of resources for transmitting said uplink positioning signal and informing the at least one network entity and each network node of each neighboring cell about the configured reservation resource slot or reservation resource.
A method of forming a stator with a profiled helical by: providing a core with a profiled helical outer surface , wherein the core includes a resilient material sleeve disposed thereon; displacing the core within a longitudinal bore of a body ; filling a void between the profiled helical outer surface of the core and the longitudinal bore of the body with a cast material in a fluid state; disposing at least one transducer in the cast material such that the at least one transducer is encapsulated entirely within the cast material or is entirely contained within the cast material including a port that terminates adjacent the resilient material sleeve ; and curing the cast material. providing a core with a profiled helical outer surface , wherein the core includes a resilient material sleeve disposed thereon; displacing the core within a longitudinal bore of a body ; filling a void between the profiled helical outer surface of the core and the longitudinal bore of the body with a cast material in a fluid state; disposing at least one transducer in the cast material such that the at least one transducer is encapsulated entirely within the cast material or is entirely contained within the cast material including a port that terminates adjacent the resilient material sleeve ; and curing the cast material.
Kitchen, particularly cooking, appliance , comprising: - a tank , and - a lid fixed to a shaft extending longitudinally along an axis (A), referred to as the axis of rotation, the said lid being mobile in rotation about the said axis (A) of rotation between a first position, referred to as the open position, in which the tank is open, and a second position, referred to as the closed position, in which the tank is closed, the kitchen appliance also comprising: - support means for supporting at least one container intended to be immersed in the tank , the said support means being fixed to the said shaft and mobile in rotation about the said axis (A) of rotation between a first position, referred to as the raised position, in which the said at least one container is intended to be out of the tank , and a second position, referred to as the lowered position, in which the said at least one container is intended to be in the tank , wherein the said support means and the lid are mobile in rotation about the said axis (A) of rotation independently of one another; said kitchen appliance being characterised in that the kitchen appliance comprises a proximity sensor designed to detect the fixing of the said support means to the said shaft , the said proximity sensor being inductive, capacitive or optical. - a tank , and - a lid fixed to a shaft extending longitudinally along an axis (A), referred to as the axis of rotation, the said lid being mobile in rotation about the said axis (A) of rotation between a first position, referred to as the open position, in which the tank is open, and a second position, referred to as the closed position, in which the tank is closed, - support means for supporting at least one container intended to be immersed in the tank , the said support means being fixed to the said shaft and mobile in rotation about the said axis (A) of rotation between a first position, referred to as the raised position, in which the said at least one container is intended to be out of the tank , and a second position, referred to as the lowered position, in which the said at least one container is intended to be in the tank , wherein the said support means and the lid are mobile in rotation about the said axis (A) of rotation independently of one another; said kitchen appliance being characterised in that the kitchen appliance comprises a proximity sensor designed to detect the fixing of the said support means to the said shaft , the said proximity sensor being inductive, capacitive or optical.
A scaffold device comprising: a three-dimensional, open lattice, polymeric matrix element in a form of a network of microfibers or nanofibers, said polymeric element comprising an electro-responsive polymeric material that undergoes a change in its electronic structure upon application of voltage; an electronic element , being integrated with said polymeric element , and comprising a plurality of electrodes , each individually connectable to a measuring device and/or a controller, wherein each electrode comprises a conductive core , and an electrically-isolating layer , wherein said conductive core comprises an additional layer of electrically-conductive material, and wherein said electrically-isolating layer is deposited such that a portion of said electrode remains partially uncoated in a plurality of discrete locations over said electrode and is exposed to an environment surrounding the electrode at each of said locations; and a therapeutically active agent incorporated in and/or on said polymeric element , said therapeutically active agent being associated with said electro-responsive polymeric material via electrostatic interactions and is released to the environment upon application of voltage. a three-dimensional, open lattice, polymeric matrix element in a form of a network of microfibers or nanofibers, said polymeric element comprising an electro-responsive polymeric material that undergoes a change in its electronic structure upon application of voltage; an electronic element , being integrated with said polymeric element , and comprising a plurality of electrodes , each individually connectable to a measuring device and/or a controller, wherein each electrode comprises a conductive core , and an electrically-isolating layer , wherein said conductive core comprises an additional layer of electrically-conductive material, and wherein said electrically-isolating layer is deposited such that a portion of said electrode remains partially uncoated in a plurality of discrete locations over said electrode and is exposed to an environment surrounding the electrode at each of said locations; and a therapeutically active agent incorporated in and/or on said polymeric element , said therapeutically active agent being associated with said electro-responsive polymeric material via electrostatic interactions and is released to the environment upon application of voltage.
Method for controlling an array of M optical sources, the M optical sources being distributed in N groups (G1 to G4), with N lower than M, comprising cycles of respective and sequential activations/deactivations of all the optical sources of the N groups using N periodic squarewave control signals (SC1 to SC4) that are successively mutually phase shifted by Pi/N and that all have the same period, each control signal (SC1 to SC4) having a first state, a second state, and a duty cycle of 1/2, each group (G1 to G4) being activated when the corresponding control signal (SC1 to SC4) is in its first state and deactivated when the control signal (SC1 to SC4) is in its second state, the number of optical sources in each group (G1 to G4) and the order of the groups (G1 to G4) in the sequence of the activations/deactivations being chosen so as to generate an optical signal the amplitude of which varies in steps sinusoidally.
A mechanical seal (1; 40; 59) configured to be interposed between a rotating shaft and a fixed body provided with an aperture through which the shaft extends, said seal comprising a fixed part including a first sealing ring designed to be sealingly constrained to said fixed body , and a rotating part comprising a second sealing ring sealingly constrained to said shaft , said sealing rings contacting one another frontally under an axial thrust, the seal further comprising an absorbing material element for absorbing possible leaks from said seal (1; 40; 59), said absorbing material element being constituted by a ring carried by said fixed part and configured so as to be positioned, in use, in or close to said aperture without contacting the rotating part or the shaft .
A method for synchronization information transmission, performed by an intermediate node on a synchronization path, the method comprising: receiving (S110) synchronization information from a previous node; updating (S120) intermediate node information in the synchronization information based on synchronization accuracy information of the current intermediate node, wherein the intermediate node information comprises at least one of a synchronization accuracy uniformity indication or node hop information of different pieces of synchronization accuracy information, the synchronization accuracy uniformity indication indicating whether synchronization accuracies of intermediate nodes for transmitting the synchronization information are consistent; and sending (S130) the updated synchronization information to a next node. receiving (S110) synchronization information from a previous node; updating (S120) intermediate node information in the synchronization information based on synchronization accuracy information of the current intermediate node, wherein the intermediate node information comprises at least one of a synchronization accuracy uniformity indication or node hop information of different pieces of synchronization accuracy information, the synchronization accuracy uniformity indication indicating whether synchronization accuracies of intermediate nodes for transmitting the synchronization information are consistent; and sending (S130) the updated synchronization information to a next node.
A method for generating an image of a target object, comprising: applying a plurality of excitation signal pulses to an ultrasonic transmitter of an ultrasonic sensor unit, wherein a frequency of the plurality of excitation signal pulses is selected to generate an ultrasonic standing wave signal inside the ultrasonic sensor unit; determining whether the plurality of excitation signal pulses are applied for a reference duration, said reference duration being selected to be sufficient to allow buildup of energy for the ultrasonic standing wave signal over a first threshold level; wherein the reference duration equals the number of excitation signal pulses times the duration of each pulse and wherein the number of the excitation signal pulses is 4 pulses or more; and if the plurality of excitation signal pulses have been applied for the reference duration: detecting a change in one or more characteristics of the ultrasonic standing wave signal associated with an interaction between the ultrasonic standing wave signal and the target object using an ultrasonic receiver of the ultrasonic sensor unit; and generating the image of the target object based on the detected change in the one or more characteristics of the ultrasonic standing wave signal. applying a plurality of excitation signal pulses to an ultrasonic transmitter of an ultrasonic sensor unit, wherein a frequency of the plurality of excitation signal pulses is selected to generate an ultrasonic standing wave signal inside the ultrasonic sensor unit; determining whether the plurality of excitation signal pulses are applied for a reference duration, said reference duration being selected to be sufficient to allow buildup of energy for the ultrasonic standing wave signal over a first threshold level; wherein the reference duration equals the number of excitation signal pulses times the duration of each pulse and wherein the number of the excitation signal pulses is 4 pulses or more; and if the plurality of excitation signal pulses have been applied for the reference duration: detecting a change in one or more characteristics of the ultrasonic standing wave signal associated with an interaction between the ultrasonic standing wave signal and the target object using an ultrasonic receiver of the ultrasonic sensor unit; and generating the image of the target object based on the detected change in the one or more characteristics of the ultrasonic standing wave signal. detecting a change in one or more characteristics of the ultrasonic standing wave signal associated with an interaction between the ultrasonic standing wave signal and the target object using an ultrasonic receiver of the ultrasonic sensor unit; and generating the image of the target object based on the detected change in the one or more characteristics of the ultrasonic standing wave signal.
A method for controlling several radio connections within the framework of automation inside of an enclosed living space, such as a building or building complex, wherein a radio connection is built up between a transmitter pair comprising a room-side transmitter and a device transmitter , wherein all radio connections are completed in a coordinated manner on the same radio frequency and in a shared transmission range, wherein a transmitter pair initially has allocated to it an individual transmitting contingent, wherein the one radio frequency is released by a control authority for purposes of building automation within the framework of the individual transmitting contingent, characterized in that the room-side transmitters are combined into a transmitter group , which is managed by a shared base station , all room-side transmitters combined into the transmitter group have allocated to them a shared chronological group transmitting contingent, which corresponds to the size of the individual transmitting contingent prescribed by the control authority, the base station coordinates the transmitting activities of the transmitter group within the framework of the shared chronological group transmitting contingent, and limits the transmitting activities of the transmitter group to the group transmitting contingent, wherein the base station allocates priorities to the transmitter pairs within the transmitter group , and takes them into account during coordination of the transmitting activity, or wherein the base station allocates priorities to commands that lead to the request for transmitting activities by individual device transmitters , and considers the execution of prioritized commands during use of the transmitting contingent.
A sole structure for an article of footwear , the sole structure comprising: a cushioning element including a first material, and comprising a recess in a heel region of the sole structure ; a cradle including a second material, attached to the cushioning element , and including a top plate disposed against the cushioning element , a first end support , and a second end support that cooperate to define a receptacle disposed beneath the top plate , wherein the top plate extends from the first end support to the second end support and defines an upper portion of the receptacle , the first end support comprising a first distal end and disposed adjacent to and facing an end wall of the recess , the first distal end of the first end support including a lip extending outwardly therefrom, the second end support disposed at a posterior end of the sole structure ; a bladder disposed within the cradle between the first end support and the second end support , the cradle configured to be received within the recess , the receptacle configured to receive the bladder therein, and an upper barrier layer of the bladder contacting the top plate ; and an outsole disposed adjacent to the top plate on an opposite side of the cradle from the cushioning element , the first end support and the second end support each contacting the outsole . a cushioning element including a first material, and comprising a recess in a heel region of the sole structure ; a cradle including a second material, attached to the cushioning element , and including a top plate disposed against the cushioning element , a first end support , and a second end support that cooperate to define a receptacle disposed beneath the top plate , wherein the top plate extends from the first end support to the second end support and defines an upper portion of the receptacle , the first end support comprising a first distal end and disposed adjacent to and facing an end wall of the recess , the first distal end of the first end support including a lip extending outwardly therefrom, the second end support disposed at a posterior end of the sole structure ; a bladder disposed within the cradle between the first end support and the second end support , the cradle configured to be received within the recess , the receptacle configured to receive the bladder therein, and an upper barrier layer of the bladder contacting the top plate ; and an outsole disposed adjacent to the top plate on an opposite side of the cradle from the cushioning element , the first end support and the second end support each contacting the outsole .
A control device for a sealer for sealing a container , comprising a carrier element ; and a seaming curve arranged at the carrier element and having a curve track ; and a seaming device comprising a carrier shaft having a control end and a seaming end, wherein the seaming device further comprises a control element arranged at the control end and a seaming lever arranged at the seaming end, wherein a first seaming roller for a first seaming operation (OP1) and a second seaming roller for a second seaming operation (OP2) are arranged at the seaming lever , wherein the control element is arranged in a movable manner in the curve track in such a way that the first seaming operation (OP1) and the second seaming operation (OP2) can be controlled by the movement of the control element in the curve track ; characterized in that the seaming curve comprises a first curve segment and a second curve segment , wherein the curve track is formed by the first curve segment and the second curve segment , and the first curve segment and the second curve segment can be moved independently of each other in such a way that the first seaming operation (OP1) and the second seaming operation (OP2) can be adjusted independently of each other. a carrier element ; and a seaming curve arranged at the carrier element and having a curve track ; and a seaming device comprising a carrier shaft having a control end and a seaming end, wherein the seaming device further comprises a control element arranged at the control end and a seaming lever arranged at the seaming end, wherein a first seaming roller for a first seaming operation (OP1) and a second seaming roller for a second seaming operation (OP2) are arranged at the seaming lever , wherein the control element is arranged in a movable manner in the curve track in such a way that the first seaming operation (OP1) and the second seaming operation (OP2) can be controlled by the movement of the control element in the curve track ; characterized in that the seaming curve comprises a first curve segment and a second curve segment , wherein the curve track is formed by the first curve segment and the second curve segment , and the first curve segment and the second curve segment can be moved independently of each other in such a way that the first seaming operation (OP1) and the second seaming operation (OP2) can be adjusted independently of each other.