mhurhangee/patent-ind-claim-en huggingface dataset:
A signal processing circuit for a MEMS capacitive transducer , the transducer producing, in use, a sense signal (V M , Q M ) in response to an input stimulus (P a ), the signal processing circuit comprising: a signal path between an input for receiving said sense signal and an output for outputting an output signal (S out ) based on said sense signal; and compensation circuitry configured to: monitor a signal derived from the sense signal at a first point along the signal path and generate a correction signal (S corr ); and modify the signal derived from the sense signal at at least a second point along said signal path based on said correction signal; characterised in that said correction signal is generated as a function of an instantaneous value of the signal derived from the sense signal at the first point along the signal path so as to introduce signal dependent compensation components into the output signal that compensate for distortion components in the sense signal that arise due to a transfer function of the transducer . monitor a signal derived from the sense signal at a first point along the signal path and generate a correction signal (S corr ); and modify the signal derived from the sense signal at at least a second point along said signal path based on said correction signal; characterised in that said correction signal is generated as a function of an instantaneous value of the signal derived from the sense signal at the first point along the signal path so as to introduce signal dependent compensation components into the output signal that compensate for distortion components in the sense signal that arise due to a transfer function of the transducer .
A spool for a spinning reel mountable on a spool shaft , the spool comprising: a spool body that rotates with respect to the spool shaft ; a drag mechanism between the spool body and the spool shaft to apply a braking force against a rotation of the spool body ; and a radiator in the spool body and in contact with the drag mechanism , the radiator rotates with respect to one of the spool body or the spool shaft , and does not rotate with respect to the other one of the spool body or the spool shaft , characterized in, that the radiator includes a contact member in contact with the drag mechanism , and an extension extending radially outwardly from the contact member , wherein the extension has a first heat discharging hole that discharges heat from the drag mechanism . a spool body that rotates with respect to the spool shaft ; a drag mechanism between the spool body and the spool shaft to apply a braking force against a rotation of the spool body ; and a radiator in the spool body and in contact with the drag mechanism , the radiator rotates with respect to one of the spool body or the spool shaft , and does not rotate with respect to the other one of the spool body or the spool shaft , characterized in, that the radiator includes a contact member in contact with the drag mechanism , and an extension extending radially outwardly from the contact member , wherein the extension has a first heat discharging hole that discharges heat from the drag mechanism .
A method performed by a terminal for optimizing network resources, comprising: a terminal monitoring whether a network changes in real time according to a network code for identifying the network (S101), wherein the terminal compares the network code of a current network with a pre-extracted network code, if the network code of the current network and the pre-extracted network code are different, determining that the network changes, wherein the network code comprises a Mobile Network Code, MNC/Mobile Country Code, MCC; when monitoring that the network changes, searching for a Signaling Connection Release Indication, SCRI, policy adapted to the current network in a pre-stored SCRI policy table (S102), wherein the SCRI policy refers to selecting what time to enable the terminal to initiate a SCRI signaling; the terminal reading states of each internal module of the terminal (S103); and if the state of each internal module read by the terminal satisfies the conditions defined in the SCRI policy, determining to send a SCRI signaling to a network side, for the network side to release network resources of the terminal according to the SCRI signaling (S104). a terminal monitoring whether a network changes in real time according to a network code for identifying the network (S101), wherein the terminal compares the network code of a current network with a pre-extracted network code, if the network code of the current network and the pre-extracted network code are different, determining that the network changes, wherein the network code comprises a Mobile Network Code, MNC/Mobile Country Code, MCC; when monitoring that the network changes, searching for a Signaling Connection Release Indication, SCRI, policy adapted to the current network in a pre-stored SCRI policy table (S102), wherein the SCRI policy refers to selecting what time to enable the terminal to initiate a SCRI signaling; the terminal reading states of each internal module of the terminal (S103); and if the state of each internal module read by the terminal satisfies the conditions defined in the SCRI policy, determining to send a SCRI signaling to a network side, for the network side to release network resources of the terminal according to the SCRI signaling (S104).
A rubber-reinforcing cord for reinforcing a rubber product , the rubber-reinforcing cord comprising: at least three strands, wherein each of the strands comprises at least one filament bundle and a first coating provided to cover at least a portion of the surface of the filament bundle, the filament bundle consists essentially of aramid fiber filaments, the mass of the first coating is in the range of 14 to 25% with respect to the mass of the filament bundle, characterized in that each of the strands is given primary twists at a primary twisting rate of 50 to 100 twists/m, and the at least three strands each given primary twists are assembled and given final twists at a final twisting rate of 120 to 200 twists/m and in that the first coating comprises a resorcinol resin, a non-resorcinol phenolic compound-formaldehyde condensate, and a rubber component. each of the strands comprises at least one filament bundle and a first coating provided to cover at least a portion of the surface of the filament bundle, the filament bundle consists essentially of aramid fiber filaments, the mass of the first coating is in the range of 14 to 25% with respect to the mass of the filament bundle, characterized in that each of the strands is given primary twists at a primary twisting rate of 50 to 100 twists/m, and the at least three strands each given primary twists are assembled and given final twists at a final twisting rate of 120 to 200 twists/m and in that the first coating comprises a resorcinol resin, a non-resorcinol phenolic compound-formaldehyde condensate, and a rubber component.
Device that can be integrated into a wristwatch case , comprising: a whistle ; a piston that slides into a cylinder to inject air into the whistle ; a first cam ; characterised by : a compressed air reservoir between said piston and said whistle ; an excess pressure valve , which opens automatically as soon as the pressure difference between the interior and the exterior of the compressed air reservoir exceeds a threshold; a first valve positioned between said compressed air reservoir and said whistle , wherein the first valve is controlled by the first cam by means of a lever , the profile of said first cam being formed by bulges and recesses, in order to modulate the quantity of air injected into said whistle so as to modify the rhythm, the duration and the volume of the sounds produced by the whistle , in order to imitate the singing of a bird. a whistle ; a piston that slides into a cylinder to inject air into the whistle ; a first cam ; a compressed air reservoir between said piston and said whistle ; an excess pressure valve , which opens automatically as soon as the pressure difference between the interior and the exterior of the compressed air reservoir exceeds a threshold; a first valve positioned between said compressed air reservoir and said whistle , wherein the first valve is controlled by the first cam by means of a lever , the profile of said first cam being formed by bulges and recesses, in order to modulate the quantity of air injected into said whistle so as to modify the rhythm, the duration and the volume of the sounds produced by the whistle , in order to imitate the singing of a bird.
A sensor system for monitoring compression force and moisture changes on a textile backing, having a sensor element , formed with a strand-shaped elastic support material and a polymeroptic light-guiding fibre disposed on said support material , for integration into a textile backing, said polymeroptic light-guiding fibre having no fibre cladding or a discontinuous fibre cladding, a light source connected to one end of said polymeroptic light-guiding fibre for light coupling, a detector element connected to the other end of said polymeroptic light-guiding fibre for detecting an intensity signal of the light guided through said polymeroptic light-guiding fibre , an evaluation apparatus configured to identify at least one moisture change and/or one compression force change based on the time curves of intensity signal changes of said intensity signal delivered by said detector element , and a notification apparatus for displaying said moisture change and/or said compression force change.
A noise suppressor for a firearm comprising: a cylindrical body extending along a longitudinal direction; a chamber having an annular cylindrical shape, and having i) an outer diameter defined by an inner surface of the body, ii) an inner diameter forming a center bore , and iii) a length along the longitudinal direction; and a suppression core in the chamber, the suppression core comprising an inner portion adjacent to the center bore and an outer portion surrounding the inner portion, the inner portion and the outer portion being concentric; characterized in that the outer portion comprises a triply periodic minimal surfaces, TPMS, structure; and at a transition between the inner portion and the outer portion, a plurality of first openings in the inner portion and a plurality of second openings in the outer portion have a parameter that matches in size with each other, and the plurality of first openings and the plurality of second openings are approximately aligned with each other. a cylindrical body extending along a longitudinal direction; a chamber having an annular cylindrical shape, and having i) an outer diameter defined by an inner surface of the body, ii) an inner diameter forming a center bore , and iii) a length along the longitudinal direction; and a suppression core in the chamber, the suppression core comprising an inner portion adjacent to the center bore and an outer portion surrounding the inner portion, the inner portion and the outer portion being concentric; characterized in that the outer portion comprises a triply periodic minimal surfaces, TPMS, structure; and at a transition between the inner portion and the outer portion, a plurality of first openings in the inner portion and a plurality of second openings in the outer portion have a parameter that matches in size with each other, and the plurality of first openings and the plurality of second openings are approximately aligned with each other.
An apparatus comprising: a rotatable gantry; a radiation source mounted to the gantry; positron annihilation emission detectors mounted to the gantry, wherein the positron annihilation emission detectors are configured to detect a positron annihilation emission path originating from one or more volumes within a coordinate system; and a controller in communication with the radiation source and the positron annihilation emission detectors wherein the controller is configured to queue detected positron annihilation emission paths for a first interval of time as the gantry rotates and to rotate the gantry to position the radiation source with respect to the detected positron annihilation emission paths to align and direct radiation along the detected positron annihilation emission paths of the queue to the one or more volumes before the one or more volumes change their position within the coordinate system. a rotatable gantry; a radiation source mounted to the gantry; positron annihilation emission detectors mounted to the gantry, wherein the positron annihilation emission detectors are configured to detect a positron annihilation emission path originating from one or more volumes within a coordinate system; and a controller in communication with the radiation source and the positron annihilation emission detectors wherein the controller is configured to queue detected positron annihilation emission paths for a first interval of time as the gantry rotates and to rotate the gantry to position the radiation source with respect to the detected positron annihilation emission paths to align and direct radiation along the detected positron annihilation emission paths of the queue to the one or more volumes before the one or more volumes change their position within the coordinate system.
An aircraft controlled by compressed air, comprising: a fuselage having a main wing at opposite sides; a first nozzle installed on a roof of the fuselage ; a plurality of first tanks (31 and 41) disposed in the fuselage or the main wing and configured to store compressed air; a second nozzle installed on an upper surface of the main wing ; a main control valve controlled to provide the compressed air to the first nozzle or the second nozzle ; a plurality of second tanks (33 and 43) configured to store compressed air; and a plurality of pressure reducing valves (32 and 42) configured to reduce a pressure of the compressed air stored in the second tanks (33 and 43) and to store the compressed air in the first tanks (31 and 41). a fuselage having a main wing at opposite sides; a first nozzle installed on a roof of the fuselage ; a plurality of first tanks (31 and 41) disposed in the fuselage or the main wing and configured to store compressed air; a second nozzle installed on an upper surface of the main wing ; a main control valve controlled to provide the compressed air to the first nozzle or the second nozzle ; a plurality of second tanks (33 and 43) configured to store compressed air; and a plurality of pressure reducing valves (32 and 42) configured to reduce a pressure of the compressed air stored in the second tanks (33 and 43) and to store the compressed air in the first tanks (31 and 41).
An ingestible pill comprising: an enteric coating ; a medication; and a medication-delivery device that comprises medication-needles or hollow medication-delivery needles, which is configured to deliver the medication and comprises a patch having upper and lower surfaces that face in generally opposite directions, and an outer perimeter , wherein the patch is disposed within the enteric coating in a compressed shape , in which two opposite perimeter portions of the outer perimeter are (a) rolled toward each other over the lower surface of the patch or (b) folded toward each other over the lower surface of the patch , such that, in either case, the two opposite perimeter portions touch the lower surface , wherein the patch is configured to assume an expanded shape after the enteric coating dissolves. an enteric coating ; a medication; and a medication-delivery device that comprises medication-needles or hollow medication-delivery needles, which is configured to deliver the medication and comprises a patch having upper and lower surfaces that face in generally opposite directions, and an outer perimeter , wherein the patch is disposed within the enteric coating in a compressed shape , in which two opposite perimeter portions of the outer perimeter are (a) rolled toward each other over the lower surface of the patch or (b) folded toward each other over the lower surface of the patch , such that, in either case, the two opposite perimeter portions touch the lower surface ,
An apparatus for visualizing a conduction tract of a heart, comprising - a storage unit for a generic heart model and model data, the generic heart model representing at least a portion of an actual heart, and the model data corresponding to the generic heart model indicating a shape and/or position of the conduction tract in the heart model, - an input unit for obtaining geometrical data of a patient's heart corresponding to the generic heart model and electrophysiological data of the patient, - a model adapting unit for adapting the generic heart model to match geometrical data inputted to the input unit, - a model data modifying unit for modifying the model data to reflect the adapting provided by the model adapting unit, - a model refining unit for refining the modified model data based on the electrophysiological data, and - a generation unit for generating a visualization of the conduction tract using the refined model data. - a storage unit for a generic heart model and model data, the generic heart model representing at least a portion of an actual heart, and the model data corresponding to the generic heart model indicating a shape and/or position of the conduction tract in the heart model, - an input unit for obtaining geometrical data of a patient's heart corresponding to the generic heart model and electrophysiological data of the patient, - a model adapting unit for adapting the generic heart model to match geometrical data inputted to the input unit, - a model data modifying unit for modifying the model data to reflect the adapting provided by the model adapting unit, - a model refining unit for refining the modified model data based on the electrophysiological data, and - a generation unit for generating a visualization of the conduction tract using the refined model data.
A method for enhancing network service, the method comprising: receiving data for a client device from a base station at a communication device using a first transmission scheme, wherein the client device is subscribed to the base station and wherein said communication device is a wireless electronic device that is determined to be idle; processing the data for transmission to the client device using a second transmission scheme; and sending the data to the client device based on the second transmission scheme, wherein the client device is proximately located relative to the communication device, and wherein the communication device is configured to communicate only user plane information to the client device from the base station, and wherein the communication device is configured to provide enhanced wireless coverage to the client device over that provided by the base station. receiving data for a client device from a base station at a communication device using a first transmission scheme, wherein the client device is subscribed to the base station and wherein said communication device is a wireless electronic device that is determined to be idle; processing the data for transmission to the client device using a second transmission scheme; and sending the data to the client device based on the second transmission scheme, wherein the client device is proximately located relative to the communication device, and wherein the communication device is configured to communicate only user plane information to the client device from the base station, and wherein the communication device is configured to provide enhanced wireless coverage to the client device over that provided by the base station.
Method for protecting a packet flow (F1) in a network (N1) composed of router nodes (R1-R4) routing packets and of transmitter and receiver nodes (C1-C3) transmitting and receiving the flow, the receiver node (C3) being connected to a router node (R3) processing the routing of a packet destined for the receiver node on the basis of an expected value of a protection parameter contained in at least one field of a packet of the flow, the method being implemented by a device associated with the receiver node (C3) and comprising: • transmitting a message comprising the expected value of the protection parameter, destined for the router node (R3) connected to the receiver node (C3). • transmitting a message comprising the expected value of the protection parameter, destined for the router node (R3) connected to the receiver node (C3).
A laundry washing apparatus, comprising: a storage container configured to store a washing agent; and a washing agent pump configured to be coupled to the storage container , wherein the washing agent pump comprises an introduction end portion configured to be inserted in the storage container when the washing agent pump is coupled to the storage container ; wherein an introduction hole is formed through the introduction end portion within the storage container ; characterized by : an introduction hole opening/closing member disposed to surround the introduction end portion , and configured to move to open the introduction hole when the introduction end portion is coupled to a storage container and close the introduction hole when the introduction end portion is separated from the storage container ; and a movement restriction member configured to restrict the movement of the introduction hole opening/closing member for preventing separation of the introduction hole opening/closing member away from the introduction end portion . a storage container configured to store a washing agent; and a washing agent pump configured to be coupled to the storage container , wherein the washing agent pump comprises an a washing agent pump configured to be coupled to the storage container , wherein the washing agent pump comprises an introduction end portion configured to be inserted in the storage container when the washing agent pump is coupled to the storage container ; wherein an introduction hole is formed through the introduction end portion within the storage container ; characterized by : an introduction hole opening/closing member disposed to surround the introduction end portion , and configured to move to open the introduction hole when the introduction end portion is coupled to a storage container and close the introduction hole when the introduction end portion is separated from the storage container ; and a movement restriction member configured to restrict the movement of the introduction hole opening/closing member for preventing separation of the introduction hole opening/closing member away from the introduction end portion . an introduction hole opening/closing member disposed to surround the introduction end portion , and configured to move to open the introduction hole when the introduction end portion is coupled to a storage container and close the introduction hole when the introduction end portion is separated from the storage container ; and a movement restriction member configured to restrict the movement of the introduction hole opening/closing member for preventing separation of the introduction hole opening/closing member away from the introduction end portion .