mhurhangee/patent-ind-claim-en huggingface dataset:
A method for an Orthogonal Frequency Division Multiplexing, OFDM, transmitter configured for OFDM signal transmissions using a first plurality of subcarriers having a first subcarrier frequency spacing defining a first symbol duration, the method comprising: generating a first OFDM signal containing data associated with a first OFDM communication protocol, generating a second OFDM signal containing data associated with a second OFDM communication protocol, and transmitting , during one or more first symbol durations, the first OFDM signal using a first subset of subcarriers from the first plurality of subcarriers, and the second OFDM signal using a second subset of subcarriers from the first plurality of subcarriers, different from the first subset, wherein the first and second OFDM signals are generated in one of a time domain and a frequency domain, based on respective first and second predetermined OFDM signals containing data associated with the first and second OFDM communication protocols, wherein generating the first OFDM signal comprises mapping the first predetermined OFDM signal to subcarriers in at least the first subset and wherein generating the second OFDM signal comprises mapping the second predetermined OFDM signal to subcarriers in at least the second subset, and wherein the first predetermined OFDM signal is defined to use only the first subset of subcarriers, and wherein generating the first OFDM signal comprises mapping the first predetermined OFDM signal to subcarriers in the first subset. generating a first OFDM signal containing data associated with a first OFDM communication protocol, generating a second OFDM signal containing data associated with a second OFDM communication protocol, and transmitting , during one or more first symbol durations, the first OFDM signal using a first subset of subcarriers from the first plurality of subcarriers, and the second OFDM signal using a second subset of subcarriers from the first plurality of subcarriers, different from the first subset, wherein the first and second OFDM signals are generated in one of a time domain and a frequency domain, based on respective first and second predetermined OFDM signals containing data associated with the first and second OFDM communication protocols, wherein generating the first OFDM signal comprises mapping the first predetermined OFDM signal to subcarriers in at least the first subset and wherein generating the second OFDM signal comprises mapping the second predetermined OFDM signal to subcarriers in at least the second subset, and wherein the first predetermined OFDM signal is defined to use only the first subset of subcarriers, and wherein generating the first OFDM signal comprises mapping the first predetermined OFDM signal to subcarriers in the first subset.
Mounted reversible plow comprising a headstock for mounting on a tractor and comprising a plow frame , which is arranged on the headstock via a link mechanism , with plow bodies pivotably arranged thereon, the plow bodies being adjustably pivotable in their working width by means of a cutting width actuator , the plow frame being adjustably displaceable in the front furrow width, so as to be adapted to the track width of the tractor, by means of a track width actuator at least approximately in parallel with the direction of travel (F) relative to the headstock via the link mechanism , the track width actuator being controllable by means of a frame displacement controller for different stroke positions of the cutting width actuator into different stroke positions for achieving a front furrow width adapted to the working width, characterized in that the frame displacement controller comprises an actuatable directional control valve with at least two switching positions, so that the track width actuator can optionally be adjusted individually or the cutting width actuator and the track width actuator can be adjusted together.
A control apparatus including a pinch detector for detecting a pinch at a closing member actuated by a motor , said pinch detector being configured to receive current values of physical quantities of the motor including a motor voltage ( V ), a motor current ( I ) and a motor speed ( ω ) and including a torque estimator that estimates a motor torque ( τ ) from said received current values of physical quantities of the motor , using coefficients of an approximation function of an energy conversion efficiency ( η ) of the motor , wherein said approximation function is either a linear, or second order, or third order function of the motor torque ( τ ); a converter that calculates a first estimation of a pinch force ( F pinch ) exerted by the opening and closing member on a pinched object by converting the estimated motor torque ( τ ) into an estimated pinch force ( F e ) using a torque to force conversion coefficient ( T2F coef ) ; a comparator that compares the estimated pinch force ( F pinch ) with a predetermined force limit ( F max ) in order to detect a pinch based on the comparison result. said pinch detector being configured to receive current values of physical quantities of the motor including a motor voltage ( V ), a motor current ( I ) and a motor speed ( ω ) and including a torque estimator that estimates a motor torque ( τ ) from said received current values of physical quantities of the motor , using coefficients of an approximation function of an energy conversion efficiency ( η ) of the motor , wherein said approximation function is either a linear, or second order, or third order function of the motor torque ( τ ); a converter that calculates a first estimation of a pinch force ( F pinch ) exerted by the opening and closing member on a pinched object by converting the estimated motor torque ( τ ) into an estimated pinch force ( F e ) using a torque to force conversion coefficient ( T2F coef ) ; a comparator that compares the estimated pinch force ( F pinch ) with a predetermined force limit ( F max ) in order to detect a pinch based on the comparison result.
A phased array antenna comprising: a plurality of rectangular sub-arrays of eight individual array elements, each of the plurality of rectangular sub-arrays having a phase center, the plurality of rectangular sub-arrays tiled to provide aperiodicity of the phase centers; the plurality of rectangular sub-arrays comprising first sub-arrays formed by 4x2 rectangles of individual array elements, and second subarrays formed by 8x1 rectangles of individual array elements, wherein the individual array elements, across the plurality of rectangular sub-arrays, are arranged in a regular grid pattern, the plurality of rectangular sub-arrays being tiled in a random or pseudo-random manner to reduce periodicity of the phase centers. a plurality of rectangular sub-arrays of eight individual array elements, each of the plurality of rectangular sub-arrays having a phase center, the plurality of rectangular sub-arrays tiled to provide aperiodicity of the phase centers; the plurality of rectangular sub-arrays comprising first sub-arrays formed by 4x2 rectangles of individual array elements, and second subarrays formed by 8x1 rectangles of individual array elements, wherein the individual array elements, across the plurality of rectangular sub-arrays, are arranged in a regular grid pattern, the plurality of rectangular sub-arrays being tiled in a random or pseudo-random manner to reduce periodicity of the phase centers.
A smoke generator for anti-burglar purposes comprising canister holding means for holding a canister for chemicals to be used to generate smoke characterised in that the smoke generator further comprises a smoke deflector arranged below the position of the canister for even distribution of generated smoke, and wherein the smoke deflector has a smoke deflector cavity of sector shape, and wherein the sector shape has a lower surface slanting downwards between 10 and 15 degrees relative to the horizontal plane in the direction of smoke as measured by a line starting at sector apex and ending at sector base.
A process for preparing a multilayer material which comprises at least one layer of active lithium, said process comprising a step consisting in depositing a film of active lithium on a protective layer, said deposition being carried out by rolling for a period of 1 to 15 seconds.
A client-side image processing system for verifying that embedded digital content satisfies a predetermined criterion associated with display of the content, the client-side image processing system comprising: one or more hardware storage devices configured to store data indicative of the predetermined criterion associated with display of the content; a content embedding engine configured to embed content in a resource provided by a content provider and that configures the resource for rendering; a rendering engine configured to render the content embedded in the resource; an application interface engine configured to interface with the rendering engine and to generate a visualization of the resource and of the embedded content rendered in the resource; and an image processing engine configured to perform operations based on one or more portions of executable code of a software library located within a server-side image processing system; the operations comprising: retrieve, from the one or more hardware storage devices , the data indicative of the predetermined criterion; process one or more pixels of the generated visualization of the resource and of the embedded content and the resource to verify that the embedded content satisfies the predetermined criterion; and transmit verification data comprising an indication of whether the predetermined criterion is satisfied. one or more hardware storage devices configured to store data indicative of the predetermined criterion associated with display of the content; a content embedding engine configured to embed content in a resource provided by a content provider and that configures the resource for rendering; a rendering engine configured to render the content embedded in the resource; an application interface engine configured to interface with the rendering engine and to generate a visualization of the resource and of the embedded content rendered in the resource; and an image processing engine configured to perform operations based on one or more portions of executable code of a software library located within a server-side image processing system; the operations comprising: retrieve, from the one or more hardware storage devices , the data indicative of the predetermined criterion; process one or more pixels of the generated visualization of the resource and of the embedded content and the resource to verify that the embedded content satisfies the predetermined criterion; and transmit verification data comprising an indication of whether the predetermined criterion is satisfied. retrieve, from the one or more hardware storage devices , the data indicative of the predetermined criterion; process one or more pixels of the generated visualization of the resource and of the embedded content and the resource to verify that the embedded content satisfies the predetermined criterion; and transmit verification data comprising an indication of whether the predetermined criterion is satisfied.
A computing system that is implemented in a decentralized network that implements a distributed ledger , the distributed ledger being configured to back one or more decentralized identities, DID (210; 205), for one or more users of the computing system, the computing system comprising: one or more processors ; and one or more computer-readable media having thereon computer-executable instructions that are structured such that, when executed by the one or more processors, cause the computing system to: access a DID attestation (115; 501) issued by a first entity (411; 550) of the decentralized network, the DID attestation defining information that has been generated by the first entity about a DID owner who is the subject of the DID attestation, the DID attestation including interrupt metadata that directs that the first entity be contacted prior to the DID owner being able to present the DID attestation to a second entity (401; 560) of the decentralized network; in response to the DID owner attempting to present the DID attestation to the second entity, contact the first entity as directed by the interrupt metadata; and receiving authorization information from the first entity, the authorization information indicating if the DID owner is able to present the DID attestation to the second entity. one or more processors ; and one or more computer-readable media having thereon computer-executable instructions that are structured such that, when executed by the one or more processors, cause the computing system to: access a DID attestation (115; 501) issued by a first entity (411; 550) of the decentralized network, the DID attestation defining information that has been generated by the first entity about a DID owner who is the subject of the DID attestation, the DID attestation including interrupt metadata that directs that the first entity be contacted prior to the DID owner being able to present the DID attestation to a second entity (401; 560) of the decentralized network; in response to the DID owner attempting to present the DID attestation to the second entity, contact the first entity as directed by the interrupt metadata; and receiving authorization information from the first entity, the authorization information indicating if the DID owner is able to present the DID attestation to the second entity. access a DID attestation (115; 501) issued by a first entity (411; 550) of the decentralized network, the DID attestation defining information that has been generated by the first entity about a DID owner who is the subject of the DID attestation, the DID attestation including interrupt metadata that directs that the first entity be contacted prior to the DID owner being able to present the DID attestation to a second entity (401; 560) of the decentralized network; in response to the DID owner attempting to present the DID attestation to the second entity, contact the first entity as directed by the interrupt metadata; and receiving authorization information from the first entity, the authorization information indicating if the DID owner is able to present the DID attestation to the second entity.
A secondary battery comprising: a case including a space therein through an opening; at least one electrode assembly inserted into the space of the case ; an insulating plate formed at an upper part of the electrode assembly ; and a cap plate which is coupled to the opening of the case and includes a vent , at least one region of which has a smaller thickness than other regions, wherein the insulating plate includes a plurality of gas discharge holes disposed at a region corresponding to the vent , and characterized in that a tape having an insulating property is attached to a surface of the insulating plate facing the electrode assembly , wherein the tape includes a gas moving hole located at a region corresponding to each of the gas discharge holes . a case including a space therein through an opening; at least one electrode assembly inserted into the space of the case ; an insulating plate formed at an upper part of the electrode assembly ; and a cap plate which is coupled to the opening of the case and includes a vent , at least one region of which has a smaller thickness than other regions, wherein the insulating plate includes a plurality of gas discharge holes disposed at a region corresponding to the vent , and a tape having an insulating property is attached to a surface of the insulating plate facing the electrode assembly , wherein the tape includes a gas moving hole located at a region corresponding to each of the gas discharge holes .
A dual channel rudder system architecture comprising: reconfigurable electronic controllers (14; 220) used to control a plurality of electromechanical primary actuators (15a, 15b; 202a, 202b) for controlling a rudder , wherein each electronic controller (14; 220) is configured for independently controlling a position of the rudder via a respective power unit , a respective physical link and a respective one of the electromechanical primary actuators (15a, 15b; 202a, 202b); and a distribution of aircraft and cockpit sensors directly connected to the electronic controllers (14; 220) to guarantee minimum required safety standards in case of loss of input data; the plurality of electromechanical actuators driving a rudder surface and being arranged in independent and redundant load paths, such that each of the primary actuators (15a, 15b; 202a, 202b) can independently control the rudder surface; wherein the reconfigurable electronic controllers are or comprise controllers of at least two different types, each using independent command and monitoring computation so as to guarantee tolerance of the architecture against common mode type of failures for hardware. reconfigurable electronic controllers (14; 220) used to control a plurality of electromechanical primary actuators (15a, 15b; 202a, 202b) for controlling a rudder , wherein each electronic controller (14; 220) is configured for independently controlling a position of the rudder via a respective power unit , a respective physical link and a respective one of the electromechanical primary actuators (15a, 15b; 202a, 202b); and a distribution of aircraft and cockpit sensors directly connected to the electronic controllers (14; 220) to guarantee minimum required safety standards in case of loss of input data; the plurality of electromechanical actuators driving a rudder surface and being arranged in independent and redundant load paths, such that each of the primary actuators (15a, 15b; 202a, 202b) can independently control the rudder surface; wherein the reconfigurable electronic controllers are or comprise controllers of at least two different types, each using independent command and monitoring computation so as to guarantee tolerance of the architecture against common mode type of failures for hardware.
A method , in a wireless device operating in a wireless communication network, the method comprising: receiving , from a first node serving the wireless device in the wireless communication network, a blacklist comprising one or more random access response identifiers, wherein the one or more random access response identifiers are cell or beam identities that correspond to neighboring nodes that are known to the first node ; transmitting a random access preamble, to initiate random access to another node in the wireless communication network; receiving a random access response, in response to the transmitted random access preamble, wherein the random access response comprises a random access response identifier that identifies a node sending the random access response; comparing the random access response identifier included in the received random access response to the one or more random access response identifiers in the blacklist; establishing a connection to a second node in the wireless communication network, wherein the second node corresponds to the received random access response, responsive to determining that the random access response identifier included in the received random access response is not included in the blacklist; and sending , to the second node, an identifier for the first node or an identifier for a beam transmitted by the first node, or both. receiving , from a first node serving the wireless device in the wireless communication network, a blacklist comprising one or more random access response identifiers, wherein the one or more random access response identifiers are cell or beam identities that correspond to neighboring nodes that are known to the first node ; transmitting a random access preamble, to initiate random access to another node in the wireless communication network; receiving a random access response, in response to the transmitted random access preamble, wherein the random access response comprises a random access response identifier that identifies a node sending the random access response; comparing the random access response identifier included in the received random access response to the one or more random access response identifiers in the blacklist; establishing a connection to a second node in the wireless communication network, wherein the second node corresponds to the received random access response, responsive to determining that the random access response identifier included in the received random access response is not included in the blacklist; and sending , to the second node, an identifier for the first node or an identifier for a beam transmitted by the first node, or both.
A panel light apparatus comprising: a heat sink frame , comprising a plurality of frame bars forming a surrounding border; a first LED light bar with a first plugging structure to be plugged to a second plugging structure on an inner side of one of the frame bars , the first plugging structure and the second plugging structure providing both structural connection and electric connection, the first LED light bar is fixed to the heat sink frame by the connection of the first plugging structure and the second plugging structure, and heat of the LED light bar being transmitted to the heat sink frame ; an optical guiding module to be placed in the surrounding border, the optical guiding module comprising a light diffusion layer and a light guiding layer , a lateral side of the light guiding layer facing to LED modules of the first LED light bar for guiding light of the LED modules to the light diffusion layer via the light guiding layer and then to escape from a front side of the optical guiding module , the light guiding layer and the light diffusion layer being fixed together as an assembly module before being placed in the surrounding border; and a back cover fixed to the heat sink frame pressing a back side of the optical guiding module, wherein the optical guiding module has a clip at a corner for fixing the light guiding layer to the light diffusion layer , and the corner has a chamfer. a heat sink frame , comprising a plurality of frame bars forming a surrounding border; a first LED light bar with a first plugging structure to be plugged to a second plugging structure on an inner side of one of the frame bars , the first plugging structure and the second plugging structure providing both structural connection and electric connection, the first LED light bar is fixed to the heat sink frame by the connection of the first plugging structure and the second plugging structure, and heat of the LED light bar being transmitted to the heat sink frame ; an optical guiding module to be placed in the surrounding border, the optical guiding module comprising a light diffusion layer and a light guiding layer , a lateral side of the light guiding layer facing to LED modules of the first LED light bar for guiding light of the LED modules to the light diffusion layer via the light guiding layer and then to escape from a front side of the optical guiding module , the light guiding layer and the light diffusion layer being fixed together as an assembly module before being placed in the surrounding border; and a back cover fixed to the heat sink frame pressing a back side of the optical guiding module, wherein the optical guiding module has a clip at a corner for fixing the light guiding layer to the light diffusion layer , and the corner has a chamfer.