mhurhangee/patent-ind-claim-en huggingface dataset:
A sounding reference signal, SRS, reception method, comprising: sending, by a network device , downlink control information, DCI, to a terminal device , wherein the DCI comprises SRS trigger information; and receiving, by the network device , an SRS on at least one SRS resource in at least one SRS resource set, according to a transmission latency K, at a Kth time-domain resource unit after sending the DCI, wherein the at least one SRS resource set is indicated by the SRS trigger information and K is an integer greater than or equal to zero, characterized in that the transmission latency K is determined according to a subcarrier spacing used for SRS transmission triggered by the SRS trigger information, or a subcarrier spacing corresponding to a bandwidth part, BWP, receiving the DCI. sending, by a network device , downlink control information, DCI, to a terminal device , wherein the DCI comprises SRS trigger information; and receiving, by the network device , an SRS on at least one SRS resource in at least one SRS resource set, according to a transmission latency K, at a Kth time-domain resource unit after sending the DCI, wherein the at least one SRS resource set is indicated by the SRS trigger information and K is an integer greater than or equal to zero, characterized in that the transmission latency K is determined according to a subcarrier spacing used for SRS transmission triggered by the SRS trigger information, or a subcarrier spacing corresponding to a bandwidth part, BWP, receiving the DCI.
A method of training a neural network employing an action-conditioned motion prediction model that explicitly models pixel motion by predicting a distribution over pixel motion from previous frames, comprising: identifying, by one or more processors , a plurality of training examples generated based on sensor output from sensors (842a-842m) associated with one or more robots during a plurality of object motion attempts by the robots, each of the training examples comprising: a group of sequential images from a corresponding attempt of the object motion attempts, each of the images capturing one or more corresponding objects in an environment at a corresponding instance of time, and for each of the sequential images: a state of the robot at the corresponding instance of time, and an action to be applied to transition the state of the robot at the corresponding instance of time to a new state corresponding to the next sequential image of the sequential images; training, by one or more of the processors, the neural network based on the training examples. each of the training examples comprising: a group of sequential images from a corresponding attempt of the object motion attempts, each of the images capturing one or more corresponding objects in an environment at a corresponding instance of time, and for each of the sequential images: a state of the robot at the corresponding instance of time, and an action to be applied to transition the state of the robot at the corresponding instance of time to a new state corresponding to the next sequential image of the sequential images; a group of sequential images from a corresponding attempt of the object motion attempts, each of the images capturing one or more corresponding objects in an environment at a corresponding instance of time, and for each of the sequential images: a state of the robot at the corresponding instance of time, and an action to be applied to transition the state of the robot at the corresponding instance of time to a new state corresponding to the next sequential image of the sequential images; a state of the robot at the corresponding instance of time, and an action to be applied to transition the state of the robot at the corresponding instance of time to a new state corresponding to the next sequential image of the sequential images; training, by one or more of the processors, the neural network based on the training examples.
A turbine component comprising: - a substrate of single-crystal nickel-based superalloy, comprising rhenium, having a γ-γ' Ni phase, and an average chromium mass fraction of less than 0.08; - a nickel-based metal superalloy sublayer covering the substrate , this sublayer comprising at least aluminum, nickel, chromium, silicon, hafnium; characterized in that : - the metal superalloy sublayer has a γ'-Ni 3 Al phase predominantly by volume - a substrate of single-crystal nickel-based superalloy, comprising rhenium, having a γ-γ' Ni phase, and an average chromium mass fraction of less than 0.08; - a nickel-based metal superalloy sublayer covering the substrate , this sublayer comprising at least aluminum, nickel, chromium, silicon, hafnium; - the metal superalloy sublayer has a γ'-Ni 3 Al phase predominantly by volume
Exhaust gas system for an internal combustion engine , comprising a first exhaust gas purification device through which an exhaust gas of the internal combustion engine can flow, a second exhaust gas purification device which is arranged in the exhaust gas flow path downstream of the first exhaust gas purification device and through which the exhaust gas can flow, a burner which is arranged in the exhaust gas flow path downstream of the first exhaust gas purification device and upstream of the second exhaust gas purification device and which is designed to be operated using a fuel and an oxidative gas flow in order to heat the gas flow by combustion of the fuel and to feed it to the second exhaust gas purification device , characterized in that the second exhaust gas purification device is a three-way catalytic converter and has an electrical heating device for heating the three-way catalytic converter, and a four-way catalytic converter is arranged downstream of the three-way catalytic converter. a first exhaust gas purification device through which an exhaust gas of the internal combustion engine can flow, a second exhaust gas purification device which is arranged in the exhaust gas flow path downstream of the first exhaust gas purification device and through which the exhaust gas can flow, a burner which is arranged in the exhaust gas flow path downstream of the first exhaust gas purification device and upstream of the second exhaust gas purification device and which is designed to be operated using a fuel and an oxidative gas flow in order to heat the gas flow by combustion of the fuel and to feed it to the second exhaust gas purification device , characterized in that the second exhaust gas purification device is a three-way catalytic converter and has an electrical heating device for heating the three-way catalytic converter, and a four-way catalytic converter is arranged downstream of the three-way catalytic converter.
A playground comprising a number of pillars of a circular cross sectional area, a series of playground elements including floor panels and side panels , and a series of brackets for attachment of the playground elements to the pillars, wherein all the brackets in the series of brackets comprise an element coupling portion adapted to be fastened to a playground element and a pillar coupling portion adapted to be fastened to a side portion of a pillar , the pillar coupling portion comprising a contact face curved to lie against the side portion of the pillar and a boring for receiving a fastening member to be inserted a distance into the pillar, the boring being oriented in a direction approximately perpendicular to the curved contact face such that the bracket when fastened to the pillar is attached by the fastening member inserted from the bracket and into the pillar in a radial direction of the pillar, wherein the series of brackets comprises brackets with element coupling portions adapted to be fastened to each of the playground elements in the series of playground elements, and wherein all the brackets in the series of brackets comprise essentially identical pillar coupling portions such that all the brackets are adapted to be attached to the pillars in the same way, characterized in that the series of brackets comprises a side panel bracket with an element coupling portion adapted to be fastened to a face of a side panel , and wherein the element coupling portion is oriented such that when the side panel is fastened to a pillar by the bracket, then the face of the side panel extends in a radial direction of the pillar.
An interface device configured to be worn by a user, or to be integrated into an article of clothing or equipment worn by the user, during welding operations, the interface device comprising: - a user interface circuit operable to receive and process user input; - a communication circuit operable to setup and use wireless connections based on one on more wireless interfaces ; and - a processing circuit operable to manage, control, and support operations of the interface device ; wherein the interface device is flexible and comprises a flexible membrane into which the user interface circuit , the communication circuit and the processing circuit are integrated, wherein the interface device is configured as an ultra-thin element such that when it is applied to the user it conforms to the shape of the surface where it is applied and accommodates changes in that surface, and wherein the interface device comprises a user interface integrated into the flexible membrane, the user interface being operable to receive the user input based on interactions by the user and comprising one or more physical or virtual elements for providing particular input by physical action applied by the user to the elements, characterized in that the interface device is directly applicable to the body of the user or to clothing as stick-on and peel-off or wash-off patch. - a user interface circuit operable to receive and process user input; - a communication circuit operable to setup and use wireless connections based on one on more wireless interfaces ; and - a processing circuit operable to manage, control, and support operations of the interface device ; wherein the interface device is flexible and comprises a flexible membrane into which the user interface circuit , the communication circuit and the processing circuit are integrated, wherein the interface device is configured as an ultra-thin element such that when it is applied to the user it conforms to the shape of the surface where it is applied and accommodates changes in that surface, and wherein the interface device comprises a user interface integrated into the flexible membrane, the user interface being operable to receive the user input based on interactions by the user and comprising one or more physical or virtual elements for providing particular input by physical action applied by the user to the elements, characterized in that the interface device is directly applicable to the body of the user or to clothing as stick-on and peel-off or wash-off patch.
A method for retrieving data in an electronic device, the method comprising: storing tagged data comprising tag information during execution of a first application; when detecting input of the tag information during execution of a second application, retrieving data corresponding to the tag information in the form of a contact data table from a storage area of the second application provided on the electronic device; searching the contact data table using the tag information as a search word; retrieving and outputting a list of tagged data corresponding to the tag information among tagged data stored by the first application; and in response to a user selection from the list, obtaining application information indicating the first application in the contact data table for executing the selected tagged data corresponding to the tag information and providing the selected tagged data corresponding to the tag information by running the first application. storing tagged data comprising tag information during execution of a first application; when detecting input of the tag information during execution of a second application, retrieving data corresponding to the tag information in the form of a contact data table from a storage area of the second application provided on the electronic device; searching the contact data table using the tag information as a search word; retrieving and outputting a list of tagged data corresponding to the tag information among tagged data stored by the first application; and in response to a user selection from the list, obtaining application information indicating the first application in the contact data table for executing the selected tagged data corresponding to the tag information and providing the selected tagged data corresponding to the tag information by running the first application.
Apparatus for continuously measuring the blood pressure of a user for monitoring purposes, with at least one pressure sensor designed to rest against a site on the external surface of the body of the user, to continuously measure at the site the pressure influenced by the blood pressure and to generate a corresponding electrical pressure signal, a band designed to encompass the body and to hold the pressure sensor against the surface at the site with safe, functional contact, a band-tension sensor designed to continuously measure the tensile stress in the band and to generate a corresponding electrical band-tension signal, as well as an electronic circuit with a current supply , a microprocessor designed to establish a diastolic and a systolic blood-pressure value and an output element designed to display and output, respectively, the blood-pressure values, characterized in that the microprocessor is designed to establish a correction function, as a function of the corresponding band-tension signal and pressure signal, in the case of the band being tightened to different extents, in order to correct the pressure signal during the continuous measurement as a function of the band-tension signal, and the microprocessor is designed to take into account the band-tension signal in the processing of the pressure signal to establish the diastolic and the systolic blood-pressure value.
A smart screw comprising: a main screw body configured to penetrate an artificial joint including a shell disposed on a hip joint of an object and a liner disposed on an inner surface of the shell to be inserted into the hip joint; a transducer including a matching layer configured to detect a sound wave signal reflected from the liner, a piezoelectric layer formed to have a preset frequency of the sound wave signal, and a backing layer configured to absorb the sound wave signal; and a processing module ; characterised in that the processing module is configured to generate the sound wave signal towards the liner, receive the sound wave signal detected by the matching layer, measure a thickness of the liner based on the received sound wave signal, and transfer data of the measured thickness of the liner to an outside of the smart screw. a main screw body configured to penetrate an artificial joint including a shell disposed on a hip joint of an object and a liner disposed on an inner surface of the shell to be inserted into the hip joint; a transducer including a matching layer configured to detect a sound wave signal reflected from the liner, a piezoelectric layer formed to have a preset frequency of the sound wave signal, and a backing layer configured to absorb the sound wave signal; and a processing module ; characterised in that the processing module is configured to generate the sound wave signal towards the liner, receive the sound wave signal detected by the matching layer, measure a thickness of the liner based on the received sound wave signal, and transfer data of the measured thickness of the liner to an outside of the smart screw.
Shielding device comprising: an upper guide engageable along an upper side of a window; a lower guide engageable along a lower side of the window; a shielding assembly comprising an upright , a movable bar parallel to the upright and a screening sheet having mutually opposite end edges, respectively engaged to the movable bar and to the upright ; at least a first and a second slider each carried by one of the opposite ends of the movable bar and slidably engaged respectively along the upper guide and the lower guide , to guide the movement of the movable bar moving away and approaching the upright ; anchoring members for fixing the upright with respect to a vertical side of the window, wherein at least one among said upper guide and lower guide comprises a section bar having at least one end engaged with respect to a coupling terminal , wherein said anchoring members comprise an upper anchor operating between one end of the upper guide and an upper end of the upright , and a lower anchor operating between one end of the lower guide and a lower end of the upright , characterized by further comprising thrust devices configured to push opposite ends of the upper guide and/or lower guide mutually away, wherein the thrust devices comprise a base body carried by one of the ends of the section bar , and a thrust insert slidably engaged to the base body and movable along a longitudinal development direction of the section bar . an upper guide engageable along an upper side of a window; a lower guide engageable along a lower side of the window; a shielding assembly comprising an upright , a movable bar parallel to the upright and a screening sheet having mutually opposite end edges, respectively engaged to the movable bar and to the upright ; at least a first and a second slider each carried by one of the opposite ends of the movable bar and slidably engaged respectively along the upper guide and the lower guide , to guide the movement of the movable bar moving away and approaching the upright ; anchoring members for fixing the upright with respect to a vertical side of the window, wherein at least one among said upper guide and lower guide comprises a section bar having at least one end engaged with respect to a coupling terminal , wherein said anchoring members comprise an upper anchor operating between one end of the upper guide and an upper end of the upright , and a lower anchor operating between one end of the lower guide and a lower end of the upright , characterized by further comprising thrust devices configured to push opposite ends of the upper guide and/or lower guide mutually away, wherein the thrust devices comprise a base body carried by one of the ends of the section bar , and a thrust insert slidably engaged to the base body and movable along a longitudinal development direction of the section bar .
A valve for permitting selective dispensing of contents of a package , said valve comprising: a first exterior layer ; a second exterior layer ; a first interior layer disposed between said exterior layers ; a second interior layer ; an attachment section located on each of said exterior layers for permitting attachment between said valve and said package ; a bubble formed between said interior layers , said bubble having an enclosed material; and a channel formed between said exterior layers , said channel including an inlet for fluidic communication with an internal volume of said package, and an outlet through which said contents may be dispensed, wherein a physical characteristic of said bubble biases said channel from an open position towards a closed position that restricts flow of said contents from said inlet to said outlet , characterised in that the second interior layer is disposed between said exterior layers . a first exterior layer ; a second exterior layer ; a first interior layer disposed between said exterior layers ; a second interior layer ; an attachment section located on each of said exterior layers for permitting attachment between said valve and said package ; a bubble formed between said interior layers , said bubble having an enclosed material; and a channel formed between said exterior layers , said channel including an inlet for fluidic communication with an internal volume of said package, and an outlet through which said contents may be dispensed, wherein a physical characteristic of said bubble biases said channel from an open position towards a closed position that restricts flow of said contents from said inlet to said outlet , characterised in that the second interior layer is disposed between said exterior layers .
A method performed by a terminal in a wireless communication system, the method comprising: receiving , from a base station, a radio resource control, RRC, message, the RRC message including information on respective time alignment timers, TATs, of at least two timing advance groups, TAGs, and information for configuring a secondary cell, SCell, wherein the at least two TAGs include a primary TAG, PTAG, including a primary cell, PCell, and a secondary TAG, STAG, not including the PCell, and wherein the SCell configured based on the RRC message is included in one of the at least two TAGs; receiving , from the base station, a first medium access control, MAC, control element including information indicating activation of the SCell; activating the SCell based on the first MAC control element including the information indicating activation of the SCell; receiving , from the base station, a second MAC control element including an identity of the TAG including the SCell, and a timing advance command, TAC, for the TAG including the SCell; applying the TAC to the TAG including the SCell if the second MAC control element is received; and starting a TAT associated with the TAG including the SCell based on the information on the respective TATs of at least two TAGs if the second MAC control element is received, wherein the TAT associated with the TAG is used to control how long the terminal considers at least one cell included in the TAG to be uplink aligned, wherein the TAG is a group of cells that using a same uplink transmission timing value, and wherein the identity of the TAG is set to 0, if the TAG is the PTAG. receiving , from a base station, a radio resource control, RRC, message, the RRC message including information on respective time alignment timers, TATs, of at least two timing advance groups, TAGs, and information for configuring a secondary cell, SCell, wherein the at least two TAGs include a primary TAG, PTAG, including a primary cell, PCell, and a secondary TAG, STAG, not including the PCell, and wherein the SCell configured based on the RRC message is included in one of the at least two TAGs; receiving , from the base station, a first medium access control, MAC, control element including information indicating activation of the SCell; activating the SCell based on the first MAC control element including the information indicating activation of the SCell; receiving , from the base station, a second MAC control element including an identity of the TAG including the SCell, and a timing advance command, TAC, for the TAG including the SCell; applying the TAC to the TAG including the SCell if the second MAC control element is received; and starting a TAT associated with the TAG including the SCell based on the information on the respective TATs of at least two TAGs if the second MAC control element is received, wherein the TAT associated with the TAG is used to control how long the terminal considers at least one cell included in the TAG to be uplink aligned, wherein the TAG is a group of cells that using a same uplink transmission timing value, and wherein the identity of the TAG is set to 0, if the TAG is the PTAG.