mhurhangee/patent-ind-claim-en huggingface dataset:
An uplink transmission method, comprising: determining (S303), by a terminal device, at least two resource sets, wherein frequency domain positions of at least two resource elements in each resource set of the at least two resource sets are different, and resource elements in the each resource set of the at least two resource sets belong to one time domain symbol to transmit the uplink control channel in time domain; receiving (S304), by the terminal device, a configuration signaling sent by an access network device; determining (S305), by the terminal device, one or more resource sets of a first category, which are used for transmitting uplink control information, UCI, in an uplink control channel, from the determined at least two resource sets according to the configuration signaling; and sending, by the terminal device, the uplink control channel, wherein the uplink control channel comprises the UCI . determining (S303), by a terminal device, at least two resource sets, wherein frequency domain positions of at least two resource elements in each resource set of the at least two resource sets are different, and resource elements in the each resource set of the at least two resource sets belong to one time domain symbol to transmit the uplink control channel in time domain; receiving (S304), by the terminal device, a configuration signaling sent by an access network device; determining (S305), by the terminal device, one or more resource sets of a first category, which are used for transmitting uplink control information, UCI, in an uplink control channel, from the determined at least two resource sets according to the configuration signaling; and sending, by the terminal device, the uplink control channel, wherein the uplink control channel comprises the UCI .
A seat airbag comprising: a cushion part mounted to a seatback of a seat , and comprising at least two chambers accessible to each other in a vertical direction of the seatback ; an inflator provided to supply an inflating gas to the cushion part , wherein the cushion part comprises: a base chamber provided to protect a chest and stomach of a passenger; an upper chamber connected to an upper portion of the base chamber to protect a head of the passenger; and a lower chamber provided below the base chamber to protect a pelvis of the passenger, wherein the inflator is disposed to discharge the inflating gas from the base chamber of the cushion part toward the lower chamber ; wherein the inflator is provided together with a diffuser in a diffuser pocket , the diffuser pocket being within the cushion part ; the diffuser pocket has a lower hole open toward the lower chamber and an upper hole open toward the base chamber ; and the diffuser pocket forms a bypass passage connecting the lower hole and upper hole , bypassing the inflator inside. a cushion part mounted to a seatback of a seat , and comprising at least two chambers accessible to each other in a vertical direction of the seatback ; an inflator provided to supply an inflating gas to the cushion part , wherein the cushion part comprises: a base chamber provided to protect a chest and stomach of a passenger; an upper chamber connected to an upper portion of the base chamber to protect a head of the passenger; and a lower chamber provided below the base chamber to protect a pelvis of the passenger, a base chamber provided to protect a chest and stomach of a passenger; an upper chamber connected to an upper portion of the base chamber to protect a head of the passenger; and a lower chamber provided below the base chamber to protect a pelvis of the passenger, wherein the inflator is disposed to discharge the inflating gas from the base chamber of the cushion part toward the lower chamber ; wherein the inflator is provided together with a diffuser in a diffuser pocket , the diffuser pocket being within the cushion part ; the diffuser pocket has a lower hole open toward the lower chamber and an upper hole open toward the base chamber ; and the diffuser pocket forms a bypass passage connecting the lower hole and upper hole , bypassing the inflator inside.
A metal oxide coated with a conductive polymer, comprising: a metal oxide represented by Chemical Formula below; and a coating layer formed on the surface of the metal oxide and including a conductive polymer; wherein the conductive polymer is a polymer of protonated monomers, and the conductive polymer is polymerized in a state in which the protonated monomer is adhered to the surface of the metal oxide by electrostatic attraction; Li x Mn y 0 4-z A z wherein 0.7≤x≤1.3, 1.7<y<2.3, 0≤z<0.2, and A is one or more ions having a valence of -1 or -2. a metal oxide represented by Chemical Formula below; and a coating layer formed on the surface of the metal oxide and including a conductive polymer; wherein the conductive polymer is a polymer of protonated monomers, and the conductive polymer is polymerized in a state in which the protonated monomer is adhered to the surface of the metal oxide by electrostatic attraction; Li x Mn y 0 4-z A z wherein 0.7≤x≤1.3, 1.7<y<2.3, 0≤z<0.2, and A is one or more ions having a valence of -1 or -2.
A bonded body comprising: a supporting substrate ; a bonding layer provided on a surface of said supporting substrate and comprising silicon oxide; and a piezoelectric material substrate comprising a material selected from the group consisting of lithium niobate, lithium tantalate and lithium niobate-lithium tantalate, provided on a surface of the bonding layer opposite to the supporting substrate , characterised in that a plurality of concavities are provided on said surface of said supporting substrate and said bonding layer comprises a plurality of structural defect parts extending above said plurality of concavities . a supporting substrate ; a bonding layer provided on a surface of said supporting substrate and comprising silicon oxide; and a piezoelectric material substrate comprising a material selected from the group consisting of lithium niobate, lithium tantalate and lithium niobate-lithium tantalate, provided on a surface of the bonding layer opposite to the supporting substrate , characterised in that a plurality of concavities are provided on said surface of said supporting substrate and said bonding layer comprises a plurality of structural defect parts extending above said plurality of concavities .
A method of mapping a space using a combination of radar scanning and optical imaging, comprising: providing a measurement vehicle having a radar system and an optical image acquisition system attached thereto; aligning a field of view of the radar system with a field of view of the optical image acquisition system ; obtaining at least one radar scan of a space using the radar scanning system ; obtaining at least one image of the space using the optical image acquisition system : storing the at least one radar scan and the at least one image; generating a three-dimensional view of the space based at least in part on the at least one radar scan and the at least one image; characterized by identifying an object in the space, wherein the object is a building; identifying an outline of the building using the at least one radar scan, wherein the outline is a footprint of the building and estimating a height of the building using dimensions in the at least one image and the radar distance to the building base in the at least one radar scan to estimate a shape of the building for placing an advertisement onto an outside surface of the building. providing a measurement vehicle having a radar system and an optical image acquisition system attached thereto; aligning a field of view of the radar system with a field of view of the optical image acquisition system ; obtaining at least one radar scan of a space using the radar scanning system ; obtaining at least one image of the space using the optical image acquisition system : storing the at least one radar scan and the at least one image; generating a three-dimensional view of the space based at least in part on the at least one radar scan and the at least one image; characterized by identifying an object in the space, wherein the object is a building; identifying an outline of the building using the at least one radar scan, wherein the outline is a footprint of the building and estimating a height of the building using dimensions in the at least one image and the radar distance to the building base in the at least one radar scan to estimate a shape of the building for placing an advertisement onto an outside surface of the building. storing the at least one radar scan and the at least one image; generating a three-dimensional view of the space based at least in part on the at least one radar scan and the at least one image; characterized by identifying an object in the space, wherein the object is a building; identifying an outline of the building using the at least one radar scan, wherein the outline is a footprint of the building and estimating a height of the building using dimensions in the at least one image and the radar distance to the building base in the at least one radar scan to estimate a shape of the building for placing an advertisement onto an outside surface of the building.
A composition for use in alleviating or treating cancer, an inflammatory disease, an endocrine disease, or a metabolic disease, the pharmaceutical composition comprising, as an active ingredient, vesicles derived from Propionibacterium acnes.
Hold-down device for a forming device intended for producing three-dimensional shaped bodies from packaging material , comprising at least one hold-down element and at least one further hold-down element , which are mounted so as to be movable relative to one another and are intended to hold the packaging material during a forming process, and comprising at least one cutting device , which, in particular before forming the packaging material , is intended to cut through the packaging material at least in places and/or cut into said material at least in places, the cutting device being arranged on the hold-down element and/or on the further hold-down element such that the cutting device is movable, in particular is moved, at least substantially synchronously with a relative movement of the hold-down element and the further hold-down element , characterized in that the cutting device comprises at least one cutting element , which is arranged in particular at least largely circumferentially around a through-opening , and which comprises at least one cutting segment and at least one further cutting segment , the cutting segment having a maximum height, which is different from a maximum height of the further cutting segment , in order to make an incision in the packaging material and a further incision in the packaging material , a maximum cutting depth of the incision being different from a maximum cutting depth of the further incision .
Motor vehicle headlamp having a basic light module and a spot module, the basic light module being set up to generate a high beam light distribution and the spot module being set up to generate a spot distribution of the high beam light distribution, the high beam light distribution being formed by a superimposition of the spot distribution and the basic distribution , wherein the spot module is divided into a plurality of separately controllable sub-modules which generate a plurality of strip-shaped segments of the spot distribution , the strip-shaped segments complementing each other to form the spot distribution , the high beam light distribution additionally comprising a superimposition of a low beam light distribution with a horizontal bright/dark boundary , wherein the basic distribution extends in an area above the horizontal light/dark boundary , wherein the basic distribution is divided into a plurality of block segments arranged next to each other, which can be separately controlled, and wherein the block segments of the basic distribution each comprise several strip-shaped segments of the spot distribution in their width, characterized in that the strip-shaped segments of the spot distribution illuminate a far range above the light/dark boundary as well as a range below the light/dark boundary , wherein the spot distribution is divided into several strip-shaped segments with vertical longitudinal extension arranged side by side in a single line, which extend downwards into a low beam range below the horizontal light/dark boundary.
A system that provides access to a database comprising a first table comprising a relational field comprising a value that references a second table of the database, the system comprising: a processor ; and a memory storing instructions that, when executed by the processor, cause the system to: receive a request comprising a query involving a record of the first table, where the record includes, for the relational field, the value that references the second table; identify a context of the request, wherein the context relates to the relational field, and wherein the context is supplemental to the query; determine that the second table is not accessible in the context of the request; in response to the determination that the second table is not accessible in the context of the request, generate a response that substitutes, for the value that references the second table, a substitute value that does not reference the second table; and provide the response in response to the request. a processor ; and a memory storing instructions that, when executed by the processor, cause the system to: receive a request comprising a query involving a record of the first table, where the record includes, for the relational field, the value that references the second table; identify a context of the request, wherein the context relates to the relational field, and wherein the context is supplemental to the query; determine that the second table is not accessible in the context of the request; in response to the determination that the second table is not accessible in the context of the request, generate a response that substitutes, for the value that references the second table, a substitute value that does not reference the second table; and provide the response in response to the request. receive a request comprising a query involving a record of the first table, where the record includes, for the relational field, the value that references the second table; identify a context of the request, wherein the context relates to the relational field, and wherein the context is supplemental to the query; determine that the second table is not accessible in the context of the request; in response to the determination that the second table is not accessible in the context of the request, generate a response that substitutes, for the value that references the second table, a substitute value that does not reference the second table; and provide the response in response to the request.
A method of controlling access through a Bluetooth connection, the method comprising: detecting, by an access controller in an access control system , Bluetooth advertisements of a mobile device application ; determining, by the access controller, whether to connect to the Bluetooth advertisements; connecting, by the access controller, to the mobile device application using a separate Bluetooth connection; enumerating, by the access controller, services of the mobile device application; authenticating, by the access controller, the mobile device application by validating a credential transferred from the mobile device application over the separate Bluetooth connection; detecting, by the access controller, intent of the mobile device application to engage the access controller by determining where a mobile device comprising the mobile device application is heading, wherein the intent of the mobile device application to engage the access controller is detected after the mobile device application is authenticated; and activating, by the access controller, a lock actuator within the access controller to unlock a lock of the access controller. detecting, by an access controller in an access control system , Bluetooth advertisements of a mobile device application ; determining, by the access controller, whether to connect to the Bluetooth advertisements; connecting, by the access controller, to the mobile device application using a separate Bluetooth connection; enumerating, by the access controller, services of the mobile device application; authenticating, by the access controller, the mobile device application by validating a credential transferred from the mobile device application over the separate Bluetooth connection; detecting, by the access controller, intent of the mobile device application to engage the access controller by determining where a mobile device comprising the mobile device application is heading, wherein the intent of the mobile device application to engage the access controller is detected after the mobile device application is authenticated; and activating, by the access controller, a lock actuator within the access controller to unlock a lock of the access controller.
Device for fluid flow monitoring and/or for fluid flow measurement, comprising - a pipeline section having a tubular channel between an inlet opening and an outlet opening , - a power generator, with which energy of a fluid flowing through the tubular channel can be converted into electrical energy, - a lighting means , - a control device electrically connected to the power generator, o which has a wire-free data interface and o a switching device activating the lighting means , - a printed circuit board , wherein the lighting means , the control device and, if present, a temperature sensor are arranged on the printed circuit board , wherein the printed circuit board is ring-shaped, characterized in that the ring-shaped printed circuit board encompasses or surrounds the tubular channel. - a pipeline section having a tubular channel between an inlet opening and an outlet opening , - a power generator, with which energy of a fluid flowing through the tubular channel can be converted into electrical energy, - a lighting means , - a control device electrically connected to the power generator, o which has a wire-free data interface and o a switching device activating the lighting means , o which has a wire-free data interface and o a switching device activating the lighting means , - a printed circuit board ,
A method of training a pattern recognizer to identify regions of interest in a tissue sample, comprising the steps of: a) obtaining magnified digital images of the tissue sample, one of which represents the tissue sample after having been stained with a staining agent ("stained image") and one of which represents the tissue sample in an unstained state ("unstained image"), b) annotating the stained image so as to form a mask surrounding a region of interest in the stained image; c) transferring the mask from the stained image to the unstained image; and d) training the pattern recognizer by supplying the unstained image and the mask as a training example to a system for training the pattern recognizer, the mask indicating the region of interest within the unstained image. a) obtaining magnified digital images of the tissue sample, one of which represents the tissue sample after having been stained with a staining agent ("stained image") and one of which represents the tissue sample in an unstained state ("unstained image"), b) annotating the stained image so as to form a mask surrounding a region of interest in the stained image; c) transferring the mask from the stained image to the unstained image; and d) training the pattern recognizer by supplying the unstained image and the mask as a training example to a system for training the pattern recognizer, the mask indicating the region of interest within the unstained image.
A gas-insulated switchgear comprising: - a pressure tank in which a circuit breaker and a disconnector are received and an insulating gas is sealed; - a circuit breaker operating mechanism that is installed outside the pressure tank and operates the circuit breaker ; - a disconnector operating mechanism that is installed outside the pressure tank and operates the disconnector ; and - a housing in which the pressure tank , the circuit breaker operating mechanism , and the disconnector operating mechanism are received, - wherein the pressure tank , the circuit breaker operating mechanism , and the disconnector operating mechanism are an integrated structure and are received in the housing , - characterised in that : the housing and said integrated structure are so formed to allow mounting of said integrated structure in a first orientation such that a cable-side bushing and bus-side bushings installed on opposing sides of the pressure tank align with buses and an external cable , respectively, - when the external cable is led in from the lower portion of the housing , and in a second orientation, vertically inverted with respect to the first orientation, when the external cable is led in from the upper portion of the housing , and - wherein the housing is so sized to ensure that a space below said integrated structure is just large enough to allow connection of the external cable in the first orientation and the minimum space from the floor of the gas-insulated switchgear for installation of buses in the second orientation, thus minimising the height of the housing . - a pressure tank in which a circuit breaker and a disconnector are received and an insulating gas is sealed; - a circuit breaker operating mechanism that is installed outside the pressure tank and operates the circuit breaker ; - a disconnector operating mechanism that is installed outside the pressure tank and operates the disconnector ; and - a housing in which the pressure tank , the circuit breaker operating mechanism , and the disconnector operating mechanism are received, - wherein the pressure tank , the circuit breaker operating mechanism , and the disconnector operating mechanism are an integrated structure and are received in the housing , - characterised in that : the housing and said integrated structure are so formed to allow mounting of said integrated structure in a first orientation such that a cable-side bushing and bus-side bushings installed on opposing sides of the pressure tank align with buses and an external cable , respectively, - when the external cable is led in from the lower portion of the housing , and in a second orientation, vertically inverted with respect to the first orientation, when the external cable is led in from the upper portion of the housing , and - wherein the housing is so sized to ensure that a space below said integrated structure is just large enough to allow connection of the external cable in the first orientation and the minimum space from the floor of the gas-insulated switchgear for installation of buses in the second orientation, thus minimising the height of the housing .
A stopper for a container including a lid with a peripheral wall engaging around the neck of the container, integrally moulded on whose lower edge there is a peripheral tear-off security ring for tamper evidence of the container contents with inwardly directed locking projections , which, in the fastened position of the stopper, engage beneath an outwardly directed annular projection on the container, and including an olive provided with an outer peripheral annular bead for clamping engagement in the container opening, wherein formed in the lid there is a circular, concentric recessed channel , which has a radially outer annular wall and a radially inner annular wall , which are connected together by a base wall , and wherein the recessed channel is integrally moulded on the central circular lid region and the outer annular lid region , wherein the radially outer annular wall constitutes the olive and the radially inner annular wall is extended beyond the base wall and constitutes the peripheral wall of a desiccant chamber , characterised in that the upper side of the annular lid region is provided with at least one upwardly projecting rib .