mhurhangee/patent-ind-claim-en huggingface dataset:
A method of wireless communication performed by a transmitter device, comprising: performing , at a first time during a positioning session, a clear channel assessment, CCA, procedure on each of a plurality of subbands in a shared spectrum frequency range; transmitting , at a second time during the positioning session, positioning reference signals on a subset of subbands of the plurality of subbands that cleared the CCA procedure; and transmitting , to a positioning entity, one or more reports including identifiers of each subband in the subset of subbands that cleared the CCA procedure. performing , at a first time during a positioning session, a clear channel assessment, CCA, procedure on each of a plurality of subbands in a shared spectrum frequency range; transmitting , at a second time during the positioning session, positioning reference signals on a subset of subbands of the plurality of subbands that cleared the CCA procedure; and transmitting , to a positioning entity, one or more reports including identifiers of each subband in the subset of subbands that cleared the CCA procedure.
A connecting structure for plate members connected together, comprising: a projection projected from one of the plate members in a first direction; a groove provided on the other of the plate members to have inner faces facing each other in a second direction and configured to fittingly receive the projection , the second direction intersecting the first direction, the projection comprising: a main body being a portion projected from said one of the plate members in the first direction and having a base end adjoining to said one of the plate members in a first direction; a resilient portion provided on one side of the main body in the second direction and resiliently inwardly deformable in the second direction; and an engagement portion outwardly expanded in the second direction from the resilient portion and configured to be plastically deformed along and engage with one of the inner faces of the groove when the groove fittingly receives the projection ; characterized in that the resilient portion is a cantilever, in which one end in the first direction is integrated with the main body and the other end in the first direction is displaced relative to said one end toward the base end of the main body , to define a gap between the resilient portion and the main body in the second direction, the gap within which the resilient portion is resiliently deformable in the second direction. a projection projected from one of the plate members in a first direction; a groove provided on the other of the plate members to have inner faces facing each other in a second direction and configured to fittingly receive the projection , the second direction intersecting the first direction, the projection comprising: a main body being a portion projected from said one of the plate members in the first direction and having a base end adjoining to said one of the plate members in a first direction; a resilient portion provided on one side of the main body in the second direction and resiliently inwardly deformable in the second direction; and an engagement portion outwardly expanded in the second direction from the resilient portion and configured to be plastically deformed along and engage with one of the inner faces of the groove when the groove fittingly receives the projection ; a main body being a portion projected from said one of the plate members in the first direction and having a base end adjoining to said one of the plate members in a first direction; a resilient portion provided on one side of the main body in the second direction and resiliently inwardly deformable in the second direction; and an engagement portion outwardly expanded in the second direction from the resilient portion and configured to be plastically deformed along and engage with one of the inner faces of the groove when the groove fittingly receives the projection ;
Thick material pump having a first delivery cylinder , a second delivery cylinder and an additional cylinder for bridging a transition between the first delivery cylinder and the second delivery cylinder , and having a movable tube section which, in a first state, forms a connection between the first delivery cylinder and an outlet of the thick material pump, and which in a second state forms a connection between the second delivery cylinder and the outlet of the thick material pump, characterized in that the movable tube section comprises a switchable closure which is arranged between an inlet end of the movable tube section and the additional cylinder .
A radio frequency based sensor comprising: a radio frequency identification tag having a substrate and the tag being arranged to generate an associated electromagnetic field; and a molecular analyte recognition element coupled with the substrate by means of a functional group, a terminal group or a partially complementary molecular strand, wherein the analyte recognition element is capable of binding to a target analyte; the sensor being characterised by the inclusion of: a signal amplification entity chemically attached or bound to the analyte recognition element via a molecular strand or directly to the surface of the molecular analyte recognition element, wherein the signal amplification entity is capable of facilitating a change in the generatable electromagnetic field in presence of the target analyte, the signal amplification entity comprising a nanoparticle, a nanotag, a perovskite particle, a metallic particle, a metallic nanoparticle, a polymer particle, a quantum dot, a nanodevice, or combinations thereof. a radio frequency identification tag having a substrate and the tag being arranged to generate an associated electromagnetic field; and a molecular analyte recognition element coupled with the substrate by means of a functional group, a terminal group or a partially complementary molecular strand, wherein the analyte recognition element is capable of binding to a target analyte; the sensor being characterised by the inclusion of: a signal amplification entity chemically attached or bound to the analyte recognition element via a molecular strand or directly to the surface of the molecular analyte recognition element, wherein the signal amplification entity is capable of facilitating a change in the generatable electromagnetic field in presence of the target analyte, the signal amplification entity comprising a nanoparticle, a nanotag, a perovskite particle, a metallic particle, a metallic nanoparticle, a polymer particle, a quantum dot, a nanodevice, or combinations thereof. a signal amplification entity chemically attached or bound to the analyte recognition element via a molecular strand or directly to the surface of the molecular analyte recognition element, wherein the signal amplification entity is capable of facilitating a change in the generatable electromagnetic field in presence of the target analyte, the signal amplification entity comprising a nanoparticle, a nanotag, a perovskite particle, a metallic particle, a metallic nanoparticle, a polymer particle, a quantum dot, a nanodevice, or combinations thereof.
A method of wireless communication performed by a first type of user equipment, UE, only capable of operating in a narrow bandwidth, comprising: receiving narrowband downlink information comprising a portion of a common reference signal - CRS, control information, and data, the narrow bandwidth narrower than a wide bandwidth in which a second type of UE is capable of operating, wherein the second type of UE is configured to receive a channel state information reference signal - CSI-RS - for channel state information estimation across the wide bandwidth; and performing channel measurements using the portion of the CRS. receiving narrowband downlink information comprising a portion of a common reference signal - CRS, control information, and data, the narrow bandwidth narrower than a wide bandwidth in which a second type of UE is capable of operating, wherein the second type of UE is configured to receive a channel state information reference signal - CSI-RS - for channel state information estimation across the wide bandwidth; and performing channel measurements using the portion of the CRS.
A photocathode kit comprising: a photocathode including a substrate on which a photocathode film is formed on a first surface ; a lens which converges excitation light (L) to the photocathode film ; and a holder that holds the substrate and the lens , wherein the holder has a hollow structure, with the lens being held in the hollow structure, and a retaining member that retains the photocathode film and the lens to be spaced apart by a predetermined distance, characterised in that the holder further has a gas vent which is a through hole communicating between the inside and the outside of the holder to prevent expansion of the gas inside the holder in vacuum. a photocathode including a substrate on which a photocathode film is formed on a first surface ; a lens which converges excitation light (L) to the photocathode film ; and a holder that holds the substrate and the lens , wherein the holder has a hollow structure, with the lens being held in the hollow structure, and a retaining member that retains the photocathode film and the lens to be spaced apart by a predetermined distance, characterised in that the holder further has a gas vent which is a through hole communicating between the inside and the outside of the holder to prevent expansion of the gas inside the holder in vacuum.
Method for producing solid carbon and hydrogen gas by molten metal pyrolysis of hydrocarbons, the method comprising: (i) feeding a stream of hydrocarbon into a pyrolysis reactor through a catalytic layer of molten metal to pyrolise the hydrocarbon into solid carbon and hydrogen gas; (ii) feeding a stream of molten salt into the pyrolysis reactor to separate the solid carbon from the molten metal. (iii) collecting a product gas containing hydrogen gas that evolves from the reactor; (iv) collecting a mixture comprising solid carbon and molten salt; (v) separating the mixture obtained in step (iv) into a product comprising solid carbon and separated salt. (i) feeding a stream of hydrocarbon into a pyrolysis reactor through a catalytic layer of molten metal to pyrolise the hydrocarbon into solid carbon and hydrogen gas; (ii) feeding a stream of molten salt into the pyrolysis reactor to separate the solid carbon from the molten metal. (iii) collecting a product gas containing hydrogen gas that evolves from the reactor; (iv) collecting a mixture comprising solid carbon and molten salt; (v) separating the mixture obtained in step (iv) into a product comprising solid carbon and separated salt.
A method for feature identification in medical imaging of a subject, the method comprising: processing a medical image with a Bayesian deep learning network to determine a first image feature of interest and an associated uncertainty value, the first image feature being located in a first sub-region of the image; processing the medical image with a generative adversarial network to determine a second image feature of interest within the first sub-region of the image and an associated uncertainty value; and based on the first and second image features and their associated uncertainty values, classifying the first sub-region of the image. processing a medical image with a Bayesian deep learning network to determine a first image feature of interest and an associated uncertainty value, the first image feature being located in a first sub-region of the image; processing the medical image with a generative adversarial network to determine a second image feature of interest within the first sub-region of the image and an associated uncertainty value; and based on the first and second image features and their associated uncertainty values, classifying the first sub-region of the image.
A field-effect transistor, comprising at least: - a substrate ; - a source electrode ; - a drain electrode ; - a gate electrode ; - a semiconductor layer in contact with the source electrode and with the drain electrode ; and - a gate insulating layer insulating between the semiconductor layer and the gate electrode , characterized in - that the semiconductor layer comprises an organic semiconductor and/or a carbon material, - that the gate insulating layer comprises at least a polysiloxane having a structural unit represented by a general formula : and - that in the general formula , R 1 represents a hydrogen atom, an alkyl group, a cycloalkyl group, a heterocyclic group, an aryl group, a heteroaryl group, or an alkenyl group; R 2 represents a hydrogen atom, an alkyl group, a cycloalkyl group, or a silyl group; m represents 0 or 1; A 1 represents an organic group including at least two groups selected from a carboxy group, a sulfo group, a thiol group, a phenolic hydroxy group, or a derivative of these groups; when the derivative is a cyclic condensed structure formed by two groups out of the carboxy group, the sulfo group, the thiol group, and the phenolic hydroxy group, A 1 represents an organic group having at least one the cyclic condensed structure. - a substrate ; - a source electrode ; - a drain electrode ; - a gate electrode ; - a semiconductor layer in contact with the source electrode and with the drain electrode ; and - a gate insulating layer insulating between the semiconductor layer and the gate electrode , characterized in - that the semiconductor layer comprises an organic semiconductor and/or a carbon material, - that the gate insulating layer comprises at least a polysiloxane having a structural unit represented by a general formula : and - that in the general formula , R 1 represents a hydrogen atom, an alkyl group, a cycloalkyl group, a heterocyclic group, an aryl group, a heteroaryl group, or an alkenyl group; R 2 represents a hydrogen atom, an alkyl group, a cycloalkyl group, or a silyl group; m represents 0 or 1; A 1 represents an organic group including at least two groups selected from a carboxy group, a sulfo group, a thiol group, a phenolic hydroxy group, or a derivative of these groups; when the derivative is a cyclic condensed structure formed by two groups out of the carboxy group, the sulfo group, the thiol group, and the phenolic hydroxy group, A 1 represents an organic group having at least one the cyclic condensed structure.
Hook connection unit comprising two hook connection parts which each comprise a hook , the hook connection parts being designed such that they can be arranged on top of each other for the formation of the hook connection unit in such a way that a) the hooks form a hook eye having a closed edge and b) two attachment eyes of the hook connection parts and the hook eye form a triangle, characterised in that c) the hook connection parts each have an Y- or T-shaped design and d) the hook connection parts da) each comprise the hook in the region of the vertical leg of the Y or T and db) each comprise an attachment eye in the region of the side legs of the Y or T and dc) each in the transition region of the side legs of the Y or T to the vertical leg of the Y or T comprise a connection eye . a) the hooks form a hook eye having a closed edge and b) two attachment eyes of the hook connection parts and the hook eye form a triangle, c) the hook connection parts each have an Y- or T-shaped design and d) the hook connection parts da) each comprise the hook in the region of the vertical leg of the Y or T and db) each comprise an attachment eye in the region of the side legs of the Y or T and dc) each in the transition region of the side legs of the Y or T to the vertical leg of the Y or T comprise a connection eye . da) each comprise the hook in the region of the vertical leg of the Y or T and db) each comprise an attachment eye in the region of the side legs of the Y or T and dc) each in the transition region of the side legs of the Y or T to the vertical leg of the Y or T comprise a connection eye .
A conveyor drum for groups comprising two coaxial cigarette segments separated by at least one double filter comprising at least one fragile filter element , the conveyor drum being configured to operate in conjunction with an applicator roller for applying a plug wrap to the group ; the conveyor drum comprising an annular peripheral mantle made of metal and provided with a plurality of receiving portions distributed at equal angular intervals along the periphery of the mantle , each receiving portion defining a concave suction flute for housing a respective group , characterized in that each receiving portion has, only in a part of it designed to receive the double filter , at least one high-compliance section designed to receive the at least one fragile filter element and configured to allow geometric displacement of the at least one fragile filter element in a radial direction during a step of releasing a plug wrap onto the respective group .
Pan support for a gas cooker , with a support structure for a container for food to be cooked, which has a contact surface for the container for food to be cooked and a channel for a flammable combustion gas and air mixture, which channel leads to gas outlet openings , wherein the support structure has at least two fingers , wherein at least one of the fingers has the gas outlet openings , characterised in that the support structure is formed integrally or as a single piece, wherein the channel is a cavity which is surrounded by a solid material of the support structure along its extension.
A glass composition, comprising 50-64 wt% SiO 2 , 14-24 wt% Al 2 O 3 , 0-7 wt% B 2 O 3 +P 2 O 5 , 0.5-7 wt% MgO, 1-10 wt% CaO, 0-9 wt% SrO, 0.1-14 wt% BaO, 0.1-5 wt% ZnO, 0.1-4 wt% TiO 2 , 0.1-7 wt% Y 2 O 3 +La 2 O 3 +Nd 2 O 3 , and <0.05 wt% R 2 O, wherein R 2 O is a sum of the content of Li 2 O, Na 2 O and K 2 O, and the composition satisfies the following conditions: a temperature T 100 corresponding to a viscosity of 100 P is 1730 °C or higher; a surface tension at 1300 °C is less than 420mN/m; wherein the obtained glass by mixing raw materials and NH 4 NO 3 evenly with the ratio of the above glass composition, performing melting processing, removing gaseous inclusions in a viscosity range of 210-500 P, and then successively performing molding treatment and annealing treatment, satisfies: the content of gaseous inclusions with an equivalent spherical diameter (D.EQ.) greater than 0.02mm is less than 0.5/Kg glass. a temperature T 100 corresponding to a viscosity of 100 P is 1730 °C or higher; a surface tension at 1300 °C is less than 420mN/m;
An exercise apparatus comprising: a platform for supporting a person during exercise, the platform having a first end, a second end, an upper deck comprising the support surface of the platform and side walls extending outwardly in a downward direction away from the upper deck and defining a hollow void within the platform, the platform further having a plurality of spindles that extend inwardly into the void from the inner surfaces of the side walls; and a first support arranged to be at least partially received within the void beneath the platform and to support the first end of the platform at an elevated position, the first support being detachable from the platform; wherein the first support comprises a first support pivotal engagement element defined by a spindle seat configured for releasable engagement with a corresponding platform pivotal engagement element defined by a spindle at the first end of the platform and rotationally received within the spindle seat such that in use when the platform pivotal engagement element at the first end of the platform is cooperatively engaged with and supported by the first support pivotal engagement element, the first end of the platform is able to pivot relative to the first support to vary the inclination of the platform when the height of the second end of the platform relative to the first end of the platform is varied; characterised in that the spindle seat comprises a vertically arranged channel open along its length and upper end such that the corresponding spindle is able to be received through the upper end and move downwardly along the channel, and the base of the channel forms a curved saddle for rotationally seating the spindle and the first support further comprises side walls and the channels are arranged at the outer surfaces of the side walls on opposing sides of the support.
A toilet bowl or urinal, at least comprising an outer skin and a water-bearing inner part , wherein the inner part is regularly acted upon by water during its intended use, wherein the outer skin comprises exclusively the non-water-bearing part of the toilet bowl or the urinal, wherein the outer skin consists of a mineral casting material and the inner part consists of different material and thus not of a mineral casting material.
A package for an electronic component, comprising: a substrate comprising a placement region (R) adapted for placing an electronic component on an upper face thereof; a frame disposed on the upper face of the substrate surrounding the placement region (R), and comprising a penetration part (H) comprising an aperture through the frame ; an input/output member disposed in the frame closing the penetration part (H), comprising a plurality of wiring conductors which extend through the input/output member inwardly and outwardly of the frame , the wiring conductors being adapted for electrical connection to the electronic component , the input/output member further comprising: a plurality of via conductors embedded in the input/output member , each via conductor comprising a first, upper, end overlapping with and being connected to an end portion of a respective one of the wiring conductors , the end portions of the wiring conductors being located on the inside of the frame ; a ground layer disposed to surround second, lower, ends of the via conductors and being spaced from the via conductors ; and a metal layer connected to the lower end of respective ones of each of the via conductors within a region surrounded by the ground layer . a substrate comprising a placement region (R) adapted for placing an electronic component on an upper face thereof; a frame disposed on the upper face of the substrate surrounding the placement region (R), and comprising a penetration part (H) comprising an aperture through the frame ; an input/output member disposed in the frame closing the penetration part (H), comprising a plurality of wiring conductors which extend through the input/output member inwardly and outwardly of the frame , the wiring conductors being adapted for electrical connection to the electronic component , the input/output member further comprising: a plurality of via conductors embedded in the input/output member , each via conductor comprising a first, upper, end overlapping with and being connected to an end portion of a respective one of the wiring conductors , the end portions of the wiring conductors being located on the inside of the frame ; a ground layer disposed to surround second, lower, ends of the via conductors and being spaced from the via conductors ; and a metal layer connected to the lower end of respective ones of each of the via conductors within a region surrounded by the ground layer . a plurality of via conductors embedded in the input/output member , each via conductor comprising a first, upper, end overlapping with and being connected to an end portion of a respective one of the wiring conductors , the end portions of the wiring conductors being located on the inside of the frame ; a ground layer disposed to surround second, lower, ends of the via conductors and being spaced from the via conductors ; and a metal layer connected to the lower end of respective ones of each of the via conductors within a region surrounded by the ground layer .