mhurhangee/patent-ind-claim-en huggingface dataset:
A method of generating a database query for analyzing data in a database using a processor arrangement, the data comprising a plurality of features, wherein at least one of the plurality of features comprises a value which varies as a function of a parameter, the method comprising: the processor arrangement performing the steps of: providing a graphical user interface, GUI , comprising: a plurality of graphical elements, each graphical element being associated with a respective one or more of the plurality of features; and a user input region extending along at least one axis (X) representative of a parameter upon which a value of the features may depend; the plurality of graphical elements being positionable in or adjacent the user input region with respect to the axis; specifying a user-defined sequence as a function of the parameter based on the relative positioning of the plurality of graphical elements with respect to the at least one axis; determining one or more rules relating to at least one of the plurality of features based on the specified user-defined sequence; and generating a database query based on the one or more determined rules. a plurality of graphical elements, each graphical element being associated with a respective one or more of the plurality of features; and a user input region extending along at least one axis (X) representative of a parameter upon which a value of the features may depend; the plurality of graphical elements being positionable in or adjacent the user input region with respect to the axis; specifying a user-defined sequence as a function of the parameter based on the relative positioning of the plurality of graphical elements with respect to the at least one axis; determining one or more rules relating to at least one of the plurality of features based on the specified user-defined sequence; and generating a database query based on the one or more determined rules.
A laparoscopic forceps comprising - a handpiece including a distal end portion ; - a tubular member protruding from the distal end portion of the handpiece, the tubular member having a distal end with a distal opening ; - a pair of jaws having legs that are disposed within the tubular member and partially protruding from the distal opening in the distal end of the tubular member , the pair of jaws and the tubular member being movable relative to each other in a direction parallel to a longitudinal axis of the tubular member , and wherein each of the pair of jaws has an arcuate section ; - an operable mechanism for creating relative motion between the pair of jaws and the tubular member along a direction parallel to the longitudinal axis of the tubular member ; - one or more spacing members extending across the distal opening of the tubular member and between the pair of jaws ; - a cutting assembly which extends through the tubular member and is extendable between the legs of the pair of jaws ; wherein the pair of jaws are closable by the relative movement of the tubular member and the pair of jaws towards each other so that the tubular member advances over the arcuate section of the pair of jaws ; and wherein the pair of jaws are openable by the relative movement of the tubular member and the pair of jaws away from each other so that the one or more spacing members extend between the pair of jaws so that the pair of jaws are moved apart. - a handpiece including a distal end portion ; - a tubular member protruding from the distal end portion of the handpiece, the tubular member having a distal end with a distal opening ; - a pair of jaws having legs that are disposed within the tubular member and partially protruding from the distal opening in the distal end of the tubular member , the pair of jaws and the tubular member being movable relative to each other in a direction parallel to a longitudinal axis of the tubular member , and wherein each of the pair of jaws has an arcuate section ; - an operable mechanism for creating relative motion between the pair of jaws and the tubular member along a direction parallel to the longitudinal axis of the tubular member ; - one or more spacing members extending across the distal opening of the tubular member and between the pair of jaws ; - a cutting assembly which extends through the tubular member and is extendable between the legs of the pair of jaws ;
A method of enrolling signature data identifying a user or organization, the method being implemented at a server and comprising: transmitting a user's public key and a time stamp to a client device; receiving an encrypted time stamp and encrypted signature data associated with the user, wherein the signature data is encrypted using the user's public key; decrypting the encrypted time stamp using the user's private key; validating the received encrypted signature data based on the decrypted time stamp; and if the received encrypted signature data is determined to be valid: digitally signing the encrypted signature data with the user's private key; digitally certifying the encrypted signature data with an administrator's private key; and completing the enrollment by storing the encrypted signature. transmitting a user's public key and a time stamp to a client device; receiving an encrypted time stamp and encrypted signature data associated with the user, wherein the signature data is encrypted using the user's public key; decrypting the encrypted time stamp using the user's private key; validating the received encrypted signature data based on the decrypted time stamp; and if the received encrypted signature data is determined to be valid: digitally signing the encrypted signature data with the user's private key; digitally certifying the encrypted signature data with an administrator's private key; and completing the enrollment by storing the encrypted signature. digitally signing the encrypted signature data with the user's private key; digitally certifying the encrypted signature data with an administrator's private key; and completing the enrollment by storing the encrypted signature.
A method for storing electrical energy in a solid matter, characterised by comprising: (i) a reduction segment consisting of an electrolyser with a cathode and an anode , where an electrolysis is carried out with an electrical energy source , wherein from an electrolyte solution, which is a solution of an energy carrier chloride salt, a reduction of the energy carrier ions is carried out until a solid energy carrier is produced, which has a very high volume energy density and is chemically stable, wherein a chlorine gas is produced, and (ii) an oxidation segment that includes a reaction vessel with an HC1 solution, wherein a chemical reaction occurs in the reaction vessel between the solid energy carrier obtained in the reduction segment and the HC1 solution, wherein heat, a chloride salt solution of the energy carrier, and hydrogen are produced. (i) a reduction segment consisting of an electrolyser with a cathode and an anode , where an electrolysis is carried out with an electrical energy source , wherein from an electrolyte solution, which is a solution of an energy carrier chloride salt, a reduction of the energy carrier ions is carried out until a solid energy carrier is produced, which has a very high volume energy density and is chemically stable, wherein a chlorine gas is produced, and (ii) an oxidation segment that includes a reaction vessel with an HC1 solution, wherein a chemical reaction occurs in the reaction vessel between the solid energy carrier obtained in the reduction segment and the HC1 solution, wherein heat, a chloride salt solution of the energy carrier, and hydrogen are produced.
A protecting film comprising: a base layer ; an anti-static layer on one surface of the base layer ; and an adhesive layer on the other surface of the base layer , characterized in that the adhesive layer comprises an anti-static agent in which a polyelectrolyte including ethylene glycol or ethylene oxide and an ion-type conductive functional group comprising a fluorine-based conductive functional group are coordinate covalently bonded, wherein the adhesive layer has a surface resistance of 10 11 Ω/□(ohms per square) or less, a peel-off static of 1 kv or less, an adhesiveness from 29.4 mN/25mm to 88.2 mN/25mm (= 3 gf/25mm to 9 gf/25 mm), and a tackiness from 33.32mN to 46.06mN (= 34gf to 47gf), and wherein the light transmittance of the protecting film is 88.5% or more, and the haze of the protecting film is 5.5% or less. a base layer ; an anti-static layer on one surface of the base layer ; and an adhesive layer on the other surface of the base layer , characterized in that the adhesive layer comprises an anti-static agent in which a polyelectrolyte including ethylene glycol or ethylene oxide and an ion-type conductive functional group comprising a fluorine-based conductive functional group are coordinate covalently bonded, wherein the adhesive layer has a surface resistance of 10 11 Ω/□(ohms per square) or less, a peel-off static of 1 kv or less, an adhesiveness from 29.4 mN/25mm to 88.2 mN/25mm (= 3 gf/25mm to 9 gf/25 mm), and a tackiness from 33.32mN to 46.06mN (= 34gf to 47gf), and wherein the light transmittance of the protecting film is 88.5% or more, and the haze of the protecting film is 5.5% or less.
A handguard assembly comprising: a handguard ; and a fastener assembly configured to be installed in a handguard bore of the handguard , the fastener assembly comprising: a fastener head including a plurality of first threads , the first threads threaded in a first direction; a shaft joined with and extending from the fastener head , the shaft including a plurality of second threads threaded in a second direction opposite the first direction; and a lock tab threadably engaging the plurality of second threads, the lock tab including a tab head . a handguard ; and a fastener assembly configured to be installed in a handguard bore of the handguard , the fastener assembly comprising: a fastener head including a plurality of first threads , the first threads threaded in a first direction; a shaft joined with and extending from the fastener head , the shaft including a plurality of second threads threaded in a second direction opposite the first direction; and a lock tab threadably engaging the plurality of second threads, the lock tab including a tab head .
A method, comprising: at a base station, BS : generating physical broadcast channel, PBCH, payload information, the PBCH payload information including time information and master information block, MIB, information; generating a scrambling sequence based on a portion of the time information; scrambling the PBCH payload by performing modulus 2 addition with the scrambling sequence to generate scrambled PBCH payload, wherein scrambling bits of the scrambling sequence are set to 0 for the PBCH payload containing the portion of the time information so that bit values of the portion of the time information are unchanged after scrambling; and encoding the scrambled PBCH payload including the portion of the time information and cyclic redundancy check, CRC, information to generate encoded PBCH information for transmission to a user equipment, UE , wherein the CRC is computed from the scrambled PBCH payload. at a base station, BS : generating physical broadcast channel, PBCH, payload information, the PBCH payload information including time information and master information block, MIB, information; generating a scrambling sequence based on a portion of the time information; scrambling the PBCH payload by performing modulus 2 addition with the scrambling sequence to generate scrambled PBCH payload, wherein scrambling bits of the scrambling sequence are set to 0 for the PBCH payload containing the portion of the time information so that bit values of the portion of the time information are unchanged after scrambling; and generating physical broadcast channel, PBCH, payload information, the PBCH payload information including time information and master information block, MIB, information; generating a scrambling sequence based on a portion of the time information; scrambling the PBCH payload by performing modulus 2 addition with the scrambling sequence to generate scrambled PBCH payload, wherein scrambling bits of the scrambling sequence are set to 0 for the PBCH payload containing the portion of the time information so that bit values of the portion of the time information are unchanged after scrambling; and encoding the scrambled PBCH payload including the portion of the time information and cyclic redundancy check, CRC, information to generate encoded PBCH information for transmission to a user equipment, UE , wherein the CRC is computed from the scrambled PBCH payload.
Infrared radiation fire detector, comprising a curved support surface and a plurality of infrared radiation sensors arranged on the support surface , wherein each sensor comprises a planar array of infrared radiation-sensitive elements , having a respective sight direction (SD) and a solid angle of view (β) defined around the sight direction (SD), which define a field of view associated to the sensor , wherein the sight directions (SD) of the sensors intersect with one another at a central point (C) and the sensors are spaced apart from one another by a given angular distance referred to the central point (C), the solid angles of view (β) of the sensors having a same narrow width so that the fields of view of the sensors are non-intersecting with one another, characterized in that the fire detector is configured to receive a plurality of sequential series of infrared radiation images of a space, each of said images comprising an array of pixels, each pixel having a value that is representative of a temperature; process successive images of said plurality of sequential series of images to determine a change of at least one thermal parameter (ΔT, k n ) that meets predetermined alarm criteria; and detect an event in the space based on the determined change of the thermal parameter (ΔT, k n ); wherein each sequential series of images is detected by a respective sensor of the fire detector.
Motor vehicle inner trim component comprising a rigid substrate forming the body of said component and a composite cladding layer covering said substrate so as to form at least the visible face of said component , said composite layer comprising at least a support layer , preferentially in the form of a film or of fibrous nature, such as for example a woven, knitted or non-woven textile, and a thin translucent layer of organic or inorganic natural material, assembled or laminated with the support layer , the visible face of said thin translucent layer itself being covered by a layer of adhesion primer and a layer of varnish, forming the surface layer, the elementary layers mentioned above that together form the composite layer by superposition allowing light transmission through said composite layer , in particular for the production of light images by backlighting, which are visible on the surface of the varnish layer , which trim component is characterized in that the material of the substrate and the material of the support layer are liable to block the diffusion and transmission of the light and in that said substrate and the support layer have through-openings forming, by matching, light passages , opening onto the thin translucent layer and of which the sections define the shapes of the constituent elements of the light image .
A grip assembly for a sliding door, consisting of inner part to be built into the sliding door panel and outer part accessible from the outside of the sliding door, comprising rotatable grip element attached to a front plate , wherein the front plate has an opening of the shape and dimensions of maximum cross-section of the grip element which is suspended within inner part of the grip assembly on a horizontal pivot of a hinge which is fixed to inner surface of the front plate , and in that at any position of the grip element its mass center is displaced inwardly from the horizontal pivot .
A tire for winter comprising: a tread portion being provided with stud pins or holes for a stud pin, the tread portion being separated into a plurality of blocks characterized in that the plurality of blocks comprise triangular blocks having a substantially triangular ground contact surface ; the ground contact surface of the triangular blocks comprising a first vertex having a smallest interior angle (θ1) and a first edge facing the first vertex ; and the center of the stud pins or the holes being located on the side of the first edge of the triangular blocks . the ground contact surface of the triangular blocks comprising a first vertex having a smallest interior angle (θ1) and a first edge facing the first vertex ; and the center of the stud pins or the holes being located on the side of the first edge of the triangular blocks .
A method for Fourier ptychographic microscopy, the method comprising: providing a light emitting diode array microscope with a programmable array of light emitting diodes; illuminating a sample with a multiplexed sequence of illuminations of light emitting diodes in the array wherein multiple light emitting diodes are turned on for each image, whereby the light emitting diodes that are used simultaneously to illuminate the sample during one image represent distinct, non-overlapping areas of Fourier space; acquiring images of the sample from each illumination in the sequence, wherein the multiplexed sequence of illuminations generates images having an overlap; and reconstructing a final image from the acquired overlapping images. providing a light emitting diode array microscope with a programmable array of light emitting diodes; illuminating a sample with a multiplexed sequence of illuminations of light emitting diodes in the array wherein multiple light emitting diodes are turned on for each image, whereby the light emitting diodes that are used simultaneously to illuminate the sample during one image represent distinct, non-overlapping areas of Fourier space; acquiring images of the sample from each illumination in the sequence, wherein the multiplexed sequence of illuminations generates images having an overlap; and reconstructing a final image from the acquired overlapping images.
A device for storing screwdriving tools, having a planar main body which has an inner side and an outer side , the main body being divided by several hinges into surface portions , which surface portions can be folded from a tool removal position, in which the surface portions lie substantially in one plane, about the hinges into a storage position in which the outer sides of the surface portions form flat surfaces of a polygonal volume wherein, a first surface portion having on its inner side a second surface portion having on its inner side first holding devices and second holding devices , respectively, wherein each of the first and second holding devices having a plurality of insertion openings arranged running in a rectilinear row, in each case for the insertion of a screwdriver bit , characterized in that a plurality of first holding devices are in each case spaced apart from one another by a free space , the several rows of the first holding device being arranged offset from one or more rows of the second holding device in such a way that, in the storage position, the screwdriver bits which are inserted in the insertion openings of the second holding device dip into the free spaces of the first holding device .
A light emitting device, comprising: a supporting layer ; a connection metal layer on the supporting layer; a first electrode on the connection metal layer, the first electrode is composed of a reflective electrode on the connection metal layer and a transparent electrode on the transparent electrode , wherein the transparent electrode is formed of a transparent conductive oxide (TCO), and the reflective electrode comprises a first metal layer, a diffusion barrier layer on the first metal layer, and a second metal layer on the diffusion barrier layer; a semiconductor structure on the transparent electrode, the semiconductor structure is composed of a second-type layer on the transparent electrode, an active layer on the second-type layer, and a first-type layer on the active layer; and a second electrode on first-type layer of the semiconductor structure. a supporting layer ; a connection metal layer on the supporting layer; a first electrode on the connection metal layer, the first electrode is composed of a reflective electrode on the connection metal layer and a transparent electrode on the transparent electrode , wherein the transparent electrode is formed of a transparent conductive oxide (TCO), and the reflective electrode comprises a first metal layer, a diffusion barrier layer on the first metal layer, and a second metal layer on the diffusion barrier layer; a semiconductor structure on the transparent electrode, the semiconductor structure is composed of a second-type layer on the transparent electrode, an active layer on the second-type layer, and a first-type layer on the active layer; and a second electrode on first-type layer of the semiconductor structure.
A resource scheduling method, wherein the method comprises: receiving (SI01), by user equipment over a first control channel, said channel being a physical downlink control channel, first indication information corresponding to a transport block, wherein time-frequency resources used for transmission of the transport block divide into a first resource set and a second resource set, where each set corresponds to different, non-overlapping portions of a system bandwidth in a time slot in which the first control channel and a second control channel are transmitted, and the first indication information is used to indicate the first resource set and a time-frequency resource of the second control channel; receiving (S102), by the user equipment, second indication information over the second control channel, wherein the second indication information is used to indicate the second resource set; and determining (S103), by the user equipment, the transport block based on the first resource set and the second resource set. receiving (SI01), by user equipment over a first control channel, said channel being a physical downlink control channel, first indication information corresponding to a transport block, wherein time-frequency resources used for transmission of the transport block divide into a first resource set and a second resource set, where each set corresponds to different, non-overlapping portions of a system bandwidth in a time slot in which the first control channel and a second control channel are transmitted, and the first indication information is used to indicate the first resource set and a time-frequency resource of the second control channel; receiving (S102), by the user equipment, second indication information over the second control channel, wherein the second indication information is used to indicate the second resource set; and determining (S103), by the user equipment, the transport block based on the first resource set and the second resource set.