mhurhangee/patent-ind-claim-en huggingface dataset:
A method, in a network deivce, for wireless communication, the method comprising: communicating a first signal over a first carrier according to a numerology from a first plurality of numerologies , the numerology being a combination or subset of a transmission time interval, a symbol duration, a cyclic prefix length, and a sub-carrier spacing; and communicating a second signal over a second carrier according to a numerology from a second plurality of numerologies , the numerology being a combination or subset of a transmission time interval, a symbol duration, a cyclic prefix length, and a sub-carrier spacing, wherein the first plurality of numerologies includes a first numerology and the second plurality of numerologies includes a second numerology, the first numerology and the second numerology having the same sub-carrier spacing ; and the second plurality of numerologies includes a third numerology that is not included in the first plurality of numerologies; and the first carrier and the first plurality of numerologies are associated with a first range of carrier center frequencies, and the second carrier and the second plurality of numerologies are associated with a second range of carrier center frequencies different from the first range of carrier center frequencies, characterised in that the same subcarrier spacing is equal to double the sub-carrier spacing of one other numerology from the first plurality of numerologies and equal to half the sub-carrier spacing of one other numerology from the second plurality of numerologies. communicating a first signal over a first carrier according to a numerology from a first plurality of numerologies , the numerology being a combination or subset of a transmission time interval, a symbol duration, a cyclic prefix length, and a sub-carrier spacing; and communicating a second signal over a second carrier according to a numerology from a second plurality of numerologies , the numerology being a combination or subset of a transmission time interval, a symbol duration, a cyclic prefix length, and a sub-carrier spacing, wherein the first plurality of numerologies includes a first numerology and the second plurality of numerologies includes a second numerology, the first numerology and the second numerology having the same sub-carrier spacing ; and the second plurality of numerologies includes a third numerology that is not included in the first plurality of numerologies; and the first carrier and the first plurality of numerologies are associated with a first range of carrier center frequencies, and the second carrier and the second plurality of numerologies are associated with a second range of carrier center frequencies different from the first range of carrier center frequencies, characterised in that the same subcarrier spacing is equal to double the sub-carrier spacing of one other numerology from the first plurality of numerologies and equal to half the sub-carrier spacing of one other numerology from the second plurality of numerologies.
A rectifier circuit configured to conduct current in a forward direction from an input to an output of the rectifier circuit , and substantially block current in a reverse direction from the output to the input , said rectifier circuit comprising: a metal-oxide-semiconductor-field-effect-transistor M1 that defines a gate (G), a drain (D), a source (S), and a body-diode oriented to allow current to flow from the source (S) to the drain (D) of the M1 , wherein the gate is connected to the input , the drain is connected to the output , and the M1 has an on-resistance ; the rectifier circuit further includes a first Zener-diode D1 that defines an anode and a cathode of the D1 , characterised in that the cathode is connected to the input , the anode is connected to the source, and the D1 is specified by a Zener-voltage , wherein the Zener-voltage and the on-resistance are selected such that a stored-charge in the body-diode is less than a forward-charge-threshold of the body diode when current flows in the forward direction , whereby the reverse recover time of the body-diode is reduced. a metal-oxide-semiconductor-field-effect-transistor M1 that defines a gate (G), a drain (D), a source (S), and a body-diode oriented to allow current to flow from the source (S) to the drain (D) of the M1 , wherein the gate is connected to the input , the drain is connected to the output , and the M1 has an on-resistance ; the rectifier circuit further includes a first Zener-diode D1 that defines an anode and a cathode of the D1 , characterised in that the cathode is connected to the input , the anode is connected to the source, and the D1 is specified by a Zener-voltage , wherein the Zener-voltage and the on-resistance are selected such that a stored-charge in the body-diode is less than a forward-charge-threshold of the body diode when current flows in the forward direction , whereby the reverse recover time of the body-diode is reduced.
A communications connector , comprising: a housing ; a plurality of conductive pins that are mounted in the housing, the conductive pins arranged as a plurality of differential pairs (141-144) of conductive pins that each include a tip conductive pin (130-1, 130-3, 130-5, 130-7) and a ring conductive pin (130-2, 130-4, 130-6, 130-8); wherein each of the conductive pins has substantially the same length, wherein each conductive pin has a first end that is configured to be received within a respective socket of a mating connector, and a second end that is configured to be received within a metal-plated opening in a printed circuit board or is configured as a crimped contact for mating with a conductive wire, wherein the tip conductive pin (130-1, 130-3, 130-5, 130-7) of each differential pair of conductive pins crosses over its associated ring conductive pin (130-2, 130-4, 130-6, 130-8) to form a plurality of tip-ring crossover locations; wherein each conductive pin comprises a substantially rigid conductive pin, and wherein first ends of the tip conductive pins (130-1, 130-3, 130-5, 130-7) are substantially aligned in a first row that extends along a first axis and the first ends of the ring conductive pins (130-2, 130-4, 130-6,130-8) are substantially aligned in a second row that extends along the first axis, the second row being offset from the first row along a second axis that is normal to the first axis. a housing ; a plurality of conductive pins that are mounted in the housing, the conductive pins arranged as a plurality of differential pairs (141-144) of conductive pins that each include a tip conductive pin (130-1, 130-3, 130-5, 130-7) and a ring conductive pin (130-2, 130-4, 130-6, 130-8); wherein each of the conductive pins has substantially the same length, wherein each conductive pin has a first end that is configured to be received within a respective socket of a mating connector, and a second end that is configured to be received within a metal-plated opening in a printed circuit board or is configured as a crimped contact for mating with a conductive wire, wherein the tip conductive pin (130-1, 130-3, 130-5, 130-7) of each differential pair of conductive pins crosses over its associated ring conductive pin (130-2, 130-4, 130-6, 130-8) to form a plurality of tip-ring crossover locations; wherein each conductive pin comprises a substantially rigid conductive pin, and wherein first ends of the tip conductive pins (130-1, 130-3, 130-5, 130-7) are substantially aligned in a first row that extends along a first axis and the first ends of the ring conductive pins (130-2, 130-4, 130-6,130-8) are substantially aligned in a second row that extends along the first axis, the second row being offset from the first row along a second axis that is normal to the first axis.
A method for manufacturing an electric wire with a terminal , the method comprising: a bonding process that forms a bonded part in which outer peripheral surfaces of a plurality of strands are bonded to one another on an end portion of a core wire having the strands , in an electric wire in which the end portion is exposed from a covering ; an installation process that installs the bonded part onto a crimp terminal including a bottom part and a pair of caulking pieces extending from the bottom part and facing each other; a crimping process that crimps the caulking pieces to the bonded part , by sandwiching the crimp terminal and the electric wire between a first mold that supports the crimp terminal and a second mold that moves relative to the first mold ; characterized in that the method comprises a cutting process that cuts a tip end portion projecting to outside from the caulking pieces in the bonded part by a cutting unit , while the caulking pieces are pressing the bonded part toward the bottom part . a bonding process that forms a bonded part in which outer peripheral surfaces of a plurality of strands are bonded to one another on an end portion of a core wire having the strands , in an electric wire in which the end portion is exposed from a covering ; an installation process that installs the bonded part onto a crimp terminal including a bottom part and a pair of caulking pieces extending from the bottom part and facing each other; a crimping process that crimps the caulking pieces to the bonded part , by sandwiching the crimp terminal and the electric wire between a first mold that supports the crimp terminal and a second mold that moves relative to the first mold ; characterized in that the method comprises a cutting process that cuts a tip end portion projecting to outside from the caulking pieces in the bonded part by a cutting unit , while the caulking pieces are pressing the bonded part toward the bottom part .
Electric valve device comprising a hollow body with an inlet and an outlet for the flow of a fluid, in particular a liquid, between which in said body there is defined a chamber wherein a first valve seat is provided, the body comprising two portions fastened to one another with the interposition of a sealing member , a first obturator moveably mounted in said chamber and cooperating with said first seat for controlling the communication between the inlet and the outlet , and a movable member coupled with said first obturator and displaceable towards and away from said (first) valve seat and arranged to be controlled by means of an electrically operable actuator carried by said body ; wherein in said body there is provided a second valve seat staggered with respect to said first valve seat along the direction of displacement of said first obturator , and wherein to said first obturator there is connected a second obturator displaceable towards and away from said second valve seat ; the arrangement being such that said first and second obturators are jointly displaceable away from and towards the corresponding seats , with which they define a first valve and a second valve, respectively, fluidically in series with one another, both controllable through said electrically operable actuator; the electric valve device being characterized in that said sealing member is made in one piece and coupled with said first obturator through an elastically flexible and extensible tubular bellows , such that said sealing member , said bellows and said first obturator are appropriately formed as a single element of a suitable material and such as to prevent the contact of said fluid with said movable member and with resilient means arranged to urge said first obturator towards the associated first valve seat .
A display device , comprising: a display configured to display a visible image on a display panel; and a controller configured to obtain a scaling ratio of each of the plurality pixels of the received image based on a reference angle and a visible angle, and perform image processing of a received image based on the scaling ratio so that a radius of curvature of the visible image and a radius of curvature of the display panel are different; wherein the visible angle is an angle between lines obtained by connecting each of boundary points of each pixel of the display panel from a reference position; the reference angle is an angle between lines obtained by connecting each of boundary points of any one pixel of the visible image from the reference position; and the reference position is a position spaced apart by a predetermined distance from the display panel. a display configured to display a visible image on a display panel; and a controller configured to obtain a scaling ratio of each of the plurality pixels of the received image based on a reference angle and a visible angle, and perform image processing of a received image based on the scaling ratio so that a radius of curvature of the visible image and a radius of curvature of the display panel are different; wherein the visible angle is an angle between lines obtained by connecting each of boundary points of each pixel of the display panel from a reference position; the reference angle is an angle between lines obtained by connecting each of boundary points of any one pixel of the visible image from the reference position; and the reference position is a position spaced apart by a predetermined distance from the display panel.
A warp knitted fabric comprising: a plurality of first loop columns , each comprising a group of consecutive loops in a warp direction, the first loops comprising a first yarn; and one or more second loop columns (2, 2a, 2a1, 2a2, 2b, 2c), each comprising a group of consecutive loops in a warp direction, and being disposed between the first loop columns , wherein the second loop columns (2, 2a, 2a1, 2a2, 2b, 2c) comprise one or more loops of only a second yarn and one or more loops comprising the first yarn, the loops of the second yarn and the loops of the first yarn being alternately disposed; any two adjacent loop columns of the first and/or second loop columns (2, 2a, 2a1, 2a2, 2b, 2c) are linked together; at least three first loop columns are linked together with the first yarn; and the first yarn has a bioabsorption rate lower than that of the second yarn. a plurality of first loop columns , each comprising a group of consecutive loops in a warp direction, the first loops comprising a first yarn; and one or more second loop columns (2, 2a, 2a1, 2a2, 2b, 2c), each comprising a group of consecutive loops in a warp direction, and being disposed between the first loop columns , wherein the second loop columns (2, 2a, 2a1, 2a2, 2b, 2c) comprise one or more loops of only a second yarn and one or more loops comprising the first yarn, the loops of the second yarn and the loops of the first yarn being alternately disposed; any two adjacent loop columns of the first and/or second loop columns (2, 2a, 2a1, 2a2, 2b, 2c) are linked together; at least three first loop columns are linked together with the first yarn; and the first yarn has a bioabsorption rate lower than that of the second yarn.
Kart having a frame , a front axle and a rear axle , and having an impact protection which surrounds the frame and has at least one front and one rear protective element and at least one lateral protective element (S1, S2, S3, S4) on each frame side of the kart , wherein shock-absorbing, rubber-elastic dampers are provided between the frame and the protective elements (S1, S2, S3, S4), wherein the lateral protective elements (S3, S4) are each mounted on a pivot bearing fixed to the frame so as to be pivotally adjustable about a frame vertical axis , characterized in that the pivot bearings are provided nearer the rear axle than the front axle and each comprise a bearing block fixed to the frame and a bearing pedestal pivotally adjustable relative to said bearing block , wherein the lateral protective elements (S3, S4) each engage on the associated bearing pedestal , wherein the lateral protective elements (S3, S4) each engage directly or indirectly via a front connecting protective element (S5, S6) on the front protective element (S1) and directly or indirectly via a rear connecting element (S7, S8) on the rear protective element (S2) and if applicable, wherein the lateral protective element (S3, S4) is each connected to the associated rear connecting protective element (S7, S8) via the bearing pedestal .
An omnidirectional LED light bulb, comprising: - a bulb shell ; - a bulb base , connected with the bulb shell; - a stem in the bulb shell, the stem connected with the bulb base, wherein the stem has a stand extending to the center of the bulb shell; - a single LED filament , disposed in the bulb shell; - a plurality of supporting arms connecting to the stand and the single LED filament, a first end of each of the supporting arms connecting to the stand and a second end of the supporting arm connecting with the single LED filament; and - two conductive supports , each of the conductive support passing through the stem and electrically connected to one end of the single LED filament wherein the single LED filament comprises: - a plurality of LED chips ; - at least two conductive electrodes , disposed corresponding to the plurality of LED chips, the plurality of LED chips and the conductive electrodes being electrically connected therebetween; and - a light conversion coating , coating on and contact at least the topside and the bottom side of the LED chips and the conductive electrodes, and exposing a portion of two of the conductive electrodes, the portion of two of the conductive electrodes exposed from the light conversion coating is electrically connected to the conductive support, wherein the light conversion coating comprises phosphors , inorganic oxidized nanoparticles and an adhesive , the size of the inorganic oxidized nanoparticles is substantially smaller than the size of the phosphors and the weight ratio of the phosphors to the adhesive is 1:1 to 50:1, characterized in that the single LED filament is bent to form a contour from the top view of the light bulb and wave shape from a side view of the light bulb, the supporting arms connect, respectively, with the plurality of wave crests and the plurality of wave troughs. - a bulb shell ; - a bulb base , connected with the bulb shell; - a stem in the bulb shell, the stem connected with the bulb base, wherein the stem has a stand extending to the center of the bulb shell; - a single LED filament , disposed in the bulb shell; - a plurality of supporting arms connecting to the stand and the single LED filament, a first end of each of the supporting arms connecting to the stand and a second end of the supporting arm connecting with the single LED filament; and - two conductive supports , each of the conductive support passing through the stem and electrically connected to one end of the single LED filament - a plurality of LED chips ; - at least two conductive electrodes , disposed corresponding to the plurality of LED chips, the plurality of LED chips and the conductive electrodes being electrically connected therebetween; and - a light conversion coating , coating on and contact at least the topside and the bottom side of the LED chips and the conductive electrodes, and exposing a portion of two of the conductive electrodes, the portion of two of the conductive electrodes exposed from the light conversion coating is electrically connected to the conductive support,
An electro-optic assembly comprising a polyurethane layer, the electro-optic assembly being characterized in that the polyurethane layer includes an end-capping cyclic carbonate of Formula (XII): wherein: R 1 is selected from the group consisting of hydrogen, optionally substituted alkyl, optionally substituted heteroalkyl, optionally substituted aryl, optionally substituted heteroaryl, halide, and hydroxyl; L is a linking group, optionally absent; n is 1-4; and represents the location of a bond to the polyurethane. R 1 is selected from the group consisting of hydrogen, optionally substituted alkyl, optionally substituted heteroalkyl, optionally substituted aryl, optionally substituted heteroaryl, halide, and hydroxyl; L is a linking group, optionally absent; n is 1-4; and represents the location of a bond to the polyurethane.
A hologram recording composition comprising at least a heteropoly acid, a photopolymerizable monomer, a photopolymerization initiator, and a sensitizing dye having absorption in a visible light region in a presence of an acid.
A computing device comprising: a plurality of memory devices ; a plurality of direct memory access, DMA, controllers ; and an on-chip interconnect configured to implement control logic to: convey a read request from a primary DMA controller of the plurality of DMA controllers to a source memory device of the plurality of memory devices; and convey a read response from the source memory device to the primary DMA controller and one or more secondary DMA controllers of the plurality of DMA controllers. a plurality of memory devices ; a plurality of direct memory access, DMA, controllers ; and an on-chip interconnect configured to implement control logic to: convey a read request from a primary DMA controller of the plurality of DMA controllers to a source memory device of the plurality of memory devices; and convey a read response from the source memory device to the primary DMA controller and one or more secondary DMA controllers of the plurality of DMA controllers. convey a read request from a primary DMA controller of the plurality of DMA controllers to a source memory device of the plurality of memory devices; and convey a read response from the source memory device to the primary DMA controller and one or more secondary DMA controllers of the plurality of DMA controllers.
Propeller propulsion system for a watercraft, comprising at least one electric motor and a surface piercing propeller which can be driven by the electric motor , a housing having a side wall , to which said at least one electric motor is fixed, and a cover part to which an outdrive of the surface piercing propeller is applied, the side wall and the cover part of the housing comprising holes through which a drive shaft of said at least one motor and a outdrive shaft of the outdrive respectively pass, the drive shaft of the motor and the outdrive shaft of the outdrive being coupled inside the housing , said housing comprising transmission means for transmission of motion from the drive shaft to the outdrive shaft , and said propulsion system being further provided with means for fixing and hermetically sealing the housing on a transom of the watercraft, wherein the electric motor and the outdrive are outside the housing 4 and wherein said transmission means comprise a first pulley mounted on the drive shaft , a second pulley mounted on the outdrive shaft and a drive belt between the first and second pulleys.
A hook for attaching to a hole in a wall for hanging an item on the wall, the hook comprising: a body portion comprising a front face , a rear face for abutting the wall and an arc shaped edge between at least part of the perimeter of the front face and least part of the perimeter of the rear face; a groove formed in, and extending around, the arc shaped edge for receiving a wire for attaching to an item to be hung from the hook; a raised portion projecting from the rear face of the body portion for locating the hook in the hole in the wall; and an aperture extending from the front face to the rear face through the body portion for receiving a fastener for attaching the hook to the hole in the wall, wherein the edge of the raised portion surrounds the aperture extending through the body portion. a body portion comprising a front face , a rear face for abutting the wall and an arc shaped edge between at least part of the perimeter of the front face and least part of the perimeter of the rear face; a groove formed in, and extending around, the arc shaped edge for receiving a wire for attaching to an item to be hung from the hook; a raised portion projecting from the rear face of the body portion for locating the hook in the hole in the wall; and an aperture extending from the front face to the rear face through the body portion for receiving a fastener for attaching the hook to the hole in the wall, wherein the edge of the raised portion surrounds the aperture extending through the body portion.