mhurhangee/patent-ind-claim-en huggingface dataset:
A rotary electric machine comprising: a stator core provided with a plurality of slots ; stator windings of a plurality of phases (U, V, W) provided with a plurality of wave-wound winding coils (U11-U16, U21-U26, V11-V16, V21V26, W11-W16, W21-W26), each having a slot conductor inserted into each slot of the stator core and included in any one of a plurality of layers and a jumper conductor that connects the same side ends of the slot conductors inserted into different slots to form a coil end; and a rotor rotatably supported to the stator core by interposing a vacancy, wherein the winding coils (U11-U16, U21-U26, V11-V16, V21-V26, W11-W16, W21-W26) include a first winding coil having a first jumper conductor as the jumper conductor and a second winding coil having a second jumper conductor as the jumper conductor, the first jumper conductor connects the slot conductors to each other by striding the slots with a slot pitch of "Np = N" in one of the coil ends and striding the slots with a slot pitch of "Np = N" in the other coil end, where "N" denotes the number of slots per pole, the second jumper conductor connects the slot conductors to each other by striding the slots with a slot pitch of "Np = N + 1" in one of the coil ends and striding the slots with a slot pitch of "Np = N - 1" in the other coil end , where "N" denotes the number of slots per pole, and the stator winding has a plurality of slot conductor groups (U, V, W) having a plurality of slot conductors of the same phase. a stator core provided with a plurality of slots ; stator windings of a plurality of phases (U, V, W) provided with a plurality of wave-wound winding coils (U11-U16, U21-U26, V11-V16, V21V26, W11-W16, W21-W26), each having a slot conductor inserted into each slot of the stator core and included in any one of a plurality of layers and a jumper conductor that connects the same side ends of the slot conductors inserted into different slots to form a coil end; and a rotor rotatably supported to the stator core by interposing a vacancy, wherein the winding coils (U11-U16, U21-U26, V11-V16, V21-V26, W11-W16, W21-W26) include a first winding coil having a first jumper conductor as the jumper conductor and a second winding coil having a second jumper conductor as the jumper conductor, the first jumper conductor connects the slot conductors to each other by striding the slots with a slot pitch of "Np = N" in one of the coil ends and striding the slots with a slot pitch of "Np = N" in the other coil end, where "N" denotes the number of slots per pole, the second jumper conductor connects the slot conductors to each other by striding the slots with a slot pitch of "Np = N + 1" in one of the coil ends and striding the slots with a slot pitch of "Np = N - 1" in the other coil end , where "N" denotes the number of slots per pole, and the stator winding has a plurality of slot conductor groups (U, V, W) having a plurality of slot conductors of the same phase.
A method of analysing a sample comprising: providing a sample on an insulating substrate ; contacting said insulating substrate with a first electrode such that said first electrode does not contact said sample and contacting said sample with a second electrode ; and applying an AC or RF voltage to said first and second electrodes, such that electrical energy is capactively coupled into the sample in order to generate an aerosol from said sample. providing a sample on an insulating substrate ; contacting said insulating substrate with a first electrode such that said first electrode does not contact said sample and contacting said sample with a second electrode ; and applying an AC or RF voltage to said first and second electrodes, such that electrical energy is capactively coupled into the sample in order to generate an aerosol from said sample.
A transmitter comprising: an optical modulator configured to modulate continuous wave light by any one of a plurality of modulation schemes according to a drive signal; a drive means for generating the drive signal based on information data; a deviation identification signal generation means for generating a signal value in accordance with a deviation of a bias voltage of the optical modulator by amplifying a signal value of a dither signal extracted from a modulated signal output from the optical modulator by a factor set for each of the plurality of modulation schemes so as to generate a uniform signal value; and a bias control means for generating a bias value at which a center of a variation range from a maximum value to a minimum value of the drive signal corresponds to transmission characteristics of the optical modulator according to one predetermined adjustment method by using the signal value generated by the deviation identification signal generation means, wherein the optical modulator operates with a bias voltage adjusted based on the bias value. an optical modulator configured to modulate continuous wave light by any one of a plurality of modulation schemes according to a drive signal; a drive means for generating the drive signal based on information data; a deviation identification signal generation means for generating a signal value in accordance with a deviation of a bias voltage of the optical modulator by amplifying a signal value of a dither signal extracted from a modulated signal output from the optical modulator by a factor set for each of the plurality of modulation schemes so as to generate a uniform signal value; and a bias control means for generating a bias value at which a center of a variation range from a maximum value to a minimum value of the drive signal corresponds to transmission characteristics of the optical modulator according to one predetermined adjustment method by using the signal value generated by the deviation identification signal generation means, wherein the optical modulator operates with a bias voltage adjusted based on the bias value.
A method of manufacturing a calibration panel, the method comprising: forming a body by additive manufacturing from a first digital material having an acoustic property selected to approximate an acoustic property of a composite material; mixing a second digital material and a third digital material to form an insert , where the second digital material has an acoustic property value less than an acoustic property value of a defect within the composite material, and where the third digital material has an acoustic property value greater than the acoustic property value of the defect, said first, second and third digital materials being modeling materials on a voxel-level scale, wherein a voxel is an individual addressable volume element in three-dimensional space, the acoustic property of the composite material and of the defect being the speed of a sound wave through the composite material and the defect or the frequency, the attenuation, the impedance of a sound wave; and embedding the insert within the body . forming a body by additive manufacturing from a first digital material having an acoustic property selected to approximate an acoustic property of a composite material; mixing a second digital material and a third digital material to form an insert , where the second digital material has an acoustic property value less than an acoustic property value of a defect within the composite material, and where the third digital material has an acoustic property value greater than the acoustic property value of the defect, said first, second and third digital materials being modeling materials on a voxel-level scale, wherein a voxel is an individual addressable volume element in three-dimensional space, the acoustic property of the composite material and of the defect being the speed of a sound wave through the composite material and the defect or the frequency, the attenuation, the impedance of a sound wave; and embedding the insert within the body .
An apparatus, comprising at least one processor; and at least one memory including computer program code that, when executed by the at least one processor, cause the apparatus at least to: decode a physical layer code block or a physical layer code block group; decode a medium access control, MAC, sub-packet corresponding to the decoded physical layer code block or the physical code block group without waiting for any subsequent physical layer code blocks to be decoded, wherein the MAC sub-packet is a MAC sub-protocol data unit, MACSubPDU, packet; and pass the decoded MAC sub-packet up a protocol stack; wherein a size of the physical layer code block or the physical layer code block group is aligned with a size of the MAC sub-packet, at an upper layer of the protocol stack; alignment of the size of the physical layer code block or the physical layer code block group with the size of the MAC sub-packet comprises a one-to-one relationship between the physical layer code block or the physical layer code block group and the MAC sub-packet. at least one processor; and at least one memory including computer program code that, when executed by the at least one processor, cause the apparatus at least to: decode a physical layer code block or a physical layer code block group; decode a medium access control, MAC, sub-packet corresponding to the decoded physical layer code block or the physical code block group without waiting for any subsequent physical layer code blocks to be decoded, wherein the MAC sub-packet is a MAC sub-protocol data unit, MACSubPDU, packet; and pass the decoded MAC sub-packet up a protocol stack; wherein a size of the physical layer code block or the physical layer code block group is aligned with a size of the MAC sub-packet, at an upper layer of the protocol stack; alignment of the size of the physical layer code block or the physical layer code block group with the size of the MAC sub-packet comprises a one-to-one relationship between the physical layer code block or the physical layer code block group and the MAC sub-packet. decode a physical layer code block or a physical layer code block group; decode a medium access control, MAC, sub-packet corresponding to the decoded physical layer code block or the physical code block group without waiting for any subsequent physical layer code blocks to be decoded, wherein the MAC sub-packet is a MAC sub-protocol data unit, MACSubPDU, packet; and pass the decoded MAC sub-packet up a protocol stack; wherein a size of the physical layer code block or the physical layer code block group is aligned with a size of the MAC sub-packet, at an upper layer of the protocol stack; alignment of the size of the physical layer code block or the physical layer code block group with the size of the MAC sub-packet comprises a one-to-one relationship between the physical layer code block or the physical layer code block group and the MAC sub-packet.
A lamella block for a calibrating device for calibrating an extruded profile , wherein the lamella block comprises a lamella structure , which has a plurality of lamellae that are spaced apart from each other by grooves and arranged in the longitudinal direction of the lamella block , wherein the lamella structure has a variably designed division in the longitudinal direction of the lamella block , characterized in that the division of the lamella structure in the longitudinal direction of the lamella block varies according to a prescribed function.
A rendering method, wherein the method is applied to an electronic device, the electronic device runs an application, the electronic device comprises a first processor and a second processor, and the method comprises: receiving, by the first processor, a rendering command delivered by the application, wherein the rendering command is used to instruct the second processor to render a first image based on a first resolution; sending, by the first processor, a rendering instruction to the second processor, wherein the rendering instruction is used to instruct the second processor to render the first image; generating, by the second processor, image data of the first image with a second resolution based on the rendering instruction, wherein the second resolution is not greater than the first resolution; writing, by the second processor, the image data of the first image with the second resolution into a first memory; reading, by the second processor, image data of the first image with a third resolution from the first memory, wherein the third resolution is greater than the second resolution; and generating, by the second processor, the first image based on the image data of the first image with the third resolution; characterized in that if a rendering manner of the application is forward rendering, the rendering instruction corresponds to a first framebuffer, and a quantity of drawing instructions executed on the first framebuffer is greater than a preset threshold; and if the rendering manner of the application is deferred rendering, the rendering instruction corresponds to a framebuffer other than a last framebuffer in all framebuffers delivered by the application. receiving, by the first processor, a rendering command delivered by the application, wherein the rendering command is used to instruct the second processor to render a first image based on a first resolution; sending, by the first processor, a rendering instruction to the second processor, wherein the rendering instruction is used to instruct the second processor to render the first image; generating, by the second processor, image data of the first image with a second resolution based on the rendering instruction, wherein the second resolution is not greater than the first resolution; writing, by the second processor, the image data of the first image with the second resolution into a first memory; reading, by the second processor, image data of the first image with a third resolution from the first memory, wherein the third resolution is greater than the second resolution; and generating, by the second processor, the first image based on the image data of the first image with the third resolution; characterized in that if a rendering manner of the application is forward rendering, the rendering instruction corresponds to a first framebuffer, and a quantity of drawing instructions executed on the first framebuffer is greater than a preset threshold; and if the rendering manner of the application is deferred rendering, the rendering instruction corresponds to a framebuffer other than a last framebuffer in all framebuffers delivered by the application.
A train for transporting intermodal freight containers comprising: support trusses connected longitudinally at couplers , wherein the support trusses include a support truss configured to support one or more freight containers , and wherein the support trusses include at least a first support truss and a second support truss connected longitudinally at a first coupler, wherein the interconnected trusses form a top-end spine of the train with the freight containers hanging underneath, characterized in that the train further comprises a carriage comprising a pivoting coupler assembly, the pivoting coupler assembly including the first coupler and a support ring , wherein the first coupler is allowed to move from side to side on top of the support ring, and wherein the one or more freight containers are configured to swing outward as the train enters a curve, causing the first coupler to move toward the inside of the curve; and a control car positioned at an end of the train and configured to anchor a coupler of a pivoting coupler assembly in an adjacent carriage toward the inside of the curve to allow for increased cornering speed. support trusses connected longitudinally at couplers , wherein the support trusses include a support truss configured to support one or more freight containers , and wherein the support trusses include at least a first support truss and a second support truss connected longitudinally at a first coupler, wherein the interconnected trusses form a top-end spine of the train with the freight containers hanging underneath, characterized in that the train further comprises a carriage comprising a pivoting coupler assembly, the pivoting coupler assembly including the first coupler and a support ring , wherein the first coupler is allowed to move from side to side on top of the support ring, and wherein the one or more freight containers are configured to swing outward as the train enters a curve, causing the first coupler to move toward the inside of the curve; and a control car positioned at an end of the train and configured to anchor a coupler of a pivoting coupler assembly in an adjacent carriage toward the inside of the curve to allow for increased cornering speed.
Device for controlling external pauses comprising: • a pause marker being electrically disconnected, • one part of the pause marker being coupled to a potentiometer , • and another part of the pause marker being housed in a casing housing the pause marker and the potentiometer , • a control shaft inserted either into the upper part, corresponding to the pause marker , or into the lower part, corresponding to the potentiometer and pause marker , characterized in that the casing is configured outwardly by a base with a cavity housing the potentiometer and anchoring means, such as anchor tabs and/or fixing studs to attach the said potentiometer , the said cavity being connected to a prolongation intended for positioning the pause marker , the bottom of the said cavity having a surface with a plurality of protrusions intended for the operation of the external pause control, and wherein on the base of the casing prolongations are incorporated. • a pause marker being electrically disconnected, • one part of the pause marker being coupled to a potentiometer , • and another part of the pause marker being housed in a casing housing the pause marker and the potentiometer , • a control shaft inserted either into the upper part, corresponding to the pause marker , or into the lower part, corresponding to the potentiometer and pause marker ,
A jacking tool for a wind turbine component having an outer housing and an internal rotatable member disposed in the outer housing and rotatable about a rotational axis , the jacking tool comprising: a support pin configured to be coupled to the outer housing and having a proximal end and a distal end that includes a bearing , the support pin configured to be selectively movable relative to the outer housing when coupled thereto, wherein the bearing of the support pin is configured to contact the internal rotatable member to support the internal rotatable member relative to the outer housing , and to allow the internal rotatable member to rotate within the outer housing while being supported by the jacking tool . a support pin configured to be coupled to the outer housing and having a proximal end and a distal end that includes a bearing , the support pin configured to be selectively movable relative to the outer housing when coupled thereto, wherein the bearing of the support pin is configured to contact the internal rotatable member to support the internal rotatable member relative to the outer housing , and to allow the internal rotatable member to rotate within the outer housing while being supported by the jacking tool .
A stage one turbine nozzle for a gas turbine, the nozzle comprising: an airfoil , the airfoil comprising an airfoil body, wherein a number of apertures are provided in the airfoil body and positioned along the airfoil body, characterized in the nozzle further comprising a supply tube extending into the airfoil and distinct from the airfoil body and at least a pair of injectors extending from the supply tube through the apertures to an outer surface of the airfoil ; wherein an air gap is provided surrounding each of the injectors between the respective injector and the airfoil body. an airfoil , the airfoil comprising an airfoil body, wherein a number of apertures are provided in the airfoil body and positioned along the airfoil body, characterized in the nozzle further comprising a supply tube extending into the airfoil and distinct from the airfoil body and at least a pair of injectors extending from the supply tube through the apertures to an outer surface of the airfoil ; wherein an air gap is provided surrounding each of the injectors between the respective injector and the airfoil body.
A substrate suitable for incorporation into an absorbent article for monitoring and detecting the presence of wetness therein and/or risk of exudate leakage therefrom, said substrate comprising a conductive pattern disposed on a first surface capable of being arranged proximal to a body facing side of the absorbent article , wherein said conductive pattern can be brought in electrical communication with a clip-on data processing module , said conductive pattern comprising a plurality of connection tracks ; and a plurality of sensing tracks connected to said connection tracks , characterized in that the conductive pattern is configured in a manner that addressing multiple combinations of said plurality of connection tracks with corresponding terminals of the clip-on data processing module result in multiple electrical circuit configurations for measuring resistance, impedance and/or capacitance therethrough, and wherein the plurality of circuits defined by the conductive pattern comprise circuits with an open configuration, and wherein the conductive pattern extends symmetrically in a direction substantially parallel to the length (L) of the substrate and a direction substantially perpendicular thereto, defining a plurality of independent electrical circuits, and wherein combinations of said electrical circuits are in electrical communication by selectively addressing at least two of the connection tracks with at least two corresponding terminals of the clip-on data processing module , and wherein resistance, impedance and/or capacitance measured through said plurality of circuits determines the wetness through corresponding sensing zones that are further directly related to body position of the wearer, and wherein the substrate comprises at least one insulating layer adhered thereto and sized to cover at least a portion of the conductive pattern , said at least one insulating layer adapted to provide a seal and/or barrier to liquid and/or exudates from coming into contact with said portion of the conductive pattern , and wherein the sensing tracks remain exposed to liquids and/or exudates and are not covered by said at least one insulating layer .