mhurhangee/patent-ind-claim-en huggingface dataset:
A working vehicle comprising: a drive shaft part to which power generated by a power source is transmitted; and a drive shaft braking mechanism which generates a braking force on the drive shaft part when a brake pedal is depressed, wherein the braking mechanism includes a disc rotating together with a shaft of the drive shaft part and a clamping part characterised in that the clamping part is capable of clamping the disc according to the pivoting of a drive shaft braking arm , the clamping part has a fixed portion fixed to a rear axle housing and a movable portion , the movable portion is formed in an annular shape and has: an engagement hole with which the drive shaft braking arm engages, and ball holes in which parts of balls are accommodated and each of the ball holes is formed so that its bottom surface is inclined, the balls accommodated in the ball holes are in a non-operation position where the depth of the ball holes is deep, and the movable portion moves toward the disc along an axial direction of the shaft , when the movable portion is pivoted by the drive shaft braking arm from the state where the balls are in the non-operation position, wherein the drive shaft part transmits the power to drive wheels via a differential device , and the fixed portion supports the shaft of the drive shaft part to be rotatable via a bearing . a drive shaft part to which power generated by a power source is transmitted; and a drive shaft braking mechanism which generates a braking force on the drive shaft part when a brake pedal is depressed, wherein the braking mechanism includes a disc rotating together with a shaft of the drive shaft part and a clamping part characterised in that the clamping part is capable of clamping the disc according to the pivoting of a drive shaft braking arm , the clamping part has a fixed portion fixed to a rear axle housing and a movable portion , the movable portion is formed in an annular shape and has: an engagement hole with which the drive shaft braking arm engages, and ball holes in which parts of balls are accommodated and each of the ball holes is formed so that its bottom surface is inclined, an engagement hole with which the drive shaft braking arm engages, and ball holes in which parts of balls are accommodated and each of the ball holes is formed so that its bottom surface is inclined, the balls accommodated in the ball holes are in a non-operation position where the depth of the ball holes is deep, and the movable portion moves toward the disc along an axial direction of the shaft , when the movable portion is pivoted by the drive shaft braking arm from the state where the balls are in the non-operation position, wherein the drive shaft part transmits the power to drive wheels via a differential device , and the fixed portion supports the shaft of the drive shaft part to be rotatable via a bearing .
A demodulation sensor, comprising: a pixel array comprising pixels , wherein each pixel is configured to transfer charge carriers in an alternating fashion from a photo-sensitive area to different storage sites (220A, 220B-220N) of the pixel synchronously with a modulation of a light source in a time sequence of subframes for different phases of the modulation of the light source to produce at least two signals for every subframe; a storage array comprising storage elements , each of the storage elements receiving the at least two signals from a corresponding one of the storage sites (220A, 220B-220N) of the pixels for the subframes and accumulating the subframes into full frames; and analog to digital converters between the pixel array and the storage array for converting the signals into digital subframe values; and characterized by : a subframe compression unit that compresses the digital subframe values. a pixel array comprising pixels , wherein each pixel is configured to transfer charge carriers in an alternating fashion from a photo-sensitive area to different storage sites (220A, 220B-220N) of the pixel synchronously with a modulation of a light source in a time sequence of subframes for different phases of the modulation of the light source to produce at least two signals for every subframe; a storage array comprising storage elements , each of the storage elements receiving the at least two signals from a corresponding one of the storage sites (220A, 220B-220N) of the pixels for the subframes and accumulating the subframes into full frames; and analog to digital converters between the pixel array and the storage array for converting the signals into digital subframe values; and characterized by : a subframe compression unit that compresses the digital subframe values.
Spoke-attachment flange for a hub for a bicycle wheel, said flange comprising an annular body made of a composite material and extending coaxially to a rotation axis (X), said annular body comprising: - a radially outer annular portion including a plurality of unidirectional structural fibers incorporated in a polymeric material and oriented along a substantially circumferential direction; - a plurality of seats configured to house enlarged heads of spokes ; - a plurality of interconnection areas devoid of said seats , each of said interconnection areas being circumferentially arranged between two respective seats ; characterized in that said radially outer annular portion includes, at each of said seats , a number of radially juxtaposed layers of said unidirectional structural fibers greater than the number of layers of said unidirectional structural fibers provided at each of said interconnection areas . - a radially outer annular portion including a plurality of unidirectional structural fibers incorporated in a polymeric material and oriented along a substantially circumferential direction; - a plurality of seats configured to house enlarged heads of spokes ; - a plurality of interconnection areas devoid of said seats , each of said interconnection areas being circumferentially arranged between two respective seats ; characterized in that said radially outer annular portion includes, at each of said seats , a number of radially juxtaposed layers of said unidirectional structural fibers greater than the number of layers of said unidirectional structural fibers provided at each of said interconnection areas .
Heating water and/or domestic hot water provision device (1, 1', 1", 1''') including at least one heat storage means , wherein the heat storage means includes at least one first and one second chamber each containing at least one phase change composition including at least one phase change material, wherein the melting temperature of the phase change material in the first chamber is in a low-temperature range and the melting temperature of the phase change material in the second chamber is in a high-temperature range; and wherein each chamber is fluidic coupled to at least one inlet and at least one outlet for input and output of a fluid, characterized in that the phase change compositions are disposed in a plurality of capsules .
A cosmetic brush comprising: a core wire part ; and a bristle group radially attached to the core wire part around an axis of the core wire part continuously in a helical state in an axial direction of the core wire part , the bristle group having bristles each made up of a basic fiber and a wound fiber helically wound around an outer circumferential surface of the basic fiber in a welded state, wherein the basic fiber is constituted by bundling a plurality of constituent fibers , wherein the outer circumferential surface of the basic fiber has groove-like recesses each formed between the constituent fibers adjacent to each other, wherein the wound fiber is helically wound around the plurality of bundled constituent fibers and wherein the plurality of constituent fibers serving as the basic fiber is twisted around an axis of the basic fiber , characterized in that the wound fiber and each of the constituent fibers are arranged to intersect with each other based on a helical direction of the wound fiber and a twist direction of the constituent fibers , and wherein the wound fiber and each of the constituent fibers are extended away from each other in the axial direction of the basic fiber as these fibers go further in a circumferential direction of the basic fiber from each of intersections therebetween. the bristle group having bristles each made up of a basic fiber and a wound fiber helically wound around an outer circumferential surface of the basic fiber in a welded state, wherein the basic fiber is constituted by bundling a plurality of constituent fibers , wherein the outer circumferential surface of the basic fiber has groove-like recesses each formed between the constituent fibers adjacent to each other, wherein the wound fiber is helically wound around the plurality of bundled constituent fibers and wherein the plurality of constituent fibers serving as the basic fiber is twisted around an axis of the basic fiber , characterized in that the wound fiber and each of the constituent fibers are arranged to intersect with each other based on a helical direction of the wound fiber and a twist direction of the constituent fibers , and wherein the wound fiber and each of the constituent fibers are extended away from each other in the axial direction of the basic fiber as these fibers go further in a circumferential direction of the basic fiber from each of intersections therebetween.
A sealable module for containing heat generating electronic components , the module comprising: a housing ; a heat transfer device having a conduction surface , the housing and the conduction surface together defining a volume in which a first cooling liquid can be located, the heat transfer device further defining a channel for receiving a second cooling liquid, the conduction surface separating the volume and the channel to allow conduction of heat between the volume and the channel through the conduction surface ; electronic components located in the volume; and a circuit board holding the electronic components , wherein the faces of the electronic components project by different amounts from the surface of the circuit board ; wherein the conduction surface has projections into the first volume for conducting heat between the volume and the channel , the component side of the circuit board facing the projections ; and characterised in that the projections each have a respective height arranged in conformity with the height of the adjacent corresponding electronic component , such that a projection adjacent an electronic component with a deeper profile has a lower height than a projection adjacent an electronic component with a lower profile. a housing ; a heat transfer device having a conduction surface , the housing and the conduction surface together defining a volume in which a first cooling liquid can be located, the heat transfer device further defining a channel for receiving a second cooling liquid, the conduction surface separating the volume and the channel to allow conduction of heat between the volume and the channel through the conduction surface ; electronic components located in the volume; and a circuit board holding the electronic components , wherein the faces of the electronic components project by different amounts from the surface of the circuit board ; wherein the conduction surface has projections into the first volume for conducting heat between the volume and the channel , the component side of the circuit board facing the projections ; and characterised in that the projections each have a respective height arranged in conformity with the height of the adjacent corresponding electronic component , such that a projection adjacent an electronic component with a deeper profile has a lower height than a projection adjacent an electronic component with a lower profile.
An electronic article comprising: a first section extending in a longitudinal direction, the first section including, a liquid supply region configured to store liquid material, a wick in communication with the liquid supply region , a heater configured to heat the liquid material, a mouth-end insert including a plurality of outlets , and a connector piece ; and a second section extending in the longitudinal direction, the second section including, a battery configured to electrically connect to the heater , and a connection fixture configured to connect with the connector piece , the connector piece including an angled hole formed therein, the connection fixture including a slot and an annular space in an inner portion thereof which communicates with the slot , the slot of the connection fixture being in communication with the angled hole of the connector piece via the annular space , so that, in use, air drawn in through the slot can travel into the annular space and from there into the angled hole of the connector piece . a first section extending in a longitudinal direction, the first section including, a liquid supply region configured to store liquid material, a wick in communication with the liquid supply region , a heater configured to heat the liquid material, a mouth-end insert including a plurality of outlets , and a connector piece ; and a second section extending in the longitudinal direction, the second section including, a battery configured to electrically connect to the heater , and a connection fixture configured to connect with the connector piece , the connector piece including an angled hole formed therein, the connection fixture including a slot and an annular space in an inner portion thereof which communicates with the slot , the slot of the connection fixture being in communication with the angled hole of the connector piece via the annular space , so that, in use, air drawn in through the slot can travel into the annular space and from there into the angled hole of the connector piece .
A plunger clamp comprising: a body , the body defining a bore ; a plunger slidably positioned in the bore in the body; a lever pivotally connected to the body; a link arm pivotally connected between the body and lever; a catch mechanism coupled with the body; a latch mechanism coupled with the lever; characterised in that the catch mechanism and latch mechanism coupling with one another for locking the plunger in a clamped position and in a released position. a body , the body defining a bore ; a plunger slidably positioned in the bore in the body; a lever pivotally connected to the body; a link arm pivotally connected between the body and lever; a catch mechanism coupled with the body; a latch mechanism coupled with the lever; characterised in that the catch mechanism and latch mechanism coupling with one another for locking the plunger in a clamped position and in a released position.
A manager apparatus for use in an electrical utility meter , wherein the electrical utility meter comprises a first measurement sensor for measuring a first electrical property and a monitor module configured to determine an estimate of a transfer function of the first measurement sensor, wherein the manager apparatus is configured to: output a first control instruction for instructing the monitor module to determine an estimate of the transfer function of the first measurement sensor over a first individual run length of time; obtain a first monitor result from the monitor module, the monitor result comprising the estimate of the transfer function of the first measurement sensor; and generate, based at least in part on the first monitor result, a report indicative of a change in accuracy of the electrical utility meter by comparing the estimate of the transfer function of the first measurement sensor with a benchmark transfer function. output a first control instruction for instructing the monitor module to determine an estimate of the transfer function of the first measurement sensor over a first individual run length of time; obtain a first monitor result from the monitor module, the monitor result comprising the estimate of the transfer function of the first measurement sensor; and generate, based at least in part on the first monitor result, a report indicative of a change in accuracy of the electrical utility meter by comparing the estimate of the transfer function of the first measurement sensor with a benchmark transfer function.
An air cap nozzle for discharging an atomising air jet for atomising paint from a spray gun, the air cap nozzle comprising a tip surface having an atomising air outlet and a rim region surrounding the atomising air outlet ; wherein: the rim region comprises a single continuous serrated portion formed by a plurality of protrusions that protrude axially outward from the rim region of the tip surface; and the plurality of protrusions is separated by valleys configured to permit entrainment of ambient air by the atomising airjet , the entrained ambient air being drawn through the valleys , the permitted entrainment providing mixing between the entrained ambient air and the atomising air jet , characterised in that the continuous serrated portion forms a trailing edge that impinges with the atomising air jet . wherein: the rim region comprises a single continuous serrated portion formed by a plurality of protrusions that protrude axially outward from the rim region of the tip surface; and the plurality of protrusions is separated by valleys configured to permit entrainment of ambient air by the atomising airjet , the entrained ambient air being drawn through the valleys , the permitted entrainment providing mixing between the entrained ambient air and the atomising air jet , characterised in that the continuous serrated portion forms a trailing edge that impinges with the atomising air jet .
A device for generating a jet of two-phase fluid, comprising a nozzle having a main duct , which is supplied with a pressurized gaseous fluid and opens into a mixing chamber , and a plurality of secondary ducts (301 to 305), which are distributed at the periphery of the main duct , the secondary ducts (301 to 305) converging toward the mixing chamber and being supplied with at least one pressurized liquid fluid and opening into the mixing chamber in a direction forming a non-zero angle with the axis of the main duct, • the mixing chamber having a convergent-divergent cylindrical wall which has a constriction defining a discal opening in the plane perpendicular to the axis of the main duct, • the device being characterized in that the convergent part of the cylindrical wall has a frustoconical region in the extension of the axes of the secondary ducts (301 to 305) so as to form a fragmentation chamber for the liquid phase. • the mixing chamber having a convergent-divergent cylindrical wall which has a constriction defining a discal opening in the plane perpendicular to the axis of the main duct, • the device being characterized in that the convergent part of the cylindrical wall has a frustoconical region in the extension of the axes of the secondary ducts (301 to 305) so as to form a fragmentation chamber for the liquid phase.
Fan wheel for conveying a gaseous fluid, having a plurality of blades which are arranged in a predeterminable angular division in an annular spatial volume about an axis of rotation and which are each fixed with their axial, mutually opposite end regions to carrier means , wherein a first carrier means is constructed as a disc-shaped circular blank which is coaxial with the axis of rotation and comprises a hub arrangement and wherein a second carrier means is constructed as a ring which is coaxial with the axis of rotation , wherein a support disc is arranged at a distance from the first carrier means , which support disc is coaxial with the axis of rotation and forms an annular gap with the first carrier means , and wherein the support disc is penetrated by at least one inlet opening which allows a radially outwardly directed fluid flow in the annular gap , characterised in that projections extending in the axial direction into the annular gap are formed on the supporting disc and/or on the first carrier means respectively, which are fixed to an opposite surface of the supporting disc or of the first carrier means .
A vehicle comprising a vehicle interior monitoring device , wherein the vehicle interior monitoring device comprises: an imaging unit configured to be capable of imaging a target area in a vehicle interior , the target area containing a face of a driver sitting in a driver's seat in the vehicle interior ; and an illumination unit configured to be capable of illuminating the target area, the vehicle interior monitoring device being configured to monitor a state of the vehicle interior based on an image obtained by imaging the target area with the imaging unit while illuminating the target area using the illumination unit , wherein: a blow-out port configured to send air for air-conditioning so as to be capable of adjusting temperature and humidity in the vehicle interior , and an air flow duct configured to guide the air for air-conditioning to the blow-out port are provided in a central region in a vehicle width direction of an instrument panel located in the vehicle interior on a front side of the vehicle, characterized in that : the illumination unit is arranged in the central region of the instrument panel on a passenger seat side in the vehicle width direction with respect to the blow-out port ; and a part or the entirety of the illumination unit is located below a part of the blow-out port , and arranged so as to be aligned with the part of the blow-out port in an up-down direction. an imaging unit configured to be capable of imaging a target area in a vehicle interior , the target area containing a face of a driver sitting in a driver's seat in the vehicle interior ; and an illumination unit configured to be capable of illuminating the target area, the vehicle interior monitoring device being configured to monitor a state of the vehicle interior based on an image obtained by imaging the target area with the imaging unit while illuminating the target area using the illumination unit , wherein: a blow-out port configured to send air for air-conditioning so as to be capable of adjusting temperature and humidity in the vehicle interior , and an air flow duct configured to guide the air for air-conditioning to the blow-out port are provided in a central region in a vehicle width direction of an instrument panel located in the vehicle interior on a front side of the vehicle, characterized in that : the illumination unit is arranged in the central region of the instrument panel on a passenger seat side in the vehicle width direction with respect to the blow-out port ; and a part or the entirety of the illumination unit is located below a part of the blow-out port , and arranged so as to be aligned with the part of the blow-out port in an up-down direction. the illumination unit is arranged in the central region of the instrument panel on a passenger seat side in the vehicle width direction with respect to the blow-out port ; and a part or the entirety of the illumination unit is located below a part of the blow-out port , and arranged so as to be aligned with the part of the blow-out port in an up-down direction.