mhurhangee/patent-ind-claim-en huggingface dataset:
A wheel for a vehicle comprising: a rim ; an inner hub located radially inward from the rim ; an attachment assembly configured to couple the rim to the inner hub; a first air engaging flexible and aerodynamic surface (2-1) overlaying the attachment assembly configured to couple the rim to the inner hub , wherein the radially medial edge of the first air engaging flexible and aerodynamic surface (2-1) is operatively connected proximate to the inner hub , and the radially distal perimeter edge of the first air engaging flexible and aerodynamic surface (2-1) is operatively connected proximate to the rim , forming a first axial surface of the wheel; and a second air engaging flexible and aerodynamic surface (2-2) overlaying the attachment assembly configured to couple the rim to the inner hub, wherein the radially medial edge of the second air engaging flexible and aerodynamic surface (2-2) is operatively connected proximate to the inner hub , and the radially distal perimeter edge of the second air engaging flexible and aerodynamic surface is operatively connected proximate to the rim , forming a second axial surface of the wheel, which is axially opposed to the said first axial surface of the wheel; wherein said first air engaging flexible and aerodynamic surface (2-1) and said second air engaging flexible and aerodynamic surface (2-2) are adaptable to external forces and change shape, when subject to the external forces such that the wheel has a stall angle of between 15 and 25 degrees of yaw. a rim ; an inner hub located radially inward from the rim ; an attachment assembly configured to couple the rim to the inner hub; a first air engaging flexible and aerodynamic surface (2-1) overlaying the attachment assembly configured to couple the rim to the inner hub , wherein the radially medial edge of the first air engaging flexible and aerodynamic surface (2-1) is operatively connected proximate to the inner hub , and the radially distal perimeter edge of the first air engaging flexible and aerodynamic surface (2-1) is operatively connected proximate to the rim , forming a first axial surface of the wheel; and a second air engaging flexible and aerodynamic surface (2-2) overlaying the attachment assembly configured to couple the rim to the inner hub, wherein the radially medial edge of the second air engaging flexible and aerodynamic surface (2-2) is operatively connected proximate to the inner hub , and the radially distal perimeter edge of the second air engaging flexible and aerodynamic surface is operatively connected proximate to the rim , forming a second axial surface of the wheel, which is axially opposed to the said first axial surface of the wheel; wherein said first air engaging flexible and aerodynamic surface (2-1) and said second air engaging flexible and aerodynamic surface (2-2) are adaptable to external forces and change shape, when subject to the external forces such that the wheel has a stall angle of between 15 and 25 degrees of yaw.
Method for authenticating a motor vehicle in order to perform at least one procedure by way of the motor vehicle , wherein the at least one procedure relates to a predetermined region able to be travelled through by the motor vehicle , comprising the steps of: - the motor vehicle approaching the predetermined region in order to perform at least one procedure within the predetermined region, - capturing the predetermined region by way of a capturing apparatus of the motor vehicle , as a result of which the predetermined region is identified, - outputting an identification message (I) of the captured predetermined region by the motor vehicle to a server apparatus , - outputting a request message (A) for authenticating the motor vehicle in response to the identification message (I) by the server apparatus to a further server apparatus associated with the predetermined region, and - checking an authentication criterion on receipt of the request message (A) by the further server apparatus , wherein, on fulfilment of the at least one authentication criterion, the motor vehicle is authenticated to perform the at least one procedure, characterised in that , in order to authenticate the motor vehicle , authorisation data (FD) is output by the further server apparatus , in particular via the server apparatus , to the motor vehicle , and that, by means of the authorisation data (FD), a link between the motor vehicle and the further server apparatus for performing the at least one procedure of the motor vehicle is authorised by the further server apparatus . - the motor vehicle approaching the predetermined region in order to perform at least one procedure within the predetermined region, - capturing the predetermined region by way of a capturing apparatus of the motor vehicle , as a result of which the predetermined region is identified, - outputting an identification message (I) of the captured predetermined region by the motor vehicle to a server apparatus , - outputting a request message (A) for authenticating the motor vehicle in response to the identification message (I) by the server apparatus to a further server apparatus associated with the predetermined region, and - checking an authentication criterion on receipt of the request message (A) by the further server apparatus , wherein, on fulfilment of the at least one authentication criterion, the motor vehicle is authenticated to perform the at least one procedure, characterised in that , in order to authenticate the motor vehicle , authorisation data (FD) is output by the further server apparatus , in particular via the server apparatus , to the motor vehicle , and that, by means of the authorisation data (FD), a link between the motor vehicle and the further server apparatus for performing the at least one procedure of the motor vehicle is authorised by the further server apparatus .
Cartridge droplet dosage device with a cartridge and an actuation element , whereby the cartridge comprises a reservoir body with a valve pin , a cladding and a plug characterized by circumferential sealing ribs around a pin diameter and in that a fluid groove between a wall of the cladding and the valve pin projects from the reservoir body into a inner tube valve area , whereby the fluid groove is releasable either by the yielding of the sealing ribs and/or by the yielding of part of the cladding .
Gas cooking zone comprising: a gas burner which has a burner base , a burner cover and a plurality of gas outlet ports , and an infrared sensor device for ascertaining a temperature of a cooking receptacle associated with the gas cooking zone , wherein the gas outlet ports are arranged on a closed curve , wherein the infrared sensor device is arranged on the closed curve or offset in a radially outward direction from the closed curve , characterised in that the infrared sensor device at least partially penetrates the burner base and the burner cover . a gas burner which has a burner base , a burner cover and a plurality of gas outlet ports , and an infrared sensor device for ascertaining a temperature of a cooking receptacle associated with the gas cooking zone , wherein the gas outlet ports are arranged on a closed curve , wherein the infrared sensor device is arranged on the closed curve or offset in a radially outward direction from the closed curve , characterised in that the infrared sensor device at least partially penetrates the burner base and the burner cover .
A method for processing measurement data by means of a computing unit arrangement, wherein at least a number of three computing units is provided and the computing units are in data connection by means of at least one switch , wherein one of the computing units performs a control function as a driver and the at least two other computing units operate as work units , wherein the computing unit arrangement receives the measurement data via a data stream and the measurement data is in different data formats, characterized in that the driver analyzes the measurement data in relation to their different data formats and thereby extracts structural and/or format information from the measurement data , the driver creates a processing plan for the measurement data based on the structural and/or format information, wherein the processing plan is optimized in relation to the different data formats, the measurement data are divided into segments according to the processing plan and assigned to the work units for parallel processing. wherein at least a number of three computing units is provided and the computing units are in data connection by means of at least one switch , wherein one of the computing units performs a control function as a driver and the at least two other computing units operate as work units , wherein the computing unit arrangement receives the measurement data via a data stream and the measurement data is in different data formats, characterized in that the driver analyzes the measurement data in relation to their different data formats and thereby extracts structural and/or format information from the measurement data , the driver creates a processing plan for the measurement data based on the structural and/or format information, wherein the processing plan is optimized in relation to the different data formats, the measurement data are divided into segments according to the processing plan and assigned to the work units for parallel processing.
Internal combustion engine with a control device and at least one combustion chamber and an ignition amplifier assigned to the at least one combustion chamber , wherein - the ignition amplifier is designed as a spark plug or - wherein the ignition amplifier has a device for introducing fuel or a fuel-air mixture and is designed as a precombustion chamber or injector for a liquid fuel, wherein the at least one combustion chamber can be supplied with energy on the one hand via a supply device for a fuel-air mixture and can be supplied with energy on the other hand by the assigned ignition amplifier , wherein the control device is designed, in a detection mode, to change the excess air coefficient (λ) of the fuel-air mixture for the at least one combustion chamber , and at least one sensor is provided, the signals of which can be supplied to the control device and the signals of which are characteristic of the combustion event in the at least one combustion chamber , and wherein the control device is designed, - in detection mode, to recognize whether the change in the combustion event caused by the fuel-air mixture with a changed excess air coefficient (λ) reaches or exceeds a threshold value, and - to generate a detection signal representative of a state of the at least one ignition amplifier assigned to the at least one combustion chamber as a function of the signals supplied by the at least one sensor . - the ignition amplifier is designed as a spark plug or - wherein the ignition amplifier has a device for introducing fuel or a fuel-air mixture and is designed as a precombustion chamber or injector for a liquid fuel, - in detection mode, to recognize whether the change in the combustion event caused by the fuel-air mixture with a changed excess air coefficient (λ) reaches or exceeds a threshold value, and - to generate a detection signal representative of a state of the at least one ignition amplifier assigned to the at least one combustion chamber as a function of the signals supplied by the at least one sensor .
A position sensor mount for a diagnostic system for fluid control valves , comprising a base having a mount for coupling to a position sensor and a first clamp jaw ; a toggle clamp fixedly attached to the base , the toggle clamp having a main body coupled to the mount , a handle linkage pivotably coupled to the main body , and a second clamp jaw that opposes the first clamp jaw and is pivotably coupled to the main body , wherein the handle linkage is pivotably coupled to the second clamp jaw , such that pivoting the handle linkage moves the second clamp jaw toward and/or away from the first clamp jaw to clamp and/or release an object between the first and second clamp jaws , wherein the toggle clamp automatically adjusts to provide a fixed clamping force at different distances between the first clamp jaw and the second clamp jaw ; and an engagement assembly carried by the second clamp jaw , wherein the engagement assembly includes: a first clamp pad having a distal end that directly faces the first clamp jaw and swivels relative to the second clamp jaw ; a separating arm carried by the second clamp jaw , wherein the separating arm extends transverse to the second clamp jaw ; the first clamp pad carried by the separating arm ; and a second clamp pad carried by the separating arm , the second clamp pad having a distal end that directly faces the first clamp jaw and swivels relative to the second clamp jaw , wherein the first and second clamp pads are disposed on opposite lateral sides of the separating arm . a first clamp pad having a distal end that directly faces the first clamp jaw and swivels relative to the second clamp jaw ; a separating arm carried by the second clamp jaw , wherein the separating arm extends transverse to the second clamp jaw ; the first clamp pad carried by the separating arm ; and a second clamp pad carried by the separating arm , the second clamp pad having a distal end that directly faces the first clamp jaw and swivels relative to the second clamp jaw , wherein the first and second clamp pads are disposed on opposite lateral sides of the separating arm .
Extraction unit employed in a system for the analysis of a liquid sample , comprising: - an extraction device comprising at least one zone for extraction of at least one analyte contained in the said liquid sample and a device for the gas-analysis of the said analytes; - the said extraction unit comprising three connection points, referred to as first connection point , second connection point and third connection point , such that: - the said first connection point is arranged in order to be joined to a first fluid inlet intended to receive an incoming liquid stream originating from the liquid sample , - the said second connection point is arranged in order to be joined to a second fluid inlet intended to be connected to a first sort of gas to be injected in order to inject an incoming gas stream (FG1, FG2), - the said third connection point is arranged in order to be joined to an analysis device ; - the said extraction unit being characterized in that it comprises a main channel joining the said first connection point to the said second connection point through the said extraction device , a secondary channel connected to the main channel in order to directly join the third connection point to the said first connection point and to the said extraction device, and a fluid T-shaped section intended to bring about the joining of the secondary channel to the main channel , and in that - the said secondary channel exhibits a greater hydraulic resistance than that of the main channel . - an extraction device comprising at least one zone for extraction of at least one analyte contained in the said liquid sample and a device for the gas-analysis of the said analytes; - the said extraction unit comprising three connection points, referred to as first connection point , second connection point and third connection point , such that: - the said first connection point is arranged in order to be joined to a first fluid inlet intended to receive an incoming liquid stream originating from the liquid sample , - the said second connection point is arranged in order to be joined to a second fluid inlet intended to be connected to a first sort of gas to be injected in order to inject an incoming gas stream (FG1, FG2), - the said third connection point is arranged in order to be joined to an analysis device ; - the said extraction unit being characterized in that it comprises a main channel joining the said first connection point to the said second connection point through the said extraction device , a secondary channel connected to the main channel in order to directly join the third connection point to the said first connection point and to the said extraction device, and a fluid T-shaped section intended to bring about the joining of the secondary channel to the main channel , and in that - the said secondary channel exhibits a greater hydraulic resistance than that of the main channel .
A traction fluid comprising (A) a base fluid comprising cedar oil or a major constituent thereof and a polyolefin polymer, and (B) at least one lubricant additive for a power transmission apparatus, wherein the traction fluid comprises less than 5 wt.% longifolene, wherein by cedar oil or a major constituent thereof means that the base fluid of the traction fluid contains at least one of cedar oil, cedrene, cedrol, thujopsene, or a mixture thereof.
Connecting rail or rod for slotting into an opening of a window hardware, the U-shaped rod in cross-section comprising a median longitudinal plane and on either side thereof two legs or longitudinal sides , whereby the rod is provided with a clamping system for locking the rod in a hardware groove of a window profile , whereby the rod is further provided with a coupling zone in the zones of both ends (C,D) of the rod for coupling with the window hardware , whereby at least one longitudinal side of the rod is provided with several interspaced lateral clamping elements or snap-ins for clamping in or snapping the rod in the hardware groove , characterised in that the snap-ins , viewed from above, are arc-shaped, with an arc which for this purpose is elastically movable, whereby the ends of the arc-shaped snap-in are connected to the at least one longitudinal side , and whereby the rod has a height or thickness such that the upper plane A in snapped in condition in the hardware groove does not protrude or only slightly protrudes from the hardware groove .
Injection system comprising an ultrasound device for characterizing the flow of resin entering and leaving an injection mold during the phase of impregnation by said resin of a preform contained in said injection mold, characterized in that it includes two ultrasound sensors arranged respectively in the vicinity of the inlet port where the resin enters the injection mold , outside said mold, and in the vicinity of the outlet port where the resin leaves said mold, each sensor emitting an ultrasound wave towards the end of the mold in the vicinity of which it is positioned and receiving the ultrasound wave reflected by the medium.
A meal detection method executed by a processor of a computer , the meal detection method comprising: acquiring (S102) first sensing data from a first sensor configured to detect a motion of an arm of a target person; acquiring (S102) second sensing data from a second sensor configured to detect a heart rate of the target person; calculating (S112) a first evaluation value indicating likelihood that a meal is performed as a degree of similarity between a first feature amount calculated from the first sensing data and a pattern of movement of the arm that occurs when eating the meal; calculating (S112) a second evaluation value indicating likelihood that the meal is performed as a degree of similarity between a second feature amount calculated from the second sensing data and a pattern of the heart rate that occurs when eating the meal; and determining (S140-S142) whether the target person has eaten the meal or not by confirming whether the first evaluation value and the second evaluation value satisfy a predetermined condition. acquiring (S102) first sensing data from a first sensor configured to detect a motion of an arm of a target person; acquiring (S102) second sensing data from a second sensor configured to detect a heart rate of the target person; calculating (S112) a first evaluation value indicating likelihood that a meal is performed as a degree of similarity between a first feature amount calculated from the first sensing data and a pattern of movement of the arm that occurs when eating the meal; calculating (S112) a second evaluation value indicating likelihood that the meal is performed as a degree of similarity between a second feature amount calculated from the second sensing data and a pattern of the heart rate that occurs when eating the meal; and determining (S140-S142) whether the target person has eaten the meal or not by confirming whether the first evaluation value and the second evaluation value satisfy a predetermined condition.
An electrolyzed liquid generator , comprising: an electrolytic part having a stacked body in which a conductive film is stacked to be interposed between a cathode and an anode , the electrolytic part being configured to electrolyze a liquid; and a housing in which the electrolytic part is disposed, wherein the housing includes a channel having an inlet port into which a liquid supplied to the electrolytic part flows and an outlet port from which an electrolyzed liquid generated in the electrolytic part flows out, and having a liquid flow direction (X) in a direction intersecting a stacking direction (Z) of the stacked body , the electrolytic part includes a groove opening to the channel and having an interface between the conductive film and the cathode and an interface between the conductive film and the anode , the interfaces at least partially being exposed, characterized in that the electrolyzed liquid generator has a space (S) between at least one of an outer periphery of the cathode and an outer periphery of the anode , and an inner surface of the housing when viewed along the liquid flow direction (X), wherein the outer periphery of the cathode is a side surface of the cathode and the outer periphery of the anode is a side surface of the anode . an electrolytic part having a stacked body in which a conductive film is stacked to be interposed between a cathode and an anode , the electrolytic part being configured to electrolyze a liquid; and a housing in which the electrolytic part is disposed, wherein the housing includes a channel having an inlet port into which a liquid supplied to the electrolytic part flows and an outlet port from which an electrolyzed liquid generated in the electrolytic part flows out, and having a liquid flow direction (X) in a direction intersecting a stacking direction (Z) of the stacked body , the electrolytic part includes a groove opening to the channel and having an interface between the conductive film and the cathode and an interface between the conductive film and the anode , the interfaces at least partially being exposed, characterized in that the electrolyzed liquid generator has a space (S) between at least one of an outer periphery of the cathode and an outer periphery of the anode , and an inner surface of the housing when viewed along the liquid flow direction (X), wherein the outer periphery of the cathode is a side surface of the cathode and the outer periphery of the anode is a side surface of the anode .
An article configured for use with an apparatus configured to heat smokable material and volatilise at least one component of the smokable material , the article comprising: a material including a mixture of smokable material and a plurality of elements , each element of the plurality of elements comprising magnetic electrically-conductive material that is heatable by penetration with a varying magnetic field, characterised in that each of the elements are loop-shaped to create a closed circuit.