mhurhangee/ep-ind-claims huggingface dataset:
A thermocouple arrangement for measuring a first temperature of, for example, an exhaust gas passing through an exhaust gas system of an internal combustion engine, the thermocouple arrangement comprising: - a first thermocouple including a first thermoelement and a second thermoelement coupled to the first thermoelement at a first junction, the first junction being configured to be arranged at a first portion having a first temperature, the first thermoelement being made of a first material, the second thermoelement being made of a second material different to the first material; - a second thermocouple including a third thermoelement and a fourth thermoelement coupled to the third thermoelement at a second junction connected to the first thermoelement, the second junction being configured to be arranged at a second portion having a second temperature, the third thermoelement being made of a third material, the fourth thermoelement being made of a fourth material different to the third material; and - a third thermocouple including a fifth thermoelement and a sixth thermoelement coupled to the fifth thermoelement at a third junction connected to the second thermoelement, the third junction being configured to be arranged at the second portion having the second temperature, characterized in that the fifth thermoelement being made of a fifth material different to the third and fourth materials, the sixth thermoelement being made of a sixth material different to the third, fourth and fifth materials. - a first thermocouple including a first thermoelement and a second thermoelement coupled to the first thermoelement at a first junction, the first junction being configured to be arranged at a first portion having a first temperature, the first thermoelement being made of a first material, the second thermoelement being made of a second material different to the first material; - a second thermocouple including a third thermoelement and a fourth thermoelement coupled to the third thermoelement at a second junction connected to the first thermoelement, the second junction being configured to be arranged at a second portion having a second temperature, the third thermoelement being made of a third material, the fourth thermoelement being made of a fourth material different to the third material; and - a third thermocouple including a fifth thermoelement and a sixth thermoelement coupled to the fifth thermoelement at a third junction connected to the second thermoelement, the third junction being configured to be arranged at the second portion having the second temperature,
An arrangement for securing an airbag to an inflator and mounting the airbag and inflator to a motor vehicle, the arrangement comprising: a base member forming a mounting bracket adapted for attachment to the motor vehicle, the mounting bracket having a partially cylindrical shape extending through no more than 180°; and a retention member in form of a wire or cable clamp hoop including first and second ends (26A, 26B) being spaced from one another, characterized in that the first and second ends (26A, 26B) are secured to the mounting bracket, such that the retention member and the mounting bracket cooperate to define a circular opening for receiving the airbag and the inflator. a base member forming a mounting bracket adapted for attachment to the motor vehicle, the mounting bracket having a partially cylindrical shape extending through no more than 180°; and a retention member in form of a wire or cable clamp hoop including first and second ends (26A, 26B) being spaced from one another, characterized in that the first and second ends (26A, 26B) are secured to the mounting bracket, such that the retention member and the mounting bracket cooperate to define a circular opening for receiving the airbag and the inflator.
A method of forming a medical balloon, comprising: forming the medical balloon having radiopaque and non-radiopaque portions using a rotating die, wherein the radiopaque material is applied so as to identify a working surface of the medical balloon, either by defining the edges of the working surface, extending along the working surface, or extending along portions of the balloon other than the working surface. forming the medical balloon having radiopaque and non-radiopaque portions using a rotating die, wherein the radiopaque material is applied so as to identify a working surface of the medical balloon, either by defining the edges of the working surface, extending along the working surface, or extending along portions of the balloon other than the working surface.
An apparatus for concentrating analytes within a fluid using acoustic radiation pressure, comprising: (a) a function generator to output a radio frequency electric signal to a transducer, (b) the transducer connectively attached to a portion of a cylindrical tube (10, 15) having an axial center, said transducer being acoustically coupled to said tube (10, 15) and being capable of transforming said radio frequency electrical signal to an acoustic signal of the resonant frequency of a structural acoustic mode of the tube, the transducer exciting a length of the tube (10, 15) and said tube (10, 15) being vibrated in a dipole mode and converting said acoustic signal to said acoustic radiation pressure within said tube (10, 15), where said acoustic pressure concentrates said analytes to said axial center of said tube (10, 15), characterized in that the transducer is a single oscillator. (a) a function generator to output a radio frequency electric signal to a transducer, (b) the transducer connectively attached to a portion of a cylindrical tube (10, 15) having an axial center, said transducer being acoustically coupled to said tube (10, 15) and being capable of transforming said radio frequency electrical signal to an acoustic signal of the resonant frequency of a structural acoustic mode of the tube,
A vacuum pump with a rotor and a stator with at least one permanent magnet bearing, which is configured for the mutual rotational mounting of the rotor and the stator, and in which there is provided at the stator side a carrier for at least one magnetic ring, wherein the carrier with the at least one magnet ring is configured as a carrier which is adjustable in the axial direction without disassembly of the bearing, characterised in that the carrier has an internal thread, and in that a flange with an external thread is provided on a stator-side holding element, and in that the carrier is arranged rotatably on the stator-side flange and in that the carrier has at least one engagement opening and in that the stator-side holding element has at least one through hole corresponding to the at least one engagement opening.
A polymer having a crosslinkable group represented by the following formula: wherein the 1,2-dihydrocyclobuta[a]naplithalene ring may have a substituent and wherein the polymer includes triarylamine structures as partial structures.
A system for access control, said system comprising a plurality of mobile user devices, an access control device and an access control server, wherein - said access control server is configured to send configuration data to said access control device by communicating over a Low Throughput Network (501 503, 505), said configuration data comprising a distinct data element (RN-AP) and an authorization code (XRES-AP) for the access control device; - said access control device is configured to receive said configuration data from said access control server by communicating over the Low Throughput Network (501, 503, 505); - each mobile user device is configured to establish a communication channel with the access control device (601; 725) and to receive said distinct data element (RN-AP) over said communication channel (604; 704); and to send a request containing the distinct data element in order for the access control device to receive a further authorization code (XRES-AP) determined by the access control server (607, 608, 609; 706, 707, 708); and - said access control device is configured to compare the received further authorization code with the authorization code previously received at the access control device from the access control server (609'; 709') and to validate the access based on the result of the comparing. - said access control server is configured to send configuration data to said access control device by communicating over a Low Throughput Network (501 503, 505), said configuration data comprising a distinct data element (RN-AP) and an authorization code (XRES-AP) for the access control device; - said access control device is configured to receive said configuration data from said access control server by communicating over the Low Throughput Network (501, 503, 505); - each mobile user device is configured to establish a communication channel with the access control device (601; 725) and to receive said distinct data element (RN-AP) over said communication channel (604; 704); and to send a request containing the distinct data element in order for the access control device to receive a further authorization code (XRES-AP) determined by the access control server (607, 608, 609; 706, 707, 708); and - said access control device is configured to compare the received further authorization code with the authorization code previously received at the access control device from the access control server (609'; 709') and to validate the access based on the result of the comparing.
Flow-rate regulator having a regulation body, by way of which a clear opening dimension of a regulation opening can be varied in a manner dependent on a pressure acting on the regulation body, wherein the flow-rate regulator has a bypass channel in relation to the regulation opening, characterized in that the cross section of the bypass channel varies along the course of the bypass channel, wherein the bypass channel is formed without any undercuts in the flow direction and has a clear opening cross section which decreases in size monotonically in the flow direction.
Finishing apparatus for machining shaft axial bearing surface combinations and in particular crankshaft thrust bearing surface combinations, comprising a holder, arranged or able to be arranged on a bed of a machine, on which a machining unit (42, 44) having a finishing tool (46, 56) is mounted to be movable, a movement of the machining unit (42, 44) being paralleled by a setting of a diameter, to be machined by means of the finishing tool (46, 56), of a shaft axial bearing surface combination, characterised in that for the movement of the machining unit (42, 44) there is provided a motive drive unit (62, 64) which drives the machining unit (42, 44) along an infeed axis (74, 76).
A method of transmitting or receiving a vehicle-to-everything, V2X, signal of a terminal in a wireless communication system, the method comprising: transmitting or receiving a V2X control signal through a first carrier configured commonly in a first region and a second region; and transmitting or receiving V2X data through a second carrier configured in the first region and a third carrier configured in the second region based on scheduling information, wherein the V2X control signal includes the scheduling information for transmitting or receiving the V2X data through each of the second carrier and the third carrier, wherein the first region and the second region are adjacent different geographical regions. transmitting or receiving a V2X control signal through a first carrier configured commonly in a first region and a second region; and transmitting or receiving V2X data through a second carrier configured in the first region and a third carrier configured in the second region based on scheduling information, wherein the V2X control signal includes the scheduling information for transmitting or receiving the V2X data through each of the second carrier and the third carrier, wherein the first region and the second region are adjacent different geographical regions.
Method for forming package bodies open on one side from package sleeves open on both sides for the manufacture of filled packages, - in the case of which the package sleeves are held ready in a stack for further processing, folded flat along at least two fold edges running in the longitudinal direction of the package sleeves, - in the case of which the flat-folded package sleeves are transferred consecutively from the stack to a forming station, - in the case of which the package sleeves are unfolded in a forming station, - in the case of which the package sleeves are positioned in the forming station between at least two mould halves (100, 101) of a mould and are unfolded by closing the mould and - in the case of which the unfolded package sleeves are pushed from the forming station onto a mandrel for closing, in particular sealing, a longitudinal end of the package sleeve, characterised in that the package sleeves are drawn in the forming station, before they are positioned between the mould halves (100, 101), through a channel coming into contact with the two opposing fold edges of the package sleeve and tapering transverse to the package sleeve. - in the case of which the package sleeves are held ready in a stack for further processing, folded flat along at least two fold edges running in the longitudinal direction of the package sleeves, - in the case of which the flat-folded package sleeves are transferred consecutively from the stack to a forming station, - in the case of which the package sleeves are unfolded in a forming station, - in the case of which the package sleeves are positioned in the forming station between at least two mould halves (100, 101) of a mould and are unfolded by closing the mould and - in the case of which the unfolded package sleeves are pushed from the forming station onto a mandrel for closing, in particular sealing, a longitudinal end of the package sleeve, characterised in that the package sleeves are drawn in the forming station, before they are positioned between the mould halves (100, 101), through a channel coming into contact with the two opposing fold edges of the package sleeve and tapering transverse to the package sleeve.
A method comprising: detecting faces at associated face positions in video frames capturing a scene; framing the video frames to a view of the scene encompassing all of the detected faces; detecting that a previously detected face is no longer detected and, in response: starting a timeout period; independently of the detecting faces, detecting motion across the view, wherein the independently detecting motion includes detecting motion without reference to information associated with detected face positions; determining if the detected motion (i) coincides with the face position of the previously detected face that is no longer detected, and (ii) occurs before the timeout period expires; and if it is determined that the detected motion coincides with the face position and occurs before the timeout period expires, restarting the timeout period and repeating the independently detecting motion and the determining. detecting faces at associated face positions in video frames capturing a scene; framing the video frames to a view of the scene encompassing all of the detected faces; detecting that a previously detected face is no longer detected and, in response: starting a timeout period; independently of the detecting faces, detecting motion across the view, wherein the independently detecting motion includes detecting motion without reference to information associated with detected face positions; determining if the detected motion (i) coincides with the face position of the previously detected face that is no longer detected, and (ii) occurs before the timeout period expires; and if it is determined that the detected motion coincides with the face position and occurs before the timeout period expires, restarting the timeout period and repeating the independently detecting motion and the determining. starting a timeout period; independently of the detecting faces, detecting motion across the view, wherein the independently detecting motion includes detecting motion without reference to information associated with detected face positions; determining if the detected motion (i) coincides with the face position of the previously detected face that is no longer detected, and (ii) occurs before the timeout period expires; and if it is determined that the detected motion coincides with the face position and occurs before the timeout period expires, restarting the timeout period and repeating the independently detecting motion and the determining.
A transparent light emitting diode film, comprising: a transparent base; an electrode layer located on the transparent base and comprising: a common electrode extended in a first direction and connected to each one end of a plurality of light emitting diodes; and a plurality of individual electrodes separated at a predetermined gap and each connected to each other end of the plurality of light emitting diodes; a plurality of pads located on the electrode layer: the plurality of light emitting diodes located on a respective one of the plurality of pads; and a transparent adhesive layer located on the electrode layer and being shaped to define a plurality of openings each sized to accommodate a respective one of the plurality of light emitting diodes, wherein the transparent adhesive layer is configured for attaching the transparent light emitting diode film to an attached surface. a transparent base; an electrode layer located on the transparent base and comprising: a common electrode extended in a first direction and connected to each one end of a plurality of light emitting diodes; and a plurality of individual electrodes separated at a predetermined gap and each connected to each other end of the plurality of light emitting diodes; a plurality of pads located on the electrode layer: the plurality of light emitting diodes located on a respective one of the plurality of pads; and a transparent adhesive layer located on the electrode layer and being shaped to define a plurality of openings each sized to accommodate a respective one of the plurality of light emitting diodes, wherein the transparent adhesive layer is configured for attaching the transparent light emitting diode film to an attached surface. a common electrode extended in a first direction and connected to each one end of a plurality of light emitting diodes; and a plurality of individual electrodes separated at a predetermined gap and each connected to each other end of the plurality of light emitting diodes; a plurality of pads located on the electrode layer: the plurality of light emitting diodes located on a respective one of the plurality of pads; and a transparent adhesive layer located on the electrode layer and being shaped to define a plurality of openings each sized to accommodate a respective one of the plurality of light emitting diodes, wherein the transparent adhesive layer is configured for attaching the transparent light emitting diode film to an attached surface.
An apparatus for rotating and for adjusting the vertical position of a polished rod of a pump, the apparatus comprising: a tubular rod carrier for receiving the polished rod therethrough, the rod carrier having external threads; means for fixing the rod carrier to the polished rod and means for preventing rotation of the rod carrier and the polished rod; and a rotator surrounding the rod carrier, the rotator comprising a wheel having a threaded core for threaded connection with the external threads of the rod carrier, and a main thrust bearing for supporting the wheel; wherein, when the polished rod rotates freely, rotation of the wheel rotates the rod carrier and the polished rod about its vertical axis, wherein, when the polished rod is prevented from rotation, rotation of the wheel relative to the rod carrier results in vertical movement of the rod carrier and the polished rod, and wherein the vertical movement occurs without disengaging the means for fixing the rod carrier to the polished rod. a tubular rod carrier for receiving the polished rod therethrough, the rod carrier having external threads; means for fixing the rod carrier to the polished rod and means for preventing rotation of the rod carrier and the polished rod; and a rotator surrounding the rod carrier, the rotator comprising a wheel having a threaded core for threaded connection with the external threads of the rod carrier, and a main thrust bearing for supporting the wheel; a wheel having a threaded core for threaded connection with the external threads of the rod carrier, and a main thrust bearing for supporting the wheel; wherein, when the polished rod rotates freely, rotation of the wheel rotates the rod carrier and the polished rod about its vertical axis, wherein, when the polished rod is prevented from rotation, rotation of the wheel relative to the rod carrier results in vertical movement of the rod carrier and the polished rod, and wherein the vertical movement occurs without disengaging the means for fixing the rod carrier to the polished rod.
A combination of a medical device rack and a medical device (1, 1001) holding an infusion tube or a syringe, comprising: a main body; and a mounting section (C1, C2, C3) provided at the main body to detachably mount the medical device (1, 1001) by entirely being slid and pushed in the vertical direction to the mounting section (C1, C2, C3) from a front side, characterized in that the mounting section (C1, C2, C3) includes an upper post and a lower post of a supporting portion having a rotary center shaft configured to be fitted to a first insertion hole and a second insertion hole respectively on a rear surface portion side of the medical device side to support the medical device (1, 1001) in a rotatable manner such that the rotary center shaft is a rotary support center. a main body; and a mounting section (C1, C2, C3) provided at the main body to detachably mount the medical device (1, 1001) by entirely being slid and pushed in the vertical direction to the mounting section (C1, C2, C3) from a front side, characterized in that the mounting section (C1, C2, C3) includes an upper post and a lower post of a supporting portion having a rotary center shaft configured to be fitted to a first insertion hole and a second insertion hole respectively on a rear surface portion side of the medical device side to support the medical device (1, 1001) in a rotatable manner such that the rotary center shaft is a rotary support center.