mhurhangee/ep-ind-claims huggingface dataset:
A gas temperature sensor comprising: a temperature sensing element having a temperature sensing unit and a pair of device electrode wires extending from the temperature sensing unit; a sheath member including a sheath wire connected at a junction to at least one of the device electrode wires and a sheath outer pipe retaining the sheath wire in an insulating material; a first tube made of a metal which has a bottomed cylindrical shape, said first tube accommodating the temperature sensing element and the junction in a bottom portion side of the first tube serving as a front end of the gas temperature sensor, and extending in an extension direction of the device electrode wire and the sheath wire; and a second cylindrical tube having an open end, characterized by the first tube being an inner tube, and the second tube being an outer tube, said outer tube covering the inner tube such that the open front end of the outer tube is located at a front end side of the junction and at the rear end side of, or aligned with the front end of the inner tube, when viewed from a direction perpendicular to an axial direction of the inner tube, and being spaced from the inner tube at the front end side of the junction, wherein the insulating material is filled between the temperature sensing element and an inner surface of the inner tube. a temperature sensing element having a temperature sensing unit and a pair of device electrode wires extending from the temperature sensing unit; a sheath member including a sheath wire connected at a junction to at least one of the device electrode wires and a sheath outer pipe retaining the sheath wire in an insulating material; a first tube made of a metal which has a bottomed cylindrical shape, said first tube accommodating the temperature sensing element and the junction in a bottom portion side of the first tube serving as a front end of the gas temperature sensor, and extending in an extension direction of the device electrode wire and the sheath wire; and a second cylindrical tube having an open end, characterized by the first tube being an inner tube, and the second tube being an outer tube, said outer tube covering the inner tube such that the open front end of the outer tube is located at a front end side of the junction and at the rear end side of, or aligned with the front end of the inner tube, when viewed from a direction perpendicular to an axial direction of the inner tube, and being spaced from the inner tube at the front end side of the junction, wherein the insulating material is filled between the temperature sensing element and an inner surface of the inner tube.
A polyvinyl chloride-based resin molded product of unplasticised polyvinyl chloride-based resin, obtained by molding a resin mixture containing 5 to 12 parts by weight of calcium carbonate having an average primary particle size of 0.01 to 0.3 μm as measured by TEM and 2 to 4 parts by weight of impact modifier per 100 parts by weight of polyvinyl chloride-based resin, wherein the Charpy impact strength of the molded product, measured in accordance with JIS K 7111 at 23 ± 2°C, is 20 kJ/m 2 or more, and a weight reduction ratio is 1.5 mg/cm 2 or less when the molded product is immersed in a 93% by weight sulfuric acid aqueous solution for 14 days in accordance with JIS K 6745.
A high impact resistant tool, comprising: a superhard material bonded to a carbide substrate at a non-planar interface; characterised in that the superhard material comprises a pointed geometry with an apex (202, 300) comprising a 0.127 cm (.050 inch) to 0.406 cm (.160 inch) radius of curvature; and that the superhard material comprises a 0.254 cm (.100 inch) to 1.27 cm (.500 inch) thickness from the apex (202, 300) to the non-planar interface. a superhard material bonded to a carbide substrate at a non-planar interface; characterised in that the superhard material comprises a pointed geometry with an apex (202, 300) comprising a 0.127 cm (.050 inch) to 0.406 cm (.160 inch) radius of curvature; and that the superhard material comprises a 0.254 cm (.100 inch) to 1.27 cm (.500 inch) thickness from the apex (202, 300) to the non-planar interface.
Device for a busbar system, wherein a housing of the device comprises electrical connector contacts on a housing side, which are embodied in such a manner that they can be guided through feedthrough openings of a contact-protected base plate module of the busbar system and can be plugged into contact openings, which lie uniformly spaced below the feedthrough openings, of busbar modules which are provided within the base plate module, so as to produce a direct electrical and mechanical connection to the busbar modules, characterised in that the connector contacts of the device are V-shaped or finger-shaped and also self-resilient.
A method for controlling an LED lamp, which comprises at least one first LED arrangement and one second LED arrangement, the first LED arrangement and the second LED arrangement emitting light with different light spectra during operation in the process and the first LED arrangement preferably emitting a higher blue-light portion than the second LED arrangement, the portions of the light emitted by the first LED arrangement and the second LED arrangement within a total light spectrum of the LED arrangements (1, 2) being controlled in accordance with a predetermined time-dependent, preferably circadian, spectrum control curve, characterized in that upon receipt of a change signal from a user interface to manually change the spectrum control curve for a current instant, the spectrum control curve is locally modified and this local modification is automatically taken into account at least partially during a subsequent new pass of the spectrum control curve.
A method for authenticating a 3D pattern of a 3D pattern surface formed from a 3D pattern reference image with an imaging device having an imaging device screen, an imaging device camera and an imaging device processor, comprising the steps of: providing, with the imaging device screen, an indication of a first imaging device position; capturing, with the imaging device camera, a first digital image of the 3D pattern surface, wherein the 3D pattern surface is formed from a 3D pattern reference image; comparing, with the imaging device processor, by a cross-correlation, the first digital image with the 3D pattern reference image to generate a first cross-correlation image signal; providing, with the imaging device screen, an indication of a second imaging device position; capturing, with the imaging device camera, a second digital image of the 3D pattern surface, wherein the 3D pattern surface is formed from a 3D pattern reference image; comparing, with the imaging device processor, by a cross-correlation, the second image with the a 3D pattern reference image to generate a second cross-correlation image signal; measuring, with the imaging device processor, a difference between the first and second cross-correlation image signals; and determining, with the imaging device processor, an authenticity of the 3D pattern based at least in part on whether the measured difference is above a pre-defined threshold. providing, with the imaging device screen, an indication of a first imaging device position; capturing, with the imaging device camera, a first digital image of the 3D pattern surface, wherein the 3D pattern surface is formed from a 3D pattern reference image; comparing, with the imaging device processor, by a cross-correlation, the first digital image with the 3D pattern reference image to generate a first cross-correlation image signal; providing, with the imaging device screen, an indication of a second imaging device position; capturing, with the imaging device camera, a second digital image of the 3D pattern surface, wherein the 3D pattern surface is formed from a 3D pattern reference image; comparing, with the imaging device processor, by a cross-correlation, the second image with the a 3D pattern reference image to generate a second cross-correlation image signal; measuring, with the imaging device processor, a difference between the first and second cross-correlation image signals; and determining, with the imaging device processor, an authenticity of the 3D pattern based at least in part on whether the measured difference is above a pre-defined threshold.
Assembly for producing a vehicle windscreen wiping system, including an end fitting of a wiper arm adapted to move a wiper, a connection interface and an intermediate part called clamp, said assembly being adapted to occupy a working position in which said interface is free relative to said end fitting and a so-called service position in which said interface is retained in an oriented manner inside said end fitting by said clamp, characterized in that at least a part of said clamp is configured in such a way as to be accessible so as to be able to be manipulated to switch from the working position to the service position, said clamp being translationally mobile in a longitudinal direction of said end fitting, and in that said assembly comprises at least one first snug situated on one of the elements out of said clamp and said interface, and at least one recess, situated on the other element, said first snug or snugs being suitable for being housed in said recess or recesses in the service position, said clamp comprising shapes suitable for guiding said first snug or snugs towards said recess or recesses.
A container comprising a complementary system providing a user with a tool to use, consume, carry, or expel content of the container, so that while the container is closed the tool is stored inside it and when the container is opened, by opening a lid, a part of the tool emerges from the surface level of the contents of the container thanks to a retractable sleeve-plunger mechanism which is activated by a compressed inert gas, a spring or an ejector system that drives the retractable sleeve-plunger mechanism when removing the lid thereby forming the tool, wherein the container comprises a rail in the container so that the tool is kept in position while the container is closed, and the rail enables an easy removal of the tool when the container is opened, for which the user takes a handle which is the part of the tool that emerges from the surface level of the contents of the container.
An image display device comprising: a display panel having a flat display surface; a mounting frame having an opening therethrough for mounting said display panel on a rear side of said mounting frame in the condition that said display surface is exposed through said opening, said mounting frame having an outer transparent portion and an inner opaque portion; and a cover frame on a front side of said mounting frame for covering from the vision of a user at least the boundary between said transparent portion and said opaque portion of said mounting frame; wherein at least a part of said transparent portion of said mounting frame being opposed to at least a part of the periphery of said display panel thereby forming a clear portion allowing the vision to the rear side of said display panel, wherein said cover frame is detachably mounted through fastening means to said mounting frame, and wherein said fastening means comprises an elastic bushing fixed to one of said cover frame and said mounting frame and an engaging projection formed on the other of said cover frame and said mounting frame for detachably engaging said elastic bushing. a display panel having a flat display surface; a mounting frame having an opening therethrough for mounting said display panel on a rear side of said mounting frame in the condition that said display surface is exposed through said opening, said mounting frame having an outer transparent portion and an inner opaque portion; and a cover frame on a front side of said mounting frame for covering from the vision of a user at least the boundary between said transparent portion and said opaque portion of said mounting frame; wherein
Elevator having at least one elevator car travelling in an elevator shaft, which elevator has a drive unit for moving the elevator car, e.g. via hoisting ropes in an elevator shaft, in which elevator the drive unit comprises at least one electric brake (22a,b), and the elevator comprises a manual brake opening device to operate the brake (22a,b) in any emergency case to allow the movement of the elevator car to release trapped passengers, which manual brake opening device comprises a signal connection to an end limit indicator detection means, whereby the manual brake opening device is designed to actuate the brake (22a,b) to stop the elevator car upon receiving a signal of an end limit indicator detection means, and which elevator has at least one end buffer (40, 42) at the top and/or bottom of the elevator shaft, characterized in that the end limit indicator (28a,c) is located in such a distance from the corresponding end buffer (40,42) that upon activation of the elevator brake initiated by the end limit indicator detection means via the manual brake opening device the speed of the elevator car is reduced to an admissible approach speed for the end buffer (40, 42) below the nominal speed of the elevator.
A stent delivery catheter (1, 30, 60, 70, 80, 100, 110, 200, 140, 300) comprising:- a catheter shaft (2, 4) defining a reception space for a stent; a guidewire opening being provided in the catheter shaft (2, 4); and an engagement element for engagement with a stent in the reception space to facilitate deployment of the stent from within the reception space upon movement of the catheter shaft (2, 4) relative to the engagement element; characterised in that the engagement element defines a guidewire lumen therethrough; and the guidewire opening in the catheter shaft is movable relative to the guidewire lumen of the engagement element upon deployment of a stent from within the reception space. a catheter shaft (2, 4) defining a reception space for a stent; a guidewire opening being provided in the catheter shaft (2, 4); and an engagement element for engagement with a stent in the reception space to facilitate deployment of the stent from within the reception space upon movement of the catheter shaft (2, 4) relative to the engagement element; characterised in that the engagement element defines a guidewire lumen therethrough; and the guidewire opening in the catheter shaft is movable relative to the guidewire lumen of the engagement element upon deployment of a stent from within the reception space.
A maneuvering drive (24, 30) for a trailer, comprising a central unit and at least two drive units which are associated with wheels of the trailer, each drive unit including an electric drive motor with which a mechanical brake is associated, characterized in that an additional brake module is provided which allows an additional braking effect of the drive units to be generated in addition to the mechanical brake.
Annexin A5 for use in the prophylaxis or treatment of vascular inflammation; wherein the Annexin A5 is human Annexin A5 according to SEQ ID NO: 1 or is more than 95% identical to SEQ ID NO: 1; and wherein the Annexin A5 is administered to a patient in need thereof. wherein the Annexin A5 is human Annexin A5 according to SEQ ID NO: 1 or is more than 95% identical to SEQ ID NO: 1; and wherein the Annexin A5 is administered to a patient in need thereof.
Evaluation and control unit for a broadband lambda probe, having - a signal conditioning unit, - an analogue/digital converter connected to the signal conditioning unit, - a digital pump current regulator connected to the analogue/digital converter, - a digital interface connected to the digital pump current regulator, - a controller connected to the digital pump current regulator, - a pump current source for providing a pump current, - an inner pump electrode connection, - an outer pump electrode connection, and - a reference electrode connection, - the signal conditioning unit being provided for the purpose of determining an actual value for the pump current regulator of the lambda probe, and - the signal conditioning unit also being provided for the purpose of determining further information relating to the operating state of the broadband lambda probe, and - the further information relating to the operating state of the broadband lambda probe being able to be output via the digital interface. - a signal conditioning unit, - an analogue/digital converter connected to the signal conditioning unit, - a digital pump current regulator connected to the analogue/digital converter, - a digital interface connected to the digital pump current regulator, - a controller connected to the digital pump current regulator, - a pump current source for providing a pump current, - an inner pump electrode connection, - an outer pump electrode connection, and - a reference electrode connection, - the signal conditioning unit being provided for the purpose of determining an actual value for the pump current regulator of the lambda probe, and - the signal conditioning unit also being provided for the purpose of determining further information relating to the operating state of the broadband lambda probe, and - the further information relating to the operating state of the broadband lambda probe being able to be output via the digital interface.
An interior trim assembly for a rail vehicle, comprising: - at least one upper rail and at least one lower rail, the upper rail and the lower rail being intended to be fixed one below the other to the same inner wall of a rail vehicle, - at least one upholstery element, and - a multifunction support comprising: - an upper link cooperating with the top rail, - a lower link cooperating with the lower rail, and - a receiving element integral with the lower link and the upper link, the receiving element being configured to receive the or each upholstery element, the receiving element comprising an upper bar and a lower bar each comprising two ends, a first upper end of the upper bar being integral with a first lower end of the lower bar, a second upper end of the upper bar being integral with the upper link and a second lower end of the lower bar being integral with the lower link, characterised in that the upper bar is substantially perpendicular to the lower bar, and in that the multifunction support comprises at least one adjustment element, the lower link being integral with the lower bar via a respective adjustment element and/or the upper link being fixed to the upper bar via a respective adjustment element, the or each adjustment element being adapted to the length of the connection between the lower link and the lower bar and/or for adjusting the length of the connection between the upper link and the upper bar. - at least one upper rail and at least one lower rail, the upper rail and the lower rail being intended to be fixed one below the other to the same inner wall of a rail vehicle, - at least one upholstery element, and - a multifunction support comprising: - an upper link cooperating with the top rail, - a lower link cooperating with the lower rail, and - a receiving element integral with the lower link and the upper link, the receiving element being configured to receive the or each upholstery element, - an upper link cooperating with the top rail, - a lower link cooperating with the lower rail, and - a receiving element integral with the lower link and the upper link, the receiving element being configured to receive the or each upholstery element, the receiving element comprising an upper bar and a lower bar each comprising two ends, a first upper end of the upper bar being integral with a first lower end of the lower bar, a second upper end of the upper bar being integral with the upper link and a second lower end of the lower bar being integral with the lower link, characterised in that the upper bar is substantially perpendicular to the lower bar, and in that the multifunction support comprises at least one adjustment element, the lower link being integral with the lower bar via a respective adjustment element and/or the upper link being fixed to the upper bar via a respective adjustment element, the or each adjustment element being adapted to the length of the connection between the lower link and the lower bar and/or for adjusting the length of the connection between the upper link and the upper bar.
A radiator element comprising: a substrate; a first substrate surface, a portion of which is covered with a conductive material, and a portion of which is uncovered; said conductive material forming a pair of horns (13. 15) having substantially identical shapes, said horns each extending in opposite directions to distal tips; a first cavity formed by said uncovered portion in-between said pair of horns; said first cavity having a mouth portion, said mouth portion beginning at a first edge along a line extending between said distal tips; said mouth portion reducing in cross-section as it extends from said first edge in-between said two horns from a widest point to a narrowest point in between said pair of horns; said first cavity extending away from said narrowest point in a curved direction into a first one of said horns; a feedline electrically communicating at a first end with a first of said horns and adapted at a second end for electrical communication with an RF receiver or transceiver; characterized in that the radiator element further comprises: a pair of "L" shaped conductors extending from each respective said distal tip of said horns; each respective said conductor electrically communicating between a respective said distal tip of one said horn and a respective body portion of the same said horn from which it extends. a substrate; a first substrate surface, a portion of which is covered with a conductive material, and a portion of which is uncovered; said conductive material forming a pair of horns (13. 15) having substantially identical shapes, said horns each extending in opposite directions to distal tips; a first cavity formed by said uncovered portion in-between said pair of horns; said first cavity having a mouth portion, said mouth portion beginning at a first edge along a line extending between said distal tips; said mouth portion reducing in cross-section as it extends from said first edge in-between said two horns from a widest point to a narrowest point in between said pair of horns; said first cavity extending away from said narrowest point in a curved direction into a first one of said horns; a feedline electrically communicating at a first end with a first of said horns and adapted at a second end for electrical communication with an RF receiver or transceiver; characterized in that the radiator element further comprises: a pair of "L" shaped conductors extending from each respective said distal tip of said horns; each respective said conductor electrically communicating between a respective said distal tip of one said horn and a respective body portion of the same said horn from which it extends.