mhurhangee/ep-ind-claims huggingface dataset:
A sensor apparatus, comprising: a sensor port; a thin-walled tubular housing coupled to the sensor port and comprising a crimping portion, a base portion, and a step feature that is formed in the housing, the step feature partitioning the crimping portion from the base portion; sensor components disposed within the interior of the base portion of the housing; and an electrical connector coupled to the housing and comprising leads electrically coupled to the sensor components and a connector flange, wherein a rim of the crimping portion of the housing is crimped onto the connector flange such that the electrical connector is retained in the housing; wherein the step feature includes a plurality of protrusions formed on an interior surface of the housing corresponding to a plurality of recesses in the connector flange of the electrical connector. a sensor port; a thin-walled tubular housing coupled to the sensor port and comprising a crimping portion, a base portion, and a step feature that is formed in the housing, the step feature partitioning the crimping portion from the base portion; sensor components disposed within the interior of the base portion of the housing; and an electrical connector coupled to the housing and comprising leads electrically coupled to the sensor components and a connector flange, wherein a rim of the crimping portion of the housing is crimped onto the connector flange such that the electrical connector is retained in the housing; wherein the step feature includes a plurality of protrusions formed on an interior surface of the housing corresponding to a plurality of recesses in the connector flange of the electrical connector.
Air supply system, in particular for mounting on a rail vehicle or commercial vehicle, having: a compressor device for generating compressed air, which compressor device is arranged in a process air line between a process air inlet and a compressed air outlet; a cooling apparatus for cooling the compressor device and/or the process air line; and a fan apparatus for blowing cooling air onto the cooling apparatus or drawing cooling air through the cooling apparatus, which fan apparatus is arranged in a cooling air duct between a cooling air inlet and a cooling air outlet, characterised in that a grit separator for separating particles from ambient air which is drawn in through an ambient air inlet is arranged in the air flow upstream of the process air inlet and/or the cooling air inlet.
Light-emitting module, notably lighting and/or signaling, for motor vehicle including: - at least two sub-modules each including at least two light sources activatable selectively so that each produces a segment of a partial light beam (5A, 5B, 5C, 5D), and - a projection optic common to the two sub-modules for projecting said light-emitting segments, the sub-modules and the projection optic being adapted to produce a homogeneous segmented beam at least one sub-module being adapted to be adjusted in rotation and/or in translation, to produce a homogeneous segmented beam; each sub-module including a separate support for its light sources; characterized in that the support includes a holding finger, said holding finger being configured to enable manipulation of the sub-module to adjust it; and in that the light-emitting module further comprises at least one separator between the sub-modules, the separator or separators are adapted to prevent unwanted rays passing from one sub-module to the other. - at least two sub-modules each including at least two light sources activatable selectively so that each produces a segment of a partial light beam (5A, 5B, 5C, 5D), and - a projection optic common to the two sub-modules for projecting said light-emitting segments, the sub-modules and the projection optic being adapted to produce a homogeneous segmented beam at least one sub-module being adapted to be adjusted in rotation and/or in translation, to produce a homogeneous segmented beam; each sub-module including a separate support for its light sources; characterized in that the support includes a holding finger, said holding finger being configured to enable manipulation of the sub-module to adjust it; and in that the light-emitting module further comprises at least one separator between the sub-modules, the separator or separators are adapted to prevent unwanted rays passing from one sub-module to the other.
A Venturi pump, making it possible to suction a powder from a reserve, dilute it, then convey it to a gun via a conveyor pipe, said pump comprising: - an outer body, - at least one powder suction duct, - at least two air connections (24, 28), of which a first air connection is capable of supplying an injector to create a vacuum inside the suction duct and a second air connection is capable of supplying a dilution air circuit separate from the powder flow, - at least one powder outlet nozzle, centered on an axis of diffusion, the inlet of which is located downstream from the first air connection and the suction duct, - at least one protection barrier, disposed inside the dilution air circuit, and - at least one outlet tip of the dilution air circuit, disposed around the nozzle and also connected to the conveyor pipe, characterized in that the protection barrier comprises a non-return valve that radially surrounds the nozzle. - an outer body, - at least one powder suction duct, - at least two air connections (24, 28), of which a first air connection is capable of supplying an injector to create a vacuum inside the suction duct and a second air connection is capable of supplying a dilution air circuit separate from the powder flow, - at least one powder outlet nozzle, centered on an axis of diffusion, the inlet of which is located downstream from the first air connection and the suction duct, - at least one protection barrier, disposed inside the dilution air circuit, and - at least one outlet tip of the dilution air circuit, disposed
A method of manufacturing an electrochromic device comprising: depositing a first transparent conductive layer followed by a cathode on a transparent substrate; focused laser patterning said first transparent conductive layer and said cathode; depositing an electrolyte layer, followed by a counter electrode layer, followed by a second transparent conductive layer; focused laser patterning said electrolyte layer, said counter electrode layer and said second transparent conductive layer to expose the top surface of the first transparent conductive layer; depositing a diffusion barrier layer; and forming separate electrical contacts to said first transparent conductive layer and said second transparent conductive layer through the diffusion barrier layer. depositing a first transparent conductive layer followed by a cathode on a transparent substrate; focused laser patterning said first transparent conductive layer and said cathode; depositing an electrolyte layer, followed by a counter electrode layer, followed by a second transparent conductive layer; focused laser patterning said electrolyte layer, said counter electrode layer and said second transparent conductive layer to expose the top surface of the first transparent conductive layer; depositing a diffusion barrier layer; and forming separate electrical contacts to said first transparent conductive layer and said second transparent conductive layer through the diffusion barrier layer.
Device for insulating layer drying, having a lower part and an upper part which is detachably carried by said lower part, one of the two parts (2, 3) having a spring contact for forming an electrical contact and the other of the two parts (2, 3) having a contact point which cooperates with the spring contact in the final assembled state of the two parts (2, 3), the contact point being formed on an upper side of a base element facing said one part, the spring contact being arranged within a volume space provided by a recess formed to correspond to the base element, characterized in that a second base element free of contact points is arranged on the lower part, wherein the upper part provides a second recess cooperating with the second base element.
A light emitting diode lamp comprising: a resin package (22, 40) with an aspect ratio greater than 1:1 that defines a recess (23, 41) in the shape of a three dimensional solid; said recess (23, 41) comprising a floor (24, 42) with an aspect ratio greater than 1:1, side walls (25, 26, 43, 44) along the respective longer sides of said floor (24, 42), and end walls (27, 30, 45, 46) along the respective shorter sides of said floor (24, 42); said package (22, 40) defining a first plane perpendicular to said floor bisecting said package (22, 40) along its long axis and a second plane perpendicular to said floor bisecting said package (22, 40) along its narrow axis; said side walls (25, 26, 43, 44) defining an angle therebetween and along said second plane greater than 3°; and a light emitting diode chip (11, 47) on said floor (24, 42) of said package; wherein the footprint of said floor (24,42) coincides with the size of said light emitting chip (11, 47) so that said footprint and the angles of said side walls (25, 26, 43, 44) and said end walls (27, 30, 45, 46) contribute to the alignment of said light emitting diode chip (11, 47) on said floor (24, 42), characterized in that the light emitting diode chip (11, 47) comprises Group III nitride material; and said recess (24, 42) has a geometry wherein said end walls (27, 30, 45, 46) define an angle therebetween and along said first plane greater than 40°. a resin package (22, 40) with an aspect ratio greater than 1:1 that defines a recess (23, 41) in the shape of a three dimensional solid; said recess (23, 41) comprising a floor (24, 42) with an aspect ratio greater than 1:1, side walls (25, 26, 43, 44) along the respective longer sides of said floor (24, 42), and end walls (27, 30, 45, 46) along the respective shorter sides of said floor (24, 42); said package (22, 40) defining a first plane perpendicular to said floor bisecting said package (22, 40) along its long axis and a second plane perpendicular to said floor bisecting said package (22, 40) along its narrow axis; said side walls (25, 26, 43, 44) defining an angle therebetween and along said second plane greater than 3°; and a light emitting diode chip (11, 47) on said floor (24, 42) of said package; wherein the footprint of said floor (24,42) coincides with the size of said light emitting chip (11, 47) so that said footprint and the angles of said side walls (25, 26, 43, 44) and said end walls (27, 30, 45, 46) contribute to the alignment of said light emitting diode chip (11, 47) on said floor (24, 42), characterized in that
Extrusion line for producing plastic profiles, preferably plastic pipes, comprising at least an extruder, a tool, a calibration device, as well as further downstream equipment (4, 5), characterized in that the tool comprises guide channels located evenly around the mandrel of the tool and that the tool features an interior cooling counter to the extrusion direction, the flow distribution of which is adjustable, at least one axially movable extract air duct being arranged inside the tool as a junction for a cooling medium by means of which junction the flow distribution can be carried out, fluid passages being arranged in the axially movable extract air duct at the side closest to or opposite the extruder the passages forming a bypass in combination with the extract air duct.
An X-ray phase contrast imaging system comprising: an X-ray source; a detector configured to detect an X-ray irradiated from the X-ray source; a plurality of gratings disposed between the X-ray source and the detector, the plurality of gratings including a first grating for forming a self-image by being irradiated by the X-ray from the X-ray source and a second grating for forming an interference fringe with the self-image of the first grating by being irradiated by the X-ray that has passed through the first grating; a grating positional displacement acquisition unit configured to acquire a positional displacement between the first grating and the second grating in an optical axis direction of the X-ray or in a rotational direction (Rz) about the optical axis direction of the X-ray based on the distance (dx, dy) between a zero-order peak and a first-order peak in the Fourier transform image, said image being obtained by Fourier transforming an interference fringe image detected by the detector; and an adjustment mechanism configured to adjust the positional displacement of at least either one of the first grating and the second grating so that the distance (dx, dy) between the zero-order peak and the first-order peak becomes smaller than a predetermined threshold value. an X-ray source; a detector configured to detect an X-ray irradiated from the X-ray source; a plurality of gratings disposed between the X-ray source and the detector, the plurality of gratings including a first grating for forming a self-image by being irradiated by the X-ray from the X-ray source and a second grating for forming an interference fringe with the self-image of the first grating by being irradiated by the X-ray that has passed through the first grating; a grating positional displacement acquisition unit configured to acquire a positional displacement between the first grating and the second grating in an optical axis direction of the X-ray or in a rotational direction (Rz) about the optical axis direction of the X-ray based on the distance (dx, dy) between a zero-order peak and a first-order peak in the Fourier transform image, said image being obtained by Fourier transforming an interference fringe image detected by the detector; and an adjustment mechanism configured to adjust the positional displacement of at least either one of the first grating and the second grating so that the distance (dx, dy) between the zero-order peak and the first-order peak becomes smaller than a predetermined threshold value.
Vehicle seat (1, 51), in particular motor vehicle seat, having a first structural part, a second structural part and at least one lockable and unlockable fitting, the fitting having a first fitting part, which is connected at least indirectly to the first structural part, and a second fitting part, which is connected at least indirectly to the second structural part, wherein, when the fitting is unlocked, an angular position of the second structural part relative to the first structural part is variable about an axis, wherein the first structural part is a seat part structure of a seat part and the second structural part is a backrest structure of a backrest, and the vehicle seat (1, 51) can take up a use position (5.1), which is suitable for the transport of passengers and in which the backrest is substantially upright, and can take up a non-use position (5.4), in which the backrest is pivoted forwards about the axis in relation to the use position (5.1), characterized in that, in at least one angular position of the second structural part relative to the first structural part, a spring element (100, 100.1, 200) braces the first fitting part and the second fitting part with respect to each other in the radial direction, and, in at least one further angular position of the second structural part relative to the first structural part, the spring element (100, 100.1, 200) has no effect on the fitting, wherein, in the use position (5.1), the spring element (100, 100.1, 200) has no effect on the fitting, and, in the non-use position (5.4), the spring element (100, 100.1, 200) braces the first fitting part and the second fitting part with respect to each other in the radial direction.
A method comprising: in a single multiplex similarity search query reaction run comprising a plurality of DNA database elements implementing DNA data storage, matching a query strand to a DNA database element, wherein the matching comprises hybridizing a feature nucleotide sequence of the DNA database element to a complementary feature nucleotide sequence of the query strand, and the matching comprises arranging a DNA linking strand into a connection between a data strand of the DNA database element and the query strand, wherein the arranging produces a DNA result element comprising a result strand comprising the query strand and the data strand; sequencing the result strand comprising the query strand and the data strand, wherein the sequencing yields a digital representation of an identifier region of the query strand and a digital representation of an identifier region of the data strand of the matched DNA database element, thereby indicating a digital query and a digital data item matching the digital query; wherein the single multiplex similarity search query reaction run comprises matching query strands having different complementary feature nucleotide sequences to different DNA database elements. in a single multiplex similarity search query reaction run comprising a plurality of DNA database elements implementing DNA data storage, matching a query strand to a DNA database element, wherein the matching comprises hybridizing a feature nucleotide sequence of the DNA database element to a complementary feature nucleotide sequence of the query strand, and the matching comprises arranging a DNA linking strand into a connection between a data strand of the DNA database element and the query strand, wherein the arranging produces a DNA result element comprising a result strand comprising the query strand and the data strand; sequencing the result strand comprising the query strand and the data strand, wherein the sequencing yields a digital representation of an identifier region of the query strand and a digital representation of an identifier region of the data strand of the matched DNA database element, thereby indicating a digital query and a digital data item matching the digital query; wherein the single multiplex similarity search query reaction run comprises matching query strands having different complementary feature nucleotide sequences to different DNA database elements.
Tensioning device for an orthosis, comprising at least one pulley assembly (14a, 14b), the at least one pulley assembly (14a, 14b) having at least one pulling cable and at least two pulling cable deflections (17a, 17b), at least one of the at least two pulling cable deflections (17a, 17b) being designed as a deflection roller, characterised in that the at least one deflection roller is coaxially mounted with a lockable reel, the reel being used to wind up and tension the at least one pulling cable and the at least one pulling cable is rolled up or wind up onto the reel.
A mixing system, comprising: a rigid container including an integral support plate; a mixing assembly positioned within the rigid container and supported on the integral support plate, the mixing assembly including a pliable enclosure containing a fluid and a mixing device, a portion of the mixing device extending from the pliable enclosure and adapted to be detachably coupled to a drive mechanism through a mixing shaft capture; and characterized by a first plate detachably secured to the rigid container, the rigid container, the integral support plate, and the first plate defining a chamber surrounding the pliable enclosure; wherein the pliable enclosure is in compression between the first plate and the integral support plate. a rigid container including an integral support plate; a mixing assembly positioned within the rigid container and supported on the integral support plate, the mixing assembly including a pliable enclosure containing a fluid and a mixing device, a portion of the mixing device extending from the pliable enclosure and adapted to be detachably coupled to a drive mechanism through a mixing shaft capture; and characterized by a first plate detachably secured to the rigid container, the rigid container, the integral support plate, and the first plate defining a chamber surrounding the pliable enclosure; wherein the pliable enclosure is in compression between the first plate and the integral support plate.
A multi-piece wiring substrate, comprising: a base substrate of insulating ceramic material with two main surfaces and having dividing grooves (2x, 2y, 3x, 3y) formed on parts of said main surfaces, along boundaries of a plurality of wiring substrate regions (la), the plurality of wiring substrate regions being arranged in a matrix and each having an electronic component-mounting region at a center thereof, the electronic component-mounting region having a recess, wherein when seen in a transparent plan view, first dividing grooves (2x, 2y) on one of said main surfaces include grooves in transverse direction and grooves in longitudinal direction, second dividing grooves (3x, 3y) on the opposite of said main surfaces include grooves in the transverse direction and grooves in the longitudinal direction, and the first dividing grooves (2x, 2y) and the second dividing grooves (3x, 3y) are formed at deviating positions in one direction of the transverse direction or longitudinal direction, and a distance between bottoms of the first dividing grooves (2x, 2y) and bottoms of the second dividing grooves (3x, 3y) is smaller than a distance between the bottoms of the first dividing grooves (2x, 2y) and the opposite main surface, a distance between the bottoms of the second dividing grooves (3x, 3y) and the one main surface and a distance between the bottoms of the first dividing grooves (2x, 2y) and the recesses, when seen in a transparent plan view, the bottoms of the second dividing grooves (3x, 3y) do not overlap the recesses but overlap the one main surface around the recesses. a base substrate of insulating ceramic material with two main surfaces and having dividing grooves (2x, 2y, 3x, 3y) formed on parts of said main surfaces, along boundaries of a plurality of wiring substrate regions (la), the plurality of wiring substrate regions being arranged in a matrix and each having an electronic component-mounting region at a center thereof, the electronic component-mounting region having a recess, wherein when seen in a transparent plan view, first dividing grooves (2x, 2y) on one of said main surfaces include grooves in transverse direction and grooves in longitudinal direction, second dividing grooves (3x, 3y) on the opposite of said main surfaces include grooves in the transverse direction and grooves in the longitudinal direction, and the first dividing grooves (2x, 2y) and the second dividing grooves (3x, 3y) are formed at deviating positions in one direction of the transverse direction or longitudinal direction, and a distance between bottoms of the first dividing grooves (2x, 2y) and bottoms of the second dividing grooves (3x, 3y) is smaller than a distance between the bottoms of the first dividing grooves (2x, 2y) and the opposite main surface, a distance between the bottoms of the second dividing grooves (3x, 3y) and the one main surface and a distance between the bottoms of the first dividing grooves (2x, 2y) and the recesses, when seen in a transparent plan view, the bottoms of the second dividing grooves (3x, 3y) do not overlap the recesses but overlap the one main surface around the recesses.