mhurhangee/ep-ind-claims huggingface dataset:
A device for producing a tested weld joint between two contact elements (11, 12) joined together in a welding plane S, the device comprising a compressing space for accommodating the contact elements (11, 12), said compressing space being delimited by a work surface of a sonotrode, which transmits ultrasonic oscillations, and a counter-surface of a counter-electrode in a first axial direction at two opposing sides and by delimiting surfaces (17, 18) of opposing delimiting elements in a second axial direction at two opposing sides, and at least one delimiting element being realized as a lateral slider element which is realized so as to be displaceable by means of an advancing device with respect to the counter-electrode, characterized in that the device comprises a test head which is next to the compressing space and is provided with an advancing device for advancing the test head towards an advancing axis parallel to the welding plane S, and in that the counter-surface serves for accommodating a contact element in a fixating manner in the direction of the advancing axis, said test head being able to be transferred from a position outside of the compressing space to a position within the compressing space in such a manner that the test head is disposed within the open compressing space in a test mode of the device for subjecting the other contact element of the previously produced weld joint to a shear force oriented essentially parallel to the welding plane S, and in that the test head is disposed outside of the compressing space in a welding mode of the device for producing the weld joint, the advancing device of the test head being formed by the advancing device of the lateral slider element.
A substantially homogeneous cancer stem cell population comprising a cancer stem cell which cancer stem cell population is obtained by a method comprising the step of culturing a cancer stem cell or a cell population comprising a cancer stem cell in an adherent serum-free stem cell culture medium, wherein the cells adhered to said culture vessels are cultured and passaged while cells non-adherent to said culture vessels are removed, wherein the cancer stem cell is positive for cell marker Lgr5 and is adherent in a serum-free culture, wherein the cancer stem cell is a mesenchymal cell, derived from a large intestine cancer, wherein the cancer stem cell is positive for one or more of cell markers CD133, CD44, EpCAM, CD166, CD24, CD26, CD29, and EREG, wherein the cancer stem cell is positive for ALDH activity cell marker or positive for cell markers LCK, FGFBP1, ROR1, and/or PIGU. wherein the cancer stem cell is positive for cell marker Lgr5 and is adherent in a serum-free culture, wherein the cancer stem cell is a mesenchymal cell, derived from a large intestine cancer, wherein the cancer stem cell is positive for one or more of cell markers CD133, CD44, EpCAM, CD166, CD24, CD26, CD29, and EREG, wherein the cancer stem cell is positive for ALDH activity cell marker or positive for cell markers LCK, FGFBP1, ROR1, and/or PIGU.
Method for separation of at least one catalyst and/or adsorbent from a homogeneous mixture of catalysts and/or adsorbents that are spent catalysts or adsorbents that have not yet undergone regeneration treatment, said catalyst and/or adsorbent being in the form of cylindrical extrudates, balls, trilobes, or multilobes, with said catalysts or adsorbents containing one or more metal, semi-metal or non-metal contaminant(s) selected from the group that is formed by Fe, Hg, Ni, V, C, Cl, Na, S, N, Si, P, As, with said contaminant(s) being deposited on said catalyst or adsorbent grains, method in which the catalyst or adsorbent grains are separated according to a sorting threshold corresponding to a contaminant content and defined by the user, method in which - The catalyst grains of said mixture run past an LIBS detection system that detects the wavelength that characterizes said contaminant, - The analyzing device associated with LIBS processes the signal that is sent by the detection system by comparing it to a set-point value that indicates the sorting threshold, - The analyzing device sends a signal for ordering the evacuation of grains according to its contaminant content, and at least 2 batches - at least one batch of catalysts or adsorbents containing the contaminant at a level above the sorting threshold set by the operator and at least one batch of catalysts or adsorbents containing the contaminant at a level below the sorting threshold set by the operator, - and the catalysts containing the contaminant at a level below the sorting threshold set by the operator are treated before being reused in an industrial method, - and the catalysts containing the contaminant at a level above the sorting threshold set by the operator are treated in final recycling to recover the upgradable components. - The catalyst grains of said mixture run past an LIBS detection system that detects the wavelength that characterizes said contaminant, - The analyzing device associated with LIBS processes the signal that is sent by the detection system by comparing it to a set-point value that indicates the sorting threshold, - The analyzing device sends a signal for ordering the evacuation of grains according to its contaminant content, and at least 2 batches - at least one batch of catalysts or adsorbents containing the contaminant at a level above the sorting threshold set by the operator and at least one batch of catalysts or adsorbents containing the contaminant at a level below the sorting threshold set by the operator, - and the catalysts containing the contaminant at a level below the sorting threshold set by the operator are treated before being reused in an industrial method, - and the catalysts containing the contaminant at a level above the sorting threshold set by the operator are treated in final recycling to recover the upgradable components.
Method for producing a textile traction and/or support means for use in rope drives, comprising a fiber rope, the fiber rope being thermally fixed at 120°C to 230°C, characterized in that for this purpose fibers and/or fiber strands are connected to at least one substance and/or object which can be activated with electromagnetic waves and/or in an alternating magnetic field in order to form the fiber rope, and in that the fiber rope is subjected to electromagnetic waves and/or the alternating magnetic field in order to heat both the fiber rope and the substance and/or object to 120°C to 230°C so as to thermally fix the fiber rope.
A valve comprising: a body having a central channel extending therethrough and a first sealing surface and a second sealing surface each positioned radially outward from the channel and offset from one another, wherein the offset between the first sealing surface and the second sealing surface defines a bore; a valve element positioned within the central channel and configured to selectively inhibit flow through the body; characterized in that the valve further comprises a unitary gasket abutting a portion of the first sealing surface and a portion of the second sealing surface; a cutter seat at least partially received within the bore and configured to compressively engage the second sealing surface, the cutter seat comprising a cutter that is configured to create a first sub-gasket and a second sub-gasket by severing the gasket during installation; and a retaining ring coupled to the valve body, the retaining ring comprising a first mating surface and a second mating surface, the second mating surface being configured to compressively engage the first sub-gasket and the first sealing surface of the body and the first mating surface being configured to compressively engage the cutter seat, the second sub-gasket, and the second sealing surface. a body having a central channel extending therethrough and a first sealing surface and a second sealing surface each positioned radially outward from the channel and offset from one another, wherein the offset between the first sealing surface and the second sealing surface defines a bore; a valve element positioned within the central channel and configured to selectively inhibit flow through the body; characterized in that the valve further comprises a unitary gasket abutting a portion of the first sealing surface and a portion of the second sealing surface; a cutter seat at least partially received within the bore and configured to compressively engage the second sealing surface, the cutter seat comprising a cutter that is configured to create a first sub-gasket and a second sub-gasket by severing the gasket during installation; and a retaining ring coupled to the valve body, the retaining ring comprising a first mating surface and a second mating surface, the second mating surface being configured to compressively engage the first sub-gasket and the first sealing surface of the body and the first mating surface being configured to compressively engage the cutter seat, the second sub-gasket, and the second sealing surface.
An oven, comprising: a housing including a ceiling, a floor, two opposite side walls, and an opening therethrough forming at least one internal heating zone for receiving an oven or cooking accessory therein; heating means for providing heat to the heating zone; a high emissivity thermal protective layer disposed on at least one substrate surface therein in which the substrate surface comprises a metal or ceramic surface; wherein, when the substrate surface is a metal surface, the high emissivity thermal protective layer, comprises from about 5% to about 30% of an inorganic adhesive, from about 45% to about 92% of at least one filler, and from about 1% to about 25% of one or more emissivity agents; and when the substrate surface is a ceramic surface, the high emissivity thermal protective layer comprises from about 5% to about 35% of colloidal silica, colloidal alumina, or combinations thereof, from about 23% to about 79% of at least one filler, and from about 1% to about 25% of one or more emissivity agents. a housing including a ceiling, a floor, two opposite side walls, and an opening therethrough forming at least one internal heating zone for receiving an oven or cooking accessory therein; heating means for providing heat to the heating zone; a high emissivity thermal protective layer disposed on at least one substrate surface therein in which the substrate surface comprises a metal or ceramic surface; wherein, when the substrate surface is a metal surface, the high emissivity thermal protective layer, comprises from about 5% to about 30% of an inorganic adhesive, from about 45% to about 92% of at least one filler, and from about 1% to about 25% of one or more emissivity agents; and when the substrate surface is a ceramic surface, the high emissivity thermal protective layer comprises from about 5% to about 35% of colloidal silica, colloidal alumina, or combinations thereof, from about 23% to about 79% of at least one filler, and from about 1% to about 25% of one or more emissivity agents.
An array assembly of light emitting diode, LED, dies, comprising: a first terminal; a second terminal, the first terminal and the second terminal for receiving a predetermined input voltage ( V o); and a plurality of high voltage and low voltage LED dies (110, 110') coupled between the first terminal and the second terminal with at least a pair of the LED dies being coupled in parallel, the plurality of LED dies individually include a plurality of junctions having a total forward junction voltage ( V tot) less than or equal to the predetermined input voltage ( V o); the individual LED dies have a value of flux/die area ( J / A) that is within a predetermined threshold of a target value of flux/die area ( J / A target); and a plurality of strings individually arranged in parallel with one another, wherein each of the plurality of strings has two or more branches arranged in parallel, and wherein each branch carries at least one of the plurality of either high voltage or low voltage LED dies (110, 110') arranged in parallel; wherein at least one of the plurality of branches carries two or more of the plurality of low voltage LED dies arranged in series. a first terminal; a second terminal, the first terminal and the second terminal for receiving a predetermined input voltage ( V o); and a plurality of high voltage and low voltage LED dies (110, 110') coupled between the first terminal and the second terminal with at least a pair of the LED dies being coupled in parallel, the plurality of LED dies individually include a plurality of junctions having a total forward junction voltage ( V tot) less than or equal to the predetermined input voltage ( V o); the individual LED dies have a value of flux/die area ( J / A) that is within a predetermined threshold of a target value of flux/die area ( J / A target); and a plurality of strings individually arranged in parallel with one another, wherein each of the plurality of strings has two or more branches arranged in parallel, and wherein each branch carries at least one of the plurality of either high voltage or low voltage LED dies (110, 110') arranged in parallel; wherein at least one of the plurality of branches carries two or more of the plurality of low voltage LED dies arranged in series.
A computer-implemented method of granting permission in association with an application, the method comprising: accessing a website on an application running on an electronic device, the website comprising metadata; obtaining, from the metadata, a unique identifier of a native application; determining, based on the obtained unique identifier, that the native application is installed on the electronic device and that a permission is set in the native application; verifying, in response to the determination, that the native application corresponds to the website, wherein the verifying is based on a determination that a domain of the website matches a preset domain of the native application; and setting, in response to the verification, the permission for the website, wherein both the application and the native application allow for setting of the permission. accessing a website on an application running on an electronic device, the website comprising metadata; obtaining, from the metadata, a unique identifier of a native application; determining, based on the obtained unique identifier, that the native application is installed on the electronic device and that a permission is set in the native application; verifying, in response to the determination, that the native application corresponds to the website, wherein the verifying is based on a determination that a domain of the website matches a preset domain of the native application; and setting, in response to the verification, the permission for the website, wherein both the application and the native application allow for setting of the permission.
An insert for balancing a joint during repair of the joint to provide a balanced joint upon completion of the repair, the insert comprising: a top plate configured to interface with a bone structure of a joint; a bottom plate spaced apart from the top plate and configured to interface with an opposing bone structure of the joint; an actuator configured to apply an actuation force to the top plate and to the bottom plate; and one or more sensors for determining a spatial relationship between the top plate and the bottom plate, characterised in that the actuator is a pneumatic actuator including a first bellows made of an inflatable material, the first bellows being configured to inflate and distribute a pneumatic force to the top plate and to the bottom plate. a top plate configured to interface with a bone structure of a joint; a bottom plate spaced apart from the top plate and configured to interface with an opposing bone structure of the joint; an actuator configured to apply an actuation force to the top plate and to the bottom plate; and one or more sensors for determining a spatial relationship between the top plate and the bottom plate, characterised in that the actuator is a pneumatic actuator including a first bellows made of an inflatable material, the first bellows being configured to inflate and distribute a pneumatic force to the top plate and to the bottom plate.
Cover including a shell having a first latching edge intended to bear on the edge of an orifice in a support to block it with said shell, said cover including at least one latch having a second latching edge and adapted to be mobile about a pivot axis between an "unlocked" position in which it does not hinder the mobility of said cover relative to said support and a "locked" position in which said second latching edge cooperates with said first latching edge to latch said cover to said support, said cover further including means (44, 51) for latching said latch in said "locked" position comprising at least one fixed stop and flexible latching lug, one being provided on said shell and the other on said latch, adapted to cooperate so as to prevent the passage from said "unlocked" position to said "locked" position without said latching lug bending and to latch said latch in said "locked" position by clamping it, characterized in that said latching lug is oriented perpendicularly to said pivot axis and can be bent laterally, parallel to said pivot axis, in that said cover includes unlatching means (45, 50) adapted to release said latch from said "locked" position having at least an unlatching flange integral with said latching lug and a recess offset laterally relative to said fixed stop and adapted to allow the passage of said latching lug when bent, in that said unlatching flange is adapted to be accessible in said "locked" position from the other side of said shell relative to said latching lug and can be pushed laterally by hand to bend said latching lug.
A method of fabricating an optical coupling device for coupling a fiber array to a photonic integrated circuit, PIC, edge coupling array, comprising: forming a waveguide mask layer on a surface of a substrate platform, wherein the waveguide mask layer comprises an array of openings comprising a first end and a second end opposite to the first end, and the substrate platform comprising a first surface, a second surface adjacent to the first surface, and a third surface adjacent to the first surface and opposite the second surface; immersing the substrate platform into a salt melt comprising ions to form an array of waveguides in the substrate platform through an ion diffusion process, wherein the array of waveguides corresponds to the array of openings, and the array of waveguides comprising a first waveguide, disposed in the substrate platform, and extending from the second surface to the third surface, wherein the first waveguide comprises a tapered structure that tapers down vertically and laterally with respect to the first surface from the second surface to the third surface; and controlling a rate of immersion such that a diffusion depth of the ions varies as a function of a distance in a direction from the first end to the second end, wherein the array of waveguides extends in the direction from the first end to the second end. forming a waveguide mask layer on a surface of a substrate platform, wherein the waveguide mask layer comprises an array of openings comprising a first end and a second end opposite to the first end, and the substrate platform comprising a first surface, a second surface adjacent to the first surface, and a third surface adjacent to the first surface and opposite the second surface; immersing the substrate platform into a salt melt comprising ions to form an array of waveguides in the substrate platform through an ion diffusion process, wherein the array of waveguides corresponds to the array of openings, and the array of waveguides comprising a first waveguide, disposed in the substrate platform, and extending from the second surface to the third surface, wherein the first waveguide comprises a tapered structure that tapers down vertically and laterally with respect to the first surface from the second surface to the third surface; and controlling a rate of immersion such that a diffusion depth of the ions varies as a function of a distance in a direction from the first end to the second end, wherein the array of waveguides extends in the direction from the first end to the second end.
A system for tilt calculation based on overlay metrology measurements comprising: a controller communicatively coupled to one or more metrology tools configured to hold a metrology sample, wherein the controller includes one or more processors configured to execute program instructions causing the one or more processors to: receive one or more overlay metrology measurements of one or more metrology targets of the metrology sample from the one or more metrology tools, wherein the one or more overlay metrology measurements are taken following an after develop inspection process; determine tilt from the one or more overlay metrology measurements; predict tilt with a simulator based on at least the determined tilt; and determine one or more correctables for at least one of one or more lithography tools or the one or more metrology tools to adjust for the predicted tilt, wherein the one or more correctables are configured to reduce an amount of tilt in the sample or overlay inaccuracy of the one or more overlay metrology measurements. receive one or more overlay metrology measurements of one or more metrology targets of the metrology sample from the one or more metrology tools, wherein the one or more overlay metrology measurements are taken following an after develop inspection process; determine tilt from the one or more overlay metrology measurements; predict tilt with a simulator based on at least the determined tilt; and determine one or more correctables for at least one of one or more lithography tools or the one or more metrology tools to adjust for the predicted tilt, wherein the one or more correctables are configured to reduce an amount of tilt in the sample or overlay inaccuracy of the one or more overlay metrology measurements.