mhurhangee/ep-ind-claims huggingface dataset:
Method for producing a glass article having a sub-surface laser engraving, comprising the process steps, in this order: - providing a glass blank having a surface and an internal region, - introducing a sub-surface laser engraving into a partial volume of the internal region, - toughening the glass blank, wherein at least the partial volume of the internal region is placed under tensile stress, wherein the glass blank is toughened thermally, and the surface of the glass article has a compressive stress of at least 90 MPa after the thermal toughening. - providing a glass blank having a surface and an internal region, - introducing a sub-surface laser engraving into a partial volume of the internal region, - toughening the glass blank, wherein at least the partial volume of the internal region is placed under tensile stress, wherein the glass blank is toughened thermally, and the surface of the glass article has a compressive stress of at least 90 MPa after the thermal toughening.
A highly integrated analyte detection system, comprising: a bottom case; a sensor structure the sensor structure and the bottom case are fastened with each other, the sensor structure includes a sensor and a sensor base,, the sensor includes a signal output end and a detection end, the output end has a shape of a polyline or an arc toward a top surface of the sensor base, and at least two first electrical connection areas insulated from each other are provided on a surface of the signal output end; and a transmitter the transmitter and the bottom case are fastened with each other, and the transmitter is provided with second electrical connection areas, which are insulated from each other, corresponding to the at least two first electrical connection areas, each second electrical connection area is electrically connected to a corresponding first electrical connection area, characterized in that, a mounting hole is provided on a bottom board of the bottom case, a first fastener part is provided at an edge of the mounting hole, and a second fastener part is provided at an edge of the sensor base, contour shapes of the edge of the sensor base and that of the mounting hole match each other, the first fastener part and the second fastener part are fastened with each other, the edge of the mounting hole and the edge of the sensor base are interlocked, and the sensor base is installed in the mounting hole. a bottom case; a sensor structure the sensor structure and the bottom case are fastened with each other, the sensor structure includes a sensor and a sensor base,, the sensor includes a signal output end and a detection end, the output end has a shape of a polyline or an arc toward a top surface of the sensor base, and at least two first electrical connection areas insulated from each other are provided on a surface of the signal output end; and a transmitter the transmitter and the bottom case are fastened with each other, and the transmitter is provided with second electrical connection areas, which are insulated from each other, corresponding to the at least two first electrical connection areas, each second electrical connection area is electrically connected to a corresponding first electrical connection area, characterized in that, a mounting hole is provided on a bottom board of the bottom case, a first fastener part is provided at an edge of the mounting hole, and a second fastener part is provided at an edge of the sensor base, contour shapes of the edge of the sensor base and that of the mounting hole match each other, the first fastener part and the second fastener part are fastened with each other, the edge of the mounting hole and the edge of the sensor base are interlocked, and the sensor base is installed in the mounting hole.
A method of operation of a wireless portable tire monitoring system, the method comprising: at a wireless portable tire monitor having at least one processor and a memory that stores sensor mappings and vehicle profiles: receiving sensor information from one or more tire-mounted sensors, each sensor being associated with a tire according to a sensor mapping, and each tire and associated sensor being associated with a vehicle (22A, 22B) according to a vehicle profile; and monitoring a status of at least one of the one or more tires. receiving sensor information from one or more tire-mounted sensors, each sensor being associated with a tire according to a sensor mapping, and each tire and associated sensor being associated with a vehicle (22A, 22B) according to a vehicle profile; and monitoring a status of at least one of the one or more tires.
A system for controlling a laser device, comprising: the laser device configured to generate a laser beam with a focal point to perform a procedure on a patient at a target location; a gesture detector configured to: detect a gesture of a user interacting with a user controller, and provide a description of the gesture; and a computer configured to: control an operation of the system, receive the description of the gesture of the user interacting with the user controller, and provide instructions to perform an operation corresponding to the gesture, characterized in that the system comprises a haptic sensation generator configured to generate an acoustic field that projects a sensory pattern onto the user, the sensory pattern being the user controller related to the procedure, the sensory pattern being a shape with a dimension, wherein a length (s i, s 1, s 2, s 3, s 4) of the dimension corresponds to a distance (d 1, d 2, d 3, d 4, d 5) between the focal point and the target location; in that the laser device is configured to measure the distance (d1, d2, d3, d4, d5) between the focal point and the target location; and in that the computer is configured to instruct the haptic sensation generator to generate the acoustic field that projects the sensory pattern operating as the user controller. the laser device configured to generate a laser beam with a focal point to perform a procedure on a patient at a target location; a gesture detector configured to: detect a gesture of a user interacting with a user controller, and provide a description of the gesture; and detect a gesture of a user interacting with a user controller, and provide a description of the gesture; and a computer configured to: control an operation of the system, receive the description of the gesture of the user interacting with the user controller, and provide instructions to perform an operation corresponding to the gesture, control an operation of the system, receive the description of the gesture of the user interacting with the user controller, and provide instructions to perform an operation corresponding to the gesture, characterized in that the system comprises a haptic sensation generator configured to generate an acoustic field that projects a sensory pattern onto the user, the sensory pattern being the user controller related to the procedure, the sensory pattern being a shape with a dimension, wherein a length (s i, s 1, s 2, s 3, s 4) of the dimension corresponds to a distance (d 1, d 2, d 3, d 4, d 5) between the focal point and the target location; in that the laser device is configured to measure the distance (d1, d2, d3, d4, d5) between the focal point and the target location; and in that the computer is configured to instruct the haptic sensation generator to generate the acoustic field that projects the sensory pattern operating as the user controller.
A makeup application component, comprising: a three-dimensional mask, wherein a surface curve of a first surface of the three-dimensional mask is corresponding to a surface curve of a face of a user; a transfer layer covering the first surface of the three-dimensional mask, wherein the transfer layer is provided with a first surface and a second surface that are opposite each other, and the first surface of the transfer layer clings to the first surface of the three-dimensional mask; and a pigment layer, attached to the second surface of the transfer layer; wherein the transfer layer comprises: a facial mask, wherein the pigment layer is attached to one surface of the facial mask; a backing, used for supporting the facial mask, wherein one surface of the backing clings to another surface of the facial mask; and an adhesive layer, located between the three-dimensional mask and the backing, to bond another surface of the backing and the first surface of the three-dimensional mask. a three-dimensional mask, wherein a surface curve of a first surface of the three-dimensional mask is corresponding to a surface curve of a face of a user; a transfer layer covering the first surface of the three-dimensional mask, wherein the transfer layer is provided with a first surface and a second surface that are opposite each other, and the first surface of the transfer layer clings to the first surface of the three-dimensional mask; and a pigment layer, attached to the second surface of the transfer layer; a facial mask, wherein the pigment layer is attached to one surface of the facial mask; a backing, used for supporting the facial mask, wherein one surface of the backing clings to another surface of the facial mask; and an adhesive layer, located between the three-dimensional mask and the backing, to bond another surface of the backing and the first surface of the three-dimensional mask.
Clamping-release unit with a base body, in which in a cylinder chamber an adjustable piston actuated via a pressurized medium is provided for acting on a rod of the clamping-release unit, characterized in that at least a first repulsive element of the clamping-release unit is provided which is arranged between an associated pair of second repulsive elements of the clamping-release unit, and in that the at least first repulsive element is formed on an annular collar of the rod or of the piston and the pair of second repulsive elements are formed on the other part from piston or rod.
A fuel cell stack manufacturing method having a fuel cell module in which are laminated a plurality of fuel cells, whose membrane electrode assembly, which is made by joining an anode and a cathode on both sides of an electrolyte membrane, is clamped by a pair of separators (32a, 32b), comprising: a sealing member layout step in which a sealing member (70, 80) is applied on the outer peripheral part of end surfaces that face each other between at least one of the fuel cell and another adjacent fuel cell, and the fuel cell module is formed by laminating the fuel cells; and characterized by a pressure application step in which pressure is applied to the fuel cell module in the lamination direction of the fuel cells thereby forming sealed regions by curing the sealing members (70, 80); wherein a lamination-direction thickness of the fuel cell module is controlled by controlling an amount of pressure applied to the fuel cell module in the pressure application step at the time of curing of the sealing members, the pressure being equal to or less than a clamping pressure load when mounting an end plate to the fuel cell module and clamping from both sides. a sealing member layout step in which a sealing member (70, 80) is applied on the outer peripheral part of end surfaces that face each other between at least one of the fuel cell and another adjacent fuel cell, and the fuel cell module is formed by laminating the fuel cells; and characterized by a pressure application step in which pressure is applied to the fuel cell module in the lamination direction of the fuel cells thereby forming sealed regions by curing the sealing members (70, 80); wherein a lamination-direction thickness of the fuel cell module is controlled by controlling an amount of pressure applied to the fuel cell module in the pressure application step at the time of curing of the sealing members, the pressure being equal to or less than a clamping pressure load when mounting an end plate to the fuel cell module and clamping from both sides.
Method for printing on or decorating an object which has at least one uneven, in particular convex or concave, printing face on which at least one printed image is printed, wherein, in order to print on the printing face, the printed image is produced on an image transfer surface of an image transfer element by means of at least one digital print head by a digital printing process and then the printed image is transferred onto the printing face by pressing the image transfer surface onto the printing face, wherein an interchangeable printed image intermediate carrier is used as the image transfer element, which carrier comprises a holding frame and comprises a film, in particular an elastomer film, which is held flat, in particular pre-tensioned, in the holding frame, and has the image transfer surface, and wherein the image transfer surface is pressed by means of at least one pressing device which can be displaced, in particular is elastically deformable or can be filled with a fluid, in particular compressed air, wherein the pressing device applies a preset pressing pressure to a surface of the film opposite the image transfer surface in order to press the image transfer surface onto the printing face and thereby transfer the printed image from the image transfer surface onto the printing face, characterized in that during the production of the printed image on the image transfer surface, the film is supported and thus pre-tensioned by a support element which can be displaced in the direction of the surface opposite the image transfer surface.
An OmCI polypeptide which has reduced or lacks LTB4 binding activity wherein said OmCI polypeptide comprises: (a) an amino acid sequence of SEQ ID NO: 3 which has been modified to remove or reduce LTB4 binding activity; (b) a variant amino acid sequence having at least 60% identity to the amino acid sequence of SEQ ID NO: 3 and which has been modified to remove or reduce LTB4 binding activity; (c) a variant amino acid sequence of SEQ ID NO: 2 having at least 60% identity to the amino acid sequence between amino acid residues 19 to 168 of SEQ ID NO: 2 and which has been modified to remove or reduce LTB4 binding activity; or (d) a fragment of the amino acid sequence of (a), (b) or (c) lacking LTB4 binding activity. (a) an amino acid sequence of SEQ ID NO: 3 which has been modified to remove or reduce LTB4 binding activity; (b) a variant amino acid sequence having at least 60% identity to the amino acid sequence of SEQ ID NO: 3 and which has been modified to remove or reduce LTB4 binding activity; (c) a variant amino acid sequence of SEQ ID NO: 2 having at least 60% identity to the amino acid sequence between amino acid residues 19 to 168 of SEQ ID NO: 2 and which has been modified to remove or reduce LTB4 binding activity; or (d) a fragment of the amino acid sequence of (a), (b) or (c) lacking LTB4 binding activity.
A method for treating biomass, comprising: delivering gaseous ammonia at an elevated temperature to a reaction vessel containing biomass; allowing the gaseous ammonia to react with water present in the biomass to produce treated biomass, wherein the content of the reaction vessel is maintained at a pressure between 100 psi (689 kPa) and 1000 psi (6895 kPa), and wherein there is no expansive release of pressure at the end of the treatment; and removing the treated biomass from the reaction vessel. delivering gaseous ammonia at an elevated temperature to a reaction vessel containing biomass; allowing the gaseous ammonia to react with water present in the biomass to produce treated biomass, wherein the content of the reaction vessel is maintained at a pressure between 100 psi (689 kPa) and 1000 psi (6895 kPa), and wherein there is no expansive release of pressure at the end of the treatment; and removing the treated biomass from the reaction vessel.
Infusion machine comprising: - an infusion chamber having - means for introducing water for infusion and rinsing, - means for conveying an infused liquid, - means for receiving a capsule of a product to be infused, bearing infusion data which are provided on their base opposite their filter membrane, - means (3, 19) for establishing a sealed communication between the infusion chamber and an infusion capsule by means of a communication opening, - means for discarding the capsule from the chamber, - means for recognising the infusion data borne by an infusion capsule, the machine being characterised in that the means (3, 19) for establishing a sealed communication between the infusion chamber and a capsule comprise a push piston of a jack arranged to move towards the communication opening of the infusion chamber and bearing the means for recognising the infusion data, the means for recognising the infusion data are carried by the front end of the push piston facing the infusion chamber and the said recognition means are disposed outside the path of the steam leaving the infusion chamber through the communication opening in the infusion chamber after the capsule has been discarded from the chamber. - an infusion chamber having - means for introducing water for infusion and rinsing, - means for conveying an infused liquid, - means for receiving a capsule of a product to be infused, bearing infusion data which are provided on their base opposite their filter membrane, - means (3, 19) for establishing a sealed communication between the infusion chamber and an infusion capsule by means of a communication opening, - means for discarding the capsule from the chamber, - means for recognising the infusion data borne by an infusion capsule,
Microscopic worm culture and observation apparatus comprising a support structure, one or more chip holders mounted on the support structure, a pump and a valve system, each chip holder configured for holding a microfluidic chip having one or more microfluidic channels and culture chambers therein extending between a pump side coupling of the microfluidic chip and a reservoir side coupling of the microfluidic chip, the support structure comprising a reservoirs support platform mounted on a movable table, the reservoirs support platform configured for holding a plurality of nutrition reservoirs for containing microscopic worms or nutrients and substances to be tested in a liquid, the chip holder and/or microfluidic chips comprising reservoir side fluidic couplings in the form of hollow tubes extending from the microfluidic chip to a tip at a free end of the hollow tube, each tip insertable in a corresponding nutrition reservoir, wherein the support structure comprises an enclosure forming a chamber within which the one or more chip holders and the reservoirs support platform is housed, and a temperature control unit and a temperature sensor for control of the temperature within the chamber, the enclosure comprising an openable or removable cover allowing access to the inside of the enclosure, and wherein the movable table is coupled to an oscillating mechanism configured to oscillate the reservoir support platform in a horizontal plane by an amplitude less than a diameter of the nutrient reservoir.
A light source array parallel connection assembly for a directional backlight, the assembly comprising: a mounting strip including an electrical insulator layer, both extending in a lateral direction, the mounting strip including an end portion and a base portion arranged perpendicularly to the lateral direction; an array of light sources mounted to the end portion of the mounting strip arrayed in said lateral direction, and arranged to output light in a forward direction; separate conductive tracks connected to each respective light source formed on the electrical insulator layer of the mounting strip and extending from the end portion onto the base portion; and characterized by plural flat connectors (400, 402, 404), each comprising an array of separate conductive tracks, the flat connectors (400, 402, 404) being mounted in a stack on the base portion of the mounting strip, each conductive track on the mounting strip being electrically connected to a respective conductive track of one of the flat connectors (400, 402, 404), the flat connectors (400, 402, 404) extending in said lateral direction along the base portion to outside the base portion, allowing electrical connection to be made to the conductive tracks of the flat connectors (400, 402, 404) outside the base portion. a mounting strip including an electrical insulator layer, both extending in a lateral direction, the mounting strip including an end portion and a base portion arranged perpendicularly to the lateral direction; an array of light sources mounted to the end portion of the mounting strip arrayed in said lateral direction, and arranged to output light in a forward direction; separate conductive tracks connected to each respective light source formed on the electrical insulator layer of the mounting strip and extending from the end portion onto the base portion; and characterized by plural flat connectors (400, 402, 404), each comprising an array of separate conductive tracks, the flat connectors (400, 402, 404) being mounted in a stack on the base portion of the mounting strip, each conductive track on the mounting strip being electrically connected to a respective conductive track of one of the flat connectors (400, 402, 404), the flat connectors (400, 402, 404) extending in said lateral direction along the base portion to outside the base portion, allowing electrical connection to be made to the conductive tracks of the flat connectors (400, 402, 404) outside the base portion.
Fabric comprising at least two superposed individual layers of fabric, secured to one another, one an outer layer, and the other an inner layer lining the outer layer of fabric, and integrating several binding parts with a tie, distributed along a securing line on the surface of the outer layer and offset from one another in the warp direction and/or the weft direction of the outer layer of fabric, each binding part being obtained, at the binding location of the fabric, either by free overlap of several weft threads of the outer layer by several warp threads, called binding threads as they together form a binding loop, or by free overlap of several warp threads of the outer layer by several weft threads, called binding threads as they together form a binding loop, characterised in that the binding threads (6 or 9) of each binding part belong to the outer layer of fabric and predefine, with the inner layer of fabric, an eyelet for passage of the tie, at the place where free overlap of the weft threads or of the warp threads takes place, obtained by deformation and/or extension of said binding threads (6 or 9) at the place of binding to the fabric.