mhurhangee/ep-ind-claims huggingface dataset:
An arrangement (10, 11) for detection by means of a touch-sensitive sensor matrix, comprising - at least one electrically conductive structure, the structure having at least one marker (15, 16, 17), and - an electrically insulating substrate material on which the structure is applied or in which the structure is embedded, - the structure having an annular touch surface, wherein the annular touch surface is designed to cause capacitance changes when the arrangement (10, 11) is placed on the touch-sensitive sensor matrix, which capacitance changes are detectable as sensor data by capacitive sensors of the touch-sensitive sensor matrix, even when the arrangement (10, 11) is not touched by a user, characterized in that the annular touch surface triggers a stronger signal than the marker (15, 16, 17). - at least one electrically conductive structure, the structure having at least one marker (15, 16, 17), and - an electrically insulating substrate material on which the structure is applied or in which the structure is embedded, - the structure having an annular touch surface, wherein the annular touch surface is designed to cause capacitance changes when the arrangement (10, 11) is placed on the touch-sensitive sensor matrix, which capacitance changes are detectable as sensor data by capacitive sensors of the touch-sensitive sensor matrix, even when the arrangement (10, 11) is not touched by a user, characterized in that the annular touch surface triggers a stronger signal than the marker (15, 16, 17). wherein the annular touch surface is designed to cause capacitance changes when the arrangement (10, 11) is placed on the touch-sensitive sensor matrix, which capacitance changes are detectable as sensor data by capacitive sensors of the touch-sensitive sensor matrix, even when the arrangement (10, 11) is not touched by a user, characterized in that the annular touch surface triggers a stronger signal than the marker (15, 16, 17).
Electronic equipment of a railway vehicle, comprising: - a structure, - an electronic map, - an assembly of electronic components connected to the electronic map, said electronic components being disposed inside the structure, - a cooling module, configured to cool the electronic components by evacuating, towards the outside of the structure, at least a part of a heat dissipated by the electronic components, said cooling module being disposed outside the structure, and - a flange interposed between the cooling module and at least one wall of the structure, said flange being in contact with the cooling module and with said wall of the structure, characterised in that the flange is produced in a thermally insulating material. - a structure, - an electronic map, - an assembly of electronic components connected to the electronic map, said electronic components being disposed inside the structure, - a cooling module, configured to cool the electronic components by evacuating, towards the outside of the structure, at least a part of a heat dissipated by the electronic components, said cooling module being disposed outside the structure, and - a flange interposed between the cooling module and at least one wall of the structure, said flange being in contact with the cooling module and with said wall of the structure,
Apparatus for occluding a cardiovascular defect or a gap between a medical device and adjacent body tissue, the apparatus for use with a guidewire and a delivery system, the apparatus comprising an occlusion device, which comprises: a compliant balloon defining a fluid-tight balloon chamber and comprising an inflation port for filling and unfilling a fluid into and from the balloon chamber; a distal tip element disposed at a distal side of the balloon, and a proximal base element disposed at a proximal side of the balloon; an elongate element having a fixed length, and fixed to the distal tip element and the proximal base element, the elongate element being a wire or a cable; and a proximal connection element that is disposed at the proximal side of the balloon and is configured to releasably connect the occlusion device to a correspondingly configured distal connection element of the delivery system, characterised in that: the elongate element is fixed to the distal tip element and the proximal base element so as to set a fixed distance between the distal tip element and the proximal base element, the balloon has a balloon lumen forming a longitudinal passage from the proximal side to the distal side of the balloon, and the elongate element is disposed in the balloon lumen. a compliant balloon defining a fluid-tight balloon chamber and comprising an inflation port for filling and unfilling a fluid into and from the balloon chamber; a distal tip element disposed at a distal side of the balloon, and a proximal base element disposed at a proximal side of the balloon; an elongate element having a fixed length, and fixed to the distal tip element and the proximal base element, the elongate element being a wire or a cable; and a proximal connection element that is disposed at the proximal side of the balloon and is configured to releasably connect the occlusion device to a correspondingly configured distal connection element of the delivery system, characterised in that: the elongate element is fixed to the distal tip element and the proximal base element so as to set a fixed distance between the distal tip element and the proximal base element, the balloon has a balloon lumen forming a longitudinal passage from the proximal side to the distal side of the balloon, and the elongate element is disposed in the balloon lumen. the elongate element is fixed to the distal tip element and the proximal base element so as to set a fixed distance between the distal tip element and the proximal base element, the balloon has a balloon lumen forming a longitudinal passage from the proximal side to the distal side of the balloon, and the elongate element is disposed in the balloon lumen.
A needle assembly (100, 400) comprising: a needle hub with a needle extending from a distal end of the needle hub; a catheter tube attached to a catheter hub and having the needle extending through the catheter tube in a ready to use position; a valve positioned in an interior cavity of the catheter hub, said valve comprising an outer perimeter that axially floats when moved by a proximal valve opener (134, 700, 760), which is also positioned in the interior cavity of the catheter hub and proximal of the valve; a distal valve opener (252, 644) comprising a leg extension (196, 512) extending in a proximal direction of a base of a bushing (138, 642); characterized by a needle guard comprising a proximal wall with an opening having the needle passing therethrough located, at least in part, in a holding space of the proximal valve opener (134, 700, 760). a needle hub with a needle extending from a distal end of the needle hub; a catheter tube attached to a catheter hub and having the needle extending through the catheter tube in a ready to use position; a valve positioned in an interior cavity of the catheter hub, said valve comprising an outer perimeter that axially floats when moved by a proximal valve opener (134, 700, 760), which is also positioned in the interior cavity of the catheter hub and proximal of the valve; a distal valve opener (252, 644) comprising a leg extension (196, 512) extending in a proximal direction of a base of a bushing (138, 642); characterized by a needle guard comprising a proximal wall with an opening having the needle passing therethrough located, at least in part, in a holding space of the proximal valve opener (134, 700, 760).
A sealing arrangement for sealing a reciprocating piston rod of a piston compressor having a first and a second sealing element (8, 9), which are provided in a recess in the sealing configuration, with an axial distance between them, whereas an inlet line, which is connected to the recess is provided in the sealing configuration for a sealing medium which is under pressure (p oil), and the pressure (p oil) of the sealing medium is greater than the pressure (p d) to be sealed, and the sealing elements (8, 9) are each arranged abutting an axial end of the recess and the piston rod because of the pressure (p oil) of the sealing medium, so that the sealing medium with the pressure (p oil) is enclosed in the recess by the sealing elements (8, 9), characterized in that an outlet line is provided for sealing medium, which is connected to the recess, and a circulating device is provided, circulating the sealing medium through the recess via the inlet and outlet lines (7, 11) while maintaining the pressure (p oil) of the sealing medium in the recess.
A method for presenting an estimated elevator car arrival time by a mobile device, the method comprising: receiving an elevator call at the mobile device; sending an elevator call to an elevator controller; obtaining the estimated elevator car arrival time from the elevator controller in response to the elevator call; and generating a user interface depicting the estimated elevator car arrival time, the user interface depicting the estimated elevator car arrival time including a dynamic component that changes appearance in response to the estimated elevator car arrival time, characterised by receiving an updated estimated elevator arrival time from the elevator controller, when the estimated elevator car arrival time has changed by more than a threshold time; and updating the user interface to reflect a change in the estimated elevator car arrival time, the dynamic component changing appearance in response to the updated estimated elevator car arrival time. receiving an elevator call at the mobile device; sending an elevator call to an elevator controller; obtaining the estimated elevator car arrival time from the elevator controller in response to the elevator call; and generating a user interface depicting the estimated elevator car arrival time, the user interface depicting the estimated elevator car arrival time including a dynamic component that changes appearance in response to the estimated elevator car arrival time, characterised by receiving an updated estimated elevator arrival time from the elevator controller, when the estimated elevator car arrival time has changed by more than a threshold time; and updating the user interface to reflect a change in the estimated elevator car arrival time, the dynamic component changing appearance in response to the updated estimated elevator car arrival time.
An oral care product comprising chlorhexidine, at least one metabisulfite salt of an alkali or alkaline earth metal, ascorbic acid, and N-acetyl cysteine.
A method of making a heat transfer label assembly, the method comprising directly depositing a primer onto a release layer supported on a carrier, wherein the release layer comprises a material that softens upon sufficient exposure to heat and the primer comprises a polyacrylic acid polymer and a polyethylene polymer in a ratio of from 4:1 to 6:1 and prepares the surface of the release layer for receiving ink, and depositing ink onto the primer by digitally printing the ink onto the primer.
A method comprising: receiving constellation points of a modulated signal, data representing first and seconds portions of the constellation points, data representing arrangements of the first and second portions of the constellation points, data representing scrambling of the first and second portions of the constellation points, and data representing a constellation gain; and identifying a soft decision from the constellation points based upon a logical combination of the data representing the first and second portions of the constellation points, the data representing the arrangements of the first and second portions of the constellation points, the data representing the scrambling of the first and second portions of the constellation points, and the data representing the constellation gain, wherein de-scrambling, de-interleaving/de-mapping and rearranging the constellation points is executed in a combined manner. receiving constellation points of a modulated signal, data representing first and seconds portions of the constellation points, data representing arrangements of the first and second portions of the constellation points, data representing scrambling of the first and second portions of the constellation points, and data representing a constellation gain; and identifying a soft decision from the constellation points based upon a logical combination of the data representing the first and second portions of the constellation points, the data representing the arrangements of the first and second portions of the constellation points, the data representing the scrambling of the first and second portions of the constellation points, and the data representing the constellation gain, wherein de-scrambling, de-interleaving/de-mapping and rearranging the constellation points is executed in a combined manner.
A process comprising: contacting at least one polyester resin with a solid neutralizing agent selected from the group consisting of ammonium hydroxide flakes, potassium hydroxide flakes, sodium carbonate flakes, sodium bicarbonate flakes, lithium hydroxide flakes, potassium carbonate flakes, and combinations thereof, in the absence of an organic solvent to form a pre-blend mixture; contacting the pre-blend mixture with a surfactant, wherein the surfactant is a solid and is pre-blended with the at least one polyester resin prior to melt mixing; melt mixing the mixture; contacting the melt mixed mixture with de-ionized water to form an oil in water emulsion; and continuously recovering latex particles. contacting at least one polyester resin with a solid neutralizing agent selected from the group consisting of ammonium hydroxide flakes, potassium hydroxide flakes, sodium carbonate flakes, sodium bicarbonate flakes, lithium hydroxide flakes, potassium carbonate flakes, and combinations thereof, in the absence of an organic solvent to form a pre-blend mixture; contacting the pre-blend mixture with a surfactant, wherein the surfactant is a solid and is pre-blended with the at least one polyester resin prior to melt mixing; melt mixing the mixture; contacting the melt mixed mixture with de-ionized water to form an oil in water emulsion; and continuously recovering latex particles.
A method for producing hepatocytes, comprising: plating pluripotent human stem cells on a cell culture substrate comprising (i) a first laminin which is laminin-521 and (ii) a second laminin being laminin-221, wherein the laminin-521 and the second laminin are each either an intact protein or a protein fragment; and culturing the pluripotent human stem cells to obtain the hepatocytes. plating pluripotent human stem cells on a cell culture substrate comprising (i) a first laminin which is laminin-521 and (ii) a second laminin being laminin-221, wherein the laminin-521 and the second laminin are each either an intact protein or a protein fragment; and (i) a first laminin which is laminin-521 and (ii) a second laminin being laminin-221, wherein the laminin-521 and the second laminin are each either an intact protein or a protein fragment; and culturing the pluripotent human stem cells to obtain the hepatocytes.
Device forming an electric and fluid interconnector for a reactor for water electrolysis, consisting of a metal part having a constant thickness, which is delimited by two parallel planes, said metal part including: - a chamber within - a plurality of holes distributed over the surface, substantially perpendicular to one of the two planes, and opening both onto the latter and into said chamber, said chamber being created within said metal part and opening in addition to the outside in an area that is different from the plane onto which the plurality of holes opens. - a chamber within - a plurality of holes distributed over the surface, substantially perpendicular to one of the two planes, and opening both onto the latter and into said chamber,
A method of manufacturing a torque transmission shaft comprising: an internal shaft having an external spline provided on an outer circumference thereof; a tubular external shaft having on an inner circumference thereof an internal spline which is configured to slidably mesh with the external spline; and a resin coating provided on at least one of the external spline and the internal spline, the method comprising: an adaptation step of adapting a surface of the resin coating by causing a shaft manufacturing intermediate product of the internal shaft and a shaft manufacturing intermediate product of the external shaft to slide relatively in an axial direction in such a state that a central axis line of the shaft manufacturing intermediate product of the internal shaft and a central axis line of the shaft manufacturing intermediate product of the external shaft are aligned with each other, characterized in that in the adaptation step, a lubricant is interposed between the shaft manufacturing intermediate products (46, 147). an adaptation step of adapting a surface of the resin coating by causing a shaft manufacturing intermediate product of the internal shaft and a shaft manufacturing intermediate product of the external shaft to slide relatively in an axial direction in such a state that a central axis line of the shaft manufacturing intermediate product of the internal shaft and a central axis line of the shaft manufacturing intermediate product of the external shaft are aligned with each other, characterized in that in the adaptation step, a lubricant is interposed between the shaft manufacturing intermediate products (46, 147).
A fiber reinforced resin matrix composite laminate comprising: a) at least one layer of fiber reinforced resin matrix comprising a cured resin matrix; and b) a surfacing construction bound to the cured resin matrix and forming a surface of the laminate, comprising: i) at least one barrier layer, wherein the barrier layer has a thickness of less than 0.254 mm (10 mil), and wherein the barrier layer is of a material selected from the group consisting of polyurethanes, polyureas, polyesters, polyimides, polybutadienes, elastomers, epoxies, polycarbonates, and mixtures thereof; and ii) at least one cured adhesive layer derived from high temperature cure adhesive selected from the group consisting of epoxy resins, acrylates, cyano-acrylates, and urethanes, wherein the high temperature cure adhesive is defined as one which cures in less than 6 hours at a temperature of greater than 180 °C and fails to cure in 48 hours at a temperature of less than 25°C, wherein the cured adhesive layer is directly bound to the cured resin matrix; wherein at least one cured adhesive layer is directly bound to at least one barrier layer; and wherein the barrier layer(s) have a composition different from that of the cured adhesive layer(s), the barrier layer(s) have a composition different from that of the cured resin matrix, and the cured adhesive layer(s) have a composition different from that of the resin matrix. a) at least one layer of fiber reinforced resin matrix comprising a cured resin matrix; and b) a surfacing construction bound to the cured resin matrix and forming a surface of the laminate, comprising: i) at least one barrier layer, wherein the barrier layer has a thickness of less than 0.254 mm (10 mil), and wherein the barrier layer is of a material selected from the group consisting of polyurethanes, polyureas, polyesters, polyimides, polybutadienes, elastomers, epoxies, polycarbonates, and mixtures thereof; and ii) at least one cured adhesive layer derived from high temperature cure adhesive selected from the group consisting of epoxy resins, acrylates, cyano-acrylates, and urethanes, wherein the high temperature cure adhesive is defined as one which cures in less than 6 hours at a temperature of greater than 180 °C and fails to cure in 48 hours at a temperature of less than 25°C, i) at least one barrier layer, wherein the barrier layer has a thickness of less than 0.254 mm (10 mil), and wherein the barrier layer is of a material selected from the group consisting of polyurethanes, polyureas, polyesters, polyimides, polybutadienes, elastomers, epoxies, polycarbonates, and mixtures thereof; and ii) at least one cured adhesive layer derived from high temperature cure adhesive selected from the group consisting of epoxy resins, acrylates, cyano-acrylates, and urethanes, wherein the high temperature cure adhesive is defined as one which cures in less than 6 hours at a temperature of greater than 180 °C and fails to cure in 48 hours at a temperature of less than 25°C,
A crystal form A of Rebaudioside D, wherein the crystal form A has characteristic diffraction peaks of X-ray powder diffraction analysis, which are measured by Cu-Kα ray measurment and expressed as 2θ value in degree with an error range of ± 1°, and the characteristic diffraction peaks include 3 or more characteristic diffraction peaks selected from the group consisting of: 4.53, 6.38, 12.76, 13.52, 17.48, 17.96, 20.07 and 22.63.
A method comprising: receiving an indication of an allocation of resources from an access point, wherein the allocation is configured to enable allocation of consecutive parallel HARQ processes of bundled transmission time intervals, TTIs; generating one or more transport blocks, wherein the transport blocks are configured to contain a data payload replica; causing the one or more transport blocks to be transmitted via the allocated consecutive parallel hybrid automatic repeat request, HARQ, processes of bundled transmission time intervals, TTIs. receiving an indication of an allocation of resources from an access point, wherein the allocation is configured to enable allocation of consecutive parallel HARQ processes of bundled transmission time intervals, TTIs; generating one or more transport blocks, wherein the transport blocks are configured to contain a data payload replica; causing the one or more transport blocks to be transmitted via the allocated consecutive parallel hybrid automatic repeat request, HARQ, processes of bundled transmission time intervals, TTIs.