mhurhangee/patent-ind-claim-en huggingface dataset:
Roof console for a vehicle, having at least one touch-slide operator control element for operating vehicle functions, wherein the surface of at least one of the touch-slide operator control elements is arranged in a recess or on a raised portion in relation to the surface of the area surrounding the touch-slide operator control element , characterized in that the recess becomes narrower as the depth increases or the raised portion tapers as the height increases.
A delivery system for a dental composition comprising a mixer , a cartridge having a first, second and third compartment for receiving a first, second and third component, respectively, of the dental composition; and a bypass valve switchable between a first position and a second position, wherein in the first position, fluid communication is established between the third compartment and the mixer , and wherein in the second position, fluid communication is blocked between the third compartment and the mixer ; wherein the bypass valve further comprises a bypass outlet by which a reservoir is connectable to the third compartment ; and wherein fluid communication is blocked between the third compartment and the bypass outlet in the first position of the bypass valve and wherein fluid communication is established between the third compartment and the bypass outlet in the second position of the bypass valve . wherein in the first position, fluid communication is established between the third compartment and the mixer , and wherein in the second position, fluid communication is blocked between the third compartment and the mixer ;
A negative electrode-solid electrolyte sub-assembly for an all-solid secondary battery comprising: a negative electrode current collector; a first negative active material layer disposed on the negative electrode current collector; an interlayer disposed on the first negative active material layer and opposite the negative electrode current collector; and a solid electrolyte disposed on the interlayer and opposite the first negative active material layer, wherein the first negative active material layer comprises a mixture of a compound of Formula 1 and a compound of Formula 2, a composite of the compound of Formula 1 and the compound of Formula 2, or a combination thereof, Formula 1 Li x M1 y wherein, in Formula 1, M1 is a first metal and is an element capable of forming a compound or an alloy with lithium and oxygen, and 0 ≤ x ≤ 20 and 1 ≤ y ≤ 10 , Formula 2 M2 a N b wherein, in Formula 2, M2 is a second metal and is lithium, an element capable of forming a compound or an alloy with lithium and nitrogen, or a combination thereof, and 1 ≤ a ≤ 15 and 1 ≤ b ≤ 10 , wherein the interlayer comprises a third metal material, lithium oxide, or a combination thereof, and the third metal material comprises a third metal oxide, an oxide comprising a third metal and lithium, or a combination thereof, wherein the third metal is an element of Groups 2 to 15. a negative electrode current collector; a first negative active material layer disposed on the negative electrode current collector; an interlayer disposed on the first negative active material layer and opposite the negative electrode current collector; and a solid electrolyte disposed on the interlayer and opposite the first negative active material layer, wherein the first negative active material layer comprises a mixture of a compound of Formula 1 and a compound of Formula 2, a composite of the compound of Formula 1 and the compound of Formula 2, or a combination thereof, Formula 1 Li x M1 y wherein, in Formula 1, M1 is a first metal and is an element capable of forming a compound or an alloy with lithium and oxygen, and 0 ≤ x ≤ 20 and 1 ≤ y ≤ 10 , Formula 2 M2 a N b wherein, in Formula 2, M2 is a second metal and is lithium, an element capable of forming a compound or an alloy with lithium and nitrogen, or a combination thereof, and 1 ≤ a ≤ 15 and 1 ≤ b ≤ 10 , wherein the interlayer comprises a third metal material, lithium oxide, or a combination thereof, and the third metal material comprises a third metal oxide, an oxide comprising a third metal and lithium, or a combination thereof, wherein the third metal is an element of Groups 2 to 15.
A water electrolysis apparatus comprising: a plurality of water electrolysis cells connected in series; a plurality of detection circuits that is individually provided for the plurality of water electrolysis cells and that detects a current that flows through a bypass connected in parallel to a corresponding water electrolysis cell; and a signal output circuit that outputs a signal when a current value of the current detected by at least one of the plurality of detection circuits exceeds a threshold. a plurality of water electrolysis cells connected in series; a plurality of detection circuits that is individually provided for the plurality of water electrolysis cells and that detects a current that flows through a bypass connected in parallel to a corresponding water electrolysis cell; and a signal output circuit that outputs a signal when a current value of the current detected by at least one of the plurality of detection circuits exceeds a threshold.
A method for acquiring seismic data, comprising: towing an array of marine seismic streamers coupled to a vessel (210;300), wherein the array comprises a plurality of lead-in cables (311-317) and streamers , and the plurality of lead-in cables (311-317) comprises an innermost lead-in cable and an outermost lead-in cable with respect to a center line of the vessel (210;300); and characterized by towing a plurality of source cables (320-322) and one or more seismic sources such that the one or more seismic sources are positioned between the innermost lead-in cable and the outermost lead-in cable at least in one of the horizontal or vertical directions, and further characterized in that at least one of the plurality of the lead-in cables (311-317) is disposed at a greater depth than the source cables (320-322) or seismic sources and wherein the seismic sources are disposed between 50 and 500 meters apart from the centerline of the vessel (210;300). towing an array of marine seismic streamers coupled to a vessel (210;300), wherein the array comprises a plurality of lead-in cables (311-317) and streamers , and the plurality of lead-in cables (311-317) comprises an innermost lead-in cable and an outermost lead-in cable with respect to a center line of the vessel (210;300); and characterized by towing a plurality of source cables (320-322) and one or more seismic sources such that the one or more seismic sources are positioned between the innermost lead-in cable and the outermost lead-in cable at least in one of the horizontal or vertical directions, and further characterized in that at least one of the plurality of the lead-in cables (311-317) is disposed at a greater depth than the source cables (320-322) or seismic sources and wherein the seismic sources are disposed between 50 and 500 meters apart from the centerline of the vessel (210;300).
Heat exchanger for an exchange of heat between at least a first fluid and a second fluid, in particular for a motor vehicle: - the heat exchanger comprising a heat exchange core with an alternating stack: • of heat exchange tubes having ducts for the circulation of the first fluid, and • spacers , and - the heat exchanger having at least in part a coating that is able to melt so as to join elements of the heat exchanger during assembly by brazing, characterized in that - the spacers have respectively at least one reservoir that is able to collect the coating during brazing of the heat exchanger , - each reservoir being arranged on one end of a spacer and facing one end of a heat exchange tube , so as to prevent the coating from blocking said at least one circulation duct of the heat exchange tube during brazing of the heat exchanger . - the heat exchanger comprising a heat exchange core with an alternating stack: • of heat exchange tubes having ducts for the circulation of the first fluid, and • spacers , and • of heat exchange tubes having ducts for the circulation of the first fluid, and • spacers , and - the heat exchanger having at least in part a coating that is able to melt so as to join elements of the heat exchanger during assembly by brazing, characterized in that - the spacers have respectively at least one reservoir that is able to collect the coating during brazing of the heat exchanger , - each reservoir being arranged on one end of a spacer and facing one end of a heat exchange tube , so as to prevent the coating from blocking said at least one circulation duct of the heat exchange tube during brazing of the heat exchanger .
A drive assembly for tire service machines, comprising: a drive unit comprising a drive motor having a rotatable output drive shaft, a wheel support , and a gear unit having at least one gearbox , wherein the at least one gearbox has at least a gearbox housing, a gearbox input shaft and a gearbox output shaft , wherein the wheel support is in direct torque transmitting connection with the gearbox output shaft , and wherein the output drive shaft of the drive motor is in a direct torque transmitting connection to the gearbox input shaft of the gearbox , characterized by the drive assembly further comprising a support unit adapted to fix the drive assembly onto a frame or a structural element of the tire service machine, the support unit provided between the gear unit and the drive unit and adapted to transfer at least a part of a flux of forces, generated during the tire service process on the tire service machine, from the wheel support via the gearbox housing to the frame or structural element of the tire service machine. a drive unit comprising a drive motor having a rotatable output drive shaft, a wheel support , and a gear unit having at least one gearbox , wherein the at least one gearbox has at least a gearbox housing, a gearbox input shaft and a gearbox output shaft , wherein the wheel support is in direct torque transmitting connection with the gearbox output shaft , and wherein the output drive shaft of the drive motor is in a direct torque transmitting connection to the gearbox input shaft of the gearbox , characterized by the drive assembly further comprising a support unit adapted to fix the drive assembly onto a frame or a structural element of the tire service machine, the support unit provided between the gear unit and the drive unit and adapted to transfer at least a part of a flux of forces, generated during the tire service process on the tire service machine, from the wheel support via the gearbox housing to the frame or structural element of the tire service machine.
Double window having: - an outer window plane with at least one outer window which is disposed in an outer window frame ; - an inner window plane with at least one inner window which is disposed in an inner window frame ; - a box frame which is formed from one lower box frame element , two lateral box frame elements and one upper box frame element and which connects the outer window frame and the inner window frame to one another, wherein the outer window plane , the inner window plane and the box frame configure a box space , and - a ventilation opening which is disposed in the box frame , characterized in that at least one ventilation opening is disposed in a lateral box frame element of the box frame in such a manner that ventilating the box space is made possible. - an outer window plane with at least one outer window which is disposed in an outer window frame ; - an inner window plane with at least one inner window which is disposed in an inner window frame ; - a box frame which is formed from one lower box frame element , two lateral box frame elements and one upper box frame element and which connects the outer window frame and the inner window frame to one another, wherein the outer window plane , the inner window plane and the box frame configure a box space , and - a ventilation opening which is disposed in the box frame ,
A light control film , comprising: a first major surface and a second major surface opposite the first major surface; a view axis generally perpendicular to at least one of the first and second major surfaces; an array of posts comprising a light transmissive material, the array of posts being arranged in two dimensions with columns and rows, and extending along respective longitudinal axes (AA') from the first major surface to the second major surface, the posts each having a cross sectional shape of hexagon, the hexagons being arranged in a close packed layout with gaps therebetween forming a honeycomb pattern, the posts each having a tapered shape along the respective longitudinal axis so that the spacing of the gaps is generally uniform in respective lateral planes; and absorptive regions disposed between the array of posts thereby forming a honeycomb pattern, the absorptive regions comprising an optically absorptive material and extending at least partially from the first major surface to the second major surface to block light from being transmitted through the absorptive regions, and wherein the array of posts are optically isolated by the absorptive regions such that light is substantially transmitted longitudinally within the posts and exits the first or second major surface in a direction that is predominantly oriented along the view axis to be within a 360° view cone , and outside the 360° view cone, light is blocked by the absorptive regions, said 360° view cone having a transmission cutoff angle with respect to the view axis from about 10° degrees to about 70°. a first major surface and a second major surface opposite the first major surface; a view axis generally perpendicular to at least one of the first and second major surfaces; an array of posts comprising a light transmissive material, the array of posts being arranged in two dimensions with columns and rows, and extending along respective longitudinal axes (AA') from the first major surface to the second major surface, the posts each having a cross sectional shape of hexagon, the hexagons being arranged in a close packed layout with gaps therebetween forming a honeycomb pattern, the posts each having a tapered shape along the respective longitudinal axis so that the spacing of the gaps is generally uniform in respective lateral planes; and absorptive regions disposed between the array of posts thereby forming a honeycomb pattern, the absorptive regions comprising an optically absorptive material and extending at least partially from the first major surface to the second major surface to block light from being transmitted through the absorptive regions, and wherein the array of posts are optically isolated by the absorptive regions such that light is substantially transmitted longitudinally within the posts and exits the first or second major surface in a direction that is predominantly oriented along the view axis to be within a 360° view cone , and outside the 360° view cone, light is blocked by the absorptive regions, said 360° view cone having a transmission cutoff angle with respect to the view axis from about 10° degrees to about 70°.
A process for the production of a composite element, at least comprising the following steps: A) provision of an outer layer; B) application, to the outer layer, of a composition Z1 comprising at least one compound reactive toward isocyanates; C) application, to the layer applied in step B), of a composition Z2 suitable for the production of a polyurethane foam and/or polyisocyanurate foam, where the composition Z1 comprises, based on the weight of the compound reactive toward isocyanates, less than 5% by weight of compounds that react with isocyanate with formation of a gas. A) provision of an outer layer; B) application, to the outer layer, of a composition Z1 comprising at least one compound reactive toward isocyanates; C) application, to the layer applied in step B), of a composition Z2 suitable for the production of a polyurethane foam and/or polyisocyanurate foam,
Flow meter for detecting a flow rate of a fluid, comprising a housing with a flow channel , through which flow channel the fluid can be guided from an inlet opening of the housing to an outlet opening of the housing , a measurement tube , which is inserted into the flow channel and narrows the flow cross section in one section of the flow channel , and a holding device , by way of which the measurement tube is mounted on the housing , wherein, between the inlet opening and the measurement tube and/or between the measurement tube and the outlet opening , there is arranged a respective flow straightener which has at least one aperture through which the fluid can flow, wherein the flow straightener is formed as a separate component which is fastened to the holding device by way of a form-fitting connection, characterized in that the holding device comprises a first and a second holding component , which are connected to one another in a force-fitting and/or form-fitting manner, wherein the first holding component and the flow straightener are connected in a form-fitting manner, wherein the first holding component and the flow straightener are formed in such a way that their relative position and orientation are fixed solely by way of their form-fitting connection.
Skin treatment device comprising a substrate and a plurality of discrete galvanic couples provided on said substrate , the individual galvanic couples being disconnected and do not touching one another, each discrete galvanic couple comprising a first conductive electrode that is an anode and a second conductive electrode that is a cathode , both fixed on top of the substrate , wherein the anode of each galvanic couple comprises a first metal and the cathode of each discrete galvanic couple comprises a second metal, different from the first metal, the first and second metal having a different standard potential, , at least one discrete galvanic couple comprising an anode having an assembly of a bottom layer connected to said substrate, said bottom layer comprising said second metal, and a top layer connected to said bottom layer , said top layer comprising said first metal, wherein the bottom layer comprises silver chloride, top layer comprises zinc, the top layer is formed to completely cover the bottom layer , the cathode comprises a single layer , which comprises silver chloride.
A neural network dual in-line memory module, NN-DIMM , comprising: a module card having a plurality of parallel edge contacts adjacent an edge of a slot connector thereof and configured to have the same command and signal interface as a standard dual in-line memory module, DIMM; a deep neural network, DNN, accelerator affixed to the module card; and a bridge configured to transfer information between the DNN accelerator and the plurality of parallel edge contacts via a DIMM external interface, wherein the bridge includes control registers and on-chip memory, and wherein the bridge is further configured such that the DNN accelerator is to be seen as a standard DRAM to a host CPU and to map the control registers and the on-chip memory to one row of banks of the NN-DIMM, so that accessing the control registers and the on-chip memory always leads to an access of the same one row in said banks of the NN-DIMM. a module card having a plurality of parallel edge contacts adjacent an edge of a slot connector thereof and configured to have the same command and signal interface as a standard dual in-line memory module, DIMM; a deep neural network, DNN, accelerator affixed to the module card; and a bridge configured to transfer information between the DNN accelerator and the plurality of parallel edge contacts via a DIMM external interface, wherein the bridge includes control registers and on-chip memory, and wherein the bridge is further configured such that the DNN accelerator is to be seen as a standard DRAM to a host CPU and to map the control registers and the on-chip memory to one row of banks of the NN-DIMM, so that accessing the control registers and the on-chip memory always leads to an access of the same one row in said banks of the NN-DIMM.
A process for realising an upper for shoes , using at least a first and second group of needles of a needle-bearing cylinder of a circular knitting machine, each needle of said first group and of said second group of needles being used in a tuck-stitch or loop position and/or in a plain drop stitch position and/or in a missed or bridle stitch position at least during the forward rotation of said needle-bearing cylinder , said at least first and second group of needles being used alternatively in said at least forward rotation of said needle-bearing cylinder so as to knit several yarns together without having to continuously cut them, said first and second group of needles, during the formation of said upper , realising at least one opening of the tip of the upper , characterised by arranging a seam aligned with the axis of a sole to which said upper is to be anchored, said seam closing the opening obtained with needles in a missed or bridle stitch position the number of which increases or decreases at each change of rotation direction of said needle-bearing cylinder .
An oligomer of from 20 to 50 nucleotides in length, wherein the oligomer comprises the chemical structure ATTtCcaaattcacTtTtAC (SEQ ID NO: 487), wherein uppercase letters denote a bicyclic nucleoside having a bridge between C2'- and C4' of the ribose sugar and the lowercase letters denote DNA.
A device for non-invasively delivering transdermally a molecule to a subject comprising: means for irreversibly electroporating the skin by generating a non-pulsed voltage and a pulsed voltage between at least one first moving or stationary electrode and a second stationary electrode; a vacuum pump for providing a pressure above the skin; and a chamber comprising the molecule to be delivered. means for irreversibly electroporating the skin by generating a non-pulsed voltage and a pulsed voltage between at least one first moving or stationary electrode and a second stationary electrode; a vacuum pump for providing a pressure above the skin; and a chamber comprising the molecule to be delivered.
A method for assisting a thermally-induced change to a nano-sized solute or dispersed-phase in a liquid, the dispersed-phase being a solid, a liquid or a micelle, wherein the nano-sized solute or dispersed-phase has a maximum dimension in the range of from 0.5 to 200 nm, the method comprising the step of: passing gas bubbles through the liquid, the gas in the gas bubbles having a temperature higher than the bulk temperature of the liquid and the bubbles having a diameter range of from 0.1 to 7 mm, wherein the liquid is water or an aqueous solution in which water is the only solvent or is at least 50% by weight of the total solvents in the solution, wherein the gas in the gas bubbles has a relative humidity of less than 50 %, and wherein the thermally-induced change occurs at a temperature of less than 1000 °C and is a thermally-induced chemical reaction.
Optical fiber connector assembly for a fiber optic cable comprising an optical fiber , having an end portion terminated with a ferrule , and rod members , the optical fiber connector assembly extending lengthwise along a longitudinal axis and comprising: - a ferrule holder configured to hold the end portion of the optical fiber , the ferrule and the rod members ; - a connector having an internal passageway for housing the ferrule holder ; - a locking member extending lengthwise and having an internal passageway for the end portion of the fiber optic cable , wherein the connector comprises means so that it is configured to be directly mechanically coupled to the ferrule holder , and wherein the locking member comprises means so that it is configured to be directly mechanically coupled both to the ferrule holder and to the connector . - a ferrule holder configured to hold the end portion of the optical fiber , the ferrule and the rod members ; - a connector having an internal passageway for housing the ferrule holder ; - a locking member extending lengthwise and having an internal passageway for the end portion of the fiber optic cable ,