mhurhangee/patent-ind-claim-en huggingface dataset:
A display body , comprising an embossed layer , wherein the embossed layer includes a geometric optical structure region (A), and a wave optical structure region (B), the embossed layer includes a first uneven structure in the geometric optical structure region (A), the first uneven structure having a height (AH) of greater than or equal to 0.5 μm and less than 30 μm, and the embossed layer includes a second uneven structure in the wave optical structure region (B), the display body being characterised in that the second uneven structure has a height (BH) of greater than or equal to 100 nm and less than 500 nm, in that the embossed layer includes a third structure region (C), the third structure region (C) being located between the geometric optical structure region (A) and the wave optical structure region (B), and in that the embossed layer includes a third uneven structure in the third structure region (C), the third uneven structure having a height (CH) of greater than or equal to half a thickness of the embossed layer and less than or equal to twice the height (AH) of the first uneven structure, the height (CH) of the third uneven structure being greater than the height (AH) of the first uneven structure . the embossed layer includes a geometric optical structure region (A), and a wave optical structure region (B), the embossed layer includes a first uneven structure in the geometric optical structure region (A), the first uneven structure having a height (AH) of greater than or equal to 0.5 μm and less than 30 μm, and the embossed layer includes a second uneven structure in the wave optical structure region (B), the display body being characterised in that the second uneven structure has a height (BH) of greater than or equal to 100 nm and less than 500 nm, in that the embossed layer includes a third structure region (C), the third structure region (C) being located between the geometric optical structure region (A) and the wave optical structure region (B), and in that the embossed layer includes a third uneven structure in the third structure region (C), the third uneven structure having a height (CH) of greater than or equal to half a thickness of the embossed layer and less than or equal to twice the height (AH) of the first uneven structure, the height (CH) of the third uneven structure being greater than the height (AH) of the first uneven structure .
Stove or fireplace provided with a tube (T) for the discharge of fumes (F) and stoked with fuels such as wood, pellet and the like, and comprising at least one device for treating said combustion fumes (F), wherein said device comprises a tubular body having an axis (Z), said tubular body being provided with an outer surface (S) and with an inner surface (I) in contact with the combustion fumes (F), wherein said device comprises an end located at the inlet of the combustion fumes (F) into said body and that is connected to said tube (T) for the discharge of said fumes (F), wherein said device comprises at least a filtering element , and wherein said at least one filtering element is completely inside said tubular body , characterised in that said tubular body and said tube (T) have a substantially circular cross section, and said tubular body has a diameter that is equal to the diameter of said tube (T) for the discharge of said fumes (f), said at least one filtering element has an angle of inclination (α or β) with respect to the axis (Z) said angle of inclination (α or β) is between 30° and 60° or between 120° and 150° relative to said axis (Z), said stove or fireplace further comprising at least one side opening and at least one element supporting said at least one filtering element and closing said at least one side opening .
A gas supply system of supplying a gas into a processing apparatus , comprising: a plurality of element devices which constitute the gas supply system and includes a flow rate controller (FD) configured to control a flow rate of the gas; an upstream valve (FV1) whose upstream side is connected to a supply source (GS) of the gas and whose downstream side is connected to the flow rate controller (FD) in a direction along which the gas is flown; and a downstream valve (FV2) whose upstream side is connected to the flow rate controller (FD) and whose downstream side is connected to the processing apparatus in the direction along which the gas is flown; a base on which the plurality of element devices are disposed; a first pipeline (GL1), configured to connect the upstream valve (FV1) and the flow rate controller (FD), through which the gas is flown; and a second pipeline (GL2), configured to connect the flow rate controller (FD) and the downstream valve (FV2), through which the gas is flown, characterized in that some of the element devices are disposed on a first surface of the base and the others of the element devices are disposed on a second surface of the base , which is opposite to the first surface of the base , the flow rate controller (FD) is disposed on the first surface of the base , the upstream valve (FV1) and the downstream valve (FV2) are disposed on the second surface of the base , and each of the first pipeline (GL1) and the second pipeline (GL2) has a straight line shape and penetrates the base . a plurality of element devices which constitute the gas supply system and includes a flow rate controller (FD) configured to control a flow rate of the gas; an upstream valve (FV1) whose upstream side is connected to a supply source (GS) of the gas and whose downstream side is connected to the flow rate controller (FD) in a direction along which the gas is flown; and a downstream valve (FV2) whose upstream side is connected to the flow rate controller (FD) and whose downstream side is connected to the processing apparatus in the direction along which the gas is flown; a base on which the plurality of element devices are disposed; a first pipeline (GL1), configured to connect the upstream valve (FV1) and the flow rate controller (FD), through which the gas is flown; and a second pipeline (GL2), configured to connect the flow rate controller (FD) and the downstream valve (FV2), through which the gas is flown, characterized in that some of the element devices are disposed on a first surface of the base and the others of the element devices are disposed on a second surface of the base , which is opposite to the first surface of the base , the flow rate controller (FD) is disposed on the first surface of the base , the upstream valve (FV1) and the downstream valve (FV2) are disposed on the second surface of the base , and each of the first pipeline (GL1) and the second pipeline (GL2) has a straight line shape and penetrates the base .
A protective case for a laptop computer, said case comprising a first portion and a second portion , hinged to each other at the level of a junction area , and intended to protect the upper surface and the lower surface of said laptop computer, in which one of the portions is provided with a receptacle capable of receiving the base of said computer, said receptacle being hinged at the level of the free edge of said portion , opposite to the edge of the portion taking part in the junction area between the two portions, characterized in that said portion is formed of a frame defining a through opening or window , and of a foldable flap , capable of reversibly closing said opening or window .
Squirrel-cage rotor of an asynchronous machine having electrical conductors, which are provided in substantially axially extending grooves of a laminated core , - wherein on each end face of the laminated core at least one short-circuit ring is provided, which electrically connects at least a predetermined number of the electrical conductors, - wherein the short-circuit ring has a reinforcement made of comparatively high-strength material, - wherein the reinforcement has an outer contour , an inner contour and lateral surfaces , - wherein the reinforcement on the outer and inner circumference is closed in design, - wherein the lateral surface on the side facing away from the laminated core has a closed design or openings for degassing during the diecasting process, - wherein injection channels are provided on the lateral surface on the side facing away from the laminated core in order to be able to feed the electrical fluid material into the reinforcement as well as the groove spaces of the laminated core , - wherein recesses are provided for the electrical conductors on lateral surfaces in the direction of the laminated core , - wherein starting from the inside of the inner contour , a lattice structure has radial webs extending to the inside of the outer contour , - wherein further webs are provided both in the circumferential direction and in the radial and/or axial direction, - wherein nodes are arranged at the intersection point of the webs which serve to stabilize the entire lattice structure within the reinforcement . - wherein on each end face of the laminated core at least one short-circuit ring is provided, which electrically connects at least a predetermined number of the electrical conductors, - wherein the short-circuit ring has a reinforcement made of comparatively high-strength material, - wherein the reinforcement has an outer contour , an inner contour and lateral surfaces , - wherein the reinforcement on the outer and inner circumference is closed in design, - wherein the lateral surface on the side facing away from the laminated core has a closed design or openings for degassing during the diecasting process, - wherein injection channels are provided on the lateral surface on the side facing away from the laminated core in order to be able to feed the electrical fluid material into the reinforcement as well as the groove spaces of the laminated core , - wherein recesses are provided for the electrical conductors on lateral surfaces in the direction of the laminated core , - wherein starting from the inside of the inner contour , a lattice structure has radial webs extending to the inside of the outer contour , - wherein further webs are provided both in the circumferential direction and in the radial and/or axial direction, - wherein nodes are arranged at the intersection point of the webs which serve to stabilize the entire lattice structure within the reinforcement .
A method performed on a computing device , the method comprising: obtaining features reflecting mixed speech signals captured by multiple microphones; inputting the features to a neural network, wherein the neural network is trained using permutation invariant training; obtaining masks output by the neural network; applying the masks to at least one of the mixed speech signals captured by at least one of the microphones to obtain two or more separate speaker-specific speech signals; applying the masks by deriving beamformers from the masks and using the beamformers to obtain the two or more separate speaker-specific speech signals; gain adjusting the two or more separate speaker-specific speech signals; and outputting , after the gain adjusting, the two or more separate speaker-specific speech signals. obtaining features reflecting mixed speech signals captured by multiple microphones; inputting the features to a neural network, wherein the neural network is trained using permutation invariant training; obtaining masks output by the neural network; applying the masks to at least one of the mixed speech signals captured by at least one of the microphones to obtain two or more separate speaker-specific speech signals; applying the masks by deriving beamformers from the masks and using the beamformers to obtain the two or more separate speaker-specific speech signals; gain adjusting the two or more separate speaker-specific speech signals; and outputting , after the gain adjusting, the two or more separate speaker-specific speech signals.
A flying simulator ride comprising: a track ; a bogie coupled to the track ; a motion base ; a plurality of cables extending from one or more cable control assemblies coupled to the bogie and suspending the motion base from the bogie such that the motion base is capable of motion in multiple degrees of freedom; and a passenger support system comprising a first passenger support unit and a second passenger support unit configured to move relative to one another and configured to support passengers of the flying simulator ride wherein the passenger support system is coupled to the motion base and is configured to assume a ride configuration in which the first passenger support unit is moved away from the motion base . a track ; a bogie coupled to the track ; a motion base ; a plurality of cables extending from one or more cable control assemblies coupled to the bogie and suspending the motion base from the bogie such that the motion base is capable of motion in multiple degrees of freedom; and a passenger support system comprising a first passenger support unit and a second passenger support unit configured to move relative to one another and configured to support passengers of the flying simulator ride wherein the passenger support system is coupled to the motion base and is configured to assume a ride configuration in which the first passenger support unit is moved away from the motion base .
A wrapped stack of like-diameter coins comprising: a stack of like-diameter coins extending along a longitudinal axis ; and a flat sheet wrapped around the stack of coins in a wrapping direction around the longitudinal axis, the wrapped sheet defining a tube surrounding the coin stack; the sheet comprising a leading portion at a leading end of the sheet, a trailing portion at a trailing end of the sheet, the leading and trailing ends separated by the length of the sheet, an upper sheet side and a lower sheet side separated by the width of the sheet, the leading and trailing ends having identical profiles, each profile being generally "W" shaped, the lines forming the "W" profile are rounded along at least portions of the lines, so that each line does not extend in a straight line for the entire length of the line, the trailing end profile comprising a convex edge centred between the upper and lower sheet sides , and a pair of concave edges on opposite sides of the convex edge, each concave edge extending from the convex edge to a respective upper and lower side of the sheet, the trailing portion overlying the leading portion when the sheet is wrapped around the stack of coins; the convex edge of the trailing edge of the sheet defining a tab extending in the wrapping direction away from the concave edges of the sheet. a stack of like-diameter coins extending along a longitudinal axis ; and a flat sheet wrapped around the stack of coins in a wrapping direction around the longitudinal axis, the wrapped sheet defining a tube surrounding the coin stack; the sheet comprising a leading portion at a leading end of the sheet, a trailing portion at a trailing end of the sheet, the leading and trailing ends separated by the length of the sheet, an upper sheet side and a lower sheet side separated by the width of the sheet, the leading and trailing ends having identical profiles, each profile being generally "W" shaped, the lines forming the "W" profile are rounded along at least portions of the lines, so that each line does not extend in a straight line for the entire length of the line, the trailing end profile comprising a convex edge centred between the upper and lower sheet sides , and a pair of concave edges on opposite sides of the convex edge, each concave edge extending from the convex edge to a respective upper and lower side of the sheet, the trailing portion overlying the leading portion when the sheet is wrapped around the stack of coins; the convex edge of the trailing edge of the sheet defining a tab extending in the wrapping direction away from the concave edges of the sheet.
A process of hermetically sealing a conductive feed through comprising: a. applying to a first substrate a first enamel trace parallel to the substrate edge. b. applying a second enamel trace which contains a conductor across the first enamel trace such that it contacts the first substrate in the area adjacent both edges of the first enamel. c. applying a third enamel trace parallel to the substrate edge substantially over the first enamel trace, and d. heating the respective enamels. a. applying to a first substrate a first enamel trace parallel to the substrate edge. b. applying a second enamel trace which contains a conductor across the first enamel trace such that it contacts the first substrate in the area adjacent both edges of the first enamel. c. applying a third enamel trace parallel to the substrate edge substantially over the first enamel trace, and d. heating the respective enamels.
Apparatus (100; 200) for recording a depth profile of a biological tissue, in particular a frontal eye section of a human eye, according to the principle of optical coherence tomography (OCT), comprising: a light source adapted to generate a bundle of light rays comprising wavelengths in a predetermined wavelength range having a predetermined bandwidth (Δλ) and comprising an operating wavelength (λ 0 ), wherein the light source is a gallium nitride (GaN)-semiconductor-LED and the wavelength in the predetermined wavelength range is 405 nm according to the emission wavelength of the LED, an interferometer arrangement comprising a beam splitter device , adapted to spatially separate the bundle of light rays generated by the light source into a reference beam (104; 204) and a measurement beam directed towards the tissue , a reference beam deflection device (130; 230) adapted to deflect the reference beam (104; 204), a beam superpositioning device adapted to spatially superimpose the deflected reference beam (104; 204) onto the measurement beam deflected by the tissue to a superpositioned beam (108; 208), and a detector arrangement (160, 170; 270) for detecting information in the superpositioned beam (108; 208) associated with the difference of the optical path length of the reference beam (104; 204) and the measurement beam . a light source adapted to generate a bundle of light rays comprising wavelengths in a predetermined wavelength range having a predetermined bandwidth (Δλ) and comprising an operating wavelength (λ 0 ), wherein the light source is a gallium nitride (GaN)-semiconductor-LED and the wavelength in the predetermined wavelength range is 405 nm according to the emission wavelength of the LED, an interferometer arrangement comprising a beam splitter device , adapted to spatially separate the bundle of light rays generated by the light source into a reference beam (104; 204) and a measurement beam directed towards the tissue , a reference beam deflection device (130; 230) adapted to deflect the reference beam (104; 204), a beam superpositioning device adapted to spatially superimpose the deflected reference beam (104; 204) onto the measurement beam deflected by the tissue to a superpositioned beam (108; 208), and a detector arrangement (160, 170; 270) for detecting information in the superpositioned beam (108; 208) associated with the difference of the optical path length of the reference beam (104; 204) and the measurement beam .
A method to remove an adhesive label from a bobbin , the bobbin including an end portion and an outer surface , the method including: ∘ providing a bobbin of a coiled sheet closed by an adhesive label positioned on top of the end portion of the coiled sheet to attach the same to the outer surface of the bobbin ; ∘ locating the adhesive label ; characterized in that the method also comprises: ∘ applying a sucking force to the location of the adhesive label so as to detach the adhesive label and the end portion of the coiled sheet from the bobbin ; and o cutting a part of the detached end portion including the adhesive label from the bobbin . ∘ providing a bobbin of a coiled sheet closed by an adhesive label positioned on top of the end portion of the coiled sheet to attach the same to the outer surface of the bobbin ; ∘ locating the adhesive label ; ∘ applying a sucking force to the location of the adhesive label so as to detach the adhesive label and the end portion of the coiled sheet from the bobbin ; and o cutting a part of the detached end portion including the adhesive label from the bobbin .
A vehicle positioning device for a battery charging and swapping station, the vehicle positioning device comprising a first positioning portion and a second positioning portion which are provided at a battery swap platform , the first positioning portion being used to position a vehicle in an X-axis direction, and the second positioning portion being used to position the vehicle in a Y-axis direction perpendicular to the X-axis direction, the X-axis direction being the driving direction, wherein the first positioning portion comprises two first roller groups arranged side by side in the Y-axis direction that are able to position the front/rear wheels of the vehicle in the X-axis direction and allow the front/rear wheels to move in the Y-axis direction, characterized in that the second positioning portion comprises two first centring mechanisms arranged side by side in the Y-axis direction, each of the first centring mechanisms comprising a power transmission portion and a pull plate , wherein the power transmission portion comprises a drive motor and a lead screw and nut unit having a lead screw and a nut , the lead screw passing below the first roller group , the drive motor being connected to the lead screw on one side of the first roller group that is adjacent to the other first roller group , and the pull plate being connected to the nut via a mounting frame on the other side of the first roller group that is opposite to the one side, so that the pull plates are able to pull the front/rear wheels from the outside to the inside of the front/rear wheels of the vehicle under the drive of the power transmission portions, so as to move the front/rear wheels of the vehicle in the Y-axis direction. characterized in that the second positioning portion comprises two first centring mechanisms arranged side by side in the Y-axis direction, each of the first centring mechanisms comprising a power transmission portion and a pull plate , wherein the power transmission portion comprises a drive motor and a lead screw and nut unit having a lead screw and a nut , the lead screw passing below the first roller group , the drive motor being connected to the lead screw on one side of the first roller group that is adjacent to the other first roller group , and the pull plate being connected to the nut via a mounting frame on the other side of the first roller group that is opposite to the one side, so that the pull plates are able to pull the front/rear wheels from the outside to the inside of the front/rear wheels of the vehicle under the drive of the power transmission portions, so as to move the front/rear wheels of the vehicle in the Y-axis direction.