mhurhangee/ep-ind-claims huggingface dataset:
A method of operating a textile treatment device (1, 1a, 1b, 1h) comprising a heatable soleplate intended to be in contact with a textile for treating the textile and a heating system (12a, 12b) for providing thermal energy to the soleplate, the method comprising: - a first step of setting a first temperature target for the heatable soleplate, the first temperature target being a desired soleplate temperature to be reached by regulating the electrical power provided to the heating system, - a step of detecting movement of said textile treatment device, characterized in that: - if the step of detecting movement did not detect any movement of said textile treatment device during more than a given first time duration, a step of actively decreasing the temperature of the heatable soleplate by injecting an amount of water in a steam chamber being in thermal contact with said heatable soleplate, up to reaching a first given temperature having a value below said first temperature target. - a first step of setting a first temperature target for the heatable soleplate, the first temperature target being a desired soleplate temperature to be reached by regulating the electrical power provided to the heating system, - a step of detecting movement of said textile treatment device, characterized in that: - if the step of detecting movement did not detect any movement of said textile treatment device during more than a given first time duration, a step of actively decreasing the temperature of the heatable soleplate by injecting an amount of water in a steam chamber being in thermal contact with said heatable soleplate, up to reaching a first given temperature having a value below said first temperature target.
Forensic evidence film, especially for securing evidence in the event of vehicle accident damage, with - An adhesive film which has a transparent plastic carrier film and an adhesive layer applied to one side, the adhesive layer being designed to detach and preserve traces from a trace location, and - A separating cover sheet, which is at least partially removable to cover the adhesive layer in the pre-use state and in the storage state, and which has at least on its side facing the adhesive layer a siliconized coating or has a surface quality that can otherwise be separated non-destructively from the adhesive layer, wherein the separating cover sheet is designed at least in partial areas as a highly transparent film, which enables the adhesive film provided with the separating cover film to be examined through the separating cover film after securing evidence, characterized in that the evidence securing film is essentially designed with a rectangular basic cut with longitudinal and narrow sides, and that the separating cover sheet is connected with the adhesive film on one longitudinal side by means of an essentially nonstop and solid and essentially linear connection, which mechanically cannot be detached without destroying the foils under regular conditions, in particular by means of an adhesive or by means of foil welding. - An adhesive film which has a transparent plastic carrier film and an adhesive layer applied to one side, the adhesive layer being designed to detach and preserve traces from a trace location, and - A separating cover sheet, which is at least partially removable to cover the adhesive layer in the pre-use state and in the storage state, and which has at least on its side facing the adhesive layer a siliconized coating or has a surface quality that can otherwise be separated non-destructively from the adhesive layer, wherein the separating cover sheet is designed at least in partial areas as a highly transparent film, which enables the adhesive film provided with the separating cover film to be examined through the separating cover film after securing evidence,
A support system for an offshore structure such as a wind turbine, characterized by - a lower column for support via its first end by the seabed; - at least one mooring arrangement (3a,b, 4a,b, 5a,b) connected at a first end to the lower column and at a second end to at least one respective anchor means (6a,b, 7a,b, 8a,b), and wherein each mooring arrangement comprises at least a tubular portion (12a,b) attached via connection means (18a,b) in an end-to-end relationship to a flexible portion (15a,b). - a lower column for support via its first end by the seabed; - at least one mooring arrangement (3a,b, 4a,b, 5a,b) connected at a first end to the lower column and at a second end to at least one respective anchor means (6a,b, 7a,b, 8a,b), and wherein each mooring arrangement comprises at least a tubular portion (12a,b) attached via connection means (18a,b) in an end-to-end relationship to a flexible portion (15a,b).
A gate driving circuit comprising shift registers at a plurality of stages, wherein the shift register at each stage including a pull-up driving unit, a pull-up unit, a reset unit and a pull-down unit, said shift register further including: a supplementary unit; wherein, said pull-up unit (M3, C1) is configured for making a clock signal at a first clock terminal an output signal of the shift register at the present stage when being turned on during a phase in which an input node of the pull-up unit is at a high level, the clock signal at the first clock terminal is at its high level and a clock signal at a second clock terminal is at a low level; characterized by said supplementary unit, connected to said pull-up unit, is configured for making the clock signal at the second clock terminal the output signal of the shift register at the present stage when being turned on during another phase immediately after said phase in which the input node of the pull-up unit keeps at the high level, the clock signal at the first clock terminal jumps into a low level and the clock signal at the second clock terminal jumps into its high level, wherein the high level of the clock signal at said second clock terminal is lower than the high level of the clock signal at said first clock terminal.
A container, comprising a container main body, wherein the container further comprises a pressure channel composed of a pressure transmission channel, a removal channel and an outflow channel connected in series; a main body of the pressure transmission channel is attached to a wall of the container main body and has one end in communication with the removal channel and the other end connectable to a pressurizing component; the pressure transmission channel transmits pressure exerted on the inside of the pressure transmission channel by the pressurizing component provided externally, via a pressure transmission medium inside the channel; and the outflow channel is a channel that is used for the contents to flow out of the container and able to prevent the contents from flowing back; the container characterized in that: the pressurizing component is provided externally and mounted the container before use; and in that a wall of the removal channel is provided with a one-way valve allowing the contents in the container main body to flow into the pressure channel, and the one-way valve opens at the bottom on the inside of the container main body.
A container for installation in a wall, said container comprising: a box which is open or can be opened at the front relative to an installed position and is enclosed at the back and the remaining sides, and a fixing clip made from an elongated material, which fixing clip is configured to encompass the box at the rear after installation and to in turn hold the box against the wall by means of the fixing to the wall provided by the fixing clip, characterised by a flexible seal surrounding the opening on the front of the box which protrudes outwardly from the box or can be brought into this position by folding, for sealing the box against the wall. a box which is open or can be opened at the front relative to an installed position and is enclosed at the back and the remaining sides, and a fixing clip made from an elongated material, which fixing clip is configured to encompass the box at the rear after installation and to in turn hold the box against the wall by means of the fixing to the wall provided by the fixing clip, characterised by a flexible seal surrounding the opening on the front of the box which protrudes outwardly from the box or can be brought into this position by folding, for sealing the box against the wall.
An input device for a portable electronical user apparatus having a plurality of object detecting regions, the input device comprising: at least one substrate; and a plurality of layers formed with the at least one substrate, a first layer of the plurality of layers formed along a first region of the at least one substrate and a second layer of the plurality of layers formed along a second region of the at least one substrate; wherein at least one of the first and second layers is configurable as an object detecting layer and at least another of the plurality of layers is configurable as a guard layer for shielding the object detecting layer. at least one substrate; and a plurality of layers formed with the at least one substrate, a first layer of the plurality of layers formed along a first region of the at least one substrate and a second layer of the plurality of layers formed along a second region of the at least one substrate; wherein at least one of the first and second layers is configurable as an object detecting layer and at least another of the plurality of layers is configurable as a guard layer for shielding the object detecting layer.
An interventional medical device characterized in that at least one coating layer is disposed on an outer surface of said device, and the material of the outmost layer of said coating layer is a sulfonate group-containing polymer, wherein the degree of sulfonation of the sulfonate group-containing polymer in said outmost layer is 5%-30mol%, and wherein said coating layer is composed of multilayers, the coating material of a layer other than the outmost layer is a sulfonate group-containing polymer, wherein the degree of sulfonation of the sulfonate group-containing polymer in said layer other than the outmost layer is smaller than the degree of sulfonation of the sulfonate group-containing polymer in the outmost layer, and said sulfonate group-containing polymer is a lipid-soluble thermoplastic elastomer which is a sulfonated styrene-olefin copolymer.
A tire intermediate defining axial, radial, and circumferential directions, the tire comprising: a pair of sidewalls (102, 104) opposed to each other along the axial direction; a tread portion extending between said pair of sidewalls (102, 104), said tread portion defining a plurality of discrete tread blocks spaced long the axial and circumferential directions, the tread blocks each projecting from a surface of said tread portion and each of the tread blocks further comprising a plurality of layers (118, 120, 122, 124) of tread rubber, characterised in that the layers (118, 120, 122, 124) are stacked along the radial direction of the tire, the size of the layers (118, 120, 122, 124) decreasing successively along a radially-outward direction. a pair of sidewalls (102, 104) opposed to each other along the axial direction; a tread portion extending between said pair of sidewalls (102, 104), said tread portion defining a plurality of discrete tread blocks spaced long the axial and circumferential directions, the tread blocks each projecting from a surface of said tread portion and each of the tread blocks further comprising a plurality of layers (118, 120, 122, 124) of tread rubber, characterised in that the layers (118, 120, 122, 124) are stacked along the radial direction of the tire, the size of the layers (118, 120, 122, 124) decreasing successively along a radially-outward direction.
An apparatus comprising: an electronic device including a first exterior surface; an ultrasonic sensor disposed behind a first portion of the first exterior surface; and means for: processing the signal received from the ultrasonic sensor so as to acquire image data of a surface of an object or substance in contact with the first portion of the first exterior surface; and making a first determination, upon determining that the acquired image data of the surface is characteristic of a structurally textured surface, including of a fingerprint, that the image data results from a deliberate contact of the surface with the first portion. an electronic device including a first exterior surface; an ultrasonic sensor disposed behind a first portion of the first exterior surface; and means for: processing the signal received from the ultrasonic sensor so as to acquire image data of a surface of an object or substance in contact with the first portion of the first exterior surface; and making a first determination, upon determining that the acquired image data of the surface is characteristic of a structurally textured surface, including of a fingerprint, that the image data results from a deliberate contact of the surface with the first portion. processing the signal received from the ultrasonic sensor so as to acquire image data of a surface of an object or substance in contact with the first portion of the first exterior surface; and making a first determination, upon determining that the acquired image data of the surface is characteristic of a structurally textured surface, including of a fingerprint, that the image data results from a deliberate contact of the surface with the first portion.
A method in a network node for controlling a multiple input multiple output antenna system, the method comprising: obtaining a plurality of time domain symbols to be transmitted, the plurality of time domain symbols comprising time domain symbols to be broadcasted via the multiple input multiple output antenna system to one or more broadcast user equipments and time domain symbols to be unicasted via the multiple input multiple output antenna system to one or more unicast user equipments over the same, non-overlapping, or partially overlapping time-frequency resource; channel state information being available regarding the one or more unicast user equipments, and channel state information being not available regarding the one or more broadcast user equipments; determining a mapping between the plurality of time domain symbols and parameters of control units associated with respective antenna elements of the multiple input multiple output antenna system, each control unit comprising a phase shifter, wherein the parameters control values of the phase shifters to create a signal constellation to be transmitted, and wherein the mapping is performed based on an algorithm for minimizing distortion and/or bit error rate at the receiving broadcast and unicast user equipments wherein the algorithm is based on at least interference information and additive noise information on the one or more unicast user equipments and the one or more broadcast user equipments; causing applying the parameters at the control units; and causing transmission of the plurality of time domain symbols via the multiple input multiple output antenna system. obtaining a plurality of time domain symbols to be transmitted, the plurality of time domain symbols comprising time domain symbols to be broadcasted via the multiple input multiple output antenna system to one or more broadcast user equipments and time domain symbols to be unicasted via the multiple input multiple output antenna system to one or more unicast user equipments over the same, non-overlapping, or partially overlapping time-frequency resource; channel state information being available regarding the one or more unicast user equipments, and channel state information being not available regarding the one or more broadcast user equipments; determining a mapping between the plurality of time domain symbols and parameters of control units associated with respective antenna elements of the multiple input multiple output antenna system, each control unit comprising a phase shifter, wherein the parameters control values of the phase shifters to create a signal constellation to be transmitted, and wherein the mapping is performed based on an algorithm for minimizing distortion and/or bit error rate at the receiving broadcast and unicast user equipments wherein the algorithm is based on at least interference information and additive noise information on the one or more unicast user equipments and the one or more broadcast user equipments; causing applying the parameters at the control units; and causing transmission of the plurality of time domain symbols via the multiple input multiple output antenna system.
A magenta recording ink composition comprising: a solid solution pigment containing quinacridones, a lake pigment having a xanthene structure, an aqueous solvent, and water, wherein the solid solution pigment has visible light absorption peaks at wavelength ranges of from 510 nm to 530 nm and from 540 nm to 560 nm, and a mass ratio (B/A) of the lake pigment to the solid solution pigment falls within the range of 0.1 to 5. a solid solution pigment containing quinacridones, a lake pigment having a xanthene structure, an aqueous solvent, and water, wherein the solid solution pigment has visible light absorption peaks at wavelength ranges of from 510 nm to 530 nm and from 540 nm to 560 nm, and a mass ratio (B/A) of the lake pigment to the solid solution pigment falls within the range of 0.1 to 5.
A method for converting input image data (105, 205, 305, 1005) for a multiple image projection system, the input image data representing an input image, characterised by the steps of: i) dividing (110, 310) the input image data into at least two smaller image regions based on analysis of local content of the input image using an image analysis algorithm using a predefined function; ii) determining parameters (110, 315) for the at least two smaller image regions, at least one parameter being determined for each of the at least two smaller image regions; iii) producing a first image component (214, 325) and a second image component (215, 330) by decomposing the input image based on the parameters, the first image component (214, 234) being orthogonal or quasi-orthogonal with the second image component (215, 235) in which the degree of orthogonality is determined by the closeness of the spatial 2D convolution of a normalized first image component and a normalized second image component to a constant or 0; iv) displaying (130, 360) the first image component by a first display device (1104, 1140); and v) displaying (135, 370) the second image component by a second display device (1106, 1150), the second image component being superimposed on the first image component to produce a final image. i) dividing (110, 310) the input image data into at least two smaller image regions based on analysis of local content of the input image using an image analysis algorithm using a predefined function; ii) determining parameters (110, 315) for the at least two smaller image regions, at least one parameter being determined for each of the at least two smaller image regions; iii) producing a first image component (214, 325) and a second image component (215, 330) by decomposing the input image based on the parameters, the first image component (214, 234) being orthogonal or quasi-orthogonal with the second image component (215, 235) in which the degree of orthogonality is determined by the closeness of the spatial 2D convolution of a normalized first image component and a normalized second image component to a constant or 0; iv) displaying (130, 360) the first image component by a first display device (1104, 1140); and v) displaying (135, 370) the second image component by a second display device (1106, 1150), the second image component being superimposed on the first image component to produce a final image.
A thin-blade chisel system for separating an outer surface of an orthopedic implant planted inside a bone, and an inner surface of the bone from each other, the thin-blade chisel system comprising: a thin-blade chisel having a blade tip with an edge formed at an end portion in a longitudinal direction, on a distal side distant from a surgeon; and a hammering direction changing tool engaged with the thin-blade chisel to apply a force in an advancing direction of the blade tip, wherein the thin-blade chisel includes a through hole, formed at a predetermined position in a vicinity of the blade tip, and on a proximal side closer to the surgeon, the hammering direction changing tool includes a hammering portion to be hammered, located at a proximal end portion, and a recess formed at a distal end portion, wherein the recess is to be engaged with an inner circumferential surface of the through hole, wherein the through hole penetrates the thin-blade chisel in a thickness direction and the edge of the thin-blade chisel can intrude in accordance with different curve directions of the inner surface of the bone, by hammering the hammering portion, with the recess of the hammering direction changing tool engaged with the through hole of the thin-blade chisel at a predetermined angle. a thin-blade chisel having a blade tip with an edge formed at an end portion in a longitudinal direction, on a distal side distant from a surgeon; and a hammering direction changing tool engaged with the thin-blade chisel to apply a force in an advancing direction of the blade tip, wherein the thin-blade chisel includes a through hole, formed at a predetermined position in a vicinity of the blade tip, and on a proximal side closer to the surgeon, the hammering direction changing tool includes a hammering portion to be hammered, located at a proximal end portion, and a recess formed at a distal end portion, wherein the recess is to be engaged with an inner circumferential surface of the through hole, wherein the through hole penetrates the thin-blade chisel in a thickness direction and the edge of the thin-blade chisel can intrude in accordance with different curve directions of the inner surface of the bone, by hammering the hammering portion, with the recess of the hammering direction changing tool engaged with the through hole of the thin-blade chisel at a predetermined angle.