mhurhangee/ep-ind-claims huggingface dataset:
A detachable tissue collection device comprising: a tip portion having a first housing and a second housing, the first housing adapted to mechanically couple to the second housing to form the tip portion; and a tissue storage reservoir defined by the tip portion, wherein at least a section of the storage reservoir is configured to be detachable by uncoupling the first housing from the second housing characterized in that the first housing comprises a plurality of angled tabs (1036a-b) and the second housing comprises a plurality of slots (932a-b) for receiving the plurality of angled tabs (1036a-b) to retain the first housing when the angled tabs (1036a-b) are engaged with the slots (932a-b). a tip portion having a first housing and a second housing, the first housing adapted to mechanically couple to the second housing to form the tip portion; and a tissue storage reservoir defined by the tip portion, wherein at least a section of the storage reservoir is configured to be detachable by uncoupling the first housing from the second housing characterized in that the first housing comprises a plurality of angled tabs (1036a-b) and the second housing comprises a plurality of slots (932a-b) for receiving the plurality of angled tabs (1036a-b) to retain the first housing when the angled tabs (1036a-b) are engaged with the slots (932a-b).
Device for connecting pipes, characterized in that it comprises: - a main body comprising at least one cylindrical nipple configured for externally receiving in a tight-fit manner a plastic pipe section, - at least one joint, and - at least one sleeve or at least one pressure sleeve, wherein each nipple of the main body comprises at least one annular recess configured for housing the joint, the joint having a frustoconical cross-section comprising an inclined outer surface configured for being in contact with the pipe and a planar inner surface configured for being in contact with the annular recess, wherein said main body comprises a central ring at the sides of which there is established at least one upper annular flange configured for axially retaining a sleeve when the pipe is push-fit, or a pressure sleeve when the pipe is press-fit, the inner surface of said at least one joint further comprising at least one inner flange having semicircular cross section. - a main body comprising at least one cylindrical nipple configured for externally receiving in a tight-fit manner a plastic pipe section, - at least one joint, and - at least one sleeve or at least one pressure sleeve,
A wireless transmission method for delivering multimedia payload data, the method comprising generating receiver-specific instructions based on multimedia payload data to be delivered to the receiver and the information on the computing architecture of the receiver for controlling the receiver to process the multimedia payload data by defining a decoding engine from a given number of decoding engines for the multimedia payload data; and delivering the multimedia payload data and the instructions to the receiver.
Packaging machine, in particular deep-drawing packaging machine or tray-sealing machine, comprising a sealing station with a sealing tool, a side frame and at least a first as well as a second upper protective cover, respectively for placement onto a top side of the side frame during manufacturing operations, wherein the two protective covers each form a body with a lid, multiple side walls as well as a bottom, characterized in that the two protective covers can be stacked on top of one another, wherein at least one of the two protective covers forms at least one stack stop on the lid to which an edge, which is provided on the bottom of the other protective cover, can be coupled removably when the two protective covers are stacked on top of one another.
Cordless cautery and cutting surgical device, comprising: a buck power supply a radiofrequency-signal-generation assembly including a radio-frequency-signal-generation circuit (3540, 3840) operable to generate a radio-frequency signal at an output and adapted to couple to the buck power supply; and a surgical handle (1800, 3000, 3400, 3800, 4400) including an end effector (100, 1300, 4700, 5100) having at least one movable jaw (120, 130, 1340, 1342, 4710, 4720, 5110, 5120) with at least one electrical contact, the end effector (100, 1300, 4700, 5100) including at least one signal input that electrically connects to the output to provide the radio-frequency signal at the at least one electrical contact. a buck power supply a radiofrequency-signal-generation assembly including a radio-frequency-signal-generation circuit (3540, 3840) operable to generate a radio-frequency signal at an output and adapted to couple to the buck power supply; and a surgical handle (1800, 3000, 3400, 3800, 4400) including an end effector (100, 1300, 4700, 5100) having at least one movable jaw (120, 130, 1340, 1342, 4710, 4720, 5110, 5120) with at least one electrical contact, the end effector (100, 1300, 4700, 5100) including at least one signal input that electrically connects to the output to provide the radio-frequency signal at the at least one electrical contact.
An acoustic wave diagnostic apparatus (1, 1A), comprising: a display unit configured to display an acquired acoustic wave image; a measurement target determination unit configured to determine one measurement target included in the acoustic wave image displayed on the display unit, wherein the measurement target determination unit determines the one measurement target by image recognition, the measurement target including an organ or a lesion part; a measurement algorithm setting unit configured to set a measurement algorithm based on the one measurement target; a measurement unit configured to automatically measure the one measurement target in the acoustic wave image based on the measurement algorithm set by the measurement algorithm setting unit and displays a measurement result on the display unit; an operation unit configured for a user to perform an input operation; and a measurement execution instruction receiving unit configured to receive a measurement execution instruction from the user through the operation unit wherein the measurement execution instruction receiving unit determines freezing the acoustic wave images sequentially displayed on the display unit by the user through the operation unit to be the measurement execution instruction, and once the measurement execution instruction receiving unit receives the measurement execution instruction, the one measurement target in the acoustic wave image is automatically determined and measurement corresponding to the one measurement target is automatically made. a display unit configured to display an acquired acoustic wave image; a measurement target determination unit configured to determine one measurement target included in the acoustic wave image displayed on the display unit, wherein the measurement target determination unit determines the one measurement target by image recognition, the measurement target including an organ or a lesion part; a measurement algorithm setting unit configured to set a measurement algorithm based on the one measurement target; a measurement unit configured to automatically measure the one measurement target in the acoustic wave image based on the measurement algorithm set by the measurement algorithm setting unit and displays a measurement result on the display unit; an operation unit configured for a user to perform an input operation; and a measurement execution instruction receiving unit configured to receive a measurement execution instruction from the user through the operation unit wherein the measurement execution instruction receiving unit determines freezing the acoustic wave images sequentially displayed on the display unit by the user through the operation unit to be the measurement execution instruction, and once the measurement execution instruction receiving unit receives the measurement execution instruction, the one measurement target in the acoustic wave image is automatically determined and measurement corresponding to the one measurement target is automatically made.
A fingerprint identifying device, comprising: a substrate; a transparent cover plate; a detection light source, located on a first side of the transparent cover plate; and a photoelectric sensor, wherein, the substrate is a display panel, the transparent cover plate has a side surface on the first side, and an angle α between the side surface and the upper surface of the transparent cover plate is an acute angle, the detection light source is configured to provide a light beam towards the side surface of the transparent cover plate, a refractive index of the transparent cover plate is less than a refractive index of a skin of a human fingerprint part so that the light beam is reflected and refracted in a case that the upper surface of the transparent cover plate is in contact with a ridge of a finger, and the refractive index of the skin of the human fingerprint part is 1.55; characterized in that, the transparent cover plate is a glass cover plate and is located right above the substrate; the light beam is incident to the upper surface of the transparent cover plate through the side surface of the transparent cover plate, and is totally reflected on the upper surface of the transparent cover plate to reach the photoelectric sensor in a case that the upper surface of the transparent cover plate is in contact with air, the photoelectric sensor is located on a side of the lower surface of the transparent cover plate, and the photoelectric sensor is configured to receive a light beam which is totally reflected from the upper surface of the transparent cover plate. a substrate; a transparent cover plate; a detection light source, located on a first side of the transparent cover plate; and a photoelectric sensor, wherein, the substrate is a display panel, the transparent cover plate has a side surface on the first side, and an angle α between the side surface and the upper surface of the transparent cover plate is an acute angle, the detection light source is configured to provide a light beam towards the side surface of the transparent cover plate, a refractive index of the transparent cover plate is less than a refractive index of a skin of a human fingerprint part so that the light beam is reflected and refracted in a case that the upper surface of the transparent cover plate is in contact with a ridge of a finger, and the refractive index of the skin of the human fingerprint part is 1.55; characterized in that, the transparent cover plate is a glass cover plate and is located right above the substrate; the light beam is incident to the upper surface of the transparent cover plate through the side surface of the transparent cover plate, and is totally reflected on the upper surface of the transparent cover plate to reach the photoelectric sensor in a case that the upper surface of the transparent cover plate is in contact with air, the photoelectric sensor is located on a side of the lower surface of the transparent cover plate, and the photoelectric sensor is configured to receive a light beam which is totally reflected from the upper surface of the transparent cover plate.
A composite panel comprising: first and second metallic sheets (11, 12) each having an inner and outer surface a silicone-based primer coating (13a, 13b) on the inner surface (11a, 12a) of the first and second metallic sheets and an organosilicon adhesive contacting the primer coating on both the first and second metallic sheets, wherein the adhesive has a gross heat of combustion (Q-PCS) of no greater than 1.4 MJ/m 2 and the panel is compliant with specification EN 13501-6:2018, classification A1. first and second metallic sheets (11, 12) each having an inner and outer surface a silicone-based primer coating (13a, 13b) on the inner surface (11a, 12a) of the first and second metallic sheets and an organosilicon adhesive contacting the primer coating on both the first and second metallic sheets, wherein the adhesive has a gross heat of combustion (Q-PCS) of no greater than 1.4 MJ/m 2 and the panel is compliant with specification EN 13501-6:2018, classification A1.
Partial discharge sensor for a high-voltage insulation monitoring device (11; 13) comprising - a housing; - a measurement circuit for measurement of partial discharges in a high voltage system (3; 5) to be tested; - a coupling capacitor having one electrode connected to the measurement circuit and the other electrode (19A; 41) to a first high voltage conductor (21; 43) to be connected to a high voltage line of the system to be tested; - a calibration circuit comprising a calibration capacitor having one electrode connected to the calibration circuit and the other electrode (25A; 41) connected to said first (21; 41) or a second high voltage conductor to be connected to a high voltage line the partial discharge sensor being characterized in that said measurement circuit, said coupling capacitor and said calibration circuit are located in said housing. - a housing; - a measurement circuit for measurement of partial discharges in a high voltage system (3; 5) to be tested; - a coupling capacitor having one electrode connected to the measurement circuit and the other electrode (19A; 41) to a first high voltage conductor (21; 43) to be connected to a high voltage line of the system to be tested; - a calibration circuit comprising a calibration capacitor having one electrode connected to the calibration circuit and the other electrode (25A; 41) connected to said first (21; 41) or a second high voltage conductor to be connected to a high voltage line
A method for determining the presence of a cap on a container comprising: capturing an image of an object; extracting an area of interest from the image; determining from the image a position of one or more edges of the object; and determining the presence of a cap based on a comparison of the one or more edge positions to reference data; and determining the type of cap positioned on a container based on a comparison of the one or more edge positions (406a, 406b, 406c) to reference data; characterized in that determining the one or more edge positions further comprises: determining at least one vertical coordinate (V1,V2,V3) and at least one pair of horizontal coordinates (h1-h2, h3-h4, h5-h6) for each of the determined edge positions; wherein a difference between the pair of horizontal coordinates is a width measurement; and wherein the method further comprises: determining a ratio of the width measurement to the vertical coordinate. capturing an image of an object; extracting an area of interest from the image; determining from the image a position of one or more edges of the object; and determining the presence of a cap based on a comparison of the one or more edge positions to reference data; and determining the type of cap positioned on a container based on a comparison of the one or more edge positions (406a, 406b, 406c) to reference data; characterized in that determining the one or more edge positions further comprises: determining at least one vertical coordinate (V1,V2,V3) and at least one pair of horizontal coordinates (h1-h2, h3-h4, h5-h6) for each of the determined edge positions; wherein a difference between the pair of horizontal coordinates is a width measurement; and wherein the method further comprises: determining a ratio of the width measurement to the vertical coordinate. determining at least one vertical coordinate (V1,V2,V3) and at least one pair of horizontal coordinates (h1-h2, h3-h4, h5-h6) for each of the determined edge positions; wherein a difference between the pair of horizontal coordinates is a width measurement; and wherein the method further comprises: determining a ratio of the width measurement to the vertical coordinate.
Installation system for surface heaters/coolers, comprising at least one installation plate, pipe retainers, and a setting tool for inserting the pipe retainers, wherein the installation plate has several layers and the pipe retainers are made of wire having laterally bent ends and a region located in between which matches the pipe profiles, wherein the laterally bent ends of the pipe retainers penetrate into the installation plate using the setting device, characterised in that - the installation plate is designed as a structured chamber plate, comprising three functional layers rigidly connected to each other, wherein the centre layer has a supporting structure, which spaces the stable upper first layer and the lower second cover layer from each other and which is designed to accommodate the pivoting bends (a, b) of the pipe retainers; - the laterally bent ends with pivoting bends (a, b) of the pipe retainers have a radius of curvature r which is less than or equal to the height of the layers and of the installation plate plus the construction height of the counter holder of the setting tool; - the setting tool is designed to accommodate the pipe retainers having laterally bent ends having pivoting bends (a, b) and to insert said pipe retainers into the installation plate. - the installation plate is designed as a structured chamber plate, comprising three functional layers rigidly connected to each other, wherein the centre layer has a supporting structure, which spaces the stable upper first layer and the lower second cover layer from each other and which is designed to accommodate the pivoting bends (a, b) of the pipe retainers; - the laterally bent ends with pivoting bends (a, b) of the pipe retainers have a radius of curvature r which is less than or equal to the height of the layers and of the installation plate plus the construction height of the counter holder of the setting tool; - the setting tool is designed to accommodate the pipe retainers having laterally bent ends having pivoting bends (a, b) and to insert said pipe retainers into the installation plate.
A method of testing pavement, the method including repeatedly simulating wheel loading on the pavement by repeatedly applying a series of discreet forces with a downwards component, one after the other, to an upper surface of a test strip of the pavement thereby to simulate a load exerted by a travelling wheel and hence subjecting the pavement to accelerated testing, the discreet forces being provided by repeatedly actuating a series of actuators, one after the other, each to exert a force with a downwards component to the upper surface of the test strip of pavement, or to a portion thereof.
An inverter circuit comprising: a first n-channel thin film transistor being a depletion type transistor; and a second n-channel thin film transistor being an enhancement type transistor, wherein each of the first thin film transistor and the second thin film transistor includes an oxide semiconductor layer and a first gate electrode, the oxide semiconductor layer and the first gate electrode overlap with each other, and wherein the oxide semiconductor layer includes a region that is thinner than a region which serves as a source electrode or drain electrode, wherein in each of the first thin film transistor and the second thin film transistor, the first gate electrode is provided below the oxide semiconductor layer; wherein the second thin film transistor comprises a first gate insulating layer covering the first gate electrode; wherein the second thin film transistor further includes a second gate electrode, wherein the oxide semiconductor layer of the second thin film transistor is provided over the first gate insulating layer interposed between the first gate electrode and the second gate electrode of the second thin film transistor, wherein the first and second thin film transistors comprise a second insulating layer over and in contact with the thinner region of the oxide semiconductor layer; and wherein the second gate electrode of the second thin film transistor is provided over the second insulating layer; wherein one of a source and a drain electrode of the first thin film transistor is electrically connected to one of a source and a drain electrode of the second thin film transistor, and wherein the first gate electrode of the first thin film transistor is electrically connected to the one of the source and the drain electrode of the first thin film transistor. a first n-channel thin film transistor being a depletion type transistor; and a second n-channel thin film transistor being an enhancement type transistor,
A combing cylinder for a comber, comprising: a base including a plurality of mounting slots; a plurality of comb segments each of which includes a needle array and is detachably secured to the base via the associated mounting slot, wherein the sizes of the needle arrays vary from one comb segment to another; and characterized in that the combing cylinder further comprises a cover, wherein, when at least one of the comb segments is detached from the base, the cover is mounted on the base to cover the mounting slot corresponding to the detached comb segment, and the cover is shaped like the detached comb segment without the needle array. a base including a plurality of mounting slots; a plurality of comb segments each of which includes a needle array and is detachably secured to the base via the associated mounting slot, wherein the sizes of the needle arrays vary from one comb segment to another; and characterized in that the combing cylinder further comprises a cover, wherein, when at least one of the comb segments is detached from the base, the cover is mounted on the base to cover the mounting slot corresponding to the detached comb segment, and the cover is shaped like the detached comb segment without the needle array.