mhurhangee/ep-ind-claims huggingface dataset:
Liquid-crystalline medium, characterised in that it comprises at least one compound selected from the group of the compounds of the formulae IA to IH, in which Z 1 denotes a single bond, -CH 2 CH 2 -, -CH=CH-, -CH 2 O-, -OCH 2 -, -CF 2 O-, -OCF 2 -, -COO-, -OCO-, -C 2 F 4 -, -(CH 2) 4 -, -CHFCHF-, -CF 2 CH 2 -, -CH 2 CF 2 -, -C≡C-, -CF=CF-, -CH=CHCHO-, -CH 2 CF 2 O-, and the medium additionally comprises one or more compounds selected from the group of the compounds of the formulae BC, CR, PH-1, PH-2, BF-1, BF-2, BS-1 and BS-2, in which R B1, R B2, R CR1, R CR2, R 1, R 2 in each case, independently of one another, have the meanings of R 2A in Claim 4, c denotes 0, 1 or 2 and d denotes 1 or 2. Z 1 denotes a single bond, -CH 2 CH 2 -, -CH=CH-, -CH 2 O-, -OCH 2 -, -CF 2 O-, -OCF 2 -, -COO-, -OCO-, -C 2 F 4 -, -(CH 2) 4 -, -CHFCHF-, -CF 2 CH 2 -, -CH 2 CF 2 -, -C≡C-, -CF=CF-, -CH=CHCHO-, -CH 2 CF 2 O-,
An inhaler article comprising: a cavity; a capsule located in the cavity, the capsule containing dry powder; and a hollow tubular element disposed downstream of the capsule, wherein the hollow tubular element comprises: a peripheral portion defining a hollow inner region of the hollow tubular element; and a support element formed from a sheet and extending from a first point at the peripheral portion across the hollow inner region to a second point at the peripheral portion. a cavity; a capsule located in the cavity, the capsule containing dry powder; and a hollow tubular element disposed downstream of the capsule, wherein the hollow tubular element comprises: a peripheral portion defining a hollow inner region of the hollow tubular element; and a support element formed from a sheet and extending from a first point at the peripheral portion across the hollow inner region to a second point at the peripheral portion. a peripheral portion defining a hollow inner region of the hollow tubular element; and a support element formed from a sheet and extending from a first point at the peripheral portion across the hollow inner region to a second point at the peripheral portion.
A convertible furniture item, configured to be transformed from a chair into a sofa, and vice-versa, which furniture item comprises: ▪ a main supporting body having a bottom face apt to be rested on the floor and an inner room; and ▪ a first and a second supplementary bodies, each of which rotatably connected to said main supporting body so that each of said first and second supplementary bodies can rotate of an angle (α) of about 180 degrees with respect to said main supporting body, wherein the arrangement is such that said furniture item can assume: - a first chair configuration, wherein said first and second supplementary bodies rest upon said main supporting body and define a chair sitting surface; and - a second sofa configuration, wherein said first and second supplementary bodies are rotated outwardly of about 180 degrees with respect to said main supporting body and are arranged laterally adjacent to said main supporting body in such a way that said first and second supplementary bodies define part of an enlarged sofa sitting surface, wherein said first and second supplementary bodies are configured to be at least partially housed inside said inner room of said main supporting body in said first chair configuration. ▪ a main supporting body having a bottom face apt to be rested on the floor and an inner room; and ▪ a first and a second supplementary bodies, each of which rotatably connected to said main supporting body so that each of said first and second supplementary bodies can rotate of an angle (α) of about 180 degrees with respect to said main supporting body, - a first chair configuration, wherein said first and second supplementary bodies rest upon said main supporting body and define a chair sitting surface; and - a second sofa configuration, wherein said first and second supplementary bodies are rotated outwardly of about 180 degrees with respect to said main supporting body and are arranged laterally adjacent to said main supporting body in such a way that said first and second supplementary bodies define part of an enlarged sofa sitting surface,
A method for molding a polyethylene container comprising the steps of: injecting and filling a molten polyethylene resin into an injection mold to mold a preform, the injection mold including a cavity mold and a core mold both cooled to a temperature range of 5°C to 25°C; and transferring the molded preform to a blow molding mold to mold a hollow container, characterized in that the preform is blown within a time range of ±2 seconds from a point in time when a temperature of the preform reaches a first minimum point after a point in time when the injection mold completes being opened. injecting and filling a molten polyethylene resin into an injection mold to mold a preform, the injection mold including a cavity mold and a core mold both cooled to a temperature range of 5°C to 25°C; and transferring the molded preform to a blow molding mold to mold a hollow container, characterized in that the preform is blown within a time range of ±2 seconds from a point in time when a temperature of the preform reaches a first minimum point after a point in time when the injection mold completes being opened.
A drawing tool, comprising: a handle; and a retaining means disposed on the handle, the retaining means comprising a partially open bore having an axis substantially transverse to the axis of the handle and adapted to releasably retain an elongate drawing material in an orientation substantially transverse to the axis of the handle. a handle; and a retaining means disposed on the handle, the retaining means comprising a partially open bore having an axis substantially transverse to the axis of the handle and adapted to releasably retain an elongate drawing material in an orientation substantially transverse to the axis of the handle.
A method of fabricating one or more gate field plates on a semiconductor device, comprising: depositing source and drain ohmic contacts and a gate contact on the intrinsic active region of the semiconductor device, the gate contact extending beyond the width of the intrinsic active region, in a direction perpendicular to a line connecting the source and drain contacts, into an extrinsic region of the device; depositing dielectric material on the extrinsic and intrinsic regions of the device and on the source, drain and gate contacts; patterning the dielectric material to remove the dielectric material from the extrinsic region of the device and from the source and drain contacts, the dielectric material remaining on the active region of the device and on the part of the gate contact disposed on the intrinsic active region; and creating a field plate on the patterned dielectric material wherein the gate contact and the field plate are electrically shorted in the extrinsic region of the device. depositing source and drain ohmic contacts and a gate contact on the intrinsic active region of the semiconductor device, the gate contact extending beyond the width of the intrinsic active region, in a direction perpendicular to a line connecting the source and drain contacts, into an extrinsic region of the device; depositing dielectric material on the extrinsic and intrinsic regions of the device and on the source, drain and gate contacts; patterning the dielectric material to remove the dielectric material from the extrinsic region of the device and from the source and drain contacts, the dielectric material remaining on the active region of the device and on the part of the gate contact disposed on the intrinsic active region; and creating a field plate on the patterned dielectric material wherein the gate contact and the field plate are electrically shorted in the extrinsic region of the device.
An ultrasonic sensor assembly, comprising a sensor body having opposing open ends for enabling fluid flow therethrough, the sensor body defining an interior measurement section therein disposed about a longitudinal axis, the sensor body defining a plurality of spiral flow paths disposed about a longitudinal axis of the measurement section and the spiral flow paths being formed by curved interior walls of the sensor body, curved vanes, extending through the measurement section; one or more pairs of ultrasonic transceivers mounted to the sensor body in spaced longitudinal relationship across the measurement section; and an electronics housing mounted to the sensor body, the electronics housing is operable for communication with the pair of ultrasonic transceivers to measure fluid parameters within the measurement section. a sensor body having opposing open ends for enabling fluid flow therethrough, the sensor body defining an interior measurement section therein disposed about a longitudinal axis, the sensor body defining a plurality of spiral flow paths disposed about a longitudinal axis of the measurement section and the spiral flow paths being formed by curved interior walls of the sensor body, curved vanes, extending through the measurement section; one or more pairs of ultrasonic transceivers mounted to the sensor body in spaced longitudinal relationship across the measurement section; and an electronics housing mounted to the sensor body, the electronics housing is operable for communication with the pair of ultrasonic transceivers to measure fluid parameters within the measurement section.
A power management method used for power distribution in a transportation refrigeration unit, the transportation refrigeration unit comprising: an engine; a power generator and a compressor, wherein output power of the engine is transmitted to the power generator and the compressor through a belt or a shaft, and wherein the power management method comprises the following steps: calculating engine power according to engine operating parameters, characterized by: calculating power generator real-time input power according to power generator excitation current (S31b); calculating available power based on the power generator real-time input power and the engine power wherein, in the process of calculating the available power, the available power is calculated by subtracting the power generator real-time input power from the engine power; and managing power distributed to the compressor based on the available power, wherein the step of calculating the power generator real-time input power comprises: acquiring power generator efficiency (S31a), power generator excitation current (S31b) and power generator voltage (S31c); acquiring (S32a) a conversion relationship and substituting (S32b) the power generator excitation current into the conversion relationship to obtain (S32c) power generator real output current; and multiplying the power generator real output current by the power generator voltage and dividing by the power generator efficiency to calculate the power generator real-time input power. calculating power generator real-time input power according to power generator excitation current (S31b); calculating available power based on the power generator real-time input power and the engine power wherein, in the process of calculating the available power, the available power is calculated by subtracting the power generator real-time input power from the engine power; and managing power distributed to the compressor based on the available power, wherein the step of calculating the power generator real-time input power comprises: acquiring power generator efficiency (S31a), power generator excitation current (S31b) and power generator voltage (S31c); acquiring (S32a) a conversion relationship and substituting (S32b) the power generator excitation current into the conversion relationship to obtain (S32c) power generator real output current; and multiplying the power generator real output current by the power generator voltage and dividing by the power generator efficiency to calculate the power generator real-time input power. acquiring power generator efficiency (S31a), power generator excitation current (S31b) and power generator voltage (S31c); acquiring (S32a) a conversion relationship and substituting (S32b) the power generator excitation current into the conversion relationship to obtain (S32c) power generator real output current; and multiplying the power generator real output current by the power generator voltage and dividing by the power generator efficiency to calculate the power generator real-time input power.
A laser machining system, comprising: first deflection optics, which are designed for deflecting a machining laser beam in two directions in space (x, y); second deflection optics, which are designed for deflecting a measuring beam in two directions in space (x, y) independently of the machining laser beam; and a coupling device, which is designed for coupling the measuring beam into the beam path of the machining laser beam, characterised in that the coupling device is arranged in the beam path of the machining laser beam after the first deflection optics. first deflection optics, which are designed for deflecting a machining laser beam in two directions in space (x, y); second deflection optics, which are designed for deflecting a measuring beam in two directions in space (x, y) independently of the machining laser beam; and a coupling device, which is designed for coupling the measuring beam into the beam path of the machining laser beam, characterised in that the coupling device is arranged in the beam path of the machining laser beam after the first deflection optics.
A trigger-type sprayer in which a piston part is moved by pulling and rotating a trigger part to compress liquid in a cylinder part and cause the liquid to be injected from a nozzle part communicating with the cylinder part, the trigger-type sprayer comprising: a lock function of preventing rotation of the nozzle part between the nozzle part and the trigger part, wherein the trigger part is provided with a receiving part, the nozzle part is provided with a lug part having a projection, and the projection can fit in the receiving part, and wherein the lug part can be pressed down via a hinge part by forming a slit in a part of the nozzle part, characterized in that the nozzle part is a quadangular cylinder and has opposing surfaces each provided with the lug part. a lock function of preventing rotation of the nozzle part between the nozzle part and the trigger part, wherein the trigger part is provided with a receiving part, the nozzle part is provided with a lug part having a projection, and the projection can fit in the receiving part, and the lug part can be pressed down via a hinge part by forming a slit in a part of the nozzle part, characterized in that the nozzle part is a quadangular cylinder and has opposing surfaces each provided with the lug part.
A sealing article comprising a vulcanized (per)fluoroelastomer composition incorporating particles of a semicrystalline thermoplastic fluoropolymer chosen from vinylidene fluoride homopolymers and copolymers of VDF with one or more monomers containing at least one unsaturation of ethylenic type, in which the sum of the comonomers other than VDF is ≤ 15 mol % relative to the total amount of monomers in the copolymer, the amount of semicrystalline thermoplastic fluoropolymer being between 30 % and 90 % by weight relative to the total weight of the (per)fluoroelastomer and of the semicrystalline thermoplastic fluoropolymer, the vulcanized composition having a Shore A hardness of at least 85 when determined according to ASTM D 2240 Type A Durometer method, and a compression set of less than 30 %, when determined according to ASTM D395 at 200°C for 70 h on O-ring according to ASTM D1414, wherein said article is obtained by vulcanizing the (per)fluoroelastomer composition incorporating particles of a semicrystalline thermoplastic fluoropolymer, as above detailed, bar peroxide-mediated vulcanization, via the addition of dibenzoyl peroxide as peroxide capable of generating radicals by thermal decomposition.
Sanitary outlet fitting, in particular single-lever mixer, having a) a housing; b) an outlet, which has an outlet channel which is open in the upward direction and through which, during operation, water flows in an unpressurized state; c) an accommodating chamber in the housing, said chamber having arranged in it an accommodating insert which contains a control cartridge; wherein d) a base part of the accommodating insert and the base of the accommodating chamber have provided between them a first throughflow chamber, through which water leaving the control cartridge can flow radially outwards; e) the lateral surface of the accommodating insert and the lateral surface of the accommodating chamber have formed between them an annular, second throughflow chamber, which communicates with the first throughflow chamber at the bottom and with the outflow channel at the top; characterized in that f) provided at the upper end of the annular, second throughflow chamber is an annular, essentially circular-cylindrical stilling chamber, of which the width exceeds the width of the second throughflow chamber in the radially inward direction and which is arranged at such an axial height that it overlaps at least the inner end of the outflow channel such that g) the flow direction of the water in the stilling chamber alters from axial to essentially radial in the direction of the outflow channel. a) a housing; b) an outlet, which has an outlet channel which is open in the upward direction and through which, during operation, water flows in an unpressurized state; c) an accommodating chamber in the housing, said chamber having arranged in it an accommodating insert which contains a control cartridge; d) a base part of the accommodating insert and the base of the accommodating chamber have provided between them a first throughflow chamber, through which water leaving the control cartridge can flow radially outwards; e) the lateral surface of the accommodating insert and the lateral surface of the accommodating chamber have formed between them an annular, second throughflow chamber, which communicates with the first throughflow chamber at the bottom and with the outflow channel at the top; f) provided at the upper end of the annular, second throughflow chamber is an annular, essentially circular-cylindrical stilling chamber, of which the width exceeds the width of the second throughflow chamber in the radially inward direction and which is arranged at such an axial height that it overlaps at least the inner end of the outflow channel such that g) the flow direction of the water in the stilling chamber alters from axial to essentially radial in the direction of the outflow channel.
Casing for an aircraft engine, in particular a bypass duct or fan casing, consisting of a plurality of cured prepreg plies having various alignments of the fibres, which prepreg plies comprise a plurality of segments having a width (b B) which substantially corresponds to the length of the casing, and the segments are arranged so as to overlap in the circumferential direction of the casing, characterised in that at least one reinforcing ply from a prepreg strip which is arranged in a plurality of windings is provided in conjunction with the prepreg plies, the fibres of the prepreg strip being arranged in the direction of the longitudinal extension of the prepreg strip, and the prepreg strip of each reinforcing ply being arranged so as to laterally overlap.
Surface-modified silicon dioxide particles or silica sol obtainable by reacting aqueous silica sol with at least one first modifier comprising at least one alkoxysilane and with at least one second modifier comprising mixtures of halosilane and siloxane, with water being removed prior to reaction with the first or second modifier.
Device for spraying fruit trees or grapevines, in particular apple trees, comprising a chassis with a tank, a pressure generator and nozzles for dispensing a spraying agent, characterised in that a mounting plate is arranged on the chassis and arms adjustable in their position are arranged on the mounting plate, wherein elongate strips and/or plates adjustable in their contour are arranged at one end of the arms and nozzles are arranged at a distance from one another on the strips and/or plates, wherein the strips and/or plates are adaptable in their contour to the outer contour of fruit trees or grapevines to be sprayed.
A recombinant carbonic anhydrase polypeptide or a functional derivative thereof having the carbonic anhydrase activity, comprising an amino acid sequence having at least 65% identity with SEQ ID NO: 8 over the entire length of the sequence and comprising at least one, two, three, four, five, six, seven, eight, nine, or ten amino acid difference(s) relative to SEQ ID NO: 8 at a position selected from the group consisting of 18, 20, 38, 52, 57, 82, 100, 130, 150, and 181, wherein the recombinant carbonic anhydrase polypeptide or functional derivative has improved thermostability in the presence of carbonate ion relative to the polypeptide of SEQ ID NO: 8, after a 15-minute exposure at 92°C in 0.3 M Na 2 CO 3 /NaHCO 3 pH 10.
Locating device, in particular a hand-held locating device, for detecting objects enclosed in a medium, having an output unit for reproducing at least one output variable correlated with a measurement signal of at least one sensor, wherein the reproduction of the output variable correlated with the measurement signal is effected in discrete output values (18, 24) and the output unit has a first dynamic range for reproducing the output variable correlated with the measurement signal, wherein at least one second dynamic range having altered sensitivity in comparison with the first dynamic range is optically reproducible by means of the output unit, characterized in that the at least one second dynamic range is associated with at least one discrete output value of the first dynamic range for the purpose of reproducing an output variable correlated with the measurement signal, wherein the reproduction of the output variable correlated with the measurement signal is effected in the form of at least one segment chart (18, 24), and the at least one second dynamic range is selectable such that it corresponds to the dynamic range of a segment from the first dynamic range of the output unit.