mhurhangee/ep-ind-claims huggingface dataset:
An antenna reflector, comprising: a central segment with a peripheral coupling portion; a plurality of peripheral segments; wherein each of the peripheral segments is provided with a reflector portion; a proximal portion of each reflector portion being dimensioned to couple with the peripheral coupling portion, a reflector portion edge of each peripheral segment being dimensioned to couple with adjacent reflector portion edges; the central segment and the reflector portion of the peripheral segments together providing a reflector dish; characterized in that each of the peripheral segments is further provided with a shield portion and a shield portion edge of each peripheral segment is dimensioned to couple with adjacent shield portion edges, the shield portion being angled with respect to the reflector portion, and wherein adjacent shield portions together provide a circumferential shield extending from a periphery of the reflector dish along an antenna boresight of the reflector dish. a central segment with a peripheral coupling portion; a plurality of peripheral segments; wherein each of the peripheral segments is provided with a reflector portion; a proximal portion of each reflector portion being dimensioned to couple with the peripheral coupling portion, a reflector portion edge of each peripheral segment being dimensioned to couple with adjacent reflector portion edges; the central segment and the reflector portion of the peripheral segments together providing a reflector dish; characterized in that each of the peripheral segments is further provided with a shield portion and a shield portion edge of each peripheral segment is dimensioned to couple with adjacent shield portion edges, the shield portion being angled with respect to the reflector portion, and wherein adjacent shield portions together provide a circumferential shield extending from a periphery of the reflector dish along an antenna boresight of the reflector dish.
A data reading circuit, wherein the circuit is applied to a second clock domain; the second clock domain comprises a buffer configured to write data sent by a first clock domain, and a flip-flop configured to read data output by the buffer; the first clock domain simultaneously sends the data and an echo clock signal; the echo clock signal is a clock signal of the first clock domain; the circuit comprises a phase difference determining module, a time delay detection module, and a reading control module; the phase difference determining module is connected to the echo clock signal and a clock signal of the second clock domain; the phase difference determining module is connected to the reading control module; and the time delay detection module is connected to the reading control module; and the phase difference determining module is configured to determine a phase difference between the echo clock signal and the clock signal of the second clock domain, and send the phase difference to the reading control module; the time delay detection module is configured to detect a time delay value in transmission of the data from the buffer to the flip-flop, and send the time delay value to the reading control module; and the reading control module is configured to determine, according to the phase difference and the time delay value, a triggering edge, at which the flip-flop can read the data output by the buffer, of the clock signal of the second clock domain.
A hydraulic hose comprising an innermost layer tube encircling at least one channel, wherein the innermost layer tube comprises a self-sealing material composition comprising an elastomeric material and a polyalkyleneimine, and wherein the elastomeric material is a butadiene copolymer or a polychloroprene.
An apparatus for identifying a single biomolecule, comprising: a substrate having a light detector; and a linker site formed over the light detector, the linker site being treated to affix the biomolecule to the linker site; wherein the linker site is proximate to the light detector and is spaced apart from the light detector by a distance of less than or equal to 100 micrometers; and wherein the light detector collects light from the biomolecule within a solid angle, the solid angle being greater than or equal to 0.8 SI steradian. a substrate having a light detector; and a linker site formed over the light detector, the linker site being treated to affix the biomolecule to the linker site; wherein the linker site is proximate to the light detector and is spaced apart from the light detector by a distance of less than or equal to 100 micrometers; and wherein the light detector collects light from the biomolecule within a solid angle, the solid angle being greater than or equal to 0.8 SI steradian.
Gas turbine system comprising: - a combustion chamber for burning solid biomass; - a compressor for supplying compressed air; - a first heat exchanger for exchanging heat between the compressed air and combustion gases generated by burning solid biomass in the presence of air in the combustion chamber, the first heat exchanger having a primary-side for the combustion gases and a secondary-side for the compressed air, each side having an inlet and outlet; - a gas turbine arranged to be operated by compressed air leaving the secondary-side outlet of the first heat exchanger, wherein the air leaving the gas turbine is fed to the combustion chamber; characterised by further comprising combustion gas returning means, wherein the combustion gas returning means comprise an electrically-operated fan or an electrically-operated compressor, by which the proportion of the combustion gases fed back from the primary side outlet of the first heat exchanger to the combustion chamber is variable between 30-60%. - a combustion chamber for burning solid biomass; - a compressor for supplying compressed air; - a first heat exchanger for exchanging heat between the compressed air and combustion gases generated by burning solid biomass in the presence of air in the combustion chamber, the first heat exchanger having a primary-side for the combustion gases and a secondary-side for the compressed air, each side having an inlet and outlet; - a gas turbine arranged to be operated by compressed air leaving the secondary-side outlet of the first heat exchanger, wherein the air leaving the gas turbine is fed to the combustion chamber;
A method executed by a computing device including a low power integrated circuit (204, 304) and a processor, the method comprising: digitizing, by the low power integrated circuit, a received audio stream comprising speech of a user of the computing device, wherein the audio stream includes a keyword; storing, in a memory, a complete digitized audio stream (214, 314) of the received audio stream; analyzing, by the low power integrated circuit, the complete digitized audio stream obtained from the memory for recognition of the keyword; upon recognition of the keyword within the complete digitized audio stream, transmitting a signal (216, 316), by the low power integrated circuit, to increase power, to the processor; transmitting, by the processor, the complete digitized audio stream obtained from the memory to a server to determine a response for the computing device; and receiving, by the computing device, the response from the server. digitizing, by the low power integrated circuit, a received audio stream comprising speech of a user of the computing device, wherein the audio stream includes a keyword; storing, in a memory, a complete digitized audio stream (214, 314) of the received audio stream; analyzing, by the low power integrated circuit, the complete digitized audio stream obtained from the memory for recognition of the keyword; upon recognition of the keyword within the complete digitized audio stream, transmitting a signal (216, 316), by the low power integrated circuit, to increase power, to the processor; transmitting, by the processor, the complete digitized audio stream obtained from the memory to a server to determine a response for the computing device; and receiving, by the computing device, the response from the server.
A laminate, comprising: a resin substrate; a polyvinyl alcohol-based resin layer formed on one side of the resin substrate; an antistatic layer formed on another side of the resin substrate and comprising a binder resin and a conductive material, wherein the binder resin comprises a polyurethane-based resin, and the conductive material comprises a conductive polymer comprising a polythiophene-based polymer; the antistatic layer has a fine uneven surface having an arithmetic average surface roughness Ra of 18 to 100 nm; and the fine uneven surface comprises protrusions having an average height of 25 nm or more and a softening temperature of 150°C or more. a resin substrate; a polyvinyl alcohol-based resin layer formed on one side of the resin substrate; an antistatic layer formed on another side of the resin substrate and comprising a binder resin and a conductive material, wherein the binder resin comprises a polyurethane-based resin, and the conductive material comprises a conductive polymer comprising a polythiophene-based polymer; the antistatic layer has a fine uneven surface having an arithmetic average surface roughness Ra of 18 to 100 nm; and the fine uneven surface comprises protrusions having an average height of 25 nm or more and a softening temperature of 150°C or more.
Cooled grate block as part of a grate for a plant for the thermal treatment of waste, in which the grate blocks are arranged one above the other in a staircase-like manner and are designed in such a way as to shift and convey the combustible material during incineration by means of pushing movements carried out relative to one another, comprising a block body in the form of a casting with an upper wall which forms an outer support surface for the waste to be treated which extends at least partially parallel to a longitudinal axis of the block body, a flat cavity arranged directly below the bearing surface for receiving a cooling fluid, which is bounded at the top by the upper wall, at the front by a front wall, at the bottom by a base, at the rear by a rear wall and laterally by side walls, wherein the base is formed at least partially by a base plate, a fluid supply line and a fluid drain line, which are connected to the cavity, at least one deflection element arranged in the cavity for directing a cooling fluid in the cavity from the fluid supply line to the fluid discharge line, and a distribution element arranged in an end region of the cavity for distributing the fluid fed into the cavity through the fluid supply line, characterised in that the flat cavity is connected via a plurality of inflow openings to an end chamber which extends substantially parallel to the front wall and through which the cooling fluid inflow into the flat cavity or the cooling fluid outflow from the cavity takes place. a block body in the form of a casting with an upper wall which forms an outer support surface for the waste to be treated which extends at least partially parallel to a longitudinal axis of the block body, a flat cavity arranged directly below the bearing surface for receiving a cooling fluid, which is bounded at the top by the upper wall, at the front by a front wall, at the bottom by a base, at the rear by a rear wall and laterally by side walls, wherein the base is formed at least partially by a base plate, a fluid supply line and a fluid drain line, which are connected to the cavity, at least one deflection element arranged in the cavity for directing a cooling fluid in the cavity from the fluid supply line to the fluid discharge line, and a distribution element arranged in an end region of the cavity for distributing the fluid fed into the cavity through the fluid supply line, characterised in that the flat cavity is connected via a plurality of inflow openings to an end chamber which extends substantially parallel to the front wall and through which the cooling fluid inflow into the flat cavity or the cooling fluid outflow from the cavity takes place.
A relaxation device comprising: a body supporting means that is configured to support a user's body and includes a seat and a backrest, which is arranged at a rear part of the seat; a rocking driving means for rocking the body supporting means in at least front and rear directions; a controlling means for controlling the rocking driving means to perform a rocking operation of the body supporting means; and a speaker that is configured to output sound, wherein the speaker is arranged in the backrest of the body supporting means; wherein the body supporting means includes a depression formed to be deeper at an inner side than an outer side of the body supporting means relative to a widthwise direction; and a sound output direction of the speaker is tilted toward a center of the body supporting means in the widthwise direction; the relaxation device characterized in that: the controlling means is configured to control the rocking driving means so that the controlling means first always rocks the body supporting means toward the front when the rocking operation of the body supporting means starts, and sets a rocking speed at which the rocking of the body supporting means starts to a minimum speed of the rocking operation. a body supporting means that is configured to support a user's body and includes a seat and a backrest, which is arranged at a rear part of the seat; a rocking driving means for rocking the body supporting means in at least front and rear directions; a controlling means for controlling the rocking driving means to perform a rocking operation of the body supporting means; and a speaker that is configured to output sound, wherein the speaker is arranged in the backrest of the body supporting means; wherein the body supporting means includes a depression formed to be deeper at an inner side than an outer side of the body supporting means relative to a widthwise direction; and a sound output direction of the speaker is tilted toward a center of the body supporting means in the widthwise direction; the relaxation device characterized in that: the controlling means is configured to control the rocking driving means so that the controlling means first always rocks the body supporting means toward the front when the rocking operation of the body supporting means starts, and sets a rocking speed at which the rocking of the body supporting means starts to a minimum speed of the rocking operation. the controlling means is configured to control the rocking driving means so that the controlling means first always rocks the body supporting means toward the front when the rocking operation of the body supporting means starts, and sets a rocking speed at which the rocking of the body supporting means starts to a minimum speed of the rocking operation.
Writing instrument with a barrel/shaft and a clip, wherein (a) the shaft has a shaft tip; (b) the clip comprises a first clip element and a second clip element, the second clip element having an end facing the shaft tip; (c) the first and second clip member (6,7) are movable relative to each other between first and second positions; and (d) a first distance between the end of the second clip element facing the shaft tip and the shaft tip in the first position is greater by at least 1.0 mm than the first distance between the end of the second clip element facing the shaft tip and the shaft tip in the second position. (a) the shaft has a shaft tip; (b) the clip comprises a first clip element and a second clip element, the second clip element having an end facing the shaft tip; (c) the first and second clip member (6,7) are movable relative to each other between first and second positions; and (d) a first distance between the end of the second clip element facing the shaft tip and the shaft tip in the first position is greater by at least 1.0 mm than the first distance between the end of the second clip element facing the shaft tip and the shaft tip in the second position.
A method for determining an operational mode for a device (201; 301) in a network, the method comprising: determining the device (201; 301) has a first antenna (210; 310) and a second antenna (220; 320); determining a first number of multipath components and associated power levels for the first antenna (210; 310); determining a second number of multipath components and associated power levels for the second antenna (220; 320); and determining the operational mode for the device (201; 301) based on the first number of multipath components and its associated power levels for the first antenna (210; 310) and the second number of multipath components and its associated power levels for the second antenna (220; 320), characterized by determining whether to implement the determined operational mode for the device (201; 301) based on determining a load on a cell associated with a base station (202; 351-354) in communication with the device (201; 301). determining the device (201; 301) has a first antenna (210; 310) and a second antenna (220; 320); determining a first number of multipath components and associated power levels for the first antenna (210; 310); determining a second number of multipath components and associated power levels for the second antenna (220; 320); and determining the operational mode for the device (201; 301) based on the first number of multipath components and its associated power levels for the first antenna (210; 310) and the second number of multipath components and its associated power levels for the second antenna (220; 320), characterized by determining whether to implement the determined operational mode for the device (201; 301) based on determining a load on a cell associated with a base station (202; 351-354) in communication with the device (201; 301).
A gas-liquid contactor comprising: a packed bed contacting section through which an exhaust gas moves upward and passes; a header pipe for supplying a liquid in a direction perpendicular to a vertical axis direction, the header pipe being installed above the packed bed contacting section; spray nozzles for discharging spray water, the nozzles being installed, in an upward orientation, at predetermined intervals on the header pipe and a dispersion plate integrally provided along an axial direction of a bottom part of the header pipe, wherein the spray water is supplied at a low liquid flow rate, the discharged spray water becomes a liquid film and falls downward along the surface of the header pipe, and then falls and spreads in the packed bed contacting section, so that the liquid is made to contact the gas moving upward through the packed bed contacting section and is used to clear and remove water-soluble substances contained in the gas, wherein a gap between a lower end of the dispersion plate and upper surface of the packed bed contacting section is equal to or less than 50 mm. a packed bed contacting section through which an exhaust gas moves upward and passes; a header pipe for supplying a liquid in a direction perpendicular to a vertical axis direction, the header pipe being installed above the packed bed contacting section; spray nozzles for discharging spray water, the nozzles being installed, in an upward orientation, at predetermined intervals on the header pipe and a dispersion plate integrally provided along an axial direction of a bottom part of the header pipe, wherein the spray water is supplied at a low liquid flow rate, the discharged spray water becomes a liquid film and falls downward along the surface of the header pipe, and then falls and spreads in the packed bed contacting section, so that the liquid is made to contact the gas moving upward through the packed bed contacting section and is used to clear and remove water-soluble substances contained in the gas, wherein a gap between a lower end of the dispersion plate and upper surface of the packed bed contacting section is equal to or less than 50 mm.
An organic electroluminescent device, comprising m kinds of light-emitting units having different light-emitting wavelengths, wherein the light-emitting units are organic light-emitting diodes, wherein the organic light-emitting diodes comprise single-colored organic light-emitting diodes and/or white-light organic light-emitting diodes provided with optical filters; the m kinds of the organic light-emitting diodes have a microcavity structure; a microcavity optical length L i of the organic light-emitting diode having the microcavity structure and a light-emitting wavelength λ i, of the corresponding light-emitting unit meet the following relation formula: L i = n i λ i where n i ≥2, n i; is a positive integer, and the n i corresponding to at least one of the m kinds of light-emitting units having different light-emitting wavelengths λ i is larger than or equal to 3; m≥i≥1, i and m are positive integers, characterized in that, m is 3, λ 1 > λ 2 > λ 3, and n 2 > n 1, n 2 > n 3. the m kinds of the organic light-emitting diodes have a microcavity structure; a microcavity optical length L i of the organic light-emitting diode having the microcavity structure and a light-emitting wavelength λ i, of the corresponding light-emitting unit meet the following relation formula: L i = n i λ i where n i ≥2, n i; is a positive integer, and the n i corresponding to at least one of the m kinds of light-emitting units having different light-emitting wavelengths λ i is larger than or equal to 3; m≥i≥1, i and m are positive integers, characterized in that, m is 3, λ 1 > λ 2 > λ 3, and n 2 > n 1, n 2 > n 3.
A repair apparatus (10, 10A) of a sheet type cell for repairing the sheet type cell in which a storage layer is sandwiched by layers of a positive electrode and a negative electrode and at least the storage layer has semiconductor characteristics, the repair apparatus (10, 10A) comprising: an electrical stimulation source that applies electrical stimulation between the positive electrode and the negative electrode; an electrical characteristic measurement means (23, 33) that measures electrical characteristics of the sheet type cell when the electrical stimulation is applied; and a control means (44, 44A) that specifies a value of the electrical stimulation by the electrical stimulation source while considering measured electrical characteristics; the repair apparatus (10, 10A) being characterized in that the electrical stimulation source is adaptive to two kinds or more among current stimulation in a reverse bias direction of the semiconductor characteristics, voltage stimulation in the reverse bias direction of the semiconductor characteristics, current stimulation in a forward bias direction of the semiconductor characteristics, and voltage stimulation in the forward bias direction of the semiconductor characteristics, and the control means (44, 44A) controls such that all kinds of electrical stimulation to which the electrical stimulation source is adaptive are sequentially applied between the positive electrode and the negative electrode. an electrical stimulation source that applies electrical stimulation between the positive electrode and the negative electrode; an electrical characteristic measurement means (23, 33) that measures electrical characteristics of the sheet type cell when the electrical stimulation is applied; and a control means (44, 44A) that specifies a value of the electrical stimulation by the electrical stimulation source while considering measured electrical characteristics; the repair apparatus (10, 10A) being characterized in that the electrical stimulation source is adaptive to two kinds or more among current stimulation in a reverse bias direction of the semiconductor characteristics, voltage stimulation in the reverse bias direction of the semiconductor characteristics, current stimulation in a forward bias direction of the semiconductor characteristics, and voltage stimulation in the forward bias direction of the semiconductor characteristics, and the control means (44, 44A) controls such that all kinds of electrical stimulation to which the electrical stimulation source is adaptive are sequentially applied between the positive electrode and the negative electrode.