mhurhangee/ep-ind-claims huggingface dataset:
A process for producing a polymerizable composition for an optical material, comprising: a step of mixing at least one kind of thiol compound having at least two mercapto groups, a tin compound represented by general formula, and at least one kind of isocyanate compound having at least two isocyanato groups, to obtain a polymerizable composition for an optical material having a haze value of 0.05 or less, (R 4) c -Sn-X 4-c wherein, in general formula, R 4 represents an alkyl group having 1 to 8 carbon atoms, X represents a fluorine atom, a chlorine atom, a bromine atom, or -O-C(=O)-R 5, R 5 represents an alkyl group having 1 to 11 carbon atoms, and c represents an integer of 1 to 3.
A battery powered tool extending in a longitudinal direction, comprising a tool body and a battery pack, which battery pack is arranged on the tool body and adapted to power the tool, characterized in that the tool body is provided with a through aperture adapted to receive the battery pack, such that when the battery pack is mounted in the through aperture, the tool body surrounds the battery pack such that the battery pack is surrounded by a surrounding part of the tool body.
A process of upgrading a hydrocarbon feedstock by removal of sulfones and sulfoxides therefrom, which comprises the steps of: a. supplying a hydrocarbon feedstock to an oxidation reactor, the hydrocarbon feedstock comprising sulfur-containing compounds; b. contacting the hydrocarbon feedstock with an oxidant in the presence of a catalyst in the oxidation reactor under conditions sufficient to selectively oxidize sulfur compounds present in the hydrocarbon feedstock to produce a hydrocarbon stream that comprises hydrocarbons and oxidized sulfur-containing compounds; c. separating the oxidized sulfur-containing hydrocarbon stream into an aqueous phase and a non-aqueous oxidized effluent; d. recovering the non-aqueous oxidized effluent and contacting it with an electron donor agent to reduce sulfones and sulfoxides present in the non-aqueous oxidized effluent for decomposition by reductive cleavage of carbon-to-sulfur bonds in the sulfones and sulfoxides to yield by-product salts and desulfurized hydrocarbons wherein contacting for decomposition is conducted at LHSV of 0.05h -1 to 4.0h -1, a temperature from 100°C to 300°C, and a pressure of 3kg/cm 2 to 30kg/cm 2, and wherein the electron donor agent has an oxidation potential sufficient to effect reductive cleavage of the sulfones and the sulfoxides, and is selected from the group consisting of bispyridinylidene, bisimidazolylidene, tetraazaalkenes, and bisbenzimidazolylidene; and, e. separating the by-product salts and recovering desulfurized hydrocarbons stream. a. supplying a hydrocarbon feedstock to an oxidation reactor, the hydrocarbon feedstock comprising sulfur-containing compounds; b. contacting the hydrocarbon feedstock with an oxidant in the presence of a catalyst in the oxidation reactor under conditions sufficient to selectively oxidize sulfur compounds present in the hydrocarbon feedstock to produce a hydrocarbon stream that comprises hydrocarbons and oxidized sulfur-containing compounds; c. separating the oxidized sulfur-containing hydrocarbon stream into an aqueous phase and a non-aqueous oxidized effluent; d. recovering the non-aqueous oxidized effluent and contacting it with an electron donor agent to reduce sulfones and sulfoxides present in the non-aqueous oxidized effluent for decomposition by reductive cleavage of carbon-to-sulfur bonds in the sulfones and sulfoxides to yield by-product salts and desulfurized hydrocarbons wherein contacting for decomposition is conducted at LHSV of 0.05h -1 to 4.0h -1, a temperature from 100°C to 300°C, and a pressure of 3kg/cm 2 to 30kg/cm 2, and wherein the electron donor agent has an oxidation potential sufficient to effect reductive cleavage of the sulfones and the sulfoxides, and is selected from the group consisting of bispyridinylidene, bisimidazolylidene, tetraazaalkenes, and bisbenzimidazolylidene; and, e. separating the by-product salts and recovering desulfurized hydrocarbons stream.
A light bulb (10, 10', 10", 10"', 10 IV, 10 V, 10 VI) having an axis of symmetry comprising: an enclosure comprising at least a base and a cover coupled to the base; a plurality of light sources disposed on a circuit board within the enclosure in a first ring having a first center point aligned with the axis of symmetry; and an ellipsoidal reflector, said ellipsoidal reflector having a first focal point within the cover and a plurality of second focal points disposed in a continuous second ring coincident with the first ring, said reflector reflecting low angle light from the plurality of light sources toward the first focal point then through the cover. an enclosure comprising at least a base and a cover coupled to the base; a plurality of light sources disposed on a circuit board within the enclosure in a first ring having a first center point aligned with the axis of symmetry; and an ellipsoidal reflector, said ellipsoidal reflector having a first focal point within the cover and a plurality of second focal points disposed in a continuous second ring coincident with the first ring, said reflector reflecting low angle light from the plurality of light sources toward the first focal point then through the cover.
A radiation detector comprising: a photoelectric conversion substrate converting light to an electrical signal; and a scintillator layer being in contact with the photoelectric conversion substrate and converting externally incident radiation to light, the scintillator layer being made of a phosphor containing Tl as an activator in CsI, which is a halide, a concentration of the activator in the phosphor being 1.6 mass%±0.4 mass%, and a concentration distribution of the activator in an in-plane direction and a film thickness direction being within ±15%. a photoelectric conversion substrate converting light to an electrical signal; and a scintillator layer being in contact with the photoelectric conversion substrate and converting externally incident radiation to light, the scintillator layer being made of a phosphor containing Tl as an activator in CsI, which is a halide, a concentration of the activator in the phosphor being 1.6 mass%±0.4 mass%, and a concentration distribution of the activator in an in-plane direction and a film thickness direction being within ±15%.
Device for automatic absorption means positioning in X-ray image acquisition, comprising a processing unit; wherein the processing unit is adapted to i) receive image data of images of a first sequence of X-ray images of an object; and to ii) determine optimal position for X-ray absorption means for each of the images of the first sequence of images; and to iii) associate images of a second sequence of X-ray images with corresponding images of the first sequence of X-ray images by establishing a correspondence for the first sequence and the second sequence based on association data including angulation data, system information and vascular information; and to iv) select the determined optimal position for X-ray absorption means of the associated corresponding images of the first sequence of X-ray images for an acquisition of the second sequence of X-ray images.
A membrane module apparatus to be subjected to steam sterilization, comprising: a hollow fiber membrane module filled with a liquid; an aseptic connection member configured to aseptically connect the membrane module apparatus to a duct, wherein said aseptic connection member comprises an aseptic connection connector having a flange-shaped connecting part that forms a connecting surface, and a sealing tape provided on the connecting surface, wherein the connecting surface is configured to be fitted with and fixed to a connecting surface of an aseptic connection connector of the duct, so that the sealing tape is interposed between these connecting surfaces, wherein the sealing tape is configured to be pulled out while maintaining the aseptic state; a connecting tube configured to connect a liquid port (20, 21, 22, 23) of the hollow fiber membrane module and the aseptic connection member to each other, wherein the connecting tube has heat resistance to the steam sterilization; a closure member configured to pinch and close the connecting tube; and an opening/closing part configured to open and close an internal space, the internal space being located on the aseptic connection member side with respect to the closure member, in the connecting tube relative to an atmosphere. a hollow fiber membrane module filled with a liquid; an aseptic connection member configured to aseptically connect the membrane module apparatus to a duct, wherein said aseptic connection member comprises an aseptic connection connector having a flange-shaped connecting part that forms a connecting surface, and a sealing tape provided on the connecting surface, wherein the connecting surface is configured to be fitted with and fixed to a connecting surface of an aseptic connection connector of the duct, so that the sealing tape is interposed between these connecting surfaces, wherein the sealing tape is configured to be pulled out while maintaining the aseptic state; a connecting tube configured to connect a liquid port (20, 21, 22, 23) of the hollow fiber membrane module and the aseptic connection member to each other, wherein the connecting tube has heat resistance to the steam sterilization; a closure member configured to pinch and close the connecting tube; and an opening/closing part configured to open and close an internal space, the internal space being located on the aseptic connection member side with respect to the closure member, in the connecting tube relative to an atmosphere.
A heating, ventilation and air conditioning (HVAC) system comprising: a condenser flowing a flow of refrigerant therethrough to an output pipe; a falling film evaporator in flow communication with the condenser and having an evaporator input pipe disposed vertically higher than the output pipe; and a plurality of riser pipes (60a, 60b, 60c) connected to the output pipe and to the evaporator input pipe, the flow of refrigerant flowing through selected riser pipes (60a, 06b, 60c) of the plurality of riser pipes (60a, 06b, 60c) as required by a load on the HVAC system, characterised in that a first riser pipe of the plurality of riser pipes has a different cross-sectional area than a second riser pipe of the plurality of riser pipes (60a, 06b, 60c); and an expansion valve disposed between the condenser and the output pipe. a condenser flowing a flow of refrigerant therethrough to an output pipe; a falling film evaporator in flow communication with the condenser and having an evaporator input pipe disposed vertically higher than the output pipe; and a plurality of riser pipes (60a, 60b, 60c) connected to the output pipe and to the evaporator input pipe, the flow of refrigerant flowing through selected riser pipes (60a, 06b, 60c) of the plurality of riser pipes (60a, 06b, 60c) as required by a load on the HVAC system, characterised in that a first riser pipe of the plurality of riser pipes has a different cross-sectional area than a second riser pipe of the plurality of riser pipes (60a, 06b, 60c); and an expansion valve disposed between the condenser and the output pipe.
An aqueous liquid pharmaceutical formulation of TACI-Fc fusion protein, comprising TACI-Fc fusion protein, a non-reducing sugar, and an amino acid; wherein the non-reducing sugar is 85-125 mmol/L of mannitol and 35-45 mmol/L of sucrose, the amino acid is 50-100 mmol/L of arginine hydrochloride and 8-12 mmol/L of histidine hydrochloride, the concentration of TACI-Fc fusion protein is 50-100 mg/ml; and the TACI-Fc fusion protein has an amino acid sequence as shown in SEQ ID NO. 1.
A vehicular power supply apparatus capable of converting three-phase AC power supplied from a three-phase AC power source into single-phase AC power and supplying said single-phase AC power to a vehicle, the vehicular power supply apparatus comprising: a Scott transformer configured to convert said three-phase AC power into first and second single-phase AC powers; a first output unit for supplying said first single-phase AC power to a first vehicle; and a second output unit for supplying said second single-phase AC power to a second vehicle, characterized by a detection unit ( 30, 70) for detecting said first and second single-phase AC powers; and a control device that executes power control such that said first and second single-phase AC powers become equal to each other, based on a detected value of said detection unit ( 30, 70), wherein said control device generates first and second power command values equalized each other, and outputs said first and second power command values to said first vehicle connected to said first output unit and said second vehicle connected to said second output unit, respectively, and said first and second vehicles execute charging control in accordance with said first and second power command values, respectively. a Scott transformer configured to convert said three-phase AC power into first and second single-phase AC powers; a first output unit for supplying said first single-phase AC power to a first vehicle; and a second output unit for supplying said second single-phase AC power to a second vehicle, characterized by a detection unit ( 30, 70) for detecting said first and second single-phase AC powers; and a control device that executes power control such that said first and second single-phase AC powers become equal to each other, based on a detected value of said detection unit ( 30, 70), wherein said control device generates first and second power command values equalized each other, and outputs said first and second power command values to said first vehicle connected to said first output unit and said second vehicle connected to said second output unit, respectively, and said first and second vehicles execute charging control in accordance with said first and second power command values, respectively.
A device for supplying power to an aerospace craft comprising an electric power supply, an intermediate potential point of which is configured to be connected to the mechanical ground of the aerospace craft forming two ranges (3, 4) of electric voltages, with the maximum electric potential difference within each range not exceeding the Paschen law critical electric voltage, each range (3, 4) comprising an independent electric insulation.
A heat-radiating sheet (1, 200), wherein when a heat cycle test of one cycle in which 3.2 mL of a heat-radiating grease (11, 11A, 12, 43, 300) having a viscosity at 25°C at a shear velocity of 10 s -1 of 22 Pa s and a bond line thickness of 52 pm is sandwiched between a heat-radiating sheet of 180 mm × 100 mm arranged on an aluminum plate and a glass plate by a clamping force of 0.2 MPa per unit area, and after expanding the heat-radiating grease, the heat-radiating sheet is held at a temperature of -40°C for 30 minutes and then held at a temperature of 125°C for 30 minutes, is performed 100 cycles, an area ratio (S2/S1) of an area of the heat-radiating grease after performing the heat cycle test of 100 cycles to an area of the heat-radiating grease expanded before performing the heat cycle test is 1.0 to 2.0. when a heat cycle test of one cycle in which 3.2 mL of a heat-radiating grease (11, 11A, 12, 43, 300) having a viscosity at 25°C at a shear velocity of 10 s -1 of 22 Pa s and a bond line thickness of 52 pm is sandwiched between a heat-radiating sheet of 180 mm × 100 mm arranged on an aluminum plate and a glass plate by a clamping force of 0.2 MPa per unit area, and after expanding the heat-radiating grease, the heat-radiating sheet is held at a temperature of -40°C for 30 minutes and then held at a temperature of 125°C for 30 minutes, is performed 100 cycles, an area ratio (S2/S1) of an area of the heat-radiating grease after performing the heat cycle test of 100 cycles to an area of the heat-radiating grease expanded before performing the heat cycle test is 1.0 to 2.0.
A offshore installation comprising a riser pipe and a bend stiffener, wherein the riser pipe comprises a flexible pipe body (30, 50, 60, 70, 80, 90) and an end fitting (33, 43, 73, 83, 93) and a longitudinal pipe axis, said pipe body has a pipe length, the bend stiffener has a root end and a far end, wherein the root end is closer to the end fitting (33, 43, 73, 83, 93) than the far end characterized in that said bend stiffener (12a, 12b, 82) comprises a helically shaped body arranged to surround a stiffened length section of the flexible pipe body and in that the root end is locked at an axial distance to the end fitting (33, 43, 73, 83, 93), determined along the longitudinal pipe axis.
A water-soluble capsule characterized in that it consists of an outer film that contains a solution with at least a water treatment agent, wherein the outer film comprises polyvinyl alcohol (PVOH) and the solution with the water treatment agent comprises is a mixture of lanthanum chloride and chitosan and a dissolving medium for the agent, the dissolving medium being a mixture of polyethylene glycol and glycerol.
Closure device for a backflow preventer of a pipeline, comprising a closing element, a rotatably mounted closing plate and a connecting element, which mechanically connects the closing element to the closing plate, wherein the connecting element, which has a head region and a foot region, consists of an elastic material, characterized in that the connecting element has a T-shaped cross section, wherein the foot region forms the bottom vertical part and the head region forms the top horizontal part in the T-shaped cross section, wherein the head region correspondingly has a larger diameter than the foot region, wherein the connecting element has a plurality of openings, which are spaced apart from the centre axis of the connecting element, are continuous through the head region of the connecting element in the edge region of the head region and in each of which a sleeve is arranged in a force-fitting, form-fitting and/or materially bonded manner, wherein the connecting element is connected to the closing plate by means of a fastening element, which is arranged within the sleeve of the connecting element and within a cutout in the closing plate, and in that the closing element is connected to the connecting element, wherein the closing plate and the closing element are each connected to the connecting element via a separate fastening.
A heating assembly, comprising: a dense substrate comprising a liquid absorbing surface and an atomizing surface that are arranged opposite to each other, wherein the dense substrate comprises a plurality of vertical holes and a plurality of transverse holes, the plurality of vertical holes penetrate the liquid absorbing surface and the atomizing surface, and the plurality of transverse holes are in communication with the plurality of vertical holes; characterized in that the ratio of a distance between centers of adjacent vertical holes to the hole diameter of each of the plurality of vertical holes ranges from 3:1 to 5:1. a dense substrate comprising a liquid absorbing surface and an atomizing surface that are arranged opposite to each other, wherein the dense substrate comprises a plurality of vertical holes and a plurality of transverse holes, the plurality of vertical holes penetrate the liquid absorbing surface and the atomizing surface, and the plurality of transverse holes are in communication with the plurality of vertical holes; characterized in that the ratio of a distance between centers of adjacent vertical holes to the hole diameter of each of the plurality of vertical holes ranges from 3:1 to 5:1.
A receiving circuit comprising: a reference signal generation unit configured to generate a high-frequency reference signal, and transmit the reference signal to a transmitting circuit through a signal transmission path configured to trap and transmit a radio wave in the transmission path; and a transmission data restoration unit configured to receive the reference signal modulated based on transmission data in the transmitting circuit and returned through the signal transmission path, and restore the transmission data, wherein the high-frequency reference signal is a millimeter-wave band signal and wherein the signal transmission path functions as a cable for connecting the receiving circuit and the transmitting circuit. a reference signal generation unit configured to generate a high-frequency reference signal, and transmit the reference signal to a transmitting circuit through a signal transmission path configured to trap and transmit a radio wave in the transmission path; and a transmission data restoration unit configured to receive the reference signal modulated based on transmission data in the transmitting circuit and returned through the signal transmission path, and restore the transmission data, wherein the high-frequency reference signal is a millimeter-wave band signal and wherein the signal transmission path functions as a cable for connecting the receiving circuit and the transmitting circuit.
A wheelchair provided with a frame and a steering mechanism for allowing steering over a steering angle, and comprising: • a protruding member, said member being moveable with respect to the frame, between a fully extended and a fully retracted position, • a powered device for moving the protruding member between the fully extended and the fully retracted position, • a receptacle (33,34) attached to the steering mechanism, and configured to receive said protruding member when said member is extended, so that the protruding member obstructs the steering action when the inner surface of the receptacle comes into contact with said member, and wherein • the steering angle is progressively diminished as the protruding member is introduced into the receptacle (33,34), • the steering angle is progressively increased as the protruding member is retracted from the receptacle (33,34). • a protruding member, said member being moveable with respect to the frame, between a fully extended and a fully retracted position, • a powered device for moving the protruding member between the fully extended and the fully retracted position, • a receptacle (33,34) attached to the steering mechanism, and configured to receive said protruding member when said member is extended, so that the protruding member obstructs the steering action when the inner surface of the receptacle comes into contact with said member, and wherein • the steering angle is progressively diminished as the protruding member is introduced into the receptacle (33,34), • the steering angle is progressively increased as the protruding member is retracted from the receptacle (33,34). • the steering angle is progressively diminished as the protruding member is introduced into the receptacle (33,34), • the steering angle is progressively increased as the protruding member is retracted from the receptacle (33,34).
An apparatus for slicing food products, in particular a high-performance slicer, comprising a product feed (11, 13) which is configured to feed at least one product to a cutting plane in which at least one cutting blade moves, in particular in a rotating and or orbiting manner, for cutting slices from the product, wherein the cutting blade is pivotably mounted, characterized in that the cutting blade is pivotable for carrying out blank cuts such that the spacing between the cutting blade and a reference plane which extends in parallel with the cutting plane or which coincides with the cutting plane is changed and in this respect the cutting blade remains aligned in parallel with the cutting plane.