mhurhangee/ep-ind-claims huggingface dataset:
A wire driving device comprising: a pair of wires one ends of which are attached to a movable member and that antagonistically drive the movable member; a pair of pulleys to which the other ends of the individual wires are secured and around which the individual wires are wound; a pair of driven gears that are coaxially secured to the individual pulleys; a drive gear that is connected to a driving source that generates motive power; and characterised in a pair of movable gears that are disposed between the drive gear and the individual driven gears and that can transmit the motive power of the driving source to the driven gears from the drive gear, wherein the individual movable gears are provided in a movable manner so that the movable gears engage with the drive gear and the driven gears when the drive gear is rotated in the direction in which the pulleys take up the wires, and so that the engagements of the movable gears with at least one of the drive gear and the driven gears are released when the drive gear is rotated in the direction in which the pulleys let out the wires. a pair of wires one ends of which are attached to a movable member and that antagonistically drive the movable member; a pair of pulleys to which the other ends of the individual wires are secured and around which the individual wires are wound; a pair of driven gears that are coaxially secured to the individual pulleys; a drive gear that is connected to a driving source that generates motive power; and characterised in a pair of movable gears that are disposed between the drive gear and the individual driven gears and that can transmit the motive power of the driving source to the driven gears from the drive gear, wherein the individual movable gears are provided in a movable manner so that the movable gears engage with the drive gear and the driven gears when the drive gear is rotated in the direction in which the pulleys take up the wires, and so that the engagements of the movable gears with at least one of the drive gear and the driven gears are released when the drive gear is rotated in the direction in which the pulleys let out the wires.
A fuel cell membrane electrode assembly comprising: a polymer electrolyte membrane; and a pair of electrocatalyst layers arranged to have the polymer electrolyte membrane located therebetween, wherein at least one of the pair of electrocatalyst layers includes particles, a polymer electrolyte, and a fibrous oxide-based catalytic material, the particles supporting a catalyst that comprises a noble metal component, and the fibrous oxide-based catalytic material includes at least one transition metal element selected from the group consisting of Ta, Nb, Ti, and Zr, wherein the fibrous oxide-based catalytic material is a material comprised of a partially oxidized nitride of the at least one transition metal element, the partially oxidized nitride of the at least one transition metal element including phosphorus as a substitutional atom. a polymer electrolyte membrane; and a pair of electrocatalyst layers arranged to have the polymer electrolyte membrane located therebetween, wherein at least one of the pair of electrocatalyst layers includes particles, a polymer electrolyte, and a fibrous oxide-based catalytic material, the particles supporting a catalyst that comprises a noble metal component, and the fibrous oxide-based catalytic material includes at least one transition metal element selected from the group consisting of Ta, Nb, Ti, and Zr, wherein the fibrous oxide-based catalytic material is a material comprised of a partially oxidized nitride of the at least one transition metal element, the partially oxidized nitride of the at least one transition metal element including phosphorus as a substitutional atom.
A modular brewing unit (10, 10') for a coffee machine, comprising multiple brew parts (10b, 10b') of different designs and a drive part, wherein in each case a brew part (10b, 10b') and the drive part are situated in parallel one next to one another in a shared frame, wherein the brewing part (10b, 10b'), situated concentrically along a shared first axis, has an upper piston (12, 12'), a lower piston (13, 13') and, between the two pistons (12, 12' and 13, 13'), a brewing cylinder (14, 14') with a cylindrical borehole (15, 15') for accommodating the two pistons (12, 12' and 13, 13'), thus forming a brewing chamber (16, 16'), and wherein the drive part includes a spindle that extends along a drive axis, parallel to the first axis, that is mounted in the frame so as to be rotatable about the drive axis, and that is in engagement with the brewing cylinder and the lower piston (13, 13') in such a way that during a brewing cycle, when the spindle rotates, the brewing cylinder (14, 14') and the lower piston (13, 13') are displaced along the first axis relative to the upper piston (12, 12') which is fixedly mounted in the frame, characterized in that the drive part is selectively combinable with the brewing parts (10b, 10b') of different designs in order to provide different brewing conditions.
A water purifier comprising: a purified water tank storing purified water; a hot water tank connected to the purified water tank to receive the purified water from the purified water tank and comprising a heater heating the received purified water; a purified water supply pipe connecting the purified water tank and the hot water tank; a purified water supply valve installed in the purified water supply pipe to open or close the purified water supply pipe; a hot water extraction port through which the water of the hot water tank is extracted; a hot water extraction valve opening or closing the hot water extraction port; a manipulation unit through which an extraction amount of hot water is inputted; and a control unit for performing a control to supply the purified water of the purified water tank to the hot water tank and operating the heater to heat the water of the hot water tank, wherein when the extraction amount of hot water is inputted to the manipulation unit, the control unit is configured to control the purified water supply valve to supply the purified water of the purified water tank to the hot water tank by the extraction amount of hot water, the control unit is configured to operate the heater until the water of the hot water tank reaches a set extraction temperature, and the control unit is configured to control the hot water extraction valve to extract the extraction amount of hot water at the set extraction temperature through the hot water extraction port. a purified water tank storing purified water; a hot water tank connected to the purified water tank to receive the purified water from the purified water tank and comprising a heater heating the received purified water; a purified water supply pipe connecting the purified water tank and the hot water tank; a purified water supply valve installed in the purified water supply pipe to open or close the purified water supply pipe; a hot water extraction port through which the water of the hot water tank is extracted; a hot water extraction valve opening or closing the hot water extraction port; a manipulation unit through which an extraction amount of hot water is inputted; and a control unit for performing a control to supply the purified water of the purified water tank to the hot water tank and operating the heater to heat the water of the hot water tank, wherein when the extraction amount of hot water is inputted to the manipulation unit, the control unit is configured to control the purified water supply valve to supply the purified water of the purified water tank to the hot water tank by the extraction amount of hot water, the control unit is configured to operate the heater until the water of the hot water tank reaches a set extraction temperature, and the control unit is configured to control the hot water extraction valve to extract the extraction amount of hot water at the set extraction temperature through the hot water extraction port.
Hydraulic motor, comprising: - a housing, - a shaft extending into the housing, which shaft is rotatably mounted in the housing by means of a rolling bearing arrangement, - the rolling bearing arrangement comprising at least two rolling bearings (3, 4) which are at a distance from one another axially and are arranged in a rolling bearing space, - a rotor which is arranged in a non-rotational manner on the shaft in the housing and comprises external teeth, - a rotor ring surrounding the rotor and having internal teeth which interact with the external teeth of the rotor, - the rotor and the rotor ring being arranged in a rotor space of the housing, - two lateral discs (12, 13) which are arranged on either side of the rotor and the rotor ring and axially delimit the rotor space on either side, - chambers for supplying and discharging hydraulic fluid being formed between the internal teeth of the rotor ring and the external teeth of the rotor, which chambers are in fluid communication with fluid supply and discharge lines (33, 38) arranged in at least one of the lateral discs (12, 13) during rotational operation, characterised in that the rolling bearing space is sealed off in a fluid-tight manner with respect to the rotor space, and the pressure in the rolling bearing space is the same as the atmospheric pressure. - a housing, - a shaft extending into the housing, which shaft is rotatably mounted in the housing by means of a rolling bearing arrangement, - the rolling bearing arrangement comprising at least two rolling bearings (3, 4) which are at a distance from one another axially and are arranged in a rolling bearing space, - a rotor which is arranged in a non-rotational manner on the shaft in the housing and comprises external teeth, - a rotor ring surrounding the rotor and having internal teeth which interact with the external teeth of the rotor, - the rotor and the rotor ring being arranged in a rotor space of the housing, - two lateral discs (12, 13) which are arranged on either side of the rotor and the rotor ring and axially delimit the rotor space on either side, - chambers for supplying and discharging hydraulic fluid being formed between the internal teeth of the rotor ring and the external teeth of the rotor, which chambers are in fluid communication with fluid supply and discharge lines (33, 38) arranged in at least one of the lateral discs (12, 13) during rotational operation, characterised in that the rolling bearing space is sealed off in a fluid-tight manner with respect to the rotor space, and the pressure in the rolling bearing space is the same as the atmospheric pressure.
A method of determining a concentration of a gas in a container (11, 21, 81) having at least one flexible side or wall, said method comprising: creating a determinable optical path length by making contact with an exterior of said walls or sides of said container through said container (11, 21, 81) by modifying a shape of said container (11, 21, 81) by acting on said at least one flexible side or wall thereby inflating or expanding at least a portion of said container (11, 21, 81); transmitting a light signal between a light source head (13, 23, 83) and a detector head (14, 24, 84) through said inflated or expanded portion of said container (11, 21, 81); determining said concentration of said gas in said container (11, 21) based on a light signal detected by said detector head (14, 24), and said determinable optical path length. creating a determinable optical path length by making contact with an exterior of said walls or sides of said container through said container (11, 21, 81) by modifying a shape of said container (11, 21, 81) by acting on said at least one flexible side or wall thereby inflating or expanding at least a portion of said container (11, 21, 81); transmitting a light signal between a light source head (13, 23, 83) and a detector head (14, 24, 84) through said inflated or expanded portion of said container (11, 21, 81); determining said concentration of said gas in said container (11, 21) based on a light signal detected by said detector head (14, 24), and said determinable optical path length.
A bipyridine triazole type rare earth complex LnL 3, with structural formulas as shown in Formula 1: wherein R 1 is selected from hydrogen, halogen, an alkane group or an aromatic hydrocarbon group; R 2 is selected from hydrogen, halogen, an alkane group or an aromatic hydrocarbon group; R 3 is selected from hydrogen, halogen, methyl, trifluoromethyl or phenyl; and central rare earth ions Ln are selected from any one of yttrium, lanthanum, cerium, praseodymium, neodymium, samarium, europium, gadolinium, terbium, dysprosium, holmium, erbium, thulium, ytterbium and lutetium.
An isolated monoclonal antibody that binds mesothelin, wherein: the CDRs of the VH domain of the antibody comprise amino acid residues 27-34, 52-59 and 98-112 of SEQ ID NO: 13; and the CDRs of VL domain of the antibody comprise amino acid residues 27-32, 50-52 and 89-101 of SEQ ID NO: 15. the CDRs of the VH domain of the antibody comprise amino acid residues 27-34, 52-59 and 98-112 of SEQ ID NO: 13; and the CDRs of VL domain of the antibody comprise amino acid residues 27-32, 50-52 and 89-101 of SEQ ID NO: 15.
A method for a freeze start of a fuel cell device with a fuel cell stack, in which a plurality of electrically in series connected fuel cells are compressed between two end plates with a compressive force of a tensioning device, comprising the steps of determining the presence of freeze start conditions, reducing the compressive force by means of the tensioning device, operating the fuel cells in a frost start mode, in which the compression force acting on the fuel cells of the fuel cell stack is maintained reduced compared with that of a normal operation, continuously or intermittently detecting a temperature of the fuel cell stack, and adjusting the compression force by means of the tensioning device as a function of the detected temperature.
A bioreactor comprising a light source and a tank comprising a culture medium in which a cell culture consisting of algal cells is dispersed, said algal cell culture having a concentration of greater than 0.1 g/l in the culture medium, each algal cell having a minimum absorption in a light-specific range of wavelengths (L-Spec) of between 500 nm and 650 nm, said source being capable of emitting incident light in the direction of the tank consisting of at least 60% of photons having a wavelength within the light-specific range of wavelengths (L-Spec).
A composition, comprising: a microvesicle derived from an edible plant; and a plasma membrane coating the microvesicle, the plasma membrane derived from a targeting cell. a microvesicle derived from an edible plant; and a plasma membrane coating the microvesicle, the plasma membrane derived from a targeting cell.
A black pigment composition, comprising, as essential pigments thereof, a pigment P1 having a maximum absorption wavelength λ max (nm) within the range of 460 ≤ λ max ≤ 530 and a half-value wavelength of the absorption spectrum (on the long wavelength side) of 550 nm or more, and a pigment P2 having a maximum absorption wavelength λ max (nm) within the range of 600 ≤ λ max ≤ 700, as measured in the form of a dispersion in methyl ethyl ketone, wherein pigment P1 is selected from the group consisting of monoazo pigments, disazo pigments, condensed azo pigments, naphthol AS pigments and benzimidazolone pigments.
Support film for a hook-and-loop laying system of a surface temperature-control device, wherein the support film comprises a first element of a hook-and-loop connection on one side, and is designed as a composite film, wherein a support layer adjoins the element of the hook-and-loop connection applied to the support film, in the film structure, characterised in that, in the film structure, a paper layer, a metal layer, and a second polymer layer follow the support layer, in an adjoining manner, in this sequence.
A refrigerator comprising: an inner case that defines a storage space and that has a first communication hole defined through the inner case; an outer case that is spaced apart a distance from the inner case and that has a second communication hole defined through the outer case at a position corresponding to the first communication hole of the inner case, the outer case and the inner case defining, between the outer case and the inner case, a vacuum space that is maintained at a partial vacuum pressure and that is configured to insulate the inner case from the outer case; and a connection pipe that passes through the vacuum space and that connects the first communication hole of the inner case to the second communication hole of the outer case, wherein the connection pipe connects a space defined by the inner case with a space defined by the outer case and wherein an internal space of the connection pipe is in a state other than a vacuum state and the connection pipe defines a passage through which water is drained or through which a drainage pipe passes; wherein the connection pipe is welded to the inner case and the outer case, wherein an upper pipe part of the connection pipe and a lower pipe part of the connection pipe are welded to the outer case and the inner case to be more projected upwardly and downwardly than a top surface of the outer case and a bottom surface of the inner case, and wherein plastic is coated on an inner surface of the connection pipe to reduce corrosion. an inner case that defines a storage space and that has a first communication hole defined through the inner case; an outer case that is spaced apart a distance from the inner case and that has a second communication hole defined through the outer case at a position corresponding to the first communication hole of the inner case, the outer case and the inner case defining, between the outer case and the inner case, a vacuum space that is maintained at a partial vacuum pressure and that is configured to insulate the inner case from the outer case; and a connection pipe that passes through the vacuum space and that connects the first communication hole of the inner case to the second communication hole of the outer case, wherein the connection pipe connects a space defined by the inner case with a space defined by the outer case and wherein an internal space of the connection pipe is in a state other than a vacuum state and the connection pipe defines a passage through which water is drained or through which a drainage pipe passes; wherein the connection pipe is welded to the inner case and the outer case, wherein an upper pipe part of the connection pipe and a lower pipe part of the connection pipe are welded to the outer case and the inner case to be more projected upwardly and downwardly than a top surface of the outer case and a bottom surface of the inner case, and wherein plastic is coated on an inner surface of the connection pipe to reduce corrosion.
A power system for a work machine, the power system comprising a power-split continuously variable transmission for propulsion of the work machine and a hydraulic system for work hydraulics, the power-split continuously variable transmission having a hydrostatic branch and a mechanical branch, the hydrostatic branch comprising a first hydraulic machine having a variable displacement and a second hydraulic machine, wherein the hydrostatic branch comprises a first control valve fluidly connected to the first hydraulic machine and to the second hydraulic machine for controlling the flow of hydraulic fluid between the first hydraulic machine and the second hydraulic machine, and the hydraulic system comprises at least one hydraulic actuator fluidly connected to a first port of the first hydraulic machine, and a second control valve for controlling the flow of hydraulic fluid to said at least one hydraulic actuator, characterized in that the hydraulic system is a load sensing system and further comprises a first circuit for providing an LS-pressure for the second hydraulic machine and a second circuit for providing an LS-pressure for said at least one hydraulic actuator, the LS-pressures being provided for controlling the pump pressure of the first hydraulic machine.
A container for housing an artwork during transportation or storage, the container comprising: four side parts (10, 11, 12, 13) and four corner parts (14, 15, 16, 17) for connecting the side parts to form a substantially rectangular frame; a substantially rectangular lid part and a substantially rectangular mounting panel, each of the side parts having a first recess (10A, 11A, 12A, 13A) extending along its length for receiving a respective edge of the lid part and a second recess (10B, 11B, 12B, 13B) extending along its length for receiving a respective edge of the mounting panel; a first resilient member located around the perimeter of the lid part between the lid part and the substantially rectangular frame; a second resilient member located around the perimeter of the mounting panel between the mounting panel and the substantially rectangular frame so as to act as a shock absorber between the mounting panel and the substantially rectangular frame; and securing means for securing the lid part in a closed position relative to the substantially rectangular frame. four side parts (10, 11, 12, 13) and four corner parts (14, 15, 16, 17) for connecting the side parts to form a substantially rectangular frame; a substantially rectangular lid part and a substantially rectangular mounting panel, each of the side parts having a first recess (10A, 11A, 12A, 13A) extending along its length for receiving a respective edge of the lid part and a second recess (10B, 11B, 12B, 13B) extending along its length for receiving a respective edge of the mounting panel; a first resilient member located around the perimeter of the lid part between the lid part and the substantially rectangular frame; a second resilient member located around the perimeter of the mounting panel between the mounting panel and the substantially rectangular frame so as to act as a shock absorber between the mounting panel and the substantially rectangular frame; and securing means for securing the lid part in a closed position relative to the substantially rectangular frame.
A corrosion inhibiting curable composition for bonding galvanized surfaces comprising: (a) a first part comprising: (i) at least one curable (meth)acrylate component; (ii) a free-radical initiator component; (iii) a phosphate ester component; and (iv) an organic acid component; (b) a second part comprising one or more of an accelerator component, a carrier component, and a free radical initiator component, wherein at least one of the first part or the second part further comprises a corrosion inhibitor and wherein at least one of the phosphate ester component and the organic acid component are present in an amount sufficient to achieve a tensile strength on a galvanized surface of at least about 1000 psi when measured after humidity aging at 85% relative humidity and a temperature of 85°C for a period of time of 250 hours or of at least about 2500 psi at room temperature. (a) a first part comprising: (i) at least one curable (meth)acrylate component; (ii) a free-radical initiator component; (iii) a phosphate ester component; and (iv) an organic acid component; (i) at least one curable (meth)acrylate component; (ii) a free-radical initiator component; (iii) a phosphate ester component; and (iv) an organic acid component; (b) a second part comprising one or more of an accelerator component, a carrier component, and a free radical initiator component, wherein at least one of the first part or the second part further comprises a corrosion inhibitor and wherein at least one of the phosphate ester component and the organic acid component are present in an amount sufficient to achieve a tensile strength on a galvanized surface of at least about 1000 psi when measured after humidity aging at 85% relative humidity and a temperature of 85°C for a period of time of 250 hours or of at least about 2500 psi at room temperature.