mhurhangee/ep-ind-claims huggingface dataset:
Thermostat cartridge with a cold water inlet, a hot water inlet, a mixed water outlet and a mixed water space formed between the cold water inlet and hot water inlet on one side and the mixed water outlet on the other side, as well as with a spring-supported control sleeve on the housing side on which an expansion material element arranged in the mixed water space acts, which control sleeve in the closed position of the thermostat cartridge shuts off at least the hot water inlet and in a regulating position of the thermostat cartridge adjusts the mixing ratio of cold water and hot water, and with, connected to the expansion material element, an overtravel unit, comprising a displaceably arranged sleeve body, a pressure part arranged displaceably in the sleeve body and forming a stop for the expansion material element connected thereto, and a spring element supported between the sleeve body and pressures part as well as with an actuator unit (28, 29) which acts on the sleeve body of the overtravel unit and is operable by way of a temperature setting device, characterised in that the control sleeve is uncoupled from the expansion material element and is arranged in an initial position corresponding to the full closed position of the thermostat cartridge with a distance to the expansion material element in its regulating direction and in that arranged between the pressure part and the control sleeve is a closing adaptor which until the regulated opening of the hot water inlet by the control sleeve bridges the expansion material element and directly transmits the closing force originating from the pressure part to the control sleeve and presses this into the positon shutting off the hot water inlet, so that the expansion material part inserted with one end into the closing adapter is not subjected to the exertion of closing forces to be transmitted to the control sleeve, and in that the closing adapter is firmly connected with the pressure part and thereby follows movements predetermined by the actuator unit, wherein the sleeve body of the overtravel unit on which the actuator unit acts is itself designed as a shut-off sleeve for the mixed water outlet which in the closed position of the thermostat cartridge shuts off the mixed water outlet from the mixed water space.
A filter system comprising: a filter cartridge housing having a removable housing portion; a filter medium disposed within the filter cartridge housing; an optical analyte sensor comprising a detection medium that changes at least one of its optical characteristics in response to an analyte, the optical analyte sensor disposed within the filter cartridge housing and mounted on a wall of the filter cartridge housing such that the detection medium is in fluid communication with the filter medium; and an optical reader comprising at least one light source and at least one detector, the optical reader attached to the removable housing portion such that, when the removable housing portion is attached to the filter cartridge housing, at least a portion of light emitted by at least one light source is reflected from the optical analyte sensor and captured by at least one detector, wherein the filter cartridge housing wall comprises a transparent portion on which the optical analyte sensor is mounted and through which the optical analyte sensor is optically interrogatable by the optical reader. a filter cartridge housing having a removable housing portion; a filter medium disposed within the filter cartridge housing; an optical analyte sensor comprising a detection medium that changes at least one of its optical characteristics in response to an analyte, the optical analyte sensor disposed within the filter cartridge housing and mounted on a wall of the filter cartridge housing such that the detection medium is in fluid communication with the filter medium; and an optical reader comprising at least one light source and at least one detector, the optical reader attached to the removable housing portion such that, when the removable housing portion is attached to the filter cartridge housing, at least a portion of light emitted by at least one light source is reflected from the optical analyte sensor and captured by at least one detector, wherein the filter cartridge housing wall comprises a transparent portion on which the optical analyte sensor is mounted and through which the optical analyte sensor is optically interrogatable by the optical reader.
An intersection information distribution apparatus comprising: a plurality of image capturers that capture images in and around an intersection; one or more first wireless communicators that perform communication with a second wireless communicator mounted on a vehicle; a controller that selects a piece of data from among pieces of data of the images captured by the plurality of image capturers, wherein the one or more first wireless communicators transmit the selected piece of data to the second wireless communicator of the vehicle; characterized by the one or more first wireless communicators performing directional communication with the second wireless communicator; a position estimator that estimates a position of the vehicle in and around the intersection from a communication state of the directional communication; and the controller selecting the piece of data on the basis of the estimated position of the vehicle. a plurality of image capturers that capture images in and around an intersection; one or more first wireless communicators that perform communication with a second wireless communicator mounted on a vehicle; a controller that selects a piece of data from among pieces of data of the images captured by the plurality of image capturers, wherein the one or more first wireless communicators transmit the selected piece of data to the second wireless communicator of the vehicle; characterized by the one or more first wireless communicators performing directional communication with the second wireless communicator; a position estimator that estimates a position of the vehicle in and around the intersection from a communication state of the directional communication; and the controller selecting the piece of data on the basis of the estimated position of the vehicle.
A galley assembly (2, 24, 38) for a cabin of a vehicle, comprising: - a galley housing having a front side and a plurality of compartments capable for housing kitchen appliances, - an air suction port, - an air extraction manifold having a bypass means (10, 28, 40) and - a mechanical control means, wherein each compartment comprises a ventilation port, wherein the air suction port is pneumatically coupled with the air extraction manifold, which is coupled with the ventilation ports of the compartments, wherein the bypass means (10, 28, 40) is positioned on an outer surface of the galley assembly (2, 24, 38) facing away from the front side and is adapted for selectively providing a through-flow opening (18, 37, 44) with an adjustable opening area to the surrounding of the galley assembly (2, 24, 38), wherein the control means is coupled with the bypass means (10, 28, 40) and is adapted for adjusting the opening area of the through-flow opening (18, 37, 44), and wherein the control means is arranged on an outer surface and extends from the bypass means (10, 28, 40) into the direction of the front side. - a galley housing having a front side and a plurality of compartments capable for housing kitchen appliances, - an air suction port, - an air extraction manifold having a bypass means (10, 28, 40) and - a mechanical control means,
An electrochemical gas sensor comprising an electrolyte comprising at least one ionic liquid and at least one working electrode, wherein the potential of the working electrode is maintained to be generally constant, wherein the ionic liquid comprises an additive portion comprising at least one organic additive in an amount of 0.05 to 5.0 wt% characterized in that the at least one organic additive is imidazole, a C1 to C4 alkyl imidazole, pyrrole, a C1 to C4 alkyl pyrrole, pyrazole, a C1 to C4 alkyl pyrazole, guanine, a C1 to C4 alkyl guanine, uric acid, benzoic acid, a porphyrin, or a porphyrin derivative.
System which has a protective device for an electrical charging cable for connecting two apparatuses during a charging procedure and a receiving apparatus for the protective device, wherein this receiving apparatus is arranged in an outer wall of only one of the two apparatuses, wherein the protective device has a supporting frame and a jacket which are configured to enclose a cavity extending in a longitudinal direction, through which a charging cable can be passed, wherein the supporting frame and the jacket are deformable in the longitudinal direction, wherein a length of the protective device is to be changed and to be adapted between the two apparatuses to a length of the charging cable to be passed through the cavity, characterized in that the protective device has an electrical and/or hydraulic drive and an extendable telescopic guiding rod, wherein the drive is arranged at a first end of the supporting frame, wherein a first end of the guiding rod is arranged at the drive, wherein a second end of the guiding rod is arranged at a second end of the supporting frame, wherein the electrical and/or hydraulic drive is configured to extend or shorten the guiding rod and thus the protective device depending on requirements, and thus to change them, wherein a first end of the protective device is arranged in the receiving apparatus of the one of the two apparatuses, wherein the protective device has at least one fastening device which is configured to connect a second end of the protective device to the other of the two apparatuses, in which the receiving apparatus is not arranged.
A method of preparing an organopolysiloxane, said method comprising: polymerizing an organopolysiloxane fluid having at least two silicon-bonded hydroxyl groups per molecule in the presence of a catalyst and a terminating agent having the general formula R 3 SiX, wherein each R is independently selected from H and a hydrocarbyl group and X is a halogen atom, to provide the organopolysiloxane; wherein the method is free from introducing water discretely to hydrolyze the terminating agent, wherein introducing water discretely means introducing water into the vessel. polymerizing an organopolysiloxane fluid having at least two silicon-bonded hydroxyl groups per molecule in the presence of a catalyst and a terminating agent having the general formula R 3 SiX, wherein each R is independently selected from H and a hydrocarbyl group and X is a halogen atom, to provide the organopolysiloxane; wherein the method is free from introducing water discretely to hydrolyze the terminating agent, wherein introducing water discretely means introducing water into the vessel.
A wearable uniform auxiliary light mining lamp, which is provided with a main light source and a main lamp cup, wherein it further comprises an auxiliary light source and an auxiliary lamp cup for mounting the auxiliary light source, characterized in that each of both sides of the main lamp cup is provided with an auxiliary lamp cup with an auxiliary light source at its bottom center; and the side wall of the auxiliary lamp cup has a reflecting effect with the reflective surface being a plane and the side wall is shaped like a rearward tapered horn, the side wall of the auxiliary lamp cup is enclosed by a multi-facet reflective plane with the facets arranged one after another, so that the illuminance of the projected area is uniform with no shadow, the multi-facet reflective plane has 4 ∼ 10 facets; the angle between the front end face of the main lamp cup and the optical axis of the main lamp cup is 65° ∼ 69°; the angle between the front end face of the auxiliary lamp cup and the optical axis of the auxiliary lamp source is 87° ∼ 91°.
A clock distribution circuit comprising: a clock source to generate a clock signal; a clock divider to divide the clock signal and produce a divided clock signal, and including a flip-flop that introduces a first propagation delay to the divided clock signal; and a delay matching circuit to distribute the clock signal, and to introduce a second propagation delay to the clock signal, the second propagation delay matching the first propagation delay introduced in the divided clock signal by the flip flop wherein the delay matching circuit includes: a multiplexer having a first input coupled to a first transmission gate of the multiplexer, a second input coupled to a second transmission gate of the multiplexer, a select input coupled to the clock source to selectively enable one of the transmission gates of the multiplexer, and an output coupled to the first and second transmission gates of the multiplexer; characterised by the delay matching circuit further comprising a PMOS transistor having a drain coupled to the first input, a gate coupled to ground, and a source coupled to a supply voltage; and an NMOS transistor having a drain coupled to the second input, a gate coupled to the supply voltage, and a source coupled to ground. a clock source to generate a clock signal; a clock divider to divide the clock signal and produce a divided clock signal, and including a flip-flop that introduces a first propagation delay to the divided clock signal; and a delay matching circuit to distribute the clock signal, and to introduce a second propagation delay to the clock signal, the second propagation delay matching the first propagation delay introduced in the divided clock signal by the flip flop wherein the delay matching circuit includes: a multiplexer having a first input coupled to a first transmission gate of the multiplexer, a second input coupled to a second transmission gate of the multiplexer, a select input coupled to the clock source to selectively enable one of the transmission gates of the multiplexer, and an output coupled to the first and second transmission gates of the multiplexer; characterised by the delay matching circuit further comprising a PMOS transistor having a drain coupled to the first input, a gate coupled to ground, and a source coupled to a supply voltage; and an NMOS transistor having a drain coupled to the second input, a gate coupled to the supply voltage, and a source coupled to ground. a multiplexer having a first input coupled to a first transmission gate of the multiplexer, a second input coupled to a second transmission gate of the multiplexer, a select input coupled to the clock source to selectively enable one of the transmission gates of the multiplexer, and an output coupled to the first and second transmission gates of the multiplexer; characterised by the delay matching circuit further comprising a PMOS transistor having a drain coupled to the first input, a gate coupled to ground, and a source coupled to a supply voltage; and an NMOS transistor having a drain coupled to the second input, a gate coupled to the supply voltage, and a source coupled to ground.
An LCD module, comprising a protective layer, a liquid crystal panel, a backlight module and an outer supporting frame; wherein the protective layer is adhered to a front surface of the liquid crystal panel to form an integral screen; the backlight module is installed at a back side of the liquid crystal panel; the outer supporting frame is provided around the backlight module and spaced apart from the backlight module; a front surface of the outer supporting frame is opened with a positioning slot; the protective layer is embedded in and fixedly connected to the positioning slot such that the liquid crystal panel adhered to the protective layer is separably positioned on a front surface of the backlight module and spaced apart from touching the outer supporting frame; the LCD module also comprises tightening elements which connect the outer supporting frame and a back surface of the backlight module; the tightening elements are configured to enable adjustment of the distance between the liquid crystal panel and the backlight module.
A ventilation fan (10, 200, 400), comprising: a shaft having a shaft body (80, 260, 462) extending between a first shaft end (82, 262, 464) and a second shaft end (84, 264, 466), the shaft body defining a first port and a bore; a rotor (24, 214, 414) disposed about the shaft; a motor housing (26, 216, 416) disposed about the shaft and axially spaced apart from the rotor, the motor housing having a mounting portion, a housing extension (112, 294) extending from the mounting portion, and a vane platform (114, 296, 484) extending from the housing extension (26, 216, 416); a bearing housing (28, 218, 418) disposed about the shaft, the bearing housing having a bearing arm (140, 320), a bearing leg (142, 322) extending from the bearing arm, and a bearing extension (144, 324) extending from the bearing leg and operatively connected to the housing extension; and an air bearing (162, 330, 520) disposed proximate the second shaft end and disposed between the bearing arm and the second shaft end, characterised in that it further comprises a roller bearing disposed about the shaft body proximate the first shaft end. a shaft having a shaft body (80, 260, 462) extending between a first shaft end (82, 262, 464) and a second shaft end (84, 264, 466), the shaft body defining a first port and a bore; a rotor (24, 214, 414) disposed about the shaft; a motor housing (26, 216, 416) disposed about the shaft and axially spaced apart from the rotor, the motor housing having a mounting portion, a housing extension (112, 294) extending from the mounting portion, and a vane platform (114, 296, 484) extending from the housing extension (26, 216, 416); a bearing housing (28, 218, 418) disposed about the shaft, the bearing housing having a bearing arm (140, 320), a bearing leg (142, 322) extending from the bearing arm, and a bearing extension (144, 324) extending from the bearing leg and operatively connected to the housing extension; and an air bearing (162, 330, 520) disposed proximate the second shaft end and disposed between the bearing arm and the second shaft end, characterised in that it further comprises a roller bearing disposed about the shaft body proximate the first shaft end.
Injection device for injecting a discrete amount of solid material in particles, powder or granulated form, of varying grain size, for example comprised between 0.15 and 15-20 mm, comprising a tubular pipe which can be applied on a lateral wall of a melting furnace so as to dispose its exit lower end inside the volume of the melting furnace and above the meniscus of the liquid metal contained in the melting furnace, said tubular pipe during use being angled by an angle comprised between 15° and 70° with respect to the vertical, in order to inject the solid material inside the liquid metal, said device also comprising a chamber or tank to contain the solid material upstream of said tubular pipe and associated therewith, said tubular pipe comprising said lower end and an upper end associated to a first exit valve, wherein said first exit valve selectively connects said tubular pipe with a lower end of said chamber or tank, the injection device also comprising a pipe to introduce said solid material into said chamber or tank and a pipe connected to an upper part of said chamber or tank to introduce a pre-compressed fluid inside the chamber or tank, characterized in that the injection device comprises a third valve provided along the pipe and which can be selectively opened for an opening time less than 0.4 seconds, to introduce at least upstream of said tubular pipe an impulsive jet of pre-compressed gas or air which, in coordination with the opening of said first exit valve which can be selectively opened for a time comprised between 0,2 and 0,8 seconds, and in rapid sequence with respect to said third valve, determines the emission of an impulsive flow of the solid material contained in said chamber or tank, with high kinetic energy and quantity of motion.
A method for manufacturing a sliding member having a sliding surface slidable relative to a counterpart material, comprising: forming a quenched portion by quenching the entire of at least the sliding surface of the sliding member, said quenching being carried out by heating the sliding member with a heating furnace and rapidly cooling the sliding member after the heating; forming an annealed portion by partially annealing a part of the quenched sliding surface with a temperature lower than that for quenching, said partially annealing being carried out with one of a YAG laser, CO 2 laser, electron beam, TIG arc, plasma arc, or hot iron, wherein a remaining quenched portion remains at a center part of the annealed portion; forming the surface of the quenched portion and the surface of the annealed portion to be flat; forming the surface of the remaining quenched portion remaining at the center part of the annealed portion to be flat when the surfaces of the quenched and annealed portions are formed to be flat; and forming the surface of the remaining quenched portion in a concave shape by low-temperature tempering the sliding member after the remaining quenched portion is formed to be flat. forming a quenched portion by quenching the entire of at least the sliding surface of the sliding member, said quenching being carried out by heating the sliding member with a heating furnace and rapidly cooling the sliding member after the heating; forming an annealed portion by partially annealing a part of the quenched sliding surface with a temperature lower than that for quenching, said partially annealing being carried out with one of a YAG laser, CO 2 laser, electron beam, TIG arc, plasma arc, or hot iron, wherein a remaining quenched portion remains at a center part of the annealed portion; forming the surface of the quenched portion and the surface of the annealed portion to be flat; forming the surface of the remaining quenched portion remaining at the center part of the annealed portion to be flat when the surfaces of the quenched and annealed portions are formed to be flat; and forming the surface of the remaining quenched portion in a concave shape by low-temperature tempering the sliding member after the remaining quenched portion is formed to be flat.
An exhaust gas treatment equipment for a diesel engine comprising: an electrical precipitation means having a discharge electrode for charging particulate matter contained in exhaust gas of a diesel engine using a low-grade fuel equal to or less than fuel oil, and a tubular collecting part having a predetermined length and comprising a precipitation electrode for collecting the particulate matter charged, the discharge electrode being composed of a main electrode disposed in an axial direction in the tubular collecting part and a plurality of electrode needles disposed at intervals on the main electrode and projecting radially; and a segregating and collecting means of a cyclone system for segregating and collecting the particulate matter which has been detached from the tubular collecting part, the exhaust gas treatment equipment having an arrangement in which an exhaust gas outlet pipe for low PM concentration is provided in the vicinity of an axial center on a downstream side of the tubular collecting part and an exhaust gas outlet portion for high PM concentration is provided in the vicinity of an inner peripheral face on the downstream side of the tubular collecting part, a cyclone collecting means for collecting the particulate matter is provided so as to communicate with the exhaust gas outlet portion for high PM concentration, the cyclone collecting means comprising a tangential cyclone, and a damper provided in the exhaust gas outlet pipe for low PM concentration and means adapted to control the velocity of exhaust gas flowing into the tangential cyclone by controlling an opening position of the damper.