mhurhangee/ep-ind-claims huggingface dataset:
A sliding component comprising a pair of sliding parts that relatively slide on each other, one of the sliding parts being a stationary-side seal ring, the other of the sliding parts being a rotating-side seal ring, the seal rings each having a sliding face formed radially for sealing sealed fluid from leaking, at least one of the sliding faces being provided with fluid introduction grooves (10; 12; 17) configured to communicate with a first peripheral edge of the sliding face and not to communicate with a second peripheral edge of the sliding face, and being provided with a dynamic pressure generation grooves (11; 13, 13') configured to communicate with the second peripheral edge of the sliding face and not to communicate with the first peripheral edge of the sliding face, characterized in that the sliding component comprises positive pressure generation mechanisms with positive pressure generation grooves that communicate, at upstream ends, with the fluid introduction grooves, wherein the positive pressure generation mechanisms are provided in portions of the sliding component, which are surrounded by the fluid introduction grooves, the dynamic pressure generation grooves, and the first peripheral edge of the sliding face.
A tire manufacturing method comprising the steps of: arranging rubber inside a spring antenna of an electronic component having a communication function; interposing by rubber sheets (431, 432, 441, 442) the electronic component having the spring antenna into which the rubber was arranged; and setting the electronic component interposed by the rubber sheets (431, 432, 441, 442) in a tire (1, 2). arranging rubber inside a spring antenna of an electronic component having a communication function; interposing by rubber sheets (431, 432, 441, 442) the electronic component having the spring antenna into which the rubber was arranged; and setting the electronic component interposed by the rubber sheets (431, 432, 441, 442) in a tire (1, 2).
A transition between two vehicles with an articulated connection, for example, carriages of a rail vehicle, wherein the transition comprises a bellows, wherein the bellows comprises a side wall cover in the form of an elastically resilient plate, wherein the plate can be received on the front faces of the vehicles by a holding device (4, 20, 41, 42) each, and wherein the plate is at least partially formed from a metallic material, wherein at least one of the holding devices (4, 20) comprises a rolling body for rolling up or rolling off the plate in the side portion of the plate, characterised in that the plate in the area of at least one holding device (4, 20; 41, 42) at least partially comprises a cross-section reduced compared with the thickness in the centre of the plate in order to facilitate rolling up or rolling off, wherein the plate in the area of the at least holding device (4, 20, 41, 42) comprises at least one hinge strip extending parallel to the vertical axis of the rolling body.
Support (20, 42, 46, 49, 52, 55) for a sign, in particular a license plate for motor vehicles, with a basic part which has a rectangular base plate against which the sign lies, and with a plurality of holes (36, 41, 47, 50, 53, 56, 59, 62, 65) which extend continuously perpendicularly through the base plate for fastening the support (20, 42, 46, 49, 52, 55), wherein the continuous holes (36, 41, 47, 50, 53, 56, 59, 62, 65) are arranged distributed over at least a large part of the surface of the base plate in a uniform grid, characterized in that the continuous holes (36, 53, 56, 59, 62, 65) have a profiled border (39, 54, 58, 61, 63) in relation to the base plate, the border differing in its shape from that of the holes (36, 53, 56, 59, 62, 65).
A heating, ventilation and air conditioning (HVAC) system comprising: a compressor having a flow of compressor lubricant therein, the compressor compressing a flow of vapor refrigerant therethrough; an evaporator operably connected to the compressor including a plurality of evaporator tubes through which a volume of thermal energy transfer medium is flowed for a thermal energy exchange with a liquid refrigerant in the evaporator; and a lubricant management system including: a lubricant still receptive of a flow of compressor lubricant and refrigerant mixture from the evaporator; an inlet flow control device configured to stop the flow of the mixture into the lubricant still when a mixture level in the still reaches a selected level; and an outlet flow control device configured to urge distillate from the lubricant still to the compressor when a concentration of lubricant in the distillate reaches a selected concentration level characterized in that the lubricant still further includes a lubricant still heat exchanger having a flow of refrigerant therethrough to boil the compressor lubricant and refrigerant mixture; and in that the output flow control device is an ejector. a compressor having a flow of compressor lubricant therein, the compressor compressing a flow of vapor refrigerant therethrough; an evaporator operably connected to the compressor including a plurality of evaporator tubes through which a volume of thermal energy transfer medium is flowed for a thermal energy exchange with a liquid refrigerant in the evaporator; and a lubricant management system including: a lubricant still receptive of a flow of compressor lubricant and refrigerant mixture from the evaporator; an inlet flow control device configured to stop the flow of the mixture into the lubricant still when a mixture level in the still reaches a selected level; and an outlet flow control device configured to urge distillate from the lubricant still to the compressor when a concentration of lubricant in the distillate reaches a selected concentration level a lubricant still receptive of a flow of compressor lubricant and refrigerant mixture from the evaporator; an inlet flow control device configured to stop the flow of the mixture into the lubricant still when a mixture level in the still reaches a selected level; and an outlet flow control device configured to urge distillate from the lubricant still to the compressor when a concentration of lubricant in the distillate reaches a selected concentration level characterized in that the lubricant still further includes a lubricant still heat exchanger having a flow of refrigerant therethrough to boil the compressor lubricant and refrigerant mixture; and in that the output flow control device is an ejector.
A melt polymerization reactor system for producing polycarbonate, the reactor system comprising a surface area in contact with a reaction mixture, wherein: the reaction mixture comprises a melt transesterification catalyst, a dihydroxy compound, a diaryl carbonate, and a phenolic byproduct, the surface area in contact with the reaction mixture contains a weld joining metal reactor system parts, all welds in contact with the reaction mixture join reactor system parts made from the same type of metal, and a filler metal is contained in the weld, the filler metal is made from the same type of metal as the metal parts joined by the weld; and wherein the diaryl carbonate comprises an ester-substituted diaryl carbonate and the phenolic byproduct comprises an ester-substituted phenol. the reaction mixture comprises a melt transesterification catalyst, a dihydroxy compound, a diaryl carbonate, and a phenolic byproduct, the surface area in contact with the reaction mixture contains a weld joining metal reactor system parts, all welds in contact with the reaction mixture join reactor system parts made from the same type of metal, and a filler metal is contained in the weld, the filler metal is made from the same type of metal as the metal parts joined by the weld; and wherein the diaryl carbonate comprises an ester-substituted diaryl carbonate and the phenolic byproduct comprises an ester-substituted phenol.
A base material for molding comprising: reinforcing fibers that are two-dimensionally oriented; and a resin impregnated with the reinforcing fibers, wherein the reinforcing fibers are oriented at three or more orientation angles that are different from one another, the reinforcing fibers oriented at one or two of the three or more orientation angles are continuous fibers, and the reinforcing fibers oriented at orientation angles other than the one or two orientation angles are discontinuous fibers, where the reinforcing fibers are oriented at an orientation angle other than the one or two orientation angles in a divided state in the base material for molding, characterized in that when there are continuous fibers oriented at the one of the orientation angles, the continuous fibers are oriented in a single direction; when there are continuous fibers oriented at the two of the orientation angles, the continuous fibers oriented at each of the two of the orientation angles are in different layers, with the continuous fibers being oriented in a single direction in each of the layers. reinforcing fibers that are two-dimensionally oriented; and a resin impregnated with the reinforcing fibers, wherein the reinforcing fibers are oriented at three or more orientation angles that are different from one another, the reinforcing fibers oriented at one or two of the three or more orientation angles are continuous fibers, and the reinforcing fibers oriented at orientation angles other than the one or two orientation angles are discontinuous fibers, where the reinforcing fibers are oriented at an orientation angle other than the one or two orientation angles in a divided state in the base material for molding, characterized in that when there are continuous fibers oriented at the one of the orientation angles, the continuous fibers are oriented in a single direction; when there are continuous fibers oriented at the two of the orientation angles, the continuous fibers oriented at each of the two of the orientation angles are in different layers, with the continuous fibers being oriented in a single direction in each of the layers.
A foreign-object detecting device for detecting a foreign object in a magnetic field of a wireless electric-power transmitting device other than a wireless electric-power receiving device, comprising a first coil having a first conducting wire that is wound in a winding direction and that has two terminals, one of the two terminals being an outside terminal of the first coil and the other terminal being an inside terminal of the first coil; a second coil arranged adjacent to the first coil and having a second conducting wire that is wound in a direction opposite to the winding direction of the first coil and that has two terminals, one of the terminals being an outside terminal of the second coil and the other terminal being an inside terminal of the second coil; and foreign-object detecting circuitry operative to: i) output a detection signal (1,2) having a predetermined waveform to the outside terminal of the first coil and the outside terminal of the second coil or ii) output the same detection signal to the inside terminal of the first coil and the inside terminal of the second coil; cause the detection signal to flow clockwise into one of the first coil and the second coil and cause the detection signal to flow counterclockwise to the other of the first coil and the second coil, to generate a combined magnetic field across a center of the first coil and a center of the second coil; measure an amount of change in an impedance value of one of the first coil and the second coil, the amount of change corresponding to a change in the combined magnetic field which is caused by the presence or absence of the foreign object within the combined magnetic field across the center of the first coil and the center of the second coil; and determine that the foreign object is present within the combined magnetic field across the center of the first coil and the center of the second coil, when the amount of change in the impedance value exceeds a predetermined value. i) output a detection signal (1,2) having a predetermined waveform to the outside terminal of the first coil and the outside terminal of the second coil or ii) output the same detection signal to the inside terminal of the first coil and the inside terminal of the second coil; cause the detection signal to flow clockwise into one of the first coil and the second coil and cause the detection signal to flow counterclockwise to the other of the first coil and the second coil, to generate a combined magnetic field across a center of the first coil and a center of the second coil; measure an amount of change in an impedance value of one of the first coil and the second coil, the amount of change corresponding to a change in the combined magnetic field which is caused by the presence or absence of the foreign object within the combined magnetic field across the center of the first coil and the center of the second coil; and determine that the foreign object is present within the combined magnetic field across the center of the first coil and the center of the second coil, when the amount of change in the impedance value exceeds a predetermined value.
A parking assistance device comprising: a parking space recognizer configured to recognize a plurality of parking spaces; an evaluation criterion setter configured to set a driver's evaluation criterion; and an evaluation result calculator configured to calculate evaluation results with regard to the plurality of parking spaces, based on the evaluation criterion, wherein the evaluation result calculator is a parking space candidate calculator configured to calculate a parking space candidate, as the evaluation result, characterized in that the parking assistance device further comprises a parking route calculator configured to calculate respective parking routes from a parking assist start position to the plurality of parking spaces, the evaluation criterion setter is configured to set a required parking time that is required for parking, as the evaluation criterion, and the parking space candidate calculator comprises a required parking time calculator configured to calculate respective required parking times that are required when an own vehicle moves along the plurality of parking routes, and the parking space candidate calculator is configured to calculate the parking space candidate, based on the plurality of required parking times. a parking space recognizer configured to recognize a plurality of parking spaces; an evaluation criterion setter configured to set a driver's evaluation criterion; and an evaluation result calculator configured to calculate evaluation results with regard to the plurality of parking spaces, based on the evaluation criterion, wherein the evaluation result calculator is a parking space candidate calculator configured to calculate a parking space candidate, as the evaluation result, characterized in that the parking assistance device further comprises a parking route calculator configured to calculate respective parking routes from a parking assist start position to the plurality of parking spaces, the evaluation criterion setter is configured to set a required parking time that is required for parking, as the evaluation criterion, and the parking space candidate calculator comprises a required parking time calculator configured to calculate respective required parking times that are required when an own vehicle moves along the plurality of parking routes, and the parking space candidate calculator is configured to calculate the parking space candidate, based on the plurality of required parking times.
Adjustment device for a bonnet with an actuator for raising the rear edge of the bonnet, wherein the actuator is designed as a coupler mechanism, comprising a first drive with a non-rotatable lever having an articulated joint with a push rod, characterised in that the actuator has a second drive with a non-rotatable lever having an articulated joint with a push rod, wherein both push rods (4, 7) have a common attachment point via which they are connected to the bonnet.
A method for determining a total alkalinity of a recirculating water system comprising the steps of: (a) selecting a first pH threshold (Th pH); (b) measuring a flow rate of the recirculating water system (fs); (c) controllably adding a known amount of acid to the recirculating water system at an acid flow rate (f A) and measuring the pH of the recirculating water system downstream from the addition of the acid; (d) repeating step (c) until a pH measurement falls below the first pH threshold; and (e) computing the total alkalinity of the recirculating water system when the pH measurement falls below the first pH threshold, wherein the total alkalinity is computed as: TA = K CAL • (f A / fs), wherein K CAL is a calibration constant. (a) selecting a first pH threshold (Th pH); (b) measuring a flow rate of the recirculating water system (fs); (c) controllably adding a known amount of acid to the recirculating water system at an acid flow rate (f A) and measuring the pH of the recirculating water system downstream from the addition of the acid; (d) repeating step (c) until a pH measurement falls below the first pH threshold; and (e) computing the total alkalinity of the recirculating water system when the pH measurement falls below the first pH threshold, wherein the total alkalinity is computed as: TA = K CAL • (f A / fs), wherein K CAL is a calibration constant.
An armrest assembly for a vehicle interior comprising: - a base comprising an opening; - an armrest configured to cover the opening of the base and configured to move from a closed position to a raised position; - a mechanism coupling the armrest to the base, characterized in that said mechanism is configured to (a) move from a lowered position to an extended position to move the armrest from the closed position to the raised position, (b) prevent movement of the armrest from the raised position to the closed position; and - a latch configured to couple the armrest and the base; wherein the latch is configured to release the armrest from the base and allow movement of the armrest from the raised position to the closed position. - a base comprising an opening; - an armrest configured to cover the opening of the base and configured to move from a closed position to a raised position; - a mechanism coupling the armrest to the base, characterized in that said mechanism is configured to (a) move from a lowered position to an extended position to move the armrest from the closed position to the raised position, (b) prevent movement of the armrest from the raised position to the closed position; and - a latch configured to couple the armrest and the base; wherein the latch is configured to release the armrest from the base and allow movement of the armrest from the raised position to the closed position.
A wear resistant and anticorrosive non-sticky coating wherein it comprises anticorrosive primer, wear resistant midcoat, and non-sticky overcoat, wherein said anticorrosive primer contains fluoro-polymer, at least one type of heat resisting polymer binder, and pigment filler, the wear resistant midcoat is coated on the corrosive resisting primer and contains fluoro-polymer and inorganic filler particles; the overcoat is on the wear resistant midcoat and contains non-sticky fluoro-polymer; the bottom and top of partial large ones of said inorganic filler particles pierce through the midcoat and embed the primer and the overcoat respectively; wherein said pigment filler and heat resisting polymer binder weight percentage account for 2%-6% by weight; wherein the particle size of said pigment filler is less than 5 micrometer; wherein the ratio of the sum of the dry film thickness of the wear resistant midcoat and the non-sticky overcoat over the particle size of the largest inorganic filler particles is 0.85 to 1.65; wherein said inorganic filler particles account for 3% to 15% by weight of the wear resistant midcoat composition.
A laser marking machine, wherein the laser marking machine includes an interface module, a processing module, a laser control module and a galvanometer control module; characterised in that the interface module is configured to receive marking data packets from a computer and transfer the marking data packets to the processing module; the processing module is configured to parse the marking data packets to obtain marking instructions and control parameters, extract laser control instruction(s) and galvanometer control instruction(s) from the marking instructions, extract laser control parameter(s) and galvanometer control parameter(s) from the control parameters, transfer the laser control instruction(s) and the laser control parameter(s) to the laser control module, and transfer the galvanometer control instruction(s) and the galvanometer control parameter(s) to the galvanometer control module; the laser control module is configured to control the marking of a laser device according to the laser control instruction(s) and the laser control parameter(s), and the galvanometer control module is configured to control the movement of a galvanometer according to the galvanometer control instruction(s) and the galvanometer control parameter(s), the processing module includes a parsing unit and a main control unit; wherein the parsing unit is configured to parse the marking data packets to obtain the marking instructions and the control parameters; and the main control unit is configured to extract the marking instructions, extract control parameters and execute processing to obtain the laser control instruction(s), the galvanometer control instruction(s), the laser control parameter(s) and the galvanometer control parameter(s), and to transfer the laser control instruction(s) and the laser control parameter(s) to the laser control module and transfer the galvanometer control instruction(s) and the galvanometer control parameter(s) to the galvanometer control module, the processing module further includes a storing unit and an instruction registering unit; wherein the storing unit is configured to store the marking instructions; the instruction registering unit is configured to store the control parameters.
A spatial input device comprising: a light beam scanner configured to emit light beams toward a spatially projected image while two-dimensionally scanning the light beams; and a photodetector configured to detect the light beams that have been reflected by an input object within a detection range, with the detection range extending inward of the spatial input device relative to the image; characterised by a controller configured to count a scan line number indicative of a number of the light beams that have been detected by the photodetector, and to detect a depth position of the input object based on the scan line number. a light beam scanner configured to emit light beams toward a spatially projected image while two-dimensionally scanning the light beams; and a photodetector configured to detect the light beams that have been reflected by an input object within a detection range, with the detection range extending inward of the spatial input device relative to the image; characterised by a controller configured to count a scan line number indicative of a number of the light beams that have been detected by the photodetector, and to detect a depth position of the input object based on the scan line number.