mhurhangee/ep-ind-claims huggingface dataset:
A vehicle display device comprising: a projection device including a light-transmitting image display unit displaying an image, a light source emitting light to the image display unit from a back surface side or a front surface side, and a light-shielding cover disposed on a front surface of the image display unit and including an opening, the projection device projecting an image onto a reflection unit disposed in front of an occupant in a vehicle, characterized in that the projection device further including a controller configured to control the projection device and to set an image display region, which is a part of a display possible region in the image display unit, to any one of a plurality of predetermined regions, and when the projection device is viewed from the front surface side, a shape of the opening is a shape acquired by uniformly expanding, in an image vertical direction and an image horizontal direction, a comprehensive region (124; 128) taking in the predetermined regions in the image display unit, and the opening is separated from an outer edge of the comprehensive region (124; 128) so that it surrounds the comprehensive region (124; 128), and the controller is configured to set the image display region to a region corresponding to a viewpoint position of the occupant in the regions. a projection device including a light-transmitting image display unit displaying an image, a light source emitting light to the image display unit from a back surface side or a front surface side, and a light-shielding cover disposed on a front surface of the image display unit and including an opening, the projection device projecting an image onto a reflection unit disposed in front of an occupant in a vehicle, characterized in that the projection device further including a controller configured to control the projection device and to set an image display region, which is a part of a display possible region in the image display unit, to any one of a plurality of predetermined regions, and when the projection device is viewed from the front surface side, a shape of the opening is a shape acquired by uniformly expanding, in an image vertical direction and an image horizontal direction, a comprehensive region (124; 128) taking in the predetermined regions in the image display unit, and the opening is separated from an outer edge of the comprehensive region (124; 128) so that it surrounds the comprehensive region (124; 128), and the controller is configured to set the image display region to a region corresponding to a viewpoint position of the occupant in the regions.
A system for in-situ surface processing of an engine blade within an aircraft engine extending along a main fluid flow direction from a fluid inlet side to a fluid outlet side, the system comprising an endoscopic processing instrument having a tubular shaft that can be angled, the processing instrument being configured to be inserted in a non-angled initial configuration substantially radially through at least one lateral access opening (47, 48) into the aircraft engine, the lateral access opening being located downstream of the engine blade, and the processing instrument having, at a distal end of the shaft, a rotatably driven tool holder for a tool head for surface processing and being configured, in an angled working configuration, to place a tool head, inserted into the tool holder, against a leading edge (41, 42) of the engine blade (40, 46), wherein the shaft of the processing instrument having a proximal first shaft portion and a distal second shaft portion, which can be angled from the initial configuration into the working configuration with respect to the first shaft portion, a tool head inserted into the tool holder extending from a free distal end of the second shaft portion and a drive shaft for the tool holder being rotatably mounted within the second shaft portion, by means of which drive shaft a tool head inserted into the tool holder can be driven, characterised in that the second shaft portion has a proximal first sub-portion and a distal second sub-portion, the second sub-portion running at a fixed angle to the first sub-portion. wherein the shaft of the processing instrument having a proximal first shaft portion and a distal second shaft portion, which can be angled from the initial configuration into the working configuration with respect to the first shaft portion, a tool head inserted into the tool holder extending from a free distal end of the second shaft portion and a drive shaft for the tool holder being rotatably mounted within the second shaft portion, by means of which drive shaft a tool head inserted into the tool holder can be driven, characterised in that the second shaft portion has a proximal first sub-portion and a distal second sub-portion, the second sub-portion running at a fixed angle to the first sub-portion.
A decoration member comprising: a substrate layer including a convex structure or a concave structure arranged two-dimensionally; and an inorganic material layer provided on the substrate layer, wherein the two-dimensionally-arranged structure is arranged in a first axis direction and a second axis direction forming an angle of greater than or equal to 1 degree and less than or equal to 175 degrees in a clockwise direction with the first axis direction, characterised in that each of a cross-section cutting the convex structure or the concave structure in a first plane, and a cross-section cutting the convex structure or the concave structure in a second plane has an asymmetric structure, wherein the first plane includes a straight line parallel to the first axis direction, wherein the second plane includes a straight line parallel to the second axis direction, and wherein the first plane and the second plane include a straight line passing through a highest point of the convex structure or a lowest point of the concave structure among normal lines on one surface of the substrate layer. a substrate layer including a convex structure or a concave structure arranged two-dimensionally; and an inorganic material layer provided on the substrate layer, wherein the two-dimensionally-arranged structure is arranged in a first axis direction and a second axis direction forming an angle of greater than or equal to 1 degree and less than or equal to 175 degrees in a clockwise direction with the first axis direction, characterised in that each of a cross-section cutting the convex structure or the concave structure in a first plane, and a cross-section cutting the convex structure or the concave structure in a second plane has an asymmetric structure, wherein the first plane includes a straight line parallel to the first axis direction, wherein the second plane includes a straight line parallel to the second axis direction, and wherein the first plane and the second plane include a straight line passing through a highest point of the convex structure or a lowest point of the concave structure among normal lines on one surface of the substrate layer.
A vehicle comprising: a battery module comprising a plurality of battery cells; a battery pack comprising a plurality of battery modules; a battery cell sensor configured to measure voltages of the plurality of battery cells; a battery module sensor configured to measure a voltage of the battery module and a current of the battery module; and a controller configured to perform data processing based on the data obtained by the battery cell sensor and the battery module sensor, and wherein the controller is configured to: obtain a first charge amount of the battery cell and a correction value of the battery cell based on the voltage of the battery cell and the current of the battery module; obtain a first error covariance of the battery cell and Kalman gain of the battery cell based on the first charge amount of the battery cell and the correction value of the battery cell; obtain a second error covariance of the battery cell by fusing the first error covariance and the Kalman gain; obtain a charge amount of the battery module and a charge amount of the battery pack based on the voltage of the battery module, the current of the battery module, the second error covariance, and the Kalman gain; obtain a second charge amount of the battery cell corrected from the first charge amount based on the charge amount of the battery module and the charge amount of the battery pack; and output the second charge amount of the battery cell. a battery module comprising a plurality of battery cells; a battery pack comprising a plurality of battery modules; a battery cell sensor configured to measure voltages of the plurality of battery cells; a battery module sensor configured to measure a voltage of the battery module and a current of the battery module; and a controller configured to perform data processing based on the data obtained by the battery cell sensor and the battery module sensor, and wherein the controller is configured to: obtain a first charge amount of the battery cell and a correction value of the battery cell based on the voltage of the battery cell and the current of the battery module; obtain a first error covariance of the battery cell and Kalman gain of the battery cell based on the first charge amount of the battery cell and the correction value of the battery cell; obtain a second error covariance of the battery cell by fusing the first error covariance and the Kalman gain; obtain a charge amount of the battery module and a charge amount of the battery pack based on the voltage of the battery module, the current of the battery module, the second error covariance, and the Kalman gain; obtain a second charge amount of the battery cell corrected from the first charge amount based on the charge amount of the battery module and the charge amount of the battery pack; and output the second charge amount of the battery cell.
A needle assembly (1, 101) for an injection device comprising: A needle cannula (5, 105, 305) comprising a first elongated part (6, 106) with a first end and a second elongated part (7, 107) with a second end, a hub (10, 110, 210, 310) comprising a base (11, 111) and an annular sleeve (12, 112) extending from the base (11, 111), the annular sleeve (11, 111) having means (13, 113) for removable mounting the hub (10, 110, 210, 310) onto the injection device, and wherein the needle cannula (5, 105, 305) is secured to the hub (10, 110, 210, 310) such that the first elongated part (6, 106) extends from the base (11, 111) in a direction away from the sleeve (12, 112) and the second elongated part (7, 107) extends in the opposite direction, the second elongated part being at least partly surrounded by the sleeve (12, 112), wherein the needle assembly (1, 101) further comprises protection means which can be axially moved from a first position to a second position, in which second position at least a part of the protection means is located in a position proximal of the second elongated part (7, 107) of the needle cannula (5, 105) such that a user is prevented from contacting the second end of the second elongated part (7, 107) of the needle cannula (5, 105), characterized in that the protection means comprises a plate (132, 232, 332) which is axially guided inside the hub (10, 110), and wherein the plate (132, 232, 332) is provided with snap means (135, 235) for engaging the injection device. A needle cannula (5, 105, 305) comprising a first elongated part (6, 106) with a first end and a second elongated part (7, 107) with a second end, a hub (10, 110, 210, 310) comprising a base (11, 111) and an annular sleeve (12, 112) extending from the base (11, 111), the annular sleeve (11, 111) having means (13, 113) for removable mounting the hub (10, 110, 210, 310) onto the injection device, and wherein the needle cannula (5, 105, 305) is secured to the hub (10, 110, 210, 310) such that the first elongated part (6, 106) extends from the base (11, 111) in a direction away from the sleeve (12, 112) and the second elongated part (7, 107) extends in the opposite direction, the second elongated part being at least partly surrounded by the sleeve (12, 112), wherein the needle assembly (1, 101) further comprises protection means which can be axially moved from a first position to a second position, in which second position at least a part of the protection means is located in a position proximal of the second elongated part (7, 107) of the needle cannula (5, 105) such that a user is prevented from contacting the second end of the second elongated part (7, 107) of the needle cannula (5, 105), characterized in that the protection means comprises a plate (132, 232, 332) which is axially guided inside the hub (10, 110), and wherein the plate (132, 232, 332) is provided with snap means (135, 235) for engaging the injection device.
A hair removal device comprising an erodable, solid moisturizing composition, the erodable, solid moisturizing composition comprising: a. from 2% to 50% of a water insoluble structuring polymer, by weight of the erodable, solid moisturizing composition, wherein the structuring polymer comprises a block copolymer, wherein the block copolymer comprises a di-block copolymer, a tri-block copolymer, a multi-block copolymer, a radial block copolymer, a random block copolymer, or a mixtures of these polymers, b. At least 50% of a moisturizing hydrophobic phase, by weight of the erodable, solid moisturizing composition, wherein at least 40%, by weight of the moisturizing hydrophobic phase comprises materials which are liquid at 25°C, wherein said liquid materials comprise mineral oil, fractionated coconut oil, isopropyl isostearate, isopropyl myristate or mixtures thereof. a. from 2% to 50% of a water insoluble structuring polymer, by weight of the erodable, solid moisturizing composition, wherein the structuring polymer comprises a block copolymer, wherein the block copolymer comprises a di-block copolymer, a tri-block copolymer, a multi-block copolymer, a radial block copolymer, a random block copolymer, or a mixtures of these polymers, b. At least 50% of a moisturizing hydrophobic phase, by weight of the erodable, solid moisturizing composition, wherein at least 40%, by weight of the moisturizing hydrophobic phase comprises materials which are liquid at 25°C, wherein said liquid materials comprise mineral oil, fractionated coconut oil, isopropyl isostearate, isopropyl myristate or mixtures thereof.
A clutch actuator mounting structure for an internal combustion engine comprising an engine case (70, 31R) and a power transmission mechanism designed to transmit rotational power of a crankshaft to an output shaft through a shift clutch and a transmission, wherein the engine case is formed with a clutch actuator containing part in which a clutch actuator (81A, 81B) for engaging/disengaging the shift clutch is contained; and the clutch actuator containing part has a clutch actuator mounting/dismounting port through which to mount and dismount the clutch actuator (81A, 81B), the clutch actuator mounting/dismounting port being formed to be exposed to the exterior characterized in that the engine case formed with the clutch actuator containing part is a case cover for covering the shift clutch on a lateral side of a crankcase (31 L, 31 R) for rotatably supporting the crankshaft thereon, and the clutch actuator containing part is formed to project to a lateral side of the case cover.
A method of manufacturing a hollow fiber filtration apparatus (1,2) comprising the steps of: a) compressing, cutting, and heat-sealing the ends of a bundle of hollow fibers; b) inserting both ends of the cut hollow fiber bundle into separate potting cups that are filled with curable potting material; c) curing the potting material; d) cutting the potting cups and bundle of hollow fibers to expose open hollow fibers while retaining a portion of the potting cups; e) attaching end cap housings to the retained portion of the potting cups; f) providing two thermoplastic parts comprising flexible films, wherein said thermoplastic parts have matching apertures along the edges of the thermoplastic parts to form inlet and outlet ports when sealed; g) positioning the hollow fiber unit between two thermoplastic parts such that the end cap housings are inserted into the apertures; and h) sealing the peripheral edges of the two thermoplastic parts together to form a closed housing filtration apparatus, the method being characterised by the further steps of: i) forming additional melt seals longitudinally along opposing sides of the flexible films to form a flexible bag having two additional compartments along the peripheral edges of said flexible bag; and j) filling said compartments with at least one of air, liquid, or foam. a) compressing, cutting, and heat-sealing the ends of a bundle of hollow fibers; b) inserting both ends of the cut hollow fiber bundle into separate potting cups that are filled with curable potting material; c) curing the potting material; d) cutting the potting cups and bundle of hollow fibers to expose open hollow fibers while retaining a portion of the potting cups; e) attaching end cap housings to the retained portion of the potting cups; f) providing two thermoplastic parts comprising flexible films, wherein said thermoplastic parts have matching apertures along the edges of the thermoplastic parts to form inlet and outlet ports when sealed; g) positioning the hollow fiber unit between two thermoplastic parts such that the end cap housings are inserted into the apertures; and h) sealing the peripheral edges of the two thermoplastic parts together to form a closed housing filtration apparatus, i) forming additional melt seals longitudinally along opposing sides of the flexible films to form a flexible bag having two additional compartments along the peripheral edges of said flexible bag; and j) filling said compartments with at least one of air, liquid, or foam.
A thermoelectric device (100, 400) comprising: a first metal support (110, 410); a first resin layer (130, 430) disposed on the first metal support; a plurality of first electrodes (140, 440) disposed on the first resin layer; at least one dummy electrode (120, 420) disposed on the first resin layer; thermoelectric legs (150, 450) disposed on the plurality of first electrodes; a plurality of second electrodes (160, 460) disposed on the thermoelectric legs; a second resin layer (170, 470) disposed on the plurality of second electrodes; and a second metal support (180, 480) disposed on the second resin layer, wherein the at least one dummy electrode is disposed on at least one side of an outermost row and an outermost column of the plurality of first electrodes, and wherein the thermoelectric legs are not disposed on the at least one dummy electrode.. a first metal support (110, 410); a first resin layer (130, 430) disposed on the first metal support; a plurality of first electrodes (140, 440) disposed on the first resin layer; at least one dummy electrode (120, 420) disposed on the first resin layer; thermoelectric legs (150, 450) disposed on the plurality of first electrodes; a plurality of second electrodes (160, 460) disposed on the thermoelectric legs; a second resin layer (170, 470) disposed on the plurality of second electrodes; and a second metal support (180, 480) disposed on the second resin layer, wherein the at least one dummy electrode is disposed on at least one side of an outermost row and an outermost column of the plurality of first electrodes, and wherein the thermoelectric legs are not disposed on the at least one dummy electrode..
A container with an applicator, comprising: a container main body composed of a flexible outer layer and an inner layer laminated on said outer layer so as to be freely peelable therefrom, provided with one or more air introducing holes in said outer layer and a discharge opening connected with said inner layer; and an applicator connected with said discharge opening of said container main body, characterized in that an adhesive zone where said outer layer is not separated from the inner layer extends at one portion of a container circumferential direction in a container height-wise direction, and a passage for contents contained within the inner layer can be maintained extending in the container height-wise direction, when said inner layer becomes peeled from said outer layer, between said peeled inner layer and said adhesive zone, and wherein the length in the container circumferential direction of a separate zone, in which zone the inner layer is peelable from the outer layer, is set so as to be smaller than the length of a container half circumference. a container main body composed of a flexible outer layer and an inner layer laminated on said outer layer so as to be freely peelable therefrom, provided with one or more air introducing holes in said outer layer and a discharge opening connected with said inner layer; and an applicator connected with said discharge opening of said container main body, characterized in that an adhesive zone where said outer layer is not separated from the inner layer extends at one portion of a container circumferential direction in a container height-wise direction, and a passage for contents contained within the inner layer can be maintained extending in the container height-wise direction, when said inner layer becomes peeled from said outer layer, between said peeled inner layer and said adhesive zone, and wherein the length in the container circumferential direction of a separate zone, in which zone the inner layer is peelable from the outer layer, is set so as to be smaller than the length of a container half circumference.
A honeycomb shaped porous ceramic body comprising: a honeycomb shaped substrate which has partition walls made of a porous ceramic material and in which there are formed a plurality of cells to become through channels of a fluid passing through the porous ceramic body by the partition walls; separation cells wherein an intermediate layer made of a porous ceramic material and having a smaller average pore diameter as compared with the surface of the substrate, and disposed at the surface of the substrate is disposed; and slit cells in which the intermediate layer is not disposed, wherein the intermediate layer has a structure where aggregate particles are bonded to one another by an inorganic bonding material having a thermal expansion coefficient equal to or higher than that of the aggregate particles. a honeycomb shaped substrate which has partition walls made of a porous ceramic material and in which there are formed a plurality of cells to become through channels of a fluid passing through the porous ceramic body by the partition walls; separation cells wherein an intermediate layer made of a porous ceramic material and having a smaller average pore diameter as compared with the surface of the substrate, and disposed at the surface of the substrate is disposed; and slit cells in which the intermediate layer is not disposed, wherein the intermediate layer has a structure where aggregate particles are bonded to one another by an inorganic bonding material having a thermal expansion coefficient equal to or higher than that of the aggregate particles.
An actuating drive for adjusting the pitch angle of a rotor blade of a wind turbine, the actuating drive having a large roller bearing that comprises two bearing rings (6, 7) that are rotatable with respect to one another and having an actuator for rotating the two bearing rings (6, 7) with respect to one another, characterized in that the actuating drive comprises an annular groove cylinder that is formed in one of the bearing rings and at least one piston (13, 14) that is displaceably received in the annular groove cylinder and is drive-wise connected to the other one of the two bearing rings by a driver, the two bearing rings (6, 7) being supported with respect to one another by at least one radial roller bearing which is arranged in a diameter region over which said driver extends.