mhurhangee/ep-ind-claims huggingface dataset:
An outboard motor comprising: an engine including a crankshaft extending in a first direction of the outboard motor; a drive shaft connected to the crankshaft and arranged coaxially with the crankshaft; a water intake passage connected to the engine; a water pump connected to the water intake passage and including a pump shaft arranged eccentrically with respect to the drive shaft and in parallel with the drive shaft, the pump shaft being configured to rotate according to rotation of the drive shaft; and a propeller shaft extending in a second direction of the outboard motor; characterised by a shift mechanism including a shift member movable between a forward position and a reverse position, the shift mechanism being configured to switch a direction of rotation transmitted from the drive shaft to the propeller shaft between a forward direction and a reverse direction according to a position of the shift member; and a shift shaft extending in the first direction and configured to move the shift member between the forward position and the reverse position, wherein the shift shaft penetrates the water pump. an engine including a crankshaft extending in a first direction of the outboard motor; a drive shaft connected to the crankshaft and arranged coaxially with the crankshaft; a water intake passage connected to the engine; a water pump connected to the water intake passage and including a pump shaft arranged eccentrically with respect to the drive shaft and in parallel with the drive shaft, the pump shaft being configured to rotate according to rotation of the drive shaft; and a propeller shaft extending in a second direction of the outboard motor; characterised by a shift mechanism including a shift member movable between a forward position and a reverse position, the shift mechanism being configured to switch a direction of rotation transmitted from the drive shaft to the propeller shaft between a forward direction and a reverse direction according to a position of the shift member; and a shift shaft extending in the first direction and configured to move the shift member between the forward position and the reverse position, wherein the shift shaft penetrates the water pump.
Device for transmitting and displaying acquired consumption data (VA, VB) relating to a supply medium, comprising one or more measuring devices (2a, 2b, 2c, 3a, 3b, 3c) which are used to acquire the consumption data relating to a medium, are assigned to a user and communicate with a transmitting device for wirelessly transmitting the consumption data (VA, VB), as well as a mobile transmitting and receiving device (5a, 5b) on the user side and a data processing device which is kept available by at least one supplier providing one or more supply media and contains user-specific configuration data (KA, KB) for configuring the transmitting and receiving device (5a, 5b) on the user side in such a manner that, after the configuration data (KA, KB) have been transmitted and the transmitting and receiving device (5a, 5b) has been configured using the configuration data (KA, KB), the transmitting and receiving device (5a, 5b) is able in the first place to receive the transmitted consumption data (VA, VB) and to then process said data, depending on the configuration, on the basis of the processing and evaluation possibilities defined thereby, the configuration data (KA, KB) being able to be wirelessly retrieved by the transmitting and receiving device (5a, 5b) via an Internet connection (7a, 7b), the configuration of the transmitting and receiving device (5a, 5b) using the configuration data (KA, KB) ensuring that, if a plurality of items of consumption data (VA, VB) assigned to users are received, the transmitting and receiving device (5a, 5b) is designed to select and process only the user-related consumption data (VA, VB), the consumption data (VA, VB) and the configuration data (KA, KB) being provided with an identifier, with the result that a user can store and process only his consumption data (VA, VB).
Measuring device for cuboid bales of loose material, with a feed table provided at an inlet of the measuring device with a substantially horizontal deposit surface for the support of cuboid bales, onto which the bales are fed close together in a conveying direction from a baling press, characterized in that a pusher device is arranged below the feed table and comprises at least one conveyor which is a pusher and can be moved downstream in the conveying direction, wherein the pusher is arranged below the deposit surface and has a support surface for bales, and in that a position measuring device is provided downstream of the pusher device, wherein the pusher is provided with a displacement measuring device which detects the position of the pusher in the conveying direction and a working path of the conveyor is set up such that a bale for determining the length of the bale can be conveyed in each case by means of the displacement measuring device and the position measuring device in the conveying direction up to a measuring range of the position measuring device.
An elevator security and control system for monitoring at least one of an elevator occupancy area and a landing area, comprising: an elevator car; a passenger position sensor configured to monitor at least one of the occupancy area inside the elevator car and the landing area proximate to a passenger waiting area, and to detect movement of at least one passenger (110, 112) located in at least one of the occupancy area and the landing area; and an electronic control module in communication with the passenger position sensor; characterized in that the electronic control module is configured to: detect at least one body part (202, 202a, 202b) of the at least one passenger (110, 112) and to execute at least one security/emergency action based on at least one abnormal passenger action, wherein the at least one abnormal passenger action is distinguished from a plurality of passenger actions based on at least one of a position and a movement of the at least one body part (202, 202a, 202b). an elevator car; a passenger position sensor configured to monitor at least one of the occupancy area inside the elevator car and the landing area proximate to a passenger waiting area, and to detect movement of at least one passenger (110, 112) located in at least one of the occupancy area and the landing area; and an electronic control module in communication with the passenger position sensor; characterized in that the electronic control module is configured to: detect at least one body part (202, 202a, 202b) of the at least one passenger (110, 112) and to execute at least one security/emergency action based on at least one abnormal passenger action, wherein the at least one abnormal passenger action is distinguished from a plurality of passenger actions based on at least one of a position and a movement of the at least one body part (202, 202a, 202b). detect at least one body part (202, 202a, 202b) of the at least one passenger (110, 112) and to execute at least one security/emergency action based on at least one abnormal passenger action, wherein the at least one abnormal passenger action is distinguished from a plurality of passenger actions based on at least one of a position and a movement of the at least one body part (202, 202a, 202b).
A method (600, 700) of manufacturing a liner for reinforcing a pipe, the method comprising: providing a plurality of continuous first reinforcing fibers extending in a first direction (602, 702, 714); moving the first reinforcing fibers in a machine direction (604, 704, 716) such that the first direction is parallel to the machine direction; providing a plurality of sheets of a material having second reinforcing fibers extending in a second direction; placing the plurality of sheets onto the moving first reinforcing fibers such that the second direction is substantially perpendicular to the first direction; and folding the plurality of sheets into a closed shape. providing a plurality of continuous first reinforcing fibers extending in a first direction (602, 702, 714); moving the first reinforcing fibers in a machine direction (604, 704, 716) such that the first direction is parallel to the machine direction; providing a plurality of sheets of a material having second reinforcing fibers extending in a second direction; placing the plurality of sheets onto the moving first reinforcing fibers such that the second direction is substantially perpendicular to the first direction; and folding the plurality of sheets into a closed shape.
A collapsible medical device (10, 50, 140, 160) for occluding a vessel comprising a metal fabric comprising metal strands exhibiting shape memory properties, the fabric having an expanded preset configuration when unconstrained, said expanded configuration including a body portion (12, 52, 142, 166) extending between first and second ends (18, 20, 56, 58) of the device defining a central axis, the first end (14, 58) comprising a shoulder (16, 54, 144, 164) extending radially outward from the body portion to a generally circular base portion having a diameter larger than the body portion, the shoulder having an annular portion of its surface perpendicular to the central axis of the body portion, the ends of the strands being secured to prevent unravelling of the metal fabric, the medical device being collapsible to a reduced diameter for deployment through a channel of a patient's body, wherein the device comprises only one shoulder.
A compound represented by the following formula, a salt thereof or a hydrate thereof: [wherein R 1 represents -CN, -CONH 2, -CH=CH-CN or -CH=CH=CONH 2, R 2 represents a C 1-4 alkyl group, R 3 and R 4 each independently represent a hydrogen atom, a halogen atom or a C 1-4 alkyl group, and R 5 represents a hydrogen atom, a C 1-4 alkylcarbonyl group or a C 1-4 alkylcarbonyloxymethyl group].
A flame arrester comprising a stack of spaced plates including an end plate and a plurality of intermediate plates, a first flow passage defined at least in part by an aperture in each intermediate plate and a second flow passage defined between adjacent plates, wherein at least a portion of the periphery of the intermediate plates or their apertures tapers to provide second flow passageways between adjacent plates of different lengths.
A method of forming a pleated filter media pack (16; 312; 448; 826) with a filter media sheet (12; 812), comprising: pleating the filter media sheet to provide a plurality of pleat panels (70, 72; 324, 326; 450, 470; 870, 872); and welding a plurality of seams (342, 344; 602; 820) into a plurality of adjacent pairs of the pleat panels to form a plurality of pocket pleats (328; 604); wherein the pleated filter media pack comprises a plurality of upstream pleat tips at an upstream face (198, 200; 304; 472) and a plurality of downstream pleat tips at a downstream face (198, 200; 306; 474) with the pleat panels extending between the upstream pleat tips and the downstream pleat tips, each of the pleat panels extending transversely between first and second opposed side edges (78, 80; 813) of the pleat panels, wherein said welding integrally bonds the first and second opposed side edges at spaced apart locations; and wherein said welding comprises ultrasonically welding with an ultrasonic press that forms the pocket pleats therebetween, the ultrasonic press comprising an anvil and a sonotrode, with a welding rib projection (822; 842; 888) being provided along the anvil, wherein the sonotrode comprises a flat cooperating surface that is free of sonic tooling projections and faces the welding rib projection (822; 843; 888) of the anvil. pleating the filter media sheet to provide a plurality of pleat panels (70, 72; 324, 326; 450, 470; 870, 872); and welding a plurality of seams (342, 344; 602; 820) into a plurality of adjacent pairs of the pleat panels to form a plurality of pocket pleats (328; 604); wherein the pleated filter media pack comprises a plurality of upstream pleat tips at an upstream face (198, 200; 304; 472) and a plurality of downstream pleat tips at a downstream face (198, 200; 306; 474) with the pleat panels extending between the upstream pleat tips and the downstream pleat tips, each of the pleat panels extending transversely between first and second opposed side edges (78, 80; 813) of the pleat panels, wherein said welding integrally bonds the first and second opposed side edges at spaced apart locations; and wherein said welding comprises ultrasonically welding with an ultrasonic press that forms the pocket pleats therebetween, the ultrasonic press comprising an anvil and a sonotrode, with a welding rib projection (822; 842; 888) being provided along the anvil, wherein the sonotrode comprises a flat cooperating surface that is free of sonic tooling projections and faces the welding rib projection (822; 843; 888) of the anvil.
A method for removing blood from an extracorporeal blood circuit of a treatment apparatus for the extracorporeal blood treatment of a patient following termination of a blood treatment session, wherein the treatment apparatus comprises: - at least one extracorporeal blood circuit having a conduit interior; - at least one blood pump for conveying blood inside the conduit interior of the extracorporeal blood circuit; - at least one conveying means for introducing at least one substituate liquid into the conduit interior of the extracorporeal blood circuit and/or for conveying a conduit content inside the conduit interior of the extracorporeal blood circuit, characterized by the steps: - introducing air into the conduit interior of the extracorporeal blood circuit by operating the blood pump; - introducing a substituate liquid into the conduit interior of the extracorporeal blood circuit by operating a second conveying means. - at least one extracorporeal blood circuit having a conduit interior; - at least one blood pump for conveying blood inside the conduit interior of the extracorporeal blood circuit; - at least one conveying means for introducing at least one substituate liquid into the conduit interior of the extracorporeal blood circuit and/or for conveying a conduit content inside the conduit interior of the extracorporeal blood circuit, - introducing air into the conduit interior of the extracorporeal blood circuit by operating the blood pump; - introducing a substituate liquid into the conduit interior of the extracorporeal blood circuit by operating a second conveying means.
Device for the transmission of power by means of rotating magnetic fields, comprising - a drive shaft and at least one external magnet fitted on said drive shaft, - a pump shaft and at least one internal magnet fitted on said pump shaft and suited to be entrained by said external magnet, - a rear tight chamber or containment body for said pump shaft and said internal magnet, where said rear body comprises a glass-shaped casing positioned between said internal magnet and external magnet, characterized in that said rear body comprises a first tight glass-shaped casing, or external glass-shaped casing having a structural function, and a second glass-shaped casing or internal glass-shaped casing housed in said external glass-shaped casing and suited to come directly into contact with the pumped fluid and wherein said rear body also comprises at least a temperature sensor comprising in turn a miniaturized thermocouple integrated into the thickness of said glass-shaped casing and located in the magnetic field between said external magnet and said internal magnet and wherein said miniaturized thermocouple and/or said sensor are housed between said external glass-shaped casing and said internal glass-shaped casing. - a drive shaft and at least one external magnet fitted on said drive shaft, - a pump shaft and at least one internal magnet fitted on said pump shaft and suited to be entrained by said external magnet, - a rear tight chamber or containment body for said pump shaft and said internal magnet, where said rear body comprises a glass-shaped casing positioned between said internal magnet and external magnet,
A process for the production of composites consisting of at least one outer layer (b) and one rigid foam based on isocyanate (a), where the outer layer (b) is continuously moved and the starting material for the rigid foam based on isocyanate (a) is applied to the outer layer (b) and the application of the liquid starting material for the rigid foam based on isocyanate (a) is achieved by means of at least two fixed tubes (c) arranged alongside one another and provided with apertures (f), the arrangement of said tubes alongside one another and parallel to the plane of the outer layer being such, in relation to the direction of movement of the outer layer (b), that they cover at least 70% of the width of the outer layer, where the apertures (f) have a diameter and a length, and the length of the apertures (f) differs along the length of the tubes (c), wherein the input takes place in the middle of the tubes.
A resin-coated Sn-plated steel sheet comprising: a steel sheet; a Sn-plated layer which is formed on at least one surface of the steel sheet and contains 0.2 to 12.0 g/m 2 of Sn in terms of metal Sn amount; a chemical conversion layer which is formed on the Sn-plated layer and contains a total of 50 to 100 mass% of inorganic hydroxide and inorganic oxide, and of which an adhered amount is 2.0 to 20.0 mg/m 2; a resin-cured coating film layer which is formed on of the chemical conversion layer, and of which a maximum logarithmic decrement obtained by a rigid-body pendulum type vibration damping properties testing method at 150°C to 200°C is 0.15 or less, and an adhered amount is 0.10 to 5.00 g/m 2; and a thermoplastic resin layer which is formed on the resin-cured coating film layer, has an oriented crystal layer, and has a thickness of 5 to 50 μm, wherein the thermoplastic resin layer is a single-layer film formed only of a stretched polyester-based film having a melting point of 232°C or higher, or a multi-layer film in which a polyester-based resin layer is formed under the stretched polyester-based film. a steel sheet; a Sn-plated layer which is formed on at least one surface of the steel sheet and contains 0.2 to 12.0 g/m 2 of Sn in terms of metal Sn amount; a chemical conversion layer which is formed on the Sn-plated layer and contains a total of 50 to 100 mass% of inorganic hydroxide and inorganic oxide, and of which an adhered amount is 2.0 to 20.0 mg/m 2; a resin-cured coating film layer which is formed on of the chemical conversion layer, and of which a maximum logarithmic decrement obtained by a rigid-body pendulum type vibration damping properties testing method at 150°C to 200°C is 0.15 or less, and an adhered amount is 0.10 to 5.00 g/m 2; and a thermoplastic resin layer which is formed on the resin-cured coating film layer, has an oriented crystal layer, and has a thickness of 5 to 50 μm, wherein the thermoplastic resin layer is a single-layer film formed only of a stretched polyester-based film having a melting point of 232°C or higher, or a multi-layer film in which a polyester-based resin layer is formed under the stretched polyester-based film.
A wind turbine nacelle (1, 101) arranged to be assembled on the top end of a tower and to support the component elements of said wind turbine, i.e. at least blades and an alternator, characterized in that it comprises: a) a body (3, 103) constituted by a base (7, 107) suitable for being fastened on said top end of the tower and a tubular chamber (9, 109) extending upwards along a vertical axis of said base; b) a head (5, 105) constituted by a dish (11, 111) and a bushing (13, 113), said dish being arranged in particular for rotary mounting of the blades on an axis that is more or less horizontal and for receiving the alternator, said bushing being secured to the dish and being arranged about a vertical axis so as to be pivotally mounted on the tubular chamber; and c) pivot connection means (15, 17, 115, 117) arranged between the bushing (13, 113) and the tubular chamber (9, 109) to enable the head (5, 105) to be pivotally mounted on the body (3, 103). a) a body (3, 103) constituted by a base (7, 107) suitable for being fastened on said top end of the tower and a tubular chamber (9, 109) extending upwards along a vertical axis of said base; b) a head (5, 105) constituted by a dish (11, 111) and a bushing (13, 113), said dish being arranged in particular for rotary mounting of the blades on an axis that is more or less horizontal and for receiving the alternator, said bushing being secured to the dish and being arranged about a vertical axis so as to be pivotally mounted on the tubular chamber; and c) pivot connection means (15, 17, 115, 117) arranged between the bushing (13, 113) and the tubular chamber (9, 109) to enable the head (5, 105) to be pivotally mounted on the body (3, 103).
An obstacle detecting device comprising: a light source including both a first light emitting element for emitting visible light and a second light emitting element for emitting infrared light; a controller that controls the light source; a detection unit that detects an obstacle, and a rotating reflector having a reflecting surface for reflecting the visible light and the infrared light emitted from the light source, wherein the rotating reflector is configured, during rotating to emit the visible light from the first light emitting element as an irradiation beam such that a first light distribution pattern is formed by scanning with the irradiation beam; and to emit the infrared light from the second light emitting element as an irradiation beam such that a second light distribution pattern is formed by scanning with the irradiation beam, characterized in that the rotating reflector includes a rotating part; and at least two blades provided around the rotating part and functioning as the reflecting surface, wherein said rotating part is configured to be rotated in one direction around a rotational shaft; and wherein each of the at least two blades is constructed to scan the beam by passing in front of the first light emitting element and the second light emitting element. a light source including both a first light emitting element for emitting visible light and a second light emitting element for emitting infrared light; a controller that controls the light source; a detection unit that detects an obstacle, and a rotating reflector having a reflecting surface for reflecting the visible light and the infrared light emitted from the light source, wherein the rotating reflector is configured, during rotating to emit the visible light from the first light emitting element as an irradiation beam such that a first light distribution pattern is formed by scanning with the irradiation beam; and to emit the infrared light from the second light emitting element as an irradiation beam such that a second light distribution pattern is formed by scanning with the irradiation beam, characterized in that the rotating reflector includes a rotating part; and at least two blades provided around the rotating part and functioning as the reflecting surface, wherein said rotating part is configured to be rotated in one direction around a rotational shaft; and wherein each of the at least two blades is constructed to scan the beam by passing in front of the first light emitting element and the second light emitting element.