mhurhangee/ep-ind-claims huggingface dataset:
A brazing sheet comprising a core layer made of a first aluminium alloy, attached to one side of said core layer a sacrificial cladding made of a second aluminium alloy, attached to the other side of said core layer a braze cladding made of a third aluminium alloy, wherein said first aluminium alloy consists of: Si ≤0.6 wt% Fe ≤0.7 wt% Cu 0.4-0.9 wt% Mn 1.0-1.6 wt% Mg ≤0.2 wt% Cr 0.05-0.15 wt% Zr 0.05-0.15 wt% Ti 0.05-0.15 wt% Other elements ≤0.05 wt% each and ≤0.2 wt% in total Al balance up to 100 wt%; said second aluminium alloy consists of: Si 0.65-1.0 wt% Fe ≤0.4 wt% Cu ≤0.05 wt% Mn 1.4-1.8 wt% Zn 1.5-5.5 wt% Zr 0.05-0.20 wt% Other elements ≤0.05 wt% each and ≤0.2 wt% in total Al balance up to 100 wt%; and, said third aluminium alloy has a melting point lower than said first and second aluminium alloys.
A water-containing cosmetic agent for dyeing keratin fibers, which - has a pH in the range of from 1.0 to 5.5 and - contains at least one direct acid dye and - contains, based on the weight of the agent, 6 to 12 wt.% organic solvent consisting of 80-100 wt.% propylene carbonate and 0-20 wt.% benzyl alcohol, - and contains at least one non-ionic ethoxylated surfactant in a total amount of 0.1-1 wt.%, based on the weight of the agent, wherein the total content of organic solvent is 6 to 12 wt.%, based on the weight of the agent. - has a pH in the range of from 1.0 to 5.5 and - contains at least one direct acid dye and - contains, based on the weight of the agent, 6 to 12 wt.% organic solvent consisting of 80-100 wt.% propylene carbonate and 0-20 wt.% benzyl alcohol, - and contains at least one non-ionic ethoxylated surfactant in a total amount of 0.1-1 wt.%, based on the weight of the agent,
A water recovery system comprising: a sorbing bed (22A; 22B; 22A) for receiving a first fluid stream and sorbing water from the first fluid stream, the sorbing bed comprising: an inlet (18A; 20B; 18A); a sorbent; and an outlet (20A; 18B; 20A); a desorbing bed (22B; 22A; 22B) aligned with and thermally connected to the sorbing bed for receiving a second fluid stream and desorbing water to the second fluid stream, the desorbing bed comprising: an inlet (18B; 20A; 20B); a sorbent; and an outlet (20B; 18A; 18B); and a heat pump positioned between the sorbing bed and the desorbing bed for transferring heat from the sorbing bed to the desorbing bed, characterized in that the heat pump comprises a thermoelectric device; and by a controller for distributing power to the heat pump to maintain an area (28B; 24A; 24B) near the outlet of the desorbing bed at a temperature greater than an area (28A; 24B; 24A) of the sorbing bed aligned with the area near the outlet of the desorbing bed. a sorbing bed (22A; 22B; 22A) for receiving a first fluid stream and sorbing water from the first fluid stream, the sorbing bed comprising: an inlet (18A; 20B; 18A); a sorbent; and an outlet (20A; 18B; 20A); an inlet (18A; 20B; 18A); a sorbent; and an outlet (20A; 18B; 20A); a desorbing bed (22B; 22A; 22B) aligned with and thermally connected to the sorbing bed for receiving a second fluid stream and desorbing water to the second fluid stream, the desorbing bed comprising: an inlet (18B; 20A; 20B); a sorbent; and an outlet (20B; 18A; 18B); and an inlet (18B; 20A; 20B); a sorbent; and an outlet (20B; 18A; 18B); and a heat pump positioned between the sorbing bed and the desorbing bed for transferring heat from the sorbing bed to the desorbing bed, characterized in that the heat pump comprises a thermoelectric device; and by a controller for distributing power to the heat pump to maintain an area (28B; 24A; 24B) near the outlet of the desorbing bed at a temperature greater than an area (28A; 24B; 24A) of the sorbing bed aligned with the area near the outlet of the desorbing bed.
A reusable tampon applicator, comprising: a body for holding a tampon for tampon application, the body comprising a distal end, a proximal end, and a base opening at the distal end for inserting the tampon into a barrel connected to a convex apex at the proximal end, wherein the convex apex comprises a plurality of slit openings to form more than one petal for the tampon to pass through during tampon application, wherein a first slit opening extends along a first portion of the barrel laterally from the proximal end to the distal end to form a full slit, wherein a second slit opening extends along a second portion of the barrel laterally from the first slit opening at the proximal end and partially toward the distal end to form a partial slit, wherein the body further comprises flexible folds or flaps configured to allow the full slit and the partial slit to open partially; and a pusher, for telescopic insertion into the body, and for pushing the tampon out from the one or more slit openings during tampon application. a body for holding a tampon for tampon application, the body comprising a distal end, a proximal end, and a base opening at the distal end for inserting the tampon into a barrel connected to a convex apex at the proximal end, wherein the convex apex comprises a plurality of slit openings to form more than one petal for the tampon to pass through during tampon application, wherein a first slit opening extends along a first portion of the barrel laterally from the proximal end to the distal end to form a full slit, wherein a second slit opening extends along a second portion of the barrel laterally from the first slit opening at the proximal end and partially toward the distal end to form a partial slit, wherein the body further comprises flexible folds or flaps configured to allow the full slit and the partial slit to open partially; and a pusher, for telescopic insertion into the body, and for pushing the tampon out from the one or more slit openings during tampon application.
A composition, comprising: a polymeric component, wherein the polymeric component is: methacrylate copolymer; amino methacrylate copolymer; polyethylene glycol, or any combinations thereof; and from 20 wt. % to 50 wt. % of the free base of structure: wherein the composition is an amorphous solid dispersion. a polymeric component, wherein the polymeric component is: methacrylate copolymer; amino methacrylate copolymer; polyethylene glycol, or any combinations thereof; and from 20 wt. % to 50 wt. % of the free base of structure: wherein the composition is an amorphous solid dispersion.
Medical device for introduction into a bodily orifice or cavity of an individual, having a first elongated hollow body and a second elongated hollow body, in which the first hollow body is accommodated, wherein between one end of the second hollow body, from which the first hollow body projects with its distal end provided for introduction into a bodily orifice or cavity of an individual, and this first hollow body a step-shaped transition extending in radial direction is present, wherein the distal end of the first hollow body is configured as tip part or comprises a tip part, which extends to the second hollow body, forming the step-shaped transition, characterized in that - between the tip part and the second hollow body a shaping device (6, 7; 6, 10) that can be displaced in its longitudinal direction is accommodated - and the shaping device (6, 7; 6, 10) in the region of the step-shaped transition has such a shape that by its displacement in the corresponding longitudinal direction the tip part toward the step-shaped transition in radial direction, whilst cancelling it out, at least to a great extent, is expandable into a step-free transition, and/or the second hollow body toward the step-shaped transition in radial direction, whilst cancelling it out, at least to a great extent, is contractable into a step-free transition. - between the tip part and the second hollow body a shaping device (6, 7; 6, 10) that can be displaced in its longitudinal direction is accommodated - and the shaping device (6, 7; 6, 10) in the region of the step-shaped transition has such a shape that by its displacement in the corresponding longitudinal direction the tip part toward the step-shaped transition in radial direction, whilst cancelling it out, at least to a great extent, is expandable into a step-free transition, and/or the second hollow body toward the step-shaped transition in radial direction, whilst cancelling it out, at least to a great extent, is contractable into a step-free transition.
A laser machining apparatus comprising: a transmission fiber that transmits laser light emitted from a laser oscillator through the fiber; a machining head that emits the laser light, which is sent from the transmission fiber, vertically to a main surface of a machining object and sends reflected light, which is reflected coaxially with the laser light by the machining object, to the transmission fiber; a reflected-light-intensity detecting unit that detects a reflected light intensity of the reflected light sent from the transmission fiber; and a control device that controls the laser oscillator and the machining head, wherein the control device includes a determining unit that, at a time when laser machining is started, determines whether the machining object corresponds to a machining condition in laser machining or not on a basis of the reflected light intensity, and characterized in that the determining unit compares a measurement time measured from when the piercing is started to when the reflected light intensity decreases to a predetermined value with a first specified range relating to a measurement time stored in advance, and determines whether the machining object has a thickness corresponding to the machining condition on a basis of a comparison result. a transmission fiber that transmits laser light emitted from a laser oscillator through the fiber; a machining head that emits the laser light, which is sent from the transmission fiber, vertically to a main surface of a machining object and sends reflected light, which is reflected coaxially with the laser light by the machining object, to the transmission fiber; a reflected-light-intensity detecting unit that detects a reflected light intensity of the reflected light sent from the transmission fiber; and a control device that controls the laser oscillator and the machining head, wherein the control device includes a determining unit that, at a time when laser machining is started, determines whether the machining object corresponds to a machining condition in laser machining or not on a basis of the reflected light intensity, and characterized in that the determining unit compares a measurement time measured from when the piercing is started to when the reflected light intensity decreases to a predetermined value with a first specified range relating to a measurement time stored in advance, and determines whether the machining object has a thickness corresponding to the machining condition on a basis of a comparison result.
Windscreen wiper drive of a windscreen wiper apparatus of a rail vehicle, comprising a) at least one electric motor, b) a gearing, the input shaft of which is connected to an output shaft of the electric motor, wherein an output shaft of the gearing is provided for driving at least one windscreen wiper arm, which pivots back and forth with said output shaft, of a windscreen wiper, c) a rotational angle sensor device which detects a rotation of at least one element (6; 40) of the windscreen wiper drive, d) a mechanical rotational angle delimiter which mechanically limits a rotational movement of at least one element of the windscreen wiper drive, wherein e) the electric motor is represented by a disc armature motor, and the gearing is represented by a planetary gearing, characterised in that the windscreen wiper drive has on the output side a main arm shaft driven to rotate by the output shaft of the planetary gearing and a secondary or parallel arm shaft driven to rotate by the rotation of the main arm shaft, wherein the main arm shaft is designed for securing a main arm and the secondary or parallel arm shaft is designed for securing a secondary or parallel arm of the windscreen wiper. a) at least one electric motor, b) a gearing, the input shaft of which is connected to an output shaft of the electric motor, wherein an output shaft of the gearing is provided for driving at least one windscreen wiper arm, which pivots back and forth with said output shaft, of a windscreen wiper, c) a rotational angle sensor device which detects a rotation of at least one element (6; 40) of the windscreen wiper drive, d) a mechanical rotational angle delimiter which mechanically limits a rotational movement of at least one element of the windscreen wiper drive, wherein e) the electric motor is represented by a disc armature motor, and the gearing is represented by a planetary gearing, characterised in that the windscreen wiper drive has on the output side a main arm shaft driven to rotate by the output shaft of the planetary gearing and a secondary or parallel arm shaft driven to rotate by the rotation of the main arm shaft, wherein the main arm shaft is designed for securing a main arm and the secondary or parallel arm shaft is designed for securing a secondary or parallel arm of the windscreen wiper.
Body protection armour having multiple armour plates, which are articulated to one another, moulded to the body, and in particular consist of light metal, comprising a vest and a shoulder protection means, characterised in that the shoulder protection means is connected releasably to a shoulder belt section of the vest via a pin-like connecting element having a stationary and a movable part and is rotatable about the connection point.
Light-emitting arrangement, comprising - a light-emitting element for emitting a light, and - an optical element for influencing the light, - a translucent insulating element arranged in the path of light, wherein the insulating element is formed from a single piece and consists of a more thermally stable material than the optical element, - a surrounding element, wherein the surrounding element is arranged so as to surround both the optical element and the insulating element in a dust-tight manner, wherein the optical element is a lens consisting of plastic and the light-emitting element is arranged directly on the surrounding element. - a light-emitting element for emitting a light, and - an optical element for influencing the light, - a translucent insulating element arranged in the path of light, wherein the insulating element is formed from a single piece and consists of a more thermally stable material than the optical element, - a surrounding element, wherein the surrounding element is arranged so as to surround both the optical element and the insulating element in a dust-tight manner, wherein the optical element is a lens consisting of plastic and the light-emitting element is arranged directly on the surrounding element.
A surveying instrument comprising a monopod installed on a reference point, a surveying instrument main body which is provided at a known distance from a lower end of said monopod and at a known angle with respect to an axis of said monopod and has a reference optical axis and an operation panel which is provided on said monopod and has a display module, wherein said surveying instrument main body includes a distance measuring unit configured to irradiate a distance measuring light, to receive a reflected distance measuring light and to measure a distance to an object to be measured, an optical axis deflector configured to deflect said distance measuring light with respect to said reference optical axis, a measuring direction image pickup module configured to acquire an observation image, which includes said object to be measured, in a predetermined relationship with said reference optical axis and an arithmetic control module configured to make said distance measuring unit perform a distance measurement along a predetermined scan pattern, and wherein said arithmetic control module is configured to continuously cut out sighting images around a tracking point set in said observation image, to set a first cut out sighting image as a reference sighting image, to calculate a movement amount of each one of the continuously cut out sighting images with respect to said reference sighting image by an image matching of said reference sighting image and the respective cut out sighting image and to control said optical axis deflector based on said movement amount as calculated in such a manner that said tracking point is positioned at a center of the respective cut out sighting image.
A light source comprising at least two illumination units (10, 20, 30) - having in each case a plurality of light-emitting diodes comprising a plurality of first light-emitting diodes and a plurality of second light-emitting diodes, - wherein the first and second light-emitting diodes (1, 2) emit light having mutually different colors, and - wherein each of the pluralities of the light-emitting diodes is arranged along a bent curve (4, 4', 4") in the form of an ellipse or a circle, - wherein in each case one first and one second light-emitting diode (1, 2) that are directly adjacent along the bent curve (4, 4', 4") form an illumination group (5, 5', 5") having a respective arrangement direction (6, 6', 6") from the first to the second light-emitting diode (1, 2), - wherein the respective arrangement directions (6, 6', 6") of all illumination groups (5, 5',5") are different, characterized in that all illumination groups (5, 5', 5") have distances between the respective first and second light-emitting diode (1, 2) which are different, wherein the bent curves (4, 4', 4") are arranged one in another and have a common mid point, and at least one first light-emitting diode of one of the at least two illumination units (10, 20, 30) and a first light-emitting diode, directly adjacent thereto, of a second of the at least two illumination units (10, 20, 30) together with the mid point are not arranged on a straight line. - having in each case a plurality of light-emitting diodes comprising a plurality of first light-emitting diodes and a plurality of second light-emitting diodes, - wherein the first and second light-emitting diodes (1, 2) emit light having mutually different colors, and - wherein each of the pluralities of the light-emitting diodes is arranged along a bent curve (4, 4', 4") in the form of an ellipse or a circle, - wherein in each case one first and one second light-emitting diode (1, 2) that are directly adjacent along the bent curve (4, 4', 4") form an illumination group (5, 5', 5") having a respective arrangement direction (6, 6', 6") from the first to the second light-emitting diode (1, 2), - wherein the respective arrangement directions (6, 6', 6") of all illumination groups (5, 5',5") are different,
A method for controlling a fuel cell system, wherein the method is a method for controlling a fuel cell system in which a fuel and an oxidant are supplied to a fuel cell and a generated power from the fuel cell is outputted to a secondary battery, the method comprising: a charged amount acquisition step in which a charged amount of the secondary battery is acquired, a power generation control step in which when the charged amount of the secondary battery becomes equal to or less than a prescribed value, the fuel cell is started up from a state that the fuel cell stops power generation, or the generated power of the fuel cell is increased, and a fuel amount acquisition step in which a remaining amount of the fuel which can be supplied to the fuel cell is acquired, characterized by further comprising: a setting step in which when the remaining amount of the fuel becomes small, the prescribed value is set to a smaller value as compared with when the remaining amount of the fuel is large. a charged amount acquisition step in which a charged amount of the secondary battery is acquired, a power generation control step in which when the charged amount of the secondary battery becomes equal to or less than a prescribed value, the fuel cell is started up from a state that the fuel cell stops power generation, or the generated power of the fuel cell is increased, and a fuel amount acquisition step in which a remaining amount of the fuel which can be supplied to the fuel cell is acquired, characterized by further comprising: a setting step in which when the remaining amount of the fuel becomes small, the prescribed value is set to a smaller value as compared with when the remaining amount of the fuel is large.
A seawater suction hose comprising: at least one hose section, comprising a plurality of attachment means for attaching an auxiliary hose section thereto, positioned adjacent to an end of the hose section and each including at least one fixing hole for attaching the auxiliary hose section thereto, wherein each of said plurality of attachment means has a protective coating; a suction hose head connected to one end of the hose section; and characterized by a suction strainer connected to the other end of the hose section, said suction strainer further comprising at least a first strainer member, having a first fluid inlet, a first fluid passage and a first fluid outlet, and a second strainer member, having a second fluid inlet, a second fluid passage and a second fluid outlet, first and second strainer members are fluidly separate, and wherein the suction strainer is adapted to be coupled to the other end of the hose section, so as to form at least a two-stage strainer arrangement with the first and second fluid inlets (126, 128) arranged adjoiningly along a longitudinal axis of the hose section, and the first and second fluid outlets (138, 140) forming a combined outlet interface fluidly coupleable to the other end of the hose section, and wherein the first strainer member is adapted to matingly engage with the second strainer member so as to form a stack along the longitudinal axis. at least one hose section, comprising a plurality of attachment means for attaching an auxiliary hose section thereto, positioned adjacent to an end of the hose section and each including at least one fixing hole for attaching the auxiliary hose section thereto, wherein each of said plurality of attachment means has a protective coating; a suction hose head connected to one end of the hose section; and characterized by a suction strainer connected to the other end of the hose section, said suction strainer further comprising at least a first strainer member, having a first fluid inlet, a first fluid passage and a first fluid outlet, and a second strainer member, having a second fluid inlet, a second fluid passage and a second fluid outlet, first and second strainer members are fluidly separate, and wherein the suction strainer is adapted to be coupled to the other end of the hose section, so as to form at least a two-stage strainer arrangement with the first and second fluid inlets (126, 128) arranged adjoiningly along a longitudinal axis of the hose section, and the first and second fluid outlets (138, 140) forming a combined outlet interface fluidly coupleable to the other end of the hose section, and wherein the first strainer member is adapted to matingly engage with the second strainer member so as to form a stack along the longitudinal axis.
A method for the production of a three-dimensional product having a cavity via an additive layer manufacturing process to selectively fuse parts of a powder bed, said parts corresponding to successive cross-sections of the product, the method involving the use of said additive layer manufacturing process to form a tool at least partially within the cavity by selectively fusing additional parts of the powder bed, said additional parts corresponding to successive cross-sections of the tool, characterised by a step of hardening the material of the tool to make it harder than the material forming the product and manipulating the tool whereby to polish an internal wall of the product which bounds the cavity wherein the step of hardening involves chemically treating the material of the tool after its formation and before said manipulation, to harden the material of the tool relative to the material of the product.