mhurhangee/ep-ind-claims huggingface dataset:
Connector body for an ignition system for pyrotechnic articles, which ignition system ignites by means of an electrically triggered and heat generating ignitor, whereby the connector body has a shape and a functionality such a1) that it can be fastened to the match cord of the pyrotechnic article, a2) that it can connect the ignitor with the match cord of the pyrotechnic article ready for ignition of the ignitor, a3) that it can fixedly mount the ignitor and the electrical feed line in close proximity to the match cord of the pyrotechnic article by means of fixing means, b) whereby an ignition composition is provided additionally to the ignitor for enhancing the ignition in/at the connector body such that the ignition composition is positioned in inflammable contact relatively to the ignitor and the match cord characterized in that the ignition composition contains at least two constituents (26, 28) such that a first constituent which is rapidly ignitable by a temporally short ignition spark and which is in inflammable contact with the second constituent which is less rapidly ignitable than the first constituent, burns at least such a long time until the second constituent has ignited, and whereby the burning of this second constituent continues at least such a long time until the match cord has ignited, and in that the two constituents (28 and 26) are applied to the inner wall of the connector body in two layers and in that the second constituent is applied as a base layer to the inner side of the connector body. a1) that it can be fastened to the match cord of the pyrotechnic article, a2) that it can connect the ignitor with the match cord of the pyrotechnic article ready for ignition of the ignitor, a3) that it can fixedly mount the ignitor and the electrical feed line in close proximity to the match cord of the pyrotechnic article by means of fixing means, b) whereby an ignition composition is provided additionally to the ignitor for enhancing the ignition in/at the connector body such that the ignition composition is positioned in inflammable contact relatively to the ignitor and the match cord
A hair-wave-forming device comprising an elongate lower part, which has several waves in a longitudinal direction, for placing hair thereon and an upper part for clamping the hair between the upper and lower parts, wherein the upper and lower parts are separate from each other, each being a strip waved in the longitudinal direction and having an aspect ratio of at least 3:1, the waves of the strips having corresponding radii of curvature so that the lower and upper parts fit into each other; wherein i) both the lower part and the upper part have the form of a ladder comprising two substantially parallel, waved longitudinal rails and a plurality of transverse rungs or steps, which form is maintained during the use of the device; characterised in that ii) the lower and upper parts are two identical parts. i) both the lower part and the upper part have the form of a ladder comprising two substantially parallel, waved longitudinal rails and a plurality of transverse rungs or steps, which form is maintained during the use of the device; characterised in that ii) the lower and upper parts are two identical parts.
A drive mechanism for a medicinal inhaler, the inhaler comprising: a patient port; a canister actuable by the drive mechanism to deliver a dose of medicament to the patient port, the drive mechanism comprising: a follower which moves between a first position in which the mechanism is primed for use and a second position in which the follower engages the canister to deliver a dose of medicament to the patient port, the follower being carried on a rocker plate which pivots as the follower moves between its first and second position, wherein the rocker plate engages a switch when the follower is in its second position to indicate that a dose of medicament has been delivered to the patient port. a patient port; a canister actuable by the drive mechanism to deliver a dose of medicament to the patient port, the drive mechanism comprising: a follower which moves between a first position in which the mechanism is primed for use and a second position in which the follower engages the canister to deliver a dose of medicament to the patient port, the follower being carried on a rocker plate which pivots as the follower moves between its first and second position, wherein the rocker plate engages a switch when the follower is in its second position to indicate that a dose of medicament has been delivered to the patient port. a follower which moves between a first position in which the mechanism is primed for use and a second position in which the follower engages the canister to deliver a dose of medicament to the patient port, the follower being carried on a rocker plate which pivots as the follower moves between its first and second position, wherein the rocker plate engages a switch when the follower is in its second position to indicate that a dose of medicament has been delivered to the patient port.
A method for cutting out a plurality of pieces of glass from at least one glass sheet, comprising, in sequence: - a step of automatic generation by a computer with a storage unit, containing programs adapted to calculate a first optimum plan for guillotine cutting at a number of hierarchical levels (X, Y, Z, V) of different pieces from each of said at least one glass sheet, the said number of hierarchical levels being defined as a function of information relating to the size of the pieces to be cut out; - a step of reading information relating to defects in said at least one glass sheet, wherein the method comprises, additionally and subsequently: - a step of automatic generation by a computer with a storage unit, containing programs adapted to calculate a second optimum plan for guillotine cutting at said number of hierarchical levels from said at least one glass sheet, on the basis of said first optimum cutting plan and as a function of at least some of the information relating to the defects, including permutations of cross cut sections at the same hierarchical level within said at least one glass sheet; - a step of cutting pieces of glass in accordance with said second optimum cutting plan generated. - a step of automatic generation by a computer with a storage unit, containing programs adapted to calculate a first optimum plan for guillotine cutting at a number of hierarchical levels (X, Y, Z, V) of different pieces from each of said at least one glass sheet, the said number of hierarchical levels being defined as a function of information relating to the size of the pieces to be cut out; - a step of reading information relating to defects in said at least one glass sheet, - a step of automatic generation by a computer with a storage unit, containing programs adapted to calculate a second optimum plan for guillotine cutting at said number of hierarchical levels from said at least one glass sheet, on the basis of said first optimum cutting plan and as a function of at least some of the information relating to the defects, including permutations of cross cut sections at the same hierarchical level within said at least one glass sheet; - a step of cutting pieces of glass in accordance with said second optimum cutting plan generated.
A digital camera including a printer comprising: an imaging unit that includes an imaging optical system and takes a subject image to output image data; a printer unit that records an image on a recording medium on the basis of the image data output from the imaging unit; and a camera body where the imaging optical system is disposed at a center of a front surface thereof and a grip portion is formed on the front of the camera body at positions symmetric with respect to a first axis crossing an optical axis of the imaging optical system in a first direction and symmetric with respect to a second axis crossing the optical axis in a second direction orthogonal to the first direction, finger rest portions (53A, 53B) on the back of the camera body, wherein the grip portion has a concave or convex ring shape, and the imaging optical system is positioned at a center of the ring shape, and wherein the camera body includes at least two release switches (16A, 16B) that are used to take a subject image by the imaging unit, and at least a part of the release switches is positioned within the concave area or the convex area. an imaging unit that includes an imaging optical system and takes a subject image to output image data; a printer unit that records an image on a recording medium on the basis of the image data output from the imaging unit; and a camera body where the imaging optical system is disposed at a center of a front surface thereof and a grip portion is formed on the front of the camera body at positions symmetric with respect to a first axis crossing an optical axis of the imaging optical system in a first direction and symmetric with respect to a second axis crossing the optical axis in a second direction orthogonal to the first direction, finger rest portions (53A, 53B) on the back of the camera body, wherein the grip portion has a concave or convex ring shape, and the imaging optical system is positioned at a center of the ring shape, and wherein the camera body includes at least two release switches (16A, 16B) that are used to take a subject image by the imaging unit, and at least a part of the release switches is positioned within the concave area or the convex area.
Rotating electric machine comprising: - a stator having a winding head at each axial end and - a rotor which is rotatably mounted in an opening in the stator and which has a rotor shaft and a laminated rotor core, - a bearing unit for the rotatable mounting of the rotor shaft with respect to the laminated rotor core, - a transmission unit, - a coupling unit (42, 48), which is designed to provide at least two coupling states for coupling the rotor shaft rotationally to the laminated rotor core and, in at least one of the coupling states, to couple the rotor shaft to the laminated rotor core by means of the transmission unit, characterized in that in one of the coupling states, the coupling unit (42, 48) is designed to rotationally couple the rotor shaft directly to the laminated rotor core, wherein the coupling unit (42, 48) provides a frictional coupling element which, for example, at one of the front ends of the laminated rotor core, couples this frictionally, so that the rotational coupling between the rotor shaft and the laminated rotor core is produced. - a stator having a winding head at each axial end and - a rotor which is rotatably mounted in an opening in the stator and which has a rotor shaft and a laminated rotor core, - a bearing unit for the rotatable mounting of the rotor shaft with respect to the laminated rotor core, - a transmission unit, - a coupling unit (42, 48), which is designed to provide at least two coupling states for coupling the rotor shaft rotationally to the laminated rotor core and, in at least one of the coupling states, to couple the rotor shaft to the laminated rotor core by means of the transmission unit,
A headband for a headphone, the headband comprising: a primary band for placement over a user's head to support the headphone on the user's head; and a secondary band mounted to the primary band, the secondary band rotatable relative to the primary band into one or more indexed positions to further support the headphone on the user's head, the secondary band being rotatable connected to the primary band by a pivot joint between the primary and secondary bands (11, 12) the secondary band is aligned with the primary band in the first indexed position, and the secondary band is at least rotated 35° rearwards from the primary band in the second indexed position, wherein both the primary and secondary bands (11, 12) have an adjustable length. a primary band for placement over a user's head to support the headphone on the user's head; and a secondary band mounted to the primary band, the secondary band rotatable relative to the primary band into one or more indexed positions to further support the headphone on the user's head, the secondary band being rotatable connected to the primary band by a pivot joint between the primary and secondary bands (11, 12) the secondary band is aligned with the primary band in the first indexed position, and the secondary band is at least rotated 35° rearwards from the primary band in the second indexed position, wherein both the primary and secondary bands (11, 12) have an adjustable length.
A pharmaceutical composition for supplying cysteine to cells for preventing hepatotoxicity or nephrotoxicity of therapeutic agents that produce oxidative stress in mammals, the composition consisting essentially of: (a) a hepatotoxicity-reducing or nephrotoxicity-reducing amount of N-acetylcysteine or a pharmaceutically acceptable salt of N-acetylcysteine in combination with a pharmaceutically acceptable excipient or carrier; wherein the unit dose of N-acetylcysteine comprises at least 1.5 mg of N-acetylcysteine per kg of body weight and not more than 2000 mg of N-acetylcysteine; and (b) a therapeutic or greater amount of acetaminophen. (a) a hepatotoxicity-reducing or nephrotoxicity-reducing amount of N-acetylcysteine or a pharmaceutically acceptable salt of N-acetylcysteine in combination with a pharmaceutically acceptable excipient or carrier; wherein the unit dose of N-acetylcysteine comprises at least 1.5 mg of N-acetylcysteine per kg of body weight and not more than 2000 mg of N-acetylcysteine; and (b) a therapeutic or greater amount of acetaminophen.
Fluid filter comprising a housing, a fluid inlet opening into a raw side of the fluid filter and a fluid outlet discharging from a pure side of the fluid filter, with a replaceable hollow-cylindrical filter insert separating the raw side from the pure side, and with a valve unit with a valve plate arranged concentrically in the housing and having the basic shape of an annular disc, with valve openings (61, 71) and a flexible, annular-disc-shaped valve membrane arranged on the valve plate, wherein on its end that faces the valve unit when in the mounted state the filter insert has an axially protruding pressure ring in the form of a circumferential annular collar, wherein the filter insert when installed in the housing presses the valve membrane axially against the valve plate with an end face of the pressure ring, whereby the area of the valve membrane that is pressed against the valve plate by the pressure ring forms a seal separating the raw side from the pure side of the fluid filter, wherein the valve unit is a check valve and wherein the filter insert when installed in the housing presses the valve membrane with the pressure ring against the valve plate in a radially inner membrane area (53.2), characterised in that a spring disc with radially outwardly oriented spring tabs is arranged on the side of the valve membrane facing away from the valve plate, and that the filter insert when installed in the housing pre-stresses and/or presses the spring disc with the pressure ring in a direction to the valve membrane.
A flexible secondary battery comprising: an internal electrode provided with an internal current collector and a lithium-containing internal electrode layer surrounding the outside of the internal current collector; an electron-insulating protective layer surrounding the outside of the internal electrode, and provided with a non-porous layer comprising an inorganic solid electrolyte and an electrolyte-swelling polymer and a polymer porous layer surrounding the external surface of the non-porous layer; an electron-insulating support surrounding the outside of the electron-insulating protective layer; a separator layer surrounding the outside of the electron-insulating support; and an external electrode provided with an external electrode layer surrounding the outside of the separator layer and an external current collector surrounding the outside of the external electrode layer, wherein the electron-insulating support is a wound wire-type support surrounding the outside of the electron-insulating protective layer, the wound wire-type support has a thickness of from 100 μm to 3 mm, and the wound wire-type support has a pitch, preferably winding interval of from 1 μm to 1 cm. an internal electrode provided with an internal current collector and a lithium-containing internal electrode layer surrounding the outside of the internal current collector; an electron-insulating protective layer surrounding the outside of the internal electrode, and provided with a non-porous layer comprising an inorganic solid electrolyte and an electrolyte-swelling polymer and a polymer porous layer surrounding the external surface of the non-porous layer; an electron-insulating support surrounding the outside of the electron-insulating protective layer; a separator layer surrounding the outside of the electron-insulating support; and an external electrode provided with an external electrode layer surrounding the outside of the separator layer and an external current collector surrounding the outside of the external electrode layer, wherein the electron-insulating support is a wound wire-type support surrounding the outside of the electron-insulating protective layer, the wound wire-type support has a thickness of from 100 μm to 3 mm, and the wound wire-type support has a pitch, preferably winding interval of from 1 μm to 1 cm.
An airfoil comprising: a fiber-reinforced composite airfoil core defining an airfoil portion and a root portion, the fiber-reinforced composite airfoil core being subject to core thermal growth; fiber-reinforced composite wrapping around the root portion, the fiber-reinforced composite wrapping being subject to wrapping thermal growth; and characterized by a buffer layer between the root portion and the platform, the buffer layer absorbing a mismatch between the core thermal growth and the platform thermal growth. a fiber-reinforced composite airfoil core defining an airfoil portion and a root portion, the fiber-reinforced composite airfoil core being subject to core thermal growth; fiber-reinforced composite wrapping around the root portion, the fiber-reinforced composite wrapping being subject to wrapping thermal growth; and characterized by a buffer layer between the root portion and the platform, the buffer layer absorbing a mismatch between the core thermal growth and the platform thermal growth.
A printer device comprising: an ink circulation flow path to circulate ink; an ink discharge unit to discharge the ink supplied from the ink circulation flow path; a circulation unit to circulate the ink in the ink circulation flow path; a filter provided in the ink circulation flow path; and a control unit to control the circulation unit, characterized in that: the control unit is further configured to determine whether the filter is in a blocked state; and wherein the control unit is configured to drive the circulation unit in a first mode until the control unit determines that the filter is in a blocked state, and after the control unit determines that the filter is in the blocked state, the control unit is configured to drive the circulation unit in a second mode that provides a lower circulation rate than the first mode. an ink circulation flow path to circulate ink; an ink discharge unit to discharge the ink supplied from the ink circulation flow path; a circulation unit to circulate the ink in the ink circulation flow path; a filter provided in the ink circulation flow path; and a control unit to control the circulation unit, characterized in that: the control unit is further configured to determine whether the filter is in a blocked state; and wherein the control unit is configured to drive the circulation unit in a first mode until the control unit determines that the filter is in a blocked state, and after the control unit determines that the filter is in the blocked state, the control unit is configured to drive the circulation unit in a second mode that provides a lower circulation rate than the first mode. the control unit is further configured to determine whether the filter is in a blocked state; and wherein the control unit is configured to drive the circulation unit in a first mode until the control unit determines that the filter is in a blocked state, and after the control unit determines that the filter is in the blocked state, the control unit is configured to drive the circulation unit in a second mode that provides a lower circulation rate than the first mode.
An information processing program for controlling movements of an object in a virtual three-dimensional space, when executed by an information processing device, causes said information processing device to function as: a movement control unit that controls the movements of the object, and a switching determination unit that determines switching of the movement of the object by the movement control unit between a three-dimensional movement in the virtual three-dimensional space and a movement that is limited to within two dimensions of a plane of a predetermined surface provided in the virtual three-dimensional space; characterised by the movement control unit determining a speed of the object after the switching on the basis of a speed of the object before the switching when the switching between the three-dimensional movement in the virtual three-dimensional space and the movement within the predetermined surface is performed, wherein a speed component that is imparted by an input instruction to the movement control unit and which is in a normal direction of the plane of the predetermined surface, the normal direction extending in a third dimension that differs from the two dimensions of the plane of the predetermined surface, is cut such that speed components in the two dimensions of the plane of the predetermined surface are used for determining the speed of the object after switching from three-dimensional movement to movement within the predetermined surface. a movement control unit that controls the movements of the object, and a switching determination unit that determines switching of the movement of the object by the movement control unit between a three-dimensional movement in the virtual three-dimensional space and a movement that is limited to within two dimensions of a plane of a predetermined surface provided in the virtual three-dimensional space; characterised by the movement control unit determining a speed of the object after the switching on the basis of a speed of the object before the switching when the switching between the three-dimensional movement in the virtual three-dimensional space and the movement within the predetermined surface is performed, wherein a speed component that is imparted by an input instruction to the movement control unit and which is in a normal direction of the plane of the predetermined surface, the normal direction extending in a third dimension that differs from the two dimensions of the plane of the predetermined surface, is cut such that speed components in the two dimensions of the plane of the predetermined surface are used for determining the speed of the object after switching from three-dimensional movement to movement within the predetermined surface.