mhurhangee/ep-ind-claims huggingface dataset:
An antiperspirant composition with citric acid as a stain reducing agent, comprising: a water-in-oil emulsion comprising: an oil-phase component disposed within the water-in-oil emulsion; and a water-phase component disposed within the water-in-oil emulsion, the water-phase component comprising: an active antiperspirant ingredient; and citric acid as a stain reducing agent forming between 0.9 to 4.0 weight percent of the water-in-oil emulsion, in which the water-in-oil emulsion has a pH of between 2.0 and 3.0. a water-in-oil emulsion comprising: an oil-phase component disposed within the water-in-oil emulsion; and a water-phase component disposed within the water-in-oil emulsion, the water-phase component comprising: an active antiperspirant ingredient; and citric acid as a stain reducing agent forming between 0.9 to 4.0 weight percent of the water-in-oil emulsion, an oil-phase component disposed within the water-in-oil emulsion; and a water-phase component disposed within the water-in-oil emulsion, the water-phase component comprising: an active antiperspirant ingredient; and citric acid as a stain reducing agent forming between 0.9 to 4.0 an active antiperspirant ingredient; and citric acid as a stain reducing agent forming between 0.9 to 4.0 weight percent of the water-in-oil emulsion, in which the water-in-oil emulsion has a pH of between 2.0 and 3.0.
A rocking piston type compressor in which a piston rod is rockingly slidable within a cylinder, the compressor comprising: a lip ring configured to seal between the cylinder and piston rod, the lip ring being provided on a leading end portion of the piston rod and including a bottom portion in a circular plate shape and a lip portion extending from an entire peripheral edge of the bottom portion to an upper side in a height direction; and an expansion member (30, 40, 50, 60) provided on an inside of the lip portion and configured to outwardly expand the lip portion at a side of a leading end portion in the height direction of the lip portion, a ring holder provided on the leading end portion of the piston rod and configured to fix the lip ring, wherein the expansion member comprises a ring spring a portion of the periphery of which is cut out, characterized in that the ring spring is formed to have an elliptic shape when the ring spring is disposed inside the lip portion and is thereby reduced in diameter, the ring spring is formed such that a major axis direction of the elliptic shape of the ring spring corresponds to a rocking direction of the piston rod, a peripheral groove into which the ring spring fits is formed on an outer peripheral surface of the ring holder, and the peripheral groove comprises a non-groove portion in a peripheral direction, the non-groove portion is formed in one side peripheral edge of the ring holder in a rocking direction of the piston rod. a lip ring configured to seal between the cylinder and piston rod, the lip ring being provided on a leading end portion of the piston rod and including a bottom portion in a circular plate shape and a lip portion extending from an entire peripheral edge of the bottom portion to an upper side in a height direction; and an expansion member (30, 40, 50, 60) provided on an inside of the lip portion and configured to outwardly expand the lip portion at a side of a leading end portion in the height direction of the lip portion, a ring holder provided on the leading end portion of the piston rod and configured to fix the lip ring, wherein the expansion member comprises a ring spring a portion of the periphery of which is cut out, characterized in that the ring spring is formed to have an elliptic shape when the ring spring is disposed inside the lip portion and is thereby reduced in diameter, the ring spring is formed such that a major axis direction of the elliptic shape of the ring spring corresponds to a rocking direction of the piston rod, a peripheral groove into which the ring spring fits is formed on an outer peripheral surface of the ring holder, and the peripheral groove comprises a non-groove portion in a peripheral direction, the non-groove portion is formed in one side peripheral edge of the ring holder in a rocking direction of the piston rod.
A binding machine, comprising: a reel accommodating portion Z that is configured to rotatably accommodate a wire reel;; a reel brake that has an engaging portion which is configured to engage with the wire reel and which is configured to brake rotation of the wire reel; and a brake accommodating portion, configured to accommodate the reel brake, that covers a periphery of the reel brake except at least the engaging portion, wherein the brake accommodating portion includes a first opening portion exposing the engaging portion of the reel brake to the reel accommodating portion and a second opening portion (68Al-68A5) communicating with an outside, so to discharge debris entering said brake accommodating portion. a reel accommodating portion Z that is configured to rotatably accommodate a wire reel;; a reel brake that has an engaging portion which is configured to engage with the wire reel and which is configured to brake rotation of the wire reel; and a brake accommodating portion, configured to accommodate the reel brake, that covers a periphery of the reel brake except at least the engaging portion, wherein the brake accommodating portion includes a first opening portion exposing the engaging portion of the reel brake to the reel accommodating portion and a second opening portion (68Al-68A5) communicating with an outside, so to discharge debris entering said brake accommodating portion.
Refuelling system for aircraft, comprising a hose with a coupling, such that the hose is suitable for connecting an aircraft tanker to a receiver aircraft and the coupling is placed at one end of the hose and is suitable for connecting to a fuel inlet of the receiver aircraft, the refuelling system for aircraft additionally comprising means for introducing forces onto the hose in addition to the weight of the hose, wherein the means for introducing forces onto the hose in addition to the weight of the hose is at least one concentrated weight, wherein the at least one concentrated weight can be placed at any position on the hose, characterized in that the at least one concentrated weight can move along the hose through the action of: - a hoist system, or - a mechanical system with wheels or tracks that embrace the hose. - a hoist system, or - a mechanical system with wheels or tracks that embrace the hose.
An interbody implant with support surfaces (2, 3) that can be applied to adjacent vertebral bodies and can be repositioned relative to each other, with at least two wedge elements (11, 12), each having at least one wedge surface (9, 10) or a limit stop, of which at least one wedge element is displaceable along an axis of an adjustment element which extends approximately parallel to the support surfaces (2, 3), wherein spreading elements (5, 6) connected to the support surfaces (2, 3) have limit stops (7, 8) or wedge surfaces which face towards the wedge elements (11, 12) and are constructed to slant at an acute angle to the axis of the adjustment element, so that the two spreading elements (5, 6), which mesh with each other by means of a push-in connection, can be pressed apart in parallel by changing the relative position of the wedge elements (11, 12), and a width of the interbody implant can be altered, wherein the spreading elements (5, 6) mesh with each other with the aid of guides which are conformed on surfaces of these two spreading elements (5, 6), each of which is assigned in sliding manner to the other and aligned at right angles to the axis of the adjustment element, wherein at least a part of the surface is furnished with perforations, characterized in that the perforations are provided on at least one fin-like flange, wherein a free space is located behind or below them.
Method for deactivating an activated automatic emergency braking operation in a vehicle, wherein the deactivation takes place as a function of a braking process carried out by the driver and the automatic emergency braking operation is ended - if the braking intensity predefined by the driver exceeds a predefined threshold value or - if the brake pressure (p) predefined by the driver is greater than the brake pressure generated instantaneously by the safety function or greater than a predefined portion (k) or greater than a predefined multiple (k) of the brake pressure generated instantaneously by the safety function. - if the braking intensity predefined by the driver exceeds a predefined threshold value or - if the brake pressure (p) predefined by the driver is greater than the brake pressure generated instantaneously by the safety function or greater than a predefined portion (k) or greater than a predefined multiple (k) of the brake pressure generated instantaneously by the safety function.
A rotating equipment assembly, comprising: an integrally produced combination of at least a portion of a gearbox housing and at least a portion of a rotating equipment housing with openings at a predetermined distance for a driving shaft into the gearbox housing and a driven shaft from said gearbox housing into said rotating equipment housing; said rotating equipment housing further comprising a seal assembly through which the driven shaft enters, said driven shaft further comprising a first driven gear and an end element disposed on said driven shaft and located in said housing; said gear box housing further comprising a driving shaft and a driving gear engaged to said first driven gear; an inlet assembly further comprising an inlet opening for the end element, the inlet opening being located off center thereto, said assembly adapted to be mounted to said rotating equipment housing in a plurality of orientations to change the position of said inlet opening with respect to said rotating equipment housing. an integrally produced combination of at least a portion of a gearbox housing and at least a portion of a rotating equipment housing with openings at a predetermined distance for a driving shaft into the gearbox housing and a driven shaft from said gearbox housing into said rotating equipment housing; said rotating equipment housing further comprising a seal assembly through which the driven shaft enters, said driven shaft further comprising a first driven gear and an end element disposed on said driven shaft and located in said housing; said gear box housing further comprising a driving shaft and a driving gear engaged to said first driven gear; an inlet assembly further comprising an inlet opening for the end element, the inlet opening being located off center thereto, said assembly adapted to be mounted to said rotating equipment housing in a plurality of orientations to change the position of said inlet opening with respect to said rotating equipment housing.
A method for reducing timing chain stretch of a timing chain in an engine comprising a step of lubricating said timing chain with a lubricating oil composition comprising: a major amount of a base oil having viscosity grade of 5W-X or 0W-X; and a minor amount of an additive package including: a) at least one overbased calcium phenate detergent having a total base number of at least 150 mg KOH/g, measured by the method of ASTM D-2896; b) at least one calcium sulfonate detergent; c) at least one magnesium-containing detergent selected from overbased magnesium sulfonates; and d) one or more antioxidants selected from an aromatic amine, an alkylated diphenylamine, a phenyl-alpha-naphthylamine, and an alkylated phenyl-alpha-naphthylamine; wherein the lubricating oil composition contains from 50 ppm to 1650 ppm of magnesium provided by the at least one magnesium- containing detergent, based on a total weight of the lubricating oil composition; and wherein the lubricating oil composition has a weight ratio of total calcium from the at least one calcium sulfonate detergent to total calcium and magnesium in the lubricating oil composition of from 0.06 to 0.35. a major amount of a base oil having viscosity grade of 5W-X or 0W-X; and a minor amount of an additive package including: a) at least one overbased calcium phenate detergent having a total base number of at least 150 mg KOH/g, measured by the method of ASTM D-2896; b) at least one calcium sulfonate detergent; c) at least one magnesium-containing detergent selected from overbased magnesium sulfonates; and d) one or more antioxidants selected from an aromatic amine, an alkylated diphenylamine, a phenyl-alpha-naphthylamine, and an alkylated phenyl-alpha-naphthylamine; a) at least one overbased calcium phenate detergent having a total base number of at least 150 mg KOH/g, measured by the method of ASTM D-2896; b) at least one calcium sulfonate detergent; c) at least one magnesium-containing detergent selected from overbased magnesium sulfonates; and d) one or more antioxidants selected from an aromatic amine, an alkylated diphenylamine, a phenyl-alpha-naphthylamine, and an alkylated phenyl-alpha-naphthylamine; wherein the lubricating oil composition contains from 50 ppm to 1650 ppm of magnesium provided by the at least one magnesium- containing detergent, based on a total weight of the lubricating oil composition; and wherein the lubricating oil composition has a weight ratio of total calcium from the at least one calcium sulfonate detergent to total calcium and magnesium in the lubricating oil composition of from 0.06 to 0.35.
Deployment and aiming device (10, 20, 50) of an instrument (19, 29) comprising: - a first support (13, 21, 210), - a second support (12, 22, 220) intended to receive the instrument (19, 29), - N mandrels (11, 23, 231, 232, 233, 234, 235, 236), N being an integer number greater than or equal to 1, positioned around the first support (13, 21, 210), each of the N mandrels (11, 23, 231, 232, 233, 234, 235, 236) being rotationally mobile relative to the first support (11, 21, 210) about a mandrel axis ZN intersecting said mandrel, - N linear elements (14, 24, 241, 242, 243, 244, 245, 246), each of the N linear elements cooperating with one of the N mandrels, each of the N linear elements having a first (15, 25) and a second (16, 26) ends, the first end (15, 25) of the N linear elements (14, 24, 241, 242, 243, 244, 245, 246) being fixed in the mandrel with which it cooperates at a fixing point, and being the second end (16, 26) of the N linear elements being linked to the second support (12, 22, 220), such that a rotation of said mandrel about its axis ZN generates a displacement of the fixing point, characterized in that each of the N mandrels (13, 23, 231, 232, 233, 234, 235, 236) is eccentric about the mandrel axis ZN intersecting said mandrel. - a first support (13, 21, 210), - a second support (12, 22, 220) intended to receive the instrument (19, 29), - N mandrels (11, 23, 231, 232, 233, 234, 235, 236), N being an integer number greater than or equal to 1, positioned around the first support (13, 21, 210), each of the N mandrels (11, 23, 231, 232, 233, 234, 235, 236) being rotationally mobile relative to the first support (11, 21, 210) about a mandrel axis ZN intersecting said mandrel, - N linear elements (14, 24, 241, 242, 243, 244, 245, 246), each of the N linear elements cooperating with one of the N mandrels, each of the N linear elements having a first (15, 25) and a second (16, 26) ends,
A forging die comprising: a plurality of segments arranged in a radial pattern about a region on a first surface of a backplate, each of the segments having a backside facing the backplate and defining an interface surface facing away from the backplate, the interface surface being adapted to engage a billet during forging of the billet with the forging die; and means for physically coupling the segments to the first surface of the backplate to enable radial movement of the segments relative to the region of the backplate; characterized in that, the backplate comprises the region and a plurality of concentric members that surround the region and are releasably coupled to each other, the concentric members defining the first surface of the backplate. a plurality of segments arranged in a radial pattern about a region on a first surface of a backplate, each of the segments having a backside facing the backplate and defining an interface surface facing away from the backplate, the interface surface being adapted to engage a billet during forging of the billet with the forging die; and means for physically coupling the segments to the first surface of the backplate to enable radial movement of the segments relative to the region of the backplate; characterized in that, the backplate comprises the region and a plurality of concentric members that surround the region and are releasably coupled to each other, the concentric members defining the first surface of the backplate.
A laser machining head comprising: a focusing device for focusing a machining laser beam onto a workpiece to be machined, said focusing device being arranged in a machining beam path of the machining laser beam, an optical imaging device which comprises a detector and which is embodied to image observation radiation from a machining region of the workpiece onto the detector along an observation beam path passing through the focusing device, a stop arranged in the observation beam path and spaced apart from the detector, wherein the optical imaging device comprises a further optical unit, arranged between the stop and the detector, for imaging the machining region of the workpiece onto the detector, as well as a beam splitter for separating the observation beam path of the observation radiation from the machining beam path of the machining laser beam, characterized in that the optical imaging device comprises an imaging optical unit in the form of a telescope arranged in the observation beam path between the beam splitter and the stop, embodied to produce an image of the stop in the machining beam path of the machining laser beam between the beam splitter and the workpiece. a focusing device for focusing a machining laser beam onto a workpiece to be machined, said focusing device being arranged in a machining beam path of the machining laser beam, an optical imaging device which comprises a detector and which is embodied to image observation radiation from a machining region of the workpiece onto the detector along an observation beam path passing through the focusing device, a stop arranged in the observation beam path and spaced apart from the detector, wherein the optical imaging device comprises a further optical unit, arranged between the stop and the detector, for imaging the machining region of the workpiece onto the detector, as well as a beam splitter for separating the observation beam path of the observation radiation from the machining beam path of the machining laser beam, characterized in that the optical imaging device comprises an imaging optical unit in the form of a telescope arranged in the observation beam path between the beam splitter and the stop, embodied to produce an image of the stop in the machining beam path of the machining laser beam between the beam splitter and the workpiece.
A system comprising a plurality of beacon apparatus (200, 201, 202) adapted to register nurse calls and a server, said plurality of beacon apparatus (200, 201, 202) being connectable to said server by means of a network; wherein a first beacon apparatus of said plurality of beacon apparatus is configured to: - detect whether it is operatively connected to said server; - if said first beacon apparatus is operatively connected to said server, distribute information pertaining to said nurse calls to said server via said network; and - otherwise, distribute information pertaining to said nurse calls to at least one target beacon from among said plurality of beacons, which is reachable via said network; wherein said information pertaining to said nurse calls comprises information pertaining to a call list change detected at said first beacon apparatus, or information pertaining to outstanding calls received at said first beacon apparatus and/or at other beacon apparatus from among said plurality of beacon apparatus; wherein said first beacon apparatus is assigned to a beacon group, and wherein said first beacon apparatus is further configured to select as said at least one target beacon all beacons that are reachable via said network and that are assigned to said beacon group; and wherein said distributing of information pertaining to said nurse calls to at least one target beacon comprises: - transmitting information pertaining to said nurse calls to said at least one target beacon; - waiting for acknowledgment of receipt of said information pertaining to said nurse calls from said at least one target beacon; and - transmitting a confirmation of said acknowledgment of receipt to said at least one target beacon. - detect whether it is operatively connected to said server; - if said first beacon apparatus is operatively connected to said server, distribute information pertaining to said nurse calls to said server via said network; and - otherwise, distribute information pertaining to said nurse calls to at least one target beacon from among said plurality of beacons, which is reachable via said network; - transmitting information pertaining to said nurse calls to said at least one target beacon; - waiting for acknowledgment of receipt of said information pertaining to said nurse calls from said at least one target beacon; and - transmitting a confirmation of said acknowledgment of receipt to said at least one target beacon.
Method of producing a casing for hand gun ammunition made of aluminium or aluminium alloy coated with a coating of 2-50 μm CaCO 3 (s) placed directly onto the inner and outer surface of the casing, characterized in that the method comprises: - heating the casing made from aluminium or aluminium alloy to a temperature from 300 to 500 °C, - immerse the heated casing made from aluminium or aluminium alloy into a aqueous solution of calcium carbonate containing 13 mg/L dissolved calcium carbonate and keep it immersed until the solution stops boiling, and - pull the casing made from aluminium or aluminium alloy out of the aqueous calcium carbonate solution and heat it to 100-180 °C in air and maintain it at this temperature until the casing and the applied calcium carbonate coating is dried. - heating the casing made from aluminium or aluminium alloy to a temperature from 300 to 500 °C, - immerse the heated casing made from aluminium or aluminium alloy into a aqueous solution of calcium carbonate containing 13 mg/L dissolved calcium carbonate and keep it immersed until the solution stops boiling, and - pull the casing made from aluminium or aluminium alloy out of the aqueous calcium carbonate solution and heat it to 100-180 °C in air and maintain it at this temperature until the casing and the applied calcium carbonate coating is dried.