mhurhangee/ep-ind-claims huggingface dataset:
A peg for supporting a yarn supply package in which a synthetic yarn made of a synthetic fiber is wound on a yarn supply bobbin, comprising: a yarn supply package support portion which is inserted into the yarn supply bobbin and supports the yarn supply package; and a peg body which supports the yarn supply package support portion, wherein the yarn supply package support portion includes a rotation mechanism which rotates the yarn supply package, wherein the yarn supply package support portion includes a pair of package support members (25a, 25b) which extend in one direction, are parallel to each other, and are brought into contact with an inner peripheral surface of the yarn supply bobbin, such that the yarn supply package is supported at two points by the pair of package support members (25a, 25b), characterized in that the rotation mechanism rotates the pair of package support members (25a,25b) in a synchronization manner, such that the yarn supply package is rotated so that the synthetic yarn is fed from the yarn supply package, wherein the yarn supply package does not rotate once when one package support member and a other package support member of the pair of package support members (25a, 25b) rotate once. a yarn supply package support portion which is inserted into the yarn supply bobbin and supports the yarn supply package; and a peg body which supports the yarn supply package support portion, wherein the yarn supply package support portion includes a rotation mechanism which rotates the yarn supply package, wherein the yarn supply package support portion includes a pair of package support members (25a, 25b) which extend in one direction, are parallel to each other, and are brought into contact with an inner peripheral surface of the yarn supply bobbin, such that the yarn supply package is supported at two points by the pair of package support members (25a, 25b), characterized in that the rotation mechanism rotates the pair of package support members (25a,25b) in a synchronization manner, such that the yarn supply package is rotated so that the synthetic yarn is fed from the yarn supply package, wherein the yarn supply package does not rotate once when one package support member and a other package support member of the pair of package support members (25a, 25b) rotate once.
A process for producing a fraction of monocyclic aromatic compounds and a purified product gas from an energy gas formed as product of a gasification process, comprising: (a) contacting the energy gas with a catalyst capable of converting ethylene into monocyclic aromatic compounds; (b) isolating monocyclic aromatic compounds from the gas originating from step (a) and obtaining a purified gas and a fraction of monocyclic aromatic compounds, wherein the energy gas that is subjected to step (a) comprises ethylene and (i) 5 - 30 vol% CH 4; (ii) 1 - 15 vol% C 2 H x, wherein x = 2, 4 or 6; (iii) 1 - 10 vol.% C y H z, wherein y = 3, 4 or 5 and z = (2y - 2), or (2y + 2); (iv) 10 - 60 vol% H 2; (v) 5 - 50 vol% CO; and (vi) 5 - 50 vol% CO 2, based on total dry volume, and wherein the gasification process involves the gasification of coal, biomass or waste. (a) contacting the energy gas with a catalyst capable of converting ethylene into monocyclic aromatic compounds; (b) isolating monocyclic aromatic compounds from the gas originating from step (a) and obtaining a purified gas and a fraction of monocyclic aromatic compounds,
An actuator comprising at least one multiphase motor having phases facing a rotor secured to an outlet shaft associated with a braking member and provided with means for connecting it to a movable element that is to be moved, the motors and the braking member being connected to at least one motor control unit for controlling the motors by powering their phases, the actuator being characterized in that the motor has at least four phases wound in such a manner as to avoid a neutral point, and in that the control unit has one single-phase inverter per phase and is arranged to implement a nominal mode of control over all of the phases, and a degraded mode of control that enables the rotor to be driven in rotation by powering two non-collinear phases thereof, by determining sinusoidal currents to be fed to these two remaining phases while delivering torque that is constant and independent of the position of the rotor.
Mechatronic assembly for driving a member, comprising a control unit and an actuator, the control unit comprising a servo-control algorithm and a power bridge, said algorithm controlling said power bridge, the power bridge providing a bifilar electrical signal consisting of a power signal and a direction signal, the actuator comprising a polyphase, brushless electric motor having N phases, binary sensors for detecting the position of the rotor of said motor, power switches suitable for powering the N phases of the motor from the bifilar electrical signal, characterized in that the bifilar electrical signal connects the actuator to the control unit via a two-point connector, and in that an electronic self-switching circuit manages the self-switching of the N phases of the motor by means of the binary detection sensors which provide information on the position of the rotor of the motor, and the state of the power switches is controlled directly by the signals from the binary detection sensors.
Air nozzle closure for a paint spray gun, having an air cap which has at least one axial bore for the passage of outflowing air and a radially outwardly directed first annular flange, and having an air nozzle ring which encloses the air cap and has a radially inwardly directed second annular flange and an internal thread for screwing the air nozzle closure to an external thread of the paint spray gun, wherein, in the screwed state with the annular flanges (4, 6) bearing against one another, the air cap is clamped in place between the paint spray gun and air nozzle ring, and has a first annular groove having a securing ring that secures the air nozzle ring in the non-screwed state against detaching from the air cap, wherein the securing ring has at least one inwardly projecting elastic snap-in means for snapping into the annular groove and the outer edge of the securing ring is formed in an axially widened manner in the direction of the air nozzle ring and is connected firmly to the air nozzle ring by way of this widening.
A rosette assembly of a door and/or window fitting including a securing device, which includes at least one axial securing device and at least one circumferential securing device, for securing a door knob, which is rotatably accommodated with a door knob neck extension for a fitting in an axial direction and in a circumferential direction, wherein uphold means are configured to be incorporated into the securing device, in order to keep the lever in an uphold position in the installed condition, when they are installed, and, after an actuation of the door knob, for replacing the door knob into the uphold position, wherein the rosette assembly includes a rosette body, which acts as a housing for the rosette assembly, wherein the rosette body is essentially configured to be cuboid-shaped, and a lower rosette part may be affixed to the rosette body from the bottom, wherein the axial securing device includes at least one mobile holding element and at least one pre-loadable spring unit, which acts upon the holding element, when the holding element is in the condition ready for operation, pushes radially towards the axial direction, and wherein the rosette assembly presents at least one access to at least one of the spring units for acting against the pre-load thereof.
Pump unit for a high-pressure pump, comprising: - a pump housing which has a low-pressure inlet via which a working medium is fed to a working chamber which is formed in the pump housing, and a high-pressure outlet via which the working medium is discharged from the working chamber, - a pump piston channel which is formed in the pump housing and has a longitudinal axis, - a pump piston which is arranged movably along the longitudinal axis in the pump piston channel and which is coupled hydraulically directly to the working chamber, - a compensation piston which is coupled hydraulically directly to the working chamber and which is arranged movably in a compensation piston channel having a further axis, and - a spring element which is coupled mechanically to the compensation piston at an end thereof which faces away from the working chamber, and is configured to influence a position of the compensation piston in a manner which is dependent on a force which acts on the spring element, characterized in that the compensation piston comprises an inlet valve. - a pump housing which has a low-pressure inlet via which a working medium is fed to a working chamber which is formed in the pump housing, and a high-pressure outlet via which the working medium is discharged from the working chamber, - a pump piston channel which is formed in the pump housing and has a longitudinal axis, - a pump piston which is arranged movably along the longitudinal axis in the pump piston channel and which is coupled hydraulically directly to the working chamber, - a compensation piston which is coupled hydraulically directly to the working chamber and which is arranged movably in a compensation piston channel having a further axis, and - a spring element which is coupled mechanically to the compensation piston at an end thereof which faces away from the working chamber, and is configured to influence a position of the compensation piston in a manner which is dependent on a force which acts on the spring element,
Dispersant for inorganic particles, the dispersant being a sulfoxide according to the general formula (I sox) containing at least one sulfinyl radical (S=O) (I sox) X-(S=O)-Y or the dispersant being a sulfon according to the general formula (I son) containing at least one sulfonyl radical (S(=O) 2) (I son) X-(S=O) 2 -Y, X in the formula (I sox) or (I son) is a structural unit comprising at least one poly (alkylene glycol) and Y in the formula (I sox) or (I son) is a structural unit comprising a secondary amine or a tertiary amine and at least one phosphor containing radical of the general formula -OPO 3 M a M b, M a and M b are the same or different and are independently from each other hydrogen or a cation equivalent. X in the formula (I sox) or (I son) is a structural unit comprising at least one poly (alkylene glycol) and Y in the formula (I sox) or (I son) is a structural unit comprising a secondary amine or a tertiary amine and at least one phosphor containing radical of the general formula
Tool for alignment adjustment s of machinery comprising a bottom plate, a top plate, being oriented in parallel planes a low friction intermediate element between bottom plate and top plate, at least one hydraulic actuator or electro-mechanic actuator arranged between the bottom plate and the top plate capable of moving the top plate relative to the bottom plate, wherein the top plate comprises at least one lever arm (43, 51), and wherein a movable end of the at least one actuator is attached to the at least one lever arm (43, 51) and in that a fixed end of the at least one actuator is attached to the bottom plate; characterised in that: the top plate comprises a first pair of lever arms and a second pair of lever arms and four pairs of actuators, the lever arms of the first pair of lever arms are located on opposite sides of the top plate, the lever arms of the second pair of lever arms are located on opposite sides of the top plate, and at each lever arm (43, 51) two actuators are mounted on opposite sides of the lever arm (43, 51), and the longitudinal axes of the pairs of lever arms (43, 51) enclose an angle of 90°. a bottom plate, a top plate, being oriented in parallel planes a low friction intermediate element between bottom plate and top plate, at least one hydraulic actuator or electro-mechanic actuator arranged between the bottom plate and the top plate capable of moving the top plate relative to the bottom plate, wherein the top plate comprises at least one lever arm (43, 51), and wherein a movable end of the at least one actuator is attached to the at least one lever arm (43, 51) and in that a fixed end of the at least one actuator is attached to the bottom plate; characterised in that: the top plate comprises a first pair of lever arms and a second pair of lever arms and four pairs of actuators, the lever arms of the first pair of lever arms are located on opposite sides of the top plate, the lever arms of the second pair of lever arms are located on opposite sides of the top plate, and at each lever arm (43, 51) two actuators are mounted on opposite sides of the lever arm (43, 51), and the longitudinal axes of the pairs of lever arms (43, 51) enclose an angle of 90°. the top plate comprises a first pair of lever arms and a second pair of lever arms and four pairs of actuators, the lever arms of the first pair of lever arms are located on opposite sides of the top plate, the lever arms of the second pair of lever arms are located on opposite sides of the top plate, and at each lever arm (43, 51) two actuators are mounted on opposite sides of the lever arm (43, 51), and the longitudinal axes of the pairs of lever arms (43, 51) enclose an angle of 90°.
An applicator instrument for dispensing surgical fasteners comprising: a housing; an elongated shaft extending from said housing, said elongated shaft having a proximal end coupled with said housing and a distal end remote therefrom; a firing system for dispensing surgical fasteners from the distal end of said elongated shaft, said firing system including a firing rod disposed in said elongated shaft, characterized by said firing system having a firing cycle with a first stage for advancing said firing rod toward the distal end of said elongated shaft at a first rate of speed and a second stage for advancing said firing rod toward the distal end of said elongated shaft at a second rate of speed that is greater than the first rate of speed, wherein the distal end of said firing rod is adapted to couple with at least one of said surgical fasteners during the first stage of the firing cycle, and wherein the distal end of said firing rod is adapted to dispense at least one of said surgical fasteners from the distal end of said elongated shaft during the second stage of the firing cycle. a housing; an elongated shaft extending from said housing, said elongated shaft having a proximal end coupled with said housing and a distal end remote therefrom; a firing system for dispensing surgical fasteners from the distal end of said elongated shaft, said firing system including a firing rod disposed in said elongated shaft, characterized by said firing system having a firing cycle with a first stage for advancing said firing rod toward the distal end of said elongated shaft at a first rate of speed and a second stage for advancing said firing rod toward the distal end of said elongated shaft at a second rate of speed that is greater than the first rate of speed, wherein the distal end of said firing rod is adapted to couple with at least one of said surgical fasteners during the first stage of the firing cycle, and wherein the distal end of said firing rod is adapted to dispense at least one of said surgical fasteners from the distal end of said elongated shaft during the second stage of the firing cycle.
An oral care composition comprising a peroxide source, a polyhydric alcohol and a surfactant system having an HLB value of from 4 to 13, wherein the combined amount of the polyhydric alcohol and the surfactant system is from 60 weight % to 95 weight % by total weight of the composition, and wherein the weight ratio of the polyhydric alcohol to the surfactant system is from 9:1 to 1:4, wherein the polyhydric alcohol is selected from propylene glycol, polyethylene glycol, glycerin, and mixtures thereof, wherein the surfactant system comprises propylene glycol monocaprylate, sorbitan laurate, or polyethylene glycol caprylate/caprate glyceride, and wherein the peroxide source is selected from: hydrogen peroxide, urea peroxide, sodium percarbonate, sodium perborate, polyvinylpyrrolidone-hydrogen peroxide complex, and mixtures thereof.
Prefastened absorbent product, said absorbent product comprising a rear portion, a front portion and a crotch portion therebetween, a longitudinal axis (Y-Y) passing generally through the middle of the front and rear portions (1, 2) and a lateral axis (X-X) perpendicular to the longitudinal axis (Y-Y), said rear portion including at least two rear side flaps (8, 12, 9, 13) attached therein, each presenting an inner surface (19, 19') and an outer surface (20', 20'), said front portion including at least two front side flaps (6, 7) attached therein, each presenting an inner surface (17, 17') and an outer surface (18, 18'), wherein one member of a releasable fastening means (10, 11; 15, 16, 46) is present on each of said rear side flaps (8, 12, 9, 13) and each of said front side flaps (6, 7) respectively, the members of said releasable fastening means on said front and said rear side flaps (6, 7; 8, 12, 9, 13) respectively being in contact to thereby form a reclosable convection therebetween, and further wherein each one of said front side flaps (6, 7) is fixedly attached by means of a weld (21, 22) to a respective one of said rear side flaps (8, 12, 9, 13) in an overlapping relationship such that the outer surface (18, 18') of each one of said front side flaps (6, 7) lies against the inner surface (19, 19') of each respective rear side flap (8, 12, 9, 13), and wherein the weld (21, 22) in each of said rear side flaps (8, 12, 9, 13) lies laterally inwardly with respect to the releasable fastening means (10, 11) positioned on said respective rear side flap, and wherein each of said front and said rear side flaps (6, 7; 8, 12, 9, 13) includes an elastic portion, and wherein said weld (21, 22) is positioned proximate the laterally outer edge (47, 48) of the elastic portion of at least one of said front and said rear side flaps (6, 7; 8, 12, 9, 13), said rear side flaps (8, 12, 9, 13) each comprise a first portion (8, 9) fixedly attached to an absorbent product chassis member at a first attachment location (23, 27), and a second portion (12, 13) fixedly attached to said first portion (8, 9) at a second attachment location (24, 26), said second attachment location (24, 26) being positioned laterally outward, with respect to said rear portion, of said first attachment location (23, 27), and in that said first member of said releasable fastening means (10, 11; 15, 16) is fixedly attached to said second portion (12, 13) and in that said first portion (8, 9) includes the elastic portion of said rear side flap, characterized in that said front side flaps (6, 7) and said rear side flaps (8, 12, 9, 13) are fixedly attached to each other by said weld (21, 22) along an area of attachment extending as an elongate welded area between an upper edge and a lower edge of said front side flaps (6, 7) and said rear side flaps (8, 12, 9, 13), and said area of attachment extends over substantially the whole distance between said upper edge and said lower edge of said front side flaps (6, 7) or said rear side flaps (8, 12, 9, 13).
A fitting to interconnect water pipes or to connect pipes with valves or mountings, comprising a coupling housing, an O-ring and a nut, the coupling housing having an internal bore in which at the end of the bore is formed an O-ring seat, constituting two walls of a groove for the O-ring, and an external thread on which the nut is received, wherein it further comprises a circumferentially continuous clamping sleeve, having a first end provided with a flange, said flange forming a third wall of the O-ring seat groove, the flange being retained against the coupling housing by the nut, the clamping sleeve being adapted to be clamped against a pipe (6, 7) which is inserted into the clamping sleeve, and that the O-ring, when the pipe (6, 7) is mounted, seals against the outer surface of the pipe (6, 7), the fitting being adapted to receive the pipe when the clamping sleeve, nut and coupling housing are in an assembled state.
A method for producing an X-ray image of an object by means of an X-ray device, wherein an X-ray source and an X-ray detector are moved around the object during an at least partial rotation (8, 9), wherein the X-rays generated by the X-ray source and passing through the object are recorded from a plurality of different directions by means of the X-ray detector, wherein at least one optical camera (13, 14) records the object during the rotation and at least one first optical image (15, 17) is generated, wherein the at least one optical camera (13, 14) has a known and defined positional relationship to the X-ray source and/or to the X-ray detector, wherein the at least one first optical image (15, 17) is used to determine a movement trajectory (24, 25) of the object relative to the X-ray source and/or to the X-ray detector during the rotation, wherein the X-ray source and the X-ray detector are attached to a support arm; characterised in that the at least one optical camera (13, 14) is permanently attached to the X-ray detector, and in that the first optical image (15, 17) is used additionally to determine a deformation of the support arm during the rotation.
A warehouse method, comprising: receiving status of inventory moving tasks for a warehouse; predicting at least one location of an inventory moving device (116A-116D) in the warehouse by: identifying a task, among the inventory moving tasks, associated with moving an inventory item from a first location (217A-217D) to a second location (217A-217D); determining a predicted route from the first location (217A-217D) to the second location (217A-217D) for the identified task; and predicting the at least one location of the inventory moving device along the predicted route based on the status of the identified task; and determining an obstacle-free path (218A, 218B) of an aerial vehicle to a desired location in the warehouse based on the predicted at least one location of the inventory moving device (116A-116D). receiving status of inventory moving tasks for a warehouse; predicting at least one location of an inventory moving device (116A-116D) in the warehouse by: identifying a task, among the inventory moving tasks, associated with moving an inventory item from a first location (217A-217D) to a second location (217A-217D); determining a predicted route from the first location (217A-217D) to the second location (217A-217D) for the identified task; and predicting the at least one location of the inventory moving device along the predicted route based on the status of the identified task; and identifying a task, among the inventory moving tasks, associated with moving an inventory item from a first location (217A-217D) to a second location (217A-217D); determining a predicted route from the first location (217A-217D) to the second location (217A-217D) for the identified task; and predicting the at least one location of the inventory moving device along the predicted route based on the status of the identified task; and determining an obstacle-free path (218A, 218B) of an aerial vehicle to a desired location in the warehouse based on the predicted at least one location of the inventory moving device (116A-116D).