mhurhangee/ep-ind-claims huggingface dataset:
A method for repairing an electric generator, preferably in a wind turbine generator (WTG, 100), the electric generator comprising: - a stator having windings that form multiple stator phases (U, V, W), and - a rotor being rotatably mounted relative to the stator in the electric generator, the rotor having windings forming multiple rotor phases (K,L,M) on the exterior part of the rotor facing the stator, the rotor having electrical pathways through a central shaft and outwards to the multiple phases (K,L,M), the method of repairing the electric generator comprising: Step 1) providing a rotor connecting ring, the rotor connecting ring comprises a first conductor assembly and a second conductor assembly in two different planes (P1, P2) parallel to each other, the first conductor assembly and the second conductor assembly having a first plurality and a second plurality, respectively, of conductive arc segments (44a,44b,44c,46a,46b,46c), each of the first and the second plurality of conductive arc segments forming a ring-like shape in their respective plane (P1,P2), both ring-like shapes being concentrical to the central shaft when the rotor connecting ring is mounted, Step 2) providing first electrical connections from the central shaft of the rotor to the rotor connecting ring for the multiple phases (K,L,M), and Step 3) providing second electrical connections further from the rotor connecting ring to the respective windings of the multiple phases (K,L,M) on the exterior part of the rotor facing the stator, wherein the first electrical connections, the intermediate rotor connecting ring, and the second electrical connections upon mounting in the generator, facilitate electrical pathways from the central shaft of the rotor to the corresponding multiple phases (K,L,M) on the rotor. - a stator having windings that form multiple stator phases (U, V, W), and - a rotor being rotatably mounted relative to the stator in the electric generator, the rotor having windings forming multiple rotor phases (K,L,M) on the exterior part of the rotor facing the stator, the rotor having electrical pathways through a central shaft and outwards to the multiple phases (K,L,M), Step 1) providing a rotor connecting ring, the rotor connecting ring comprises a first conductor assembly and a second conductor assembly in two different planes (P1, P2) parallel to each other, the first conductor assembly and the second conductor assembly having a first plurality and a second plurality, respectively, of conductive arc segments (44a,44b,44c,46a,46b,46c), each of the first and the second plurality of conductive arc segments forming a ring-like shape in their respective plane (P1,P2), both ring-like shapes being concentrical to the central shaft when the rotor connecting ring is mounted, Step 2) providing first electrical connections from the central shaft of the rotor to the rotor connecting ring for the multiple phases (K,L,M), and Step 3) providing second electrical connections further from the rotor connecting ring to the respective windings of the multiple phases (K,L,M) on the exterior part of the rotor facing the stator,
A method for refining sugammadex sodium, characterized in that, adding a protective agent to a crude sugammadex sodium, and obtaining a pure sugammadex sodium by performing recrystallization under the protection of inert gas; wherein the protective agent is one or a mixture of two or more, in any ratio, selected from the group consisting of mercaptoethanol, thioglycolate, thioglycolate ester, mercaptopropionate, mercaptopropionate ester, glutathione, cysteine, cystamine, dithioerythritol, dithiothreitol, trisubstituted organophosphorus compound, and salt of the trisubstituted organophosphorus compound.
A wind power turbine, for generating electric energy, comprising: a supporting structure; a nacelle; a blade assembly which rotates with respect to the nacelle; a first and second electric machine (9, 13; 13, 9) comprising, respectively, a substantially coaxial first and second stator (10, 14; 14, 10), and a first and second rotor (11, 15; 15, 11) coupled to the first and second stator (10, 14; 14, 10) to rotate about a first and second axis (A1, A2; A2, A1); a transmission for connecting the first rotor (11; 15) to the second rotor (15; 11); a control device for controlling the wind power turbine; and being characterized by comprising a detection system connected to the control device to detect relative movement between the first rotor (11; 15) and the second rotor (15; 11). a supporting structure; a nacelle; a blade assembly which rotates with respect to the nacelle; a first and second electric machine (9, 13; 13, 9) comprising, respectively, a substantially coaxial first and second stator (10, 14; 14, 10), and a first and second rotor (11, 15; 15, 11) coupled to the first and second stator (10, 14; 14, 10) to rotate about a first and second axis (A1, A2; A2, A1); a transmission for connecting the first rotor (11; 15) to the second rotor (15; 11); a control device for controlling the wind power turbine; and being characterized by comprising a detection system connected to the control device to detect relative movement between the first rotor (11; 15) and the second rotor (15; 11).
A method, comprising: writing, by a compute node having two or more spansets, a batch to a remote memory node, wherein each spanset comprises one or more data spans and one or more parity fragments, and wherein a spanset comprises spans of a same size; receiving, by the compute node, one or more spans from the two or more spansets, thereby creating dead space on the remote memory node; rewriting one or more spans into the dead space; updating the one or more parity fragments; the method being characterized in that it comprises: executing a compaction thread, comprising: identifying matched spanset pairs; for each matched spanset pair: creating a new spanset including data comprising live spans in the matched pair; and recomputing and updating the one or more parity fragments; and de-allocating dead spaces in the matched pair. writing, by a compute node having two or more spansets, a batch to a remote memory node, wherein each spanset comprises one or more data spans and one or more parity fragments, and wherein a spanset comprises spans of a same size; receiving, by the compute node, one or more spans from the two or more spansets, thereby creating dead space on the remote memory node; rewriting one or more spans into the dead space; updating the one or more parity fragments; the method being characterized in that it comprises: executing a compaction thread, comprising: identifying matched spanset pairs; for each matched spanset pair: creating a new spanset including data comprising live spans in the matched pair; and recomputing and updating the one or more parity fragments; and de-allocating dead spaces in the matched pair. identifying matched spanset pairs; for each matched spanset pair: creating a new spanset including data comprising live spans in the matched pair; and recomputing and updating the one or more parity fragments; and de-allocating dead spaces in the matched pair. creating a new spanset including data comprising live spans in the matched pair; and recomputing and updating the one or more parity fragments; and de-allocating dead spaces in the matched pair.
Ultrasonic processing system comprising an ultrasonic vibrator having an ultrasonic sonotrode with at least one working surface for ultrasonic processing of at least one workpiece, wherein the vibrator comprises - a longitudinal axis, - an enclosed cavity (32, 51) extending along the longitudinal axis at least in the sonotrode, - at least one medium inlet through which a cooling medium, in particular a cooling gas, can be fed into the cavity (32, 51), - at least one cooling channel fluidly connected to the enclosed cavity (32, 51) and guiding the medium through the vicinity of the working surface such that the working surface is cooled by the cooling medium, - at least one first medium outlet fluidly connected to the cooling channel, characterized in that the vibrator further comprises at least one vortex generator which is designed and arranged between the medium inlet and the cavity (32, 51) such that a swirl motion of the medium inside the cavity (32, 51) around the longitudinal axis can be generated. - a longitudinal axis, - an enclosed cavity (32, 51) extending along the longitudinal axis at least in the sonotrode, - at least one medium inlet through which a cooling medium, in particular a cooling gas, can be fed into the cavity (32, 51), - at least one cooling channel fluidly connected to the enclosed cavity (32, 51) and guiding the medium through the vicinity of the working surface such that the working surface is cooled by the cooling medium, - at least one first medium outlet fluidly connected to the cooling channel,
A middle or large-sized battery module comprising unit modules, each of which has two or more secondary batteries mounted therein, stacked while being erected vertically, the battery module comprises: a base plate on which the unit modules are stacked in a vertically erected state; a pair of end plates disposed in tight contact with outer surfaces of the outermost unit modules while bottoms of the end plates are fixed to the base plate; and supporting bars connected between opposite sides of upper parts or side parts of the end plates so as to support the end plates, wherein each of the end plates comprises a main body contacting a corresponding one of the unit modules, and a top wall, a bottom wall, and a pair of side walls protruding outward from a perimeter of the main body, a thickness of each of the side walls being increased from the top wall to the bottom wall, thereby dispersing pressure such as bending load from the unit modules and the supporting bars. a base plate on which the unit modules are stacked in a vertically erected state; a pair of end plates disposed in tight contact with outer surfaces of the outermost unit modules while bottoms of the end plates are fixed to the base plate; and supporting bars connected between opposite sides of upper parts or side parts of the end plates so as to support the end plates, wherein each of the end plates comprises a main body contacting a corresponding one of the unit modules, and a top wall, a bottom wall, and a pair of side walls protruding outward from a perimeter of the main body, a thickness of each of the side walls being increased from the top wall to the bottom wall, thereby dispersing pressure such as bending load from the unit modules and the supporting bars.
A method for transferring a yarn produced in a spinning station of a spinning machine to a piecing device for the purpose of piecing, the spinning station being associated with a winding device having a traversable thread guide for winding up the yarn on a bobbin, the yarn production being purposefully interrupted and the spinning station being stopped in a controlled manner for the method, one end of the produced yarn being located at a defined position in the thread path upstream of the winding device after stopping, and the yarn being unwound opposite the regular draw-off direction of the bobbin and wound back prior to the piecing, whereas, before being wound back, the yarn is first lifted out of the thread guide by a thread lifter dedicated to the spinning station, by moving the thread lifter from a resting position into a working position and that the winding back of the yarn is started after lifting out, characterized in that the thread guide, which can be driven individually, is moved into a parking position at the edge of or outside of a winding region of the winding device after the yarn is lifted out and before the yarn is wound back, that the thread lifter, which can be driven individually, is moved back into the resting position after the thread guide is moved into the parking position and before the winding back of the yarn or concurrently with the beginning of the winding back of the yarn, and that the yarn is transferred to the piecing device by means of the thread lifter after winding back.
A visual dental floss, including a dental floss, an oral viewer and a connecting mechanism, wherein: A. the dental floss includes a floss, a bracket and a mounting base; both ends of the floss of the dental floss are respectively fixed on a left arm and a right arm of the bracket, and the bracket is arranged on the mounting base; the mounting base of the dental floss is provided with a locating groove; B. the oral viewer includes a housing, a power supply system, a lighting system, a viewing system, a circuit system and a switch; the lighting system, the viewing system, the circuit system and the power supply system are mounted in the housing, and the switch is mounted on the housing; the lighting system, the viewing system, the power supply system and the switch are connected together through the circuit system; and C. the dental floss is mounted on the oral viewer through the connecting mechanism; the connecting mechanism is provided with a locating hook and a locating block; the connecting mechanism is mounted on the oral viewer through the locating block; and the locating hook on the connecting mechanism is embedded in the locating groove of the dental floss to form a concave-convex snap fit connection, and a detachable connection is formed between the dental floss and the oral viewer. A. the dental floss includes a floss, a bracket and a mounting base; both ends of the floss of the dental floss are respectively fixed on a left arm and a right arm of the bracket, and the bracket is arranged on the mounting base; the mounting base of the dental floss is provided with a locating groove; B. the oral viewer includes a housing, a power supply system, a lighting system, a viewing system, a circuit system and a switch; the lighting system, the viewing system, the circuit system and the power supply system are mounted in the housing, and the switch is mounted on the housing; the lighting system, the viewing system, the power supply system and the switch are connected together through the circuit system; and C. the dental floss is mounted on the oral viewer through the connecting mechanism; the connecting mechanism is provided with a locating hook and a locating block; the connecting mechanism is mounted on the oral viewer through the locating block; and the locating hook on the connecting mechanism is embedded in the locating groove of the dental floss to form a concave-convex snap fit connection, and a detachable connection is formed between the dental floss and the oral viewer.
A base substance for the production of a building material, the base substance comprising a binder which comprises cement, at least one additive for influencing the properties, and at least one filler which serves as a base material, characterised in that the at least one additive comprises nanoparticles in the form of silicon dioxide particles, wherein the nanoparticles have a particle size less than 10 nm, and in that the at least one filler comprises desert sand.
A method of controlling a mobile terminal, the method comprising: displaying an operation screen on a display module configured to identify a fingerprint; selecting a locked operation menu from the operation screen when a multi-fingerprint-touch input (505, 50; 605, 610; 624, 630) is received through the display module, wherein the multi-fingerprint-touch input includes a first fingerprint-touch input for selecting a menu icon from the operation screen, the menu icon representing the operation menu, and a second fingerprint-touch input for selecting an execution icon from the operation screen, wherein the execution icon is for executing the operation menu, and wherein the first and second fingerprint-touch inputs are received at the same time; and unlocking and then executing the selected operation menu when fingerprint information of the multi-fingerprint-touch input is authenticated by matching the plurality of pieces of the fingerprint information with a plurality of pieces of stored fingerprint information. displaying an operation screen on a display module configured to identify a fingerprint; selecting a locked operation menu from the operation screen when a multi-fingerprint-touch input (505, 50; 605, 610; 624, 630) is received through the display module, wherein the multi-fingerprint-touch input includes a first fingerprint-touch input for selecting a menu icon from the operation screen, the menu icon representing the operation menu, and a second fingerprint-touch input for selecting an execution icon from the operation screen, wherein the execution icon is for executing the operation menu, and wherein the first and second fingerprint-touch inputs are received at the same time; and unlocking and then executing the selected operation menu when fingerprint information of the multi-fingerprint-touch input is authenticated by matching the plurality of pieces of the fingerprint information with a plurality of pieces of stored fingerprint information.
Apparatus intended to form and compact a composite provided with a matrix, said apparatus comprising: two flexible and stretchable membranes (G, F) suitable for containing the composite while being adhesive or non-adhesive to the composite and maintaining it on a shaping mould during the polymerisation of the matrix, the mould consisting of one or more materials that resist compression by the pressure applied by the membrane onto the composite, a frame maintaining the two membranes (G, F) and the mould at their edge and relatively between them, an upper chamber receiving a first fluid, the pressure of which is variable inside the upper chamber, the upper chamber being separated from the mould by the two membranes (G, F), characterised in that it comprises a lower chamber receiving a second fluid and means for regulating the pressure of said second fluid inside the chamber, configured to vary the pressure of said second fluid on the lower surface of the mould and thus to control the deformation of the mould while the pressure of the first fluid varies in the upper chamber, the upper and lower chambers being positioned on either side of the mould, and wherein the mould is maintained at the edge with respect to the frame and is porous at least on the surface on which the composite is suitable for being shaped, in order to eliminate any fluid contained between the mould and the membrane via a pressure gradient of the first and second fluids during the shaping of the composite at the surface of the mould. two flexible and stretchable membranes (G, F) suitable for containing the composite while being adhesive or non-adhesive to the composite and maintaining it on a shaping mould during the polymerisation of the matrix, the mould consisting of one or more materials that resist compression by the pressure applied by the membrane onto the composite, a frame maintaining the two membranes (G, F) and the mould at their edge and relatively between them, an upper chamber receiving a first fluid, the pressure of which is variable inside the upper chamber, the upper chamber being separated from the mould by the two membranes (G, F), characterised in that it comprises a lower chamber receiving a second fluid and means for regulating the pressure of said second fluid inside the chamber, configured to vary the pressure of said second fluid on the lower surface of the mould and thus to control the deformation of the mould while the pressure of the first fluid varies in the upper chamber, the upper and lower chambers being positioned on either side of the mould, and wherein the mould is maintained at the edge with respect to the frame and is porous at least on the surface on which the composite is suitable for being shaped, in order to eliminate any fluid contained between the mould and the membrane via a pressure gradient of the first and second fluids during the shaping of the composite at the surface of the mould.
A method of manufacturing a wrapper for an aerosol generating article, the method comprising: attaching a first paper layer to one surface of a metal layer using an adhesive, wherein the metal layer has a thickness of 15 μm to 20 μm; attaching a second paper layer to another surface of the metal layer using an adhesive; drying the adhesive applied between the metal layer and the first paper layer; and drying the adhesive applied between the metal layer and the second paper layer. attaching a first paper layer to one surface of a metal layer using an adhesive, wherein the metal layer has a thickness of 15 μm to 20 μm; attaching a second paper layer to another surface of the metal layer using an adhesive; drying the adhesive applied between the metal layer and the first paper layer; and drying the adhesive applied between the metal layer and the second paper layer.
Injection device having a longitudinal axis, comprising: - a housing (1, 1', 1", 1''') for receiving a product container (3, 3', 3", 3'''), wherein the product container (3, 3', 3", 3''') has a fixedly connected injection needle (3e, 3e', 3e", 3e'''), wherein a needle protection cap (5, 5', 5", 5''') that encloses the injection needle (3e, 3e', 3e", 3e''') and seals it sterilely against the surroundings is releasably arranged on the product container (3, 3', 3", 3'''), - a device cap (2, 2', 2", 2''') that is releasably provided at the distal end of the housing (1, 1', 1", 1'''), wherein the device cap (2, 2', 2", 2''') comprises an engagement element (2c, 2c', 2c", 2c''', 2c'''', 2c''''') in order to effect the removal of the needle protection cap (5, 5', 5", 5''') from the product container (3, 3', 3", 3''') when the device cap (2, 2', 2", 2''') is removed from the injection device, characterized in that the engagement element (2c, 2c', 2c", 2c''', 2c'''', 2c''''') is deformable plastically in such a manner that the engagement element (2c, 2c', 2c", 2c''', 2c'''', 2c''''') can move from a spaced-apart position, in which the engagement element (2c, 2c', 2c", 2c''', 2c'''', 2c''''') is at a radial distance from the needle protection cap (5, 5', 5", 5'''), into an engagement position, in which the engagement element (2c, 2c', 2c", 2c''', 2c'''', 2c''''') is engaged with the needle protection cap (5, 5', 5", 5'''), wherein the engagement element (2c, 2c', 2c", 2c''', 2c'''', 2c''''') is deformed plastically during removal of the device cap (2, 2', 2", 2'''). - a housing (1, 1', 1", 1''') for receiving a product container (3, 3', 3", 3'''), wherein the product container (3, 3', 3", 3''') has a fixedly connected injection needle (3e, 3e', 3e", 3e'''), wherein a needle protection cap (5, 5', 5", 5''') that encloses the injection needle (3e, 3e', 3e", 3e''') and seals it sterilely against the surroundings is releasably arranged on the product container (3, 3', 3", 3'''), - a device cap (2, 2', 2", 2''') that is releasably provided at the distal end of the housing (1, 1', 1", 1'''), wherein the device cap (2, 2', 2", 2''') comprises an engagement element (2c, 2c', 2c", 2c''', 2c'''', 2c''''') in order to effect the removal of the needle protection cap (5, 5', 5", 5''') from the product container (3, 3', 3", 3''') when the device cap (2, 2', 2", 2''') is removed from the injection device, characterized in that the engagement element (2c, 2c', 2c", 2c''', 2c'''', 2c''''') is deformable plastically in such a manner that the engagement element (2c, 2c', 2c", 2c''', 2c'''', 2c''''') can move from a spaced-apart position, in which the engagement element (2c, 2c', 2c", 2c''', 2c'''', 2c''''') is at a radial distance from the needle protection cap (5, 5', 5", 5'''), into an engagement position, in which the engagement element (2c, 2c', 2c", 2c''', 2c'''', 2c''''') is engaged with the needle protection cap (5, 5', 5", 5'''), wherein the engagement element (2c, 2c', 2c", 2c''', 2c'''', 2c''''') is deformed plastically during removal of the device cap (2, 2', 2", 2''').