mhurhangee/patent-ind-claim-en huggingface dataset:
Actuator , comprising a spindle drive which comprises a spindle and a spindle nut in threaded engagement with the spindle , a first gear which is rotationally coupled to the spindle or the spindle nut , wherein the respective other of the spindle nut or the spindle is connected to a first connecting unit for connecting the actuator to a first superordinate assembly (102, 202, 302, 402; 106, 206, 306, 406), wherein the spindle drive is designed such that a rotation of the first gear effects a translational displacement of the first connecting unit , and a second gear which engages with the first gear and which is rotationally coupled to a second connecting unit for connecting the actuator to a second superordinate assembly (106, 206, 306, 406; 102, 202, 302, 402), wherein a longitudinal axis (A) of the spindle drive is inclined relative to a central axis (X), in particular to a rotation axis (X), of the second gear , wherein the actuator is designed such that a relative rotation of the two gears with respect to one another effects an actuation of the spindle drive and a displacement of the spindle drive relative to the central axis (X) of the second gear or an actuation of the spindle drive effects a relative rotation of the two gears with respect to one another and also a displacement of the spindle drive (12, 12A, 12B8) relative to the central axis (X) of the second gear , wherein the actuator comprises a drive unit , in particular an electric motor, which is designed to drive at least one of the first gear , the second gear , the spindle , the spindle nut and the housing . a spindle drive which comprises a spindle and a spindle nut in threaded engagement with the spindle , a first gear which is rotationally coupled to the spindle or the spindle nut , wherein the respective other of the spindle nut or the spindle is connected to a first connecting unit for connecting the actuator to a first superordinate assembly (102, 202, 302, 402; 106, 206, 306, 406), wherein the spindle drive is designed such that a rotation of the first gear effects a translational displacement of the first connecting unit , and a second gear which engages with the first gear and which is rotationally coupled to a second connecting unit for connecting the actuator to a second superordinate assembly (106, 206, 306, 406; 102, 202, 302, 402), wherein a longitudinal axis (A) of the spindle drive is inclined relative to a central axis (X), in particular to a rotation axis (X), of the second gear , wherein the actuator is designed such that a relative rotation of the two gears with respect to one another effects an actuation of the spindle drive and a displacement of the spindle drive relative to the central axis (X) of the second gear or an actuation of the spindle drive effects a relative rotation of the two gears with respect to one another and also a displacement of the spindle drive (12, 12A, 12B8) relative to the central axis (X) of the second gear , wherein the actuator comprises a drive unit , in particular an electric motor, which is designed to drive at least one of the first gear , the second gear , the spindle , the spindle nut and the housing .
A compound of cesium fluorooxoborate, wherein a chemical formula of the compound is CsB 4 O 6 F, and a molecular weight of the compound is 291.15.
A clip adapted to bear an elongated piece , comprising: - at least one clip unit having a recess , said recess being defined by a bottom , two opposing sidewalls , and an opening opposing to said bottom, - a first elastic detent arm and a second elastic detent arm having each an upper end and a lower end , said detent arms being integrated respectively with an upper portion of said two sidewalls at the upper end , said two detent arms projecting diagonally towards the bottom , and said recess and at least one of said lower ends of said detent arms form a holding space for said elongated piece , wherein said clip unit comprises a stop member having a superior end and an inferior end , said superior end being attached to the first detent arm on its superior surface, said inferior end protruding downwards towards the second detent arm , characterized in that said lower end of the first detent arm has a lower level than said lower end of the second detent arm . - at least one clip unit having a recess , said recess being defined by a bottom , two opposing sidewalls , and an opening opposing to said bottom, - a first elastic detent arm and a second elastic detent arm having each an upper end and a lower end , said detent arms being integrated respectively with an upper portion of said two sidewalls at the upper end , said two detent arms projecting diagonally towards the bottom , and said recess and at least one of said lower ends of said detent arms form a holding space for said elongated piece , wherein said clip unit comprises a stop member having a superior end and an inferior end , said superior end being attached to the first detent arm on its superior surface, said inferior end protruding downwards towards the second detent arm , characterized in that said lower end of the first detent arm has a lower level than said lower end of the second detent arm . wherein said clip unit comprises a stop member having a superior end and an inferior end , said superior end being attached to the first detent arm on its superior surface, said inferior end protruding downwards towards the second detent arm , characterized in that said lower end of the first detent arm has a lower level than said lower end of the second detent arm .
Device for extracting bleed air from flowing air in a secondary flow duct of an aircraft engine, having a means for the targeted setting of an inlet cross section (A) for an opening in or in the region of a wall of the aircraft engine , characterized by a flow-guiding means for separating a boundary layer flow (G) independently of the size of the inlet cross section (A), wherein the flow-guiding means has a rounded, substantially wedge-shaped nose which is directed into the boundary layer flow (G), and the flow-guiding means is arranged below the inlet cross section (A) such that boundary layer flows in the secondary flow duct are separated and channelled away in a targeted manner.
A data transmission method, comprising: receiving (S1), by a forwarding node, a data packet, wherein a label stack of the data packet comprises a path identifier path-ID, the path-ID is an identifier of a constrained path, and the constrained path is a path that consists of at least two nodes arranged in a specific order; determining (S2), by the forwarding node, that the forwarding node is a node on the constrained path; selecting (S3), by the forwarding node, a target label/target address from a local available label block/address block based on the path-ID and according to a preset rule, wherein the label block/address block comprises at least one label/address; wherein the label stack of the received data packet does not include a same local available label block/ address comprised in the local available label block/address block of the forwarding node; searching for (S4), by the forwarding node, a corresponding target interface based on the target label/target address; and forwarding (S5), by the forwarding node, the data packet through the target interface, wherein the preset rule is: selecting, as the target label/target address, the X th label/address from the label block/address block in a preset order by using a value of the path-ID as an offset X. receiving (S1), by a forwarding node, a data packet, wherein a label stack of the data packet comprises a path identifier path-ID, the path-ID is an identifier of a constrained path, and the constrained path is a path that consists of at least two nodes arranged in a specific order; determining (S2), by the forwarding node, that the forwarding node is a node on the constrained path; selecting (S3), by the forwarding node, a target label/target address from a local available label block/address block based on the path-ID and according to a preset rule, wherein the label block/address block comprises at least one label/address; wherein the label stack of the received data packet does not include a same local available label block/ address comprised in the local available label block/address block of the forwarding node; searching for (S4), by the forwarding node, a corresponding target interface based on the target label/target address; and forwarding (S5), by the forwarding node, the data packet through the target interface, wherein the preset rule is: selecting, as the target label/target address, the X th label/address from the label block/address block in a preset order by using a value of the path-ID as an offset X.
Electric automotive fluid pump comprising: - an electronically commutated motor with a motor rotor being permanently magnetized and stator coils , - a motor electronics for electronically commutating and driving the stator coils of the motor , - a pumping unit which is arranged axially between the motor electronics and the motor , - a rotor shaft mechanically connecting a pump rotor of the pumping unit with the motor rotor , wherein the pump rotor comprises a pump rotor body characterized in that the pump rotor comprises further at least two axial oriented permanent magnet poles (N,S), which cooperate with at least one axial oriented, stationary hall sensor to detect the the permanent magnet poles (N, S), so that at least two positions of the pump rotor are detectable, the motor is configured such that the commutation of the stator coils depends on the at least two detectable positions of the pump rotor . - an electronically commutated motor with a motor rotor being permanently magnetized and stator coils , - a motor electronics for electronically commutating and driving the stator coils of the motor , - a pumping unit which is arranged axially between the motor electronics and the motor , - a rotor shaft mechanically connecting a pump rotor of the pumping unit with the motor rotor , wherein the pump rotor comprises a pump rotor body
Universal joint having a first joint yoke and a second joint yoke and a journal cross , wherein ends of the journal cross are mounted in the first and the second joint yoke , that the journal yoke has two separate feedthroughs for lubricant, wherein each feedthrough is provided for supplying lubricant to precisely one mounting (A, B, C, D) assigned to one journal end , wherein the journal cross has one of the feedthroughs for lubricant spaced apart from at least one of the centre axes , characterized in that the universal joint has in each case two lubricant feed lines on two mutually opposite sides of the universal joint , wherein each lubricant feed line is assigned to precisely one mounting (A, B, C, D), or in that feed lines for lubricant are provided at two positions of the universal joint that are arranged at an angle of 90°, whereby each mounting A, B, C, D is assigned one dedicated lubricant feed line .
A stapling device comprising: a staple delivering portion delivering a staple ; a supporting table for paper; and a clincher bending legs of the staple , the staple delivering portion, the supporting table, and the clincher are relatively movable. the stapling device further includes a controller variably controlling timings when the staple delivering portion and the clincher move relative to the supporting table, characterized in that the controller is switchable between first timing control to bring the clincher into contact with the supporting table or the paper before the staple pierces the paper, and second timing control to bring the clincher into contact with the supporting table or the paper after the staple has pierced the paper. a staple delivering portion delivering a staple ; a supporting table for paper; and a clincher bending legs of the staple , the staple delivering portion, the supporting table, and the clincher are relatively movable. the stapling device further includes a controller variably controlling timings when the staple delivering portion and the clincher move relative to the supporting table, characterized in that the controller is switchable between first timing control to bring the clincher into contact with the supporting table or the paper before the staple pierces the paper, and second timing control to bring the clincher into contact with the supporting table or the paper after the staple has pierced the paper. first timing control to bring the clincher into contact with the supporting table or the paper before the staple pierces the paper, and second timing control to bring the clincher into contact with the supporting table or the paper after the staple has pierced the paper.
A method for producing trialkylaluminum, comprising a step of obtaining a trialkylaluminum-containing reaction product by reacting an aluminum-magnesium alloy with an alkyl halide in the presence of a nitrogen-containing organic compound and a hydrocarbon solvent.
A method comprising the implementation, by an electronic monitoring module associated with an electrical protection device , of steps consisting of: - repeatedly measuring (102, 104; 302, 304) an electrical voltage and an electrical current in an electrical link with which said electrical protection device is associated; characterised in that the method further comprises the steps consisting of: - repeatedly calculating (106, 108; 306, 308) from the measured current values a first moving average and a second moving average, the second moving average being calculated for a longer period of time than the first moving average; - comparing (120; 310) the measured voltage value with a predefined voltage threshold value; - comparing (132; 312) the current value of the first moving average with the current value of the second moving average; - identifying (134; 314) a condition for triggering the protection device when the measured voltage value is below the predefined voltage threshold value for a period of time greater than a predefined time threshold and the current value of the first moving average is greater than the current value of the second moving average. - repeatedly measuring (102, 104; 302, 304) an electrical voltage and an electrical current in an electrical link with which said electrical protection device is associated; - repeatedly calculating (106, 108; 306, 308) from the measured current values a first moving average and a second moving average, the second moving average being calculated for a longer period of time than the first moving average; - comparing (120; 310) the measured voltage value with a predefined voltage threshold value; - comparing (132; 312) the current value of the first moving average with the current value of the second moving average; - identifying (134; 314) a condition for triggering the protection device when the measured voltage value is below the predefined voltage threshold value for a period of time greater than a predefined time threshold and the current value of the first moving average is greater than the current value of the second moving average.
A catheter that defines a longitudinal axis, the catheter comprising: an inner member having an outer wall , wherein at least a portion of the inner member has a first stiffness; a retaining member defining a pocket configured to receive a connecting member of an expandable medical device , the retaining member having a second stiffness that is different from the first stiffness; and a support member extending distally from the retaining member , wherein the support member is configured to be received radially within the expandable medical device when the connecting member is received within the retaining member , and wherein the support member is configured to provide a gradual transition between the first stiffness of the inner member and the second stiffness of the retaining member , wherein the retaining member is formed in the outer wall of the inner member , and wherein the portion of the inner member having the first stiffness is distal to or proximal to the retaining member . an inner member having an outer wall , wherein at least a portion of the inner member has a first stiffness; a retaining member defining a pocket configured to receive a connecting member of an expandable medical device , the retaining member having a second stiffness that is different from the first stiffness; and a support member extending distally from the retaining member , wherein the support member is configured to be received radially within the expandable medical device when the connecting member is received within the retaining member , and wherein the support member is configured to provide a gradual transition between the first stiffness of the inner member and the second stiffness of the retaining member , wherein the retaining member is formed in the outer wall of the inner member , and wherein the portion of the inner member having the first stiffness is distal to or proximal to the retaining member .
Filter unit, especially serving as a portable service unit for hydraulic applications, at least consisting of a motor pump unit , which is connected with an outlet in the main flow to a filter element and with its other outlet in the secondary flow to a device for particle measurement in the fluid, said device comprising a particle sensor , a fluid pipe of pre-definable length being provided as a calming section as part of the device for particle measurement on the inflow side of the particle sensor such that gases conveyed in the fluid are redissolved in the fluid, characterised in that the fluid pipe of pre-definable length, assembled to form at least one winding , is received in a housing part of the unit, in that the respective winding is formed by a coil in the housing part , in that two coils are provided in the housing part , said coils being separated in a sealing manner, apart from a shared fluid connection point , by a housing wall , and in that the flow passes successively through the two coils .
A fibrous filtration media for filtering process fluids associated with electron discharge machining (EDM), specifically wire electron discharge machining (WEDM), comprising a wet-laid nonwoven fibrous web comprised of: from about 20 wt.% to about 80 wt.%, based on total weight of the fibrous web, bicomponent staple fibers; and from about 10 wt.% to about 50 wt.%, based on total weight of the fibers in the media, fibrillated lyocell staple fibers, wherein the fibrous web has a mean flow pore size of 20 μm or less, the fibrous web exhibits a wet burst strength of equal to or greater than 3 bar and no more than about 6 bar (measured according to ISO Standard 2758 ), and the media is free of binder resin. from about 20 wt.% to about 80 wt.%, based on total weight of the fibrous web, bicomponent staple fibers; and from about 10 wt.% to about 50 wt.%, based on total weight of the fibers in the media, fibrillated lyocell staple fibers, wherein the fibrous web has a mean flow pore size of 20 μm or less, the fibrous web exhibits a wet burst strength of equal to or greater than 3 bar and no more than about 6 bar (measured according to ISO Standard 2758 ), and the media is free of binder resin.
Hob module for installation below a worktop , the worktop being the worktop of a kitchen unit or a cooking island or the top of a table, comprising at least one induction device , at least one generator device which is connected to the induction device via at least one line , and at least one support device on which at least the induction device and the generator device are accommodated, the support device being designed as a liquid-tight separating device , the induction device , in the installed state, being arranged above the support device on the side of the support device facing the worktop and the generator device being arranged below the separating device on the side facing away from the worktop , at least one line feedthrough being provided in the support device , characterised in that the line feedthrough has at least one contour which at least temporarily prevents the penetration of liquids and/or at least one sealing device is arranged in the line feedthrough . at least one induction device , at least one generator device which is connected to the induction device via at least one line , and at least one support device on which at least the induction device and the generator device are accommodated, the support device being designed as a liquid-tight separating device , the induction device , in the installed state, being arranged above the support device on the side of the support device facing the worktop and the generator device being arranged below the separating device on the side facing away from the worktop , at least one line feedthrough being provided in the support device , characterised in that the line feedthrough has at least one contour which at least temporarily prevents the penetration of liquids and/or at least one sealing device is arranged in the line feedthrough .
Device for generating alternating current, comprising a comb-shaped magnet body consisting of a yoke and three rods substantially perpendicular thereto, namely a centre rod and two side rods substantially parallel to the centre rod, a winding arranged on the centre rod, a plunger located in a cylinder and forming cavities within the cylinder, wherein an induced voltage is generated in the winding by the periodic movement of the plunger, wherein the plunger is made of a material with a high magnetic permeability, wherein the plunger is set in motion by vapour or gas expansion, the vapour or gas thereby being under pressure, and wherein the vapour or gas is periodically fed into one or the other cavity of the cylinder , wherein the plunger in the end positions closes each one of the magnetic fluxes of the side bars via the centre bar, and wherein the side bars have unequal permanent magnetisations.
Device , comprising: - at least two fibre-shaped elements (101-104) arranged between a fixation means and a deflection unit , - the deflection unit configured to deflect light , and - an actuator configured to excite at least one degree of freedom of movement of the at least two fibre-shaped elements (101-104) in coupled fashion, wherein the at least one degree of freedom of movement comprises a torsion mode , wherein the at least two fibre-shaped elements (101-104) extend away from a back side of a mirror of the deflection unit and towards the fixation means , wherein the deflection unit has an end piece to which a mirror is attached, wherein the at least two fibre-shaped elements (101-104) are arranged between the fixation means and the end piece , wherein the mirror has a tilt vis-à-vis the longitudinal axes of the at least two fibre-shaped elements (101-104). - at least two fibre-shaped elements (101-104) arranged between a fixation means and a deflection unit , - the deflection unit configured to deflect light , and - an actuator configured to excite at least one degree of freedom of movement of the at least two fibre-shaped elements (101-104) in coupled fashion, wherein the at least one degree of freedom of movement comprises a torsion mode , wherein the at least two fibre-shaped elements (101-104) extend away from a back side of a mirror of the deflection unit and towards the fixation means , wherein the deflection unit has an end piece to which a mirror is attached, wherein the at least two fibre-shaped elements (101-104) are arranged between the fixation means and the end piece , wherein the mirror has a tilt vis-à-vis the longitudinal axes of the at least two fibre-shaped elements (101-104).