mhurhangee/ep-ind-claims huggingface dataset:
A tool stick for attachment to a tool handle, comprising a connector having a shaft for insertion into a channel of a tool handle, at least one flexible lug (21,22) provided on the shaft and formed with a nose (24,25) designed to enter a hole of the tool handle, and comprising an actuating element for moving the lug so as to release the connector from the tool handle, wherein the actuating element is a slider movable on the shaft and adapted, in dependence on its position, to retract the lug (21,22) into the shaft via at least one first and one second oblique control surface (31,38) in such a manner that, by moving the slider on the shaft, the tool handle can be detached from the connector, and wherein the slider is a sliding ring, characterized in that the sliding ring comprises the second control surface on its inner side, wherein the first control surface is provided on the lug (21,22).
A method comprising: receiving, by a computing system, burst image data (114, 124), wherein the burst image data (114, 124) comprises first image data generated by a first image-capture system and second image data generated by a second image-capture system, wherein respective optical axes of the first and second image capture systems (110, 120) are separated by a baseline distance, wherein the first image data and the second image data comprise a plurality of image pairs (210, 220), wherein an image pair comprises a first image generated by the first image capture system and a second image generated by the second image capture system, the first and second images captured substantially simultaneously; the method is characterised by: determining, by the computing system, at least one homography function for image rectification, wherein the at least one homography function is configured to transform the first image and/or the second image of each respective image pair of the plurality of image pairs to emulate having a common image plane between the first and second images of each respective image pair; applying the at least one homography function to at least one of the first image data or the second image data; determining, by the computing system, a disparity of the burst image data (114, 124) based at least on the baseline distance; adjusting at least one of the first image data or the second image data according to an inverse of the determined disparity such that the first and second images of each respective image pair are spatially aligned and substantially match; stacking the adjusted image data to provide a warped image stack of substantially similar images for the application of a burst denoising algorithm; and generating at least one output image according to a burst denoising algorithm, wherein the burst denoising algorithm comprises determining a weighted average of the warped image stack. determining, by the computing system, at least one homography function for image rectification, wherein the at least one homography function is configured to transform the first image and/or the second image of each respective image pair of the plurality of image pairs to emulate having a common image plane between the first and second images of each respective image pair; applying the at least one homography function to at least one of the first image data or the second image data; determining, by the computing system, a disparity of the burst image data (114, 124) based at least on the baseline distance; adjusting at least one of the first image data or the second image data according to an inverse of the determined disparity such that the first and second images of each respective image pair are spatially aligned and substantially match; stacking the adjusted image data to provide a warped image stack of substantially similar images for the application of a burst denoising algorithm; and generating at least one output image according to a burst denoising algorithm, wherein the burst denoising algorithm comprises determining a weighted average of the warped image stack.
Apparatus for machining the edges of panels or sheets of glass, marble, stone or ceramic materials, comprising a transporting device for the essentially horizontal advancement of a panel or sheet which is to be machined and also comprising at least four edge-machining units (9, 11, 13, 15), which each machine one edge (a, b, c, d) of the panel or sheet and have an edge-machining side past which the panel or sheet can be transported, wherein the edge-machining apparatus has at least four edge-machining units (9, 11, 13, 15) which are provided for single-sided operation, each have an edge-machining side and are arranged linearly one behind the other in a row in a transporting direction, wherein the respective edge-machining sides of all the edge-machining units (9, 11, 13, 15) are each oriented in the same direction and are located on the same side of the edge-machining apparatus, as seen in relation to the transporting direction, and wherein two adjacent edge-machining units (9, 11; 11, 13; 13, 15) have arranged between them in each case a linking element (10, 12, 14), which connects the respective edge-machining units (9, 11, 13, 15) to one another in the transporting direction, and pivots the panel or sheet, wherein the panels or sheets are transported through the edge-machining apparatus in a state in which they are oriented horizontally in a transporting plane, and the pivoting of the panel or sheet in all the linking elements (10, 12, 14) takes place in the form of a rotation with the direction of rotation being identical in each case, characterized in that the linking elements (10, 12, 14) comprise a lifting and pivoting apparatus, for raising and pivoting by an angle and for lowering the panel or sheet to be machined in each case in a horizontal position, and at least some of the linking elements (10, 12, 14) have an angle-positioning apparatus for setting the angle of the panel or sheet, said angle-positioning apparatus having stops which can be pivoted into the transporting plane and setting itself to the desired default angle, and the linking elements (10, 12, 14) each have a side-positioning apparatus, by means of which the edge (a, b, c, d) of the panel or sheet which is to be machined in each case is oriented in relation to a reference edge of the respective edge-machining unit (9, 11, 13, 15).
A motor assembly comprising: a stator; a rotor rotatable about an axis relative to said stator and defining an internal cavity; a gear assembly (48a, 48b) coupled to said rotor and positioned within said internal cavity; a housing enclosing said stator, said rotor, and said gear assembly; and a driveline component coupled to said gear assembly; wherein said gear assembly and said rotor cooperate to rotate said rotor at a faster speed than said driveline component to allow the motor assembly to operate in a more efficient operating range for low speed vehicle applications; and a storage device to store energy recovered during braking; characterised in that the motor assembly further has a controller to control the motor assembly and determine when torque to the drive line component should be increased or decreased; and in that said driveline component comprises a single through-shaft extending through said housing, the housing surrounding the through-shaft such that said single through-shaft provides both driving input to the motor assembly and driving output from the motor assembly. a stator; a rotor rotatable about an axis relative to said stator and defining an internal cavity; a gear assembly (48a, 48b) coupled to said rotor and positioned within said internal cavity; a housing enclosing said stator, said rotor, and said gear assembly; and a driveline component coupled to said gear assembly; wherein said gear assembly and said rotor cooperate to rotate said rotor at a faster speed than said driveline component to allow the motor assembly to operate in a more efficient operating range for low speed vehicle applications; and a storage device to store energy recovered during braking; characterised in that the motor assembly further has a controller to control the motor assembly and determine when torque to the drive line component should be increased or decreased; and in that said driveline component comprises a single through-shaft extending through said housing, the housing surrounding the through-shaft such that said single through-shaft provides both driving input to the motor assembly and driving output from the motor assembly.
Electronic chip comprising an integrated circuit arranged on a substrate and a protective device arranged at least partially facing the integrated circuit, the electronic chip being such that the protective device comprises at least one condenser comprising: - a first electrode, - a second electrode, - and at least three stacked layers (10a, 10b, 11) of phase change materials, defining at least two outer layers (10a, 10b) and at least one inner layer inserted between said at least two outer layers (10a, 10b), said at least three stacked layers (10a, 10b, 11) of phase change materials being arranged at least partially between the two electrodes (6, 7), at least one first layer taken from among said at least two outer layers (10a, 10b) and said at least one inner layer being in an amorphous state and configured to pass at least locally by penetrating a photonic and/or ionic beam from said amorphous state for which the condenser has a first capacity and/or a first resistance to a crystalline state for which the condenser has a second capacity and/or a second resistance respectively different from the first capacity and from the first resistance, at least one second layer taken from among said at least two outer layers (10a, 10b) and said at least one inner layer being in a crystalline state, the protective device being electrically connected to the integrated circuit by at least one of said first or second electrodes such that the integrated circuit measures the resistance and/or capacity of the condenser. - a first electrode, - a second electrode, - and at least three stacked layers (10a, 10b, 11) of phase change materials, defining at least two outer layers (10a, 10b) and at least one inner layer inserted between said at least two outer layers (10a, 10b),
Method for producing a damping mass for a flywheel, in particular a transmission flywheel, comprising the following operations: - providing a laminate body provided with two juxtaposed faces (4, 5) delimiting said laminate body along the direction of its thickness; - blanking from said laminate body at least one through slot extended through said thickness, said through slot being delimited by a perimeter surface; characterised in that it comprises the following further operations: - inserting a die in said through slot, said die being configured so as to define a clearance between the surface of said die and at least one first portion of said perimeter surface; - plastically deforming said through slot so as to force said first portion into contact with said die. - providing a laminate body provided with two juxtaposed faces (4, 5) delimiting said laminate body along the direction of its thickness; - blanking from said laminate body at least one through slot extended through said thickness, said through slot being delimited by a perimeter surface; - inserting a die in said through slot, said die being configured so as to define a clearance between the surface of said die and at least one first portion of said perimeter surface; - plastically deforming said through slot so as to force said first portion into contact with said die.
Hand machine tool, particularly in the form of an impact screwdriver, with - a tool holder applied to a drive shaft for holding a tool, particularly a screwdriver, in which - the drive shaft may be moved by means of a tangential striking mechanism (10, 10A, 10B) that may be driven by a drive, particularly a motor and/or gear, in a rotating and partly tangentially striking movement, in which - the tangential striking mechanism (10, 10A, 10B) has an anvil allocated to the drive shaft and a hammer allocated to the drive, which may be moved against each other axially by applying the force of at least a first spring and tangentially striking against each other by twisting the same, in which - the hammer has a main mass, and in which - an additional mass, which has the force of a second spring applied to it, may be connected to the main mass, characterised in that the additional mass may be connected to the main mass in a detachable way. - a tool holder applied to a drive shaft for holding a tool, particularly a screwdriver, in which - the drive shaft may be moved by means of a tangential striking mechanism (10, 10A, 10B) that may be driven by a drive, particularly a motor and/or gear, in a rotating and partly tangentially striking movement, in which - the tangential striking mechanism (10, 10A, 10B) has an anvil allocated to the drive shaft and a hammer allocated to the drive, which may be moved against each other axially by applying the force of at least a first spring and tangentially striking against each other by twisting the same, in which - the hammer has a main mass, and in which - an additional mass, which has the force of a second spring applied to it, may be connected to the main mass, characterised in that the additional mass may be connected to the main mass in a detachable way.
A local clean zone forming apparatus in which a pair of push hoods having an alignment mechanism for forming uniform airflow installed inside an air blowing surface are disposed so that the uniform airflows discharged from the push hoods are opposite to and collide with each other in a positional relationship characterised in that the air blowing surfaces are parallel to each other and the centers of the air blowing surfaces are not directly opposite each other, and the uniform airflows are obliquely discharged at an angle with respect to the air blowing surfaces.
A cutter wheel suitable for a grinder pump and configured for interaction with a cutter disc, the cutter wheel comprises: - a shaft portion that has a first diameter taken perpendicular to an axial center axis of the cutter wheel and that is configured to interact with a central hole of said cutter disc, - a hub portion that is connected to the shaft portion and that in the radial direction is wider than said first diameter of the shaft portion, and - at least two main cutting edges that in the radial direction extend outwards from said hub portion and that are configured to interact with a set of cutting holes of said cutter disc, characterized in that the shaft portion comprises an axially extending cutting recess, and in that the hub portion comprises only one radially extending cutting recess. - a shaft portion that has a first diameter taken perpendicular to an axial center axis of the cutter wheel and that is configured to interact with a central hole of said cutter disc, - a hub portion that is connected to the shaft portion and that in the radial direction is wider than said first diameter of the shaft portion, and - at least two main cutting edges that in the radial direction extend outwards from said hub portion and that are configured to interact with a set of cutting holes of said cutter disc,
An annuloplasty ring comprising: an elongate tube of suturable material formed into a ring; a close-coiled spring formed into a ring corresponding to the ring of suturable material received inside the tube; a stiffener configured to prevent axial compression and resist radial deformation of the ring received in the tube in a first circumferential segment of the ring, wherein the stiffener comprises a metal wire axially received in a circumferential portion of the close-coiled spring corresponding to the first circumferential segment; and an axial support (30, 40) configured to prevent axial compression of the ring and permit substantially free radial deformation of the ring received in the tube in a second circumferential segment of the ring, wherein the axial support comprises a circumferential portion of the close-coiled spring corresponding to the second circumferential segment not having a metal wire axially received therein. an elongate tube of suturable material formed into a ring; a close-coiled spring formed into a ring corresponding to the ring of suturable material received inside the tube; a stiffener configured to prevent axial compression and resist radial deformation of the ring received in the tube in a first circumferential segment of the ring, wherein the stiffener comprises a metal wire axially received in a circumferential portion of the close-coiled spring corresponding to the first circumferential segment; and an axial support (30, 40) configured to prevent axial compression of the ring and permit substantially free radial deformation of the ring received in the tube in a second circumferential segment of the ring, wherein the axial support comprises a circumferential portion of the close-coiled spring corresponding to the second circumferential segment not having a metal wire axially received therein.
A transmission emergency unlocking means for an automatic transmission which is mechanically blocked when a parking stage is engaged, having a manually actuatable actuating element for the mechanical deactivation of the parking stage, which has a receptacle (1, 29) fixed with respect to the vehicle with a force-transmission element and an actuating lever (9, 25, 34), which can be inserted into the receptacle (1, 29) fixed with respect to the vehicle in order to deactivate the parking stage by means of the force-transmission element, characterized in that in the receptacle (1, 29) a tie rod (6, 27, 28) connected to a cable pull is arranged, which tie rod upon insertion of the actuating lever (9, 25) into the receptacle (1, 29) can be positively and non-positively coupled with the actuating lever (9, 25, 34).
An electrode for an ultracapacitor, the electrode comprising: a current collector comprising a bonding layer disposed thereon; and at least one layer of compressed vertically aligned carbon nanotubes comprising a bonding layer disposed thereon, wherein the bonding layer of the current collector is bonded to the bonding layer of the layer of compressed vertically aligned carbon nanotubes. a current collector comprising a bonding layer disposed thereon; and at least one layer of compressed vertically aligned carbon nanotubes comprising a bonding layer disposed thereon, wherein the bonding layer of the current collector is bonded to the bonding layer of the layer of compressed vertically aligned carbon nanotubes.
Method for operating a multi-channel sensor unit which comprises at least one multi-channel sensor, wherein at least one physical variable (a x, a y, a( -δ), a δ) is captured using the at least one multi-channel sensor and is output as sensor data (D CH1, D CH2) representing the captured physical variable (a x, a y, a -δ, a δ), wherein the sensor data (D CH1, D CH2) from at least two sensor channels (CH1, CH2) are stored in at least one main storage means (16a, 16b) and are output in an asynchronous manner in response to corresponding read commands, wherein the current sensor data (D CH1, D CH2) are simultaneously stored in the at least one main storage means (16a, 16b) in response to a trigger signal, wherein first sensor data (D CH1) from a first sensor channel which are stored in the at least one main storage means are output in response to a first read command (RD_CH1), and wherein further sensor data (D CH2) which are stored in the at least one main storage means are stored in at least one additional storage means in response to the first read command (RD_CH1), and wherein the sensor data (D RCH2) stored in the at least one additional storage means are output in response to at least one further corresponding read command, wherein a first acceleration (a y) is captured in the vehicle transverse direction (y) and a second acceleration (a x) is captured in a vehicle longitudinal direction (x), characterized in that a third acceleration (as) is captured at a first angle of (45°) with respect to the vehicle longitudinal direction (x) and a second acceleration (a -δ) is captured at a second angle of (-45°) with respect to the vehicle longitudinal direction (x).
Lifting and conveying device having a lifting body on which a circulating conveyor means is deflected to form a conveyor track on which an item is able to be conveyed, and which is articulated or able to be articulated by a linear drive (38, 72; 38, 172) of the device (22; 122; 222; 322; 422; 522) for lifting the conveyor track, wherein the linear drive (38, 72; 38, 172) has a rotary motor and a motor gear (72; 172) for converting an angle of rotation into the lift, wherein the motor gear has a cam disc (72; 172) which is fixedly connected in terms of rotational drive to the rotary motor and by which the lifting body is indirectly or directly articulated or able to be articulated, and having a base body which is able to be arranged in a fixed position with regard to a superordinate assembly, in particular a drift conveyor, and on which the rotary motor with the cam disc (72; 172) is arranged, characterized in that the lifting body is tensioned against the cam disc (72; 172), wherein the base body is a base plate, wherein the lifting body is tensioned against the cam disc (72; 172), wherein two guide pillars are fixedly connected to the underside of the lifting body, said guide pillars extending downward through shaft bearing blocks and the base plate, and through a sheet-metal profile, such that the lifting body is guided linearly via the guide pillars and is able to be lifted relative to the base plate and the components arranged thereon, and wherein compression springs are pushed onto the guide pillars and are pretensioned between the base plate and the sheet-metal profile.
A pharmaceutical composition comprising an effective amount of 6-ethyl-chenodeoxycholic acid or tauro-6-ethyl-chenodeoxycholic acid and an inert and pharmaceutically acceptable carrier for use in a method of inhibiting liver fibrosis associated with non-alcoholic fatty liver disease (NAFLD) or non-alcoholic steatohepatitis (NASH) in a subject not suffering from a cholestatic condition.
A method for preparing a hop acid mixture, the method comprising: contacting a racemate of tetrahydro-α-acids with a chiral amine to form a hop acid complex as a precipitate or in solution, the hop acid complex having an enantiomeric excess of (+)-tetrahydro-α-acids, wherein the amine is (1S, 2R)-(-)-cis-1-amino-indanol.