mhurhangee/ep-ind-claims huggingface dataset:
A fastener comprising: an elongated shaft having a first end, a second end, and a shaft body disposed between the first end and the second end; a head portion disposed at the first end; a threaded portion disposed at the second end; at least one inner feed channel extending from an opening in the head portion, through the head portion and the shaft body, along a longitudinal central axis of the elongated shaft, and terminating proximal to the threaded portion; a plurality of flutes formed along and circumferentially spaced around an outer surface of the shaft body and an outer surface of the head portion, each flute having a first end extending from a first location proximal to the threaded portion, along the outer surface of the shaft body, and radially outward along the outer surface of the head portion; and one or more lateral feed channels formed laterally through the shaft body, each lateral feed channel connecting the inner feed channel to at least two opposing flutes on the outer surface of the shaft body. an elongated shaft having a first end, a second end, and a shaft body disposed between the first end and the second end; a head portion disposed at the first end; a threaded portion disposed at the second end; at least one inner feed channel extending from an opening in the head portion, through the head portion and the shaft body, along a longitudinal central axis of the elongated shaft, and terminating proximal to the threaded portion; a plurality of flutes formed along and circumferentially spaced around an outer surface of the shaft body and an outer surface of the head portion, each flute having a first end extending from a first location proximal to the threaded portion, along the outer surface of the shaft body, and radially outward along the outer surface of the head portion; and one or more lateral feed channels formed laterally through the shaft body, each lateral feed channel connecting the inner feed channel to at least two opposing flutes on the outer surface of the shaft body.
A method for recycling water in a water recycling device, said method comprising: receiving used water via a drain in the water recycling device; determining a water quality measure of said used water; if said water quality measure of said used water is above a first quality threshold, feeding said used water to a valve arrangement in the water recycling device; in said valve arrangement, forming water to be treated by providing external water, said used water or a combination of said external water and said used water; generating treated water by treating said water to be treated using a water treatment arrangement in the water recycling device; and feeding said treated water to an outlet in the water recycling device characterized by that said step of forming water to be treated by providing external water, said used water or a combination of said external water and said used water, comprises sub-steps of providing only said external water for forming said water to be treated if said water quality measure is below said first quality threshold and a second quality threshold, providing said combination of said external water and said used water for forming said water to be treated if said water quality measure is above said first quality threshold but below said second quality threshold, or providing only said used water for forming said water to be treated if said water quality measure is above said first quality threshold and said second quality threshold. receiving used water via a drain in the water recycling device; determining a water quality measure of said used water; if said water quality measure of said used water is above a first quality threshold, feeding said used water to a valve arrangement in the water recycling device; in said valve arrangement, forming water to be treated by providing external water, said used water or a combination of said external water and said used water; generating treated water by treating said water to be treated using a water treatment arrangement in the water recycling device; and feeding said treated water to an outlet in the water recycling device providing only said external water for forming said water to be treated if said water quality measure is below said first quality threshold and a second quality threshold, providing said combination of said external water and said used water for forming said water to be treated if said water quality measure is above said first quality threshold but below said second quality threshold, or providing only said used water for forming said water to be treated if said water quality measure is above said first quality threshold and said second quality threshold.
Tensioning apparatus for a safety belt component, comprising - an inflator for generating a pressurized gas, - a piston that can be driven by the pressurized gas, - a tension cable that is connected to the piston, which cable can be connected to a seat belt component to be set into a tensioning movement, - a tensioner tube for receiving and guiding the piston, and - a guide block that forms a cable guide, in which block a receptacle receiving the inflator and a pressure chamber fluidically connected to the receptacle are formed, the guide block being connected to the tensioner tube and the tension cable extending in a piston movement direction in a straight line out of the tensioner tube through the pressure chamber, the guide block forming a linear guide which adjoins the pressure chamber and is designed such that the tension cable can be guided out of the guide block parallel to the piston movement direction on the side opposite the tensioner tube, at least one resistance element being arranged in the linear guide, which element counteracts an unintentional movement of the tension cable, projections or constrictions projecting into the linear guide being formed in the guide block outside the pressure chamber, which projections or constrictions prevent a relative movement of the tension cable and therefore of the piston relative to the tensioner tube before or even after mounting in the motor vehicle, characterized in that the projections or constrictions are initially in contact with the tension cable and prevent an unintentional movement of the tension cable, the projections or constrictions being reduced in height at the beginning of the tensioning process due to friction with the tension cable, so that their resistance is reduced. - an inflator for generating a pressurized gas, - a piston that can be driven by the pressurized gas, - a tension cable that is connected to the piston, which cable can be connected to a seat belt component to be set into a tensioning movement, - a tensioner tube for receiving and guiding the piston, and - a guide block that forms a cable guide, in which block a receptacle receiving the inflator and a pressure chamber fluidically connected to the receptacle are formed,
Anti-twist element, in particular a transportation safeguard, for a rotor and a housing of a wraparound strip, characterized in that the anti-twist element is integrated in the housing and the rotor of the wraparound strip, wherein the anti-twist element is formed by a latching action between the rotor and housing and can be enabled and released by an axial displacement between the housing and rotor.
A cement admixture comprising a calcium aluminate having a chemical composition containing from 21 to 27 parts by mass of CaO, from 65 to 73 parts by mass of Al 2 O 3, from 1 to 5 parts by mass of SiO 2, from 1 to 6 parts by mass of Fe 2 O 3, and from 1 to 5 parts by mass of TiO 2, based on the total amount of CaO, Al 2 O 3, SiO 2, Fe 2 O 3, and TiO 2, and having a Blaine specific surface area of 2,000 to 6,000 cm2/g.
A rotation angle detection device for detecting a rotation angle of a motor having a rotary shaft passing through a metal plate, the rotation angle detection device comprising: a permanent magnet attached to one end of the rotary shaft; a board that faces the metal plate on the opposite side of the permanent magnet from the metal plate and on which at least one of a drive circuit of the motor and a control circuit of the drive circuit is mounted; a magnetic sensing element that is provided on the board so as to face the permanent magnet; characterized in that a magnetic shielding member that has a tubular shape and is disposed between the metal plate and the board so as to surround the permanent magnet and the magnetic sensing element wherein at least one of the drive circuit and the control circuit is arranged radially outside the magnetic shielding member in plan view. a permanent magnet attached to one end of the rotary shaft; a board that faces the metal plate on the opposite side of the permanent magnet from the metal plate and on which at least one of a drive circuit of the motor and a control circuit of the drive circuit is mounted; a magnetic sensing element that is provided on the board so as to face the permanent magnet; characterized in that a magnetic shielding member that has a tubular shape and is disposed between the metal plate and the board so as to surround the permanent magnet and the magnetic sensing element wherein at least one of the drive circuit and the control circuit is arranged radially outside the magnetic shielding member in plan view.
A MAS-NMR rotor system, comprising a rotor for accommodating a measurement substance and a stator for mounting of the rotor so as to be rotatable about a rotation axis, having a first pneumatic radial bearing, comprising first nozzle outlet openings in the stator at a radius r1 and a first bearing surface on a circular cylindrically-shaped section of the rotor at a radius R1, having a second pneumatic radial bearing, comprising second nozzle outlet openings in the stator at a radius r2 and a second bearing surface on the rotor at a radius R2, measured opposite to the second nozzle outlet openings in the stator, and having a pneumatic axial bearing, comprising at least one nozzle outlet opening in the stator and a third bearing surface on an axial end of the rotor, wherein the third bearing surface runs orthogonally to the rotation axis and has an outer radius R3, characterized in that the second radial bearing is formed on an end section of the rotor which, as compared to the circular cylindrically-shaped section, has a smaller radius or a radius that decreases away from the circular cylindrically-shaped section, so that R2 < R1 applies and also r2 < r1, and that the third bearing surface is formed on an end of the end section that faces away from the circular cylindrically-shaped section, so that R3 ≤ R2 also applies. having a first pneumatic radial bearing, comprising first nozzle outlet openings in the stator at a radius r1 and a first bearing surface on a circular cylindrically-shaped section of the rotor at a radius R1, having a second pneumatic radial bearing, comprising second nozzle outlet openings in the stator at a radius r2 and a second bearing surface on the rotor at a radius R2, measured opposite to the second nozzle outlet openings in the stator, and having a pneumatic axial bearing, comprising at least one nozzle outlet opening in the stator and a third bearing surface on an axial end of the rotor, wherein the third bearing surface runs orthogonally to the rotation axis and has an outer radius R3, characterized in that the second radial bearing is formed on an end section of the rotor which, as compared to the circular cylindrically-shaped section, has a smaller radius or a radius that decreases away from the circular cylindrically-shaped section, so that R2 < R1 applies and also r2 < r1, and that the third bearing surface is formed on an end of the end section that faces away from the circular cylindrically-shaped section, so that R3 ≤ R2 also applies.
The use of a galactooligasaccharide and pulp of hemi-cellular material from cranberry in the creation of a preparation for use in treatment of infection by one of clostridium difficile and salmonella,
A method for analyzing data from a microphone, the microphone being arranged to continuously record audio data, the method comprising: continuously storing the recorded audio data in a buffer (104,S202,S302), receiving a first triggering signal at a first point in time (S204,310), the first triggering signal pertaining to a request for analyzing the audio data presently being recorded by the microphone, transferring a predefined amount of recorded audio data stored prior to the first point in time (S206,314) and audio data stored after the first point in time (S208,316) to a conversation analyzing unit, wherein the first triggering signal comprises a keyword associated with a specific voice. continuously storing the recorded audio data in a buffer (104,S202,S302), receiving a first triggering signal at a first point in time (S204,310), the first triggering signal pertaining to a request for analyzing the audio data presently being recorded by the microphone, transferring a predefined amount of recorded audio data stored prior to the first point in time (S206,314) and audio data stored after the first point in time (S208,316) to a conversation analyzing unit, wherein the first triggering signal comprises a keyword associated with a specific voice.
A striking plate assembly comprising: a striking plate; and a sensor device for detecting a status of a bolt (13, 14) of a lock for a physical barrier, the sensor device comprising a proximity sensor and an antenna; wherein the sensor device is provided such that its proximity sensor is provided vertically displaced, along a longitudinal direction of the striking plate, from a through-hole (12a, 12b) through which the bolt (13, 14) is intended to pass; characterized in that the sensor device is provided such that its antenna is directed towards a gap between the striking plate assembly and the physical barrier, when the striking plate assembly is installed. a striking plate; and a sensor device for detecting a status of a bolt (13, 14) of a lock for a physical barrier, the sensor device comprising a proximity sensor and an antenna; wherein the sensor device is provided such that its proximity sensor is provided vertically displaced, along a longitudinal direction of the striking plate, from a through-hole (12a, 12b) through which the bolt (13, 14) is intended to pass; characterized in that the sensor device is provided such that its antenna is directed towards a gap between the striking plate assembly and the physical barrier, when the striking plate assembly is installed.
A battery box, comprising a lower box body, characterised in that the lower box body comprises: a first plate, comprising: a bottom wall; a peripheral wall, which is connected to a periphery of the bottom wall and extends upward; and the bottom wall and the peripheral wall form an accommodating space opening upwards; a second plate, which is fixed to the bottom wall from a bottom and engages with the bottom wall to form a flow passage, wherein the second plate is provided with: a second protrusion, which protrudes from a side facing a reinforcing beam to the first plate and extends along a transverse direction; and an opening, which runs through the second protrusion of the second plate along a height direction and extends along the transverse direction, the second protrusion of the second plate being connected to the bottom wall of the first plate in a sealed manner; and the battery box further comprises: the reinforcing beam, which is arranged under the second plate and extends along the transverse direction, the reinforcing beam being installed at a position of a corresponding opening and being fixedly connected to the first plate and/or the second plate. a first plate, comprising: a bottom wall; a peripheral wall, which is connected to a periphery of the bottom wall and extends upward; and the bottom wall and the peripheral wall form an accommodating space opening upwards; a second plate, which is fixed to the bottom wall from a bottom and engages with the bottom wall to form a flow passage, wherein the second plate is provided with: a second protrusion, which protrudes from a side facing a reinforcing beam to the first plate and extends along a transverse direction; and an opening, which runs through the second protrusion of the second plate along a height direction and extends along the transverse direction, the second protrusion of the second plate being connected to the bottom wall of the first plate in a sealed manner; and the battery box further comprises: the reinforcing beam, which is arranged under the second plate and extends along the transverse direction, the reinforcing beam being installed at a position of a corresponding opening and being fixedly connected to the first plate and/or the second plate.
A method for producing L-methionine, comprising: (a) culturing a microorganism of Escherichia sp. producing O -acetyl homoserine with increased O -acetyl homoserine production capability compared to the parent microorganism producing O -acetyl homoserine, wherein in the microorganism, the endogenous activity of citrate synthase is modified to be attenuated or inactivated compared to the parent microorganism producing O -acetyl homoserine; and (b) contacting O -acetyl homoserine produced in step (a) with O -acetyl homoserine sulfhydrylase, or a microorganism having O -acetyl homoserine sulfhydrylase. (a) culturing a microorganism of Escherichia sp. producing O -acetyl homoserine with increased O -acetyl homoserine production capability compared to the parent microorganism producing O -acetyl homoserine, wherein in the microorganism, the endogenous activity of citrate synthase is modified to be attenuated or inactivated compared to the parent microorganism producing O -acetyl homoserine; and (b) contacting O -acetyl homoserine produced in step (a) with O -acetyl homoserine sulfhydrylase, or a microorganism having O -acetyl homoserine sulfhydrylase.
A method of manufacturing animal litter including an aggregate of granules, comprising at least a step of forming the granules by mixing a granular substrate made of inorganic porous material, a hydraulic binder and a soluble thickener while adding water, wherein the thickener comprises at least one of water-soluble cellulose and modified cellulose, and wherein the binder comprises or is a cementitious binder.
An engine fuel injection device injecting fuel per each cylinder in an engine having a plurality of cylinders (103, 104), characterized in that the engine fuel injection device comprises a feature that implements an initial injection start timing for all cylinders (103, 104) at an interval of a time set in advance and at least one subsequent injection start timing for all cylinders (103, 104) and sets the initial injection start timing and the at least one subsequent start timing within one rotation of a crankshaft after activation of an engine control unit at an engine-starting actuation time, wherein at least an initial fuel injection to all of the cylinders (103, 104) is performed asynchronously with crank angle before cylinder discrimination, wherein an engine control unit is activated and the initial fuel injection is performed immediately thereafter, wherein at least one subsequent fuel injection to all of the cylinders (103, 104) is performed at a predetermined crank angle synchronously with the crankshaft before the cylinder discrimination, wherein the engine is batteryless, and wherein simultaneous fuel injections are not performed to the plurality of cylinders (103, 104).
System for welding films with an insert piece made of plastic for a bag and for filling this bag, the filling taking place in a passage through the system after welding, where a bag gripper is provided for filling, characterized in that for welding, an insert-piece welding holder in the form of a central electrode (13, 14) is provided on which the insert piece for welding into the bag is plugged on so that the insert piece is held in position for welding with the film, and in that the insert-piece welding holder and the bag gripper are embodied as a combined building element in a building unit, having two components with different functions, a first component for holding the insert piece and a second component for holding the bag, with a transfer taking place within the combined building element from the first component to the second component between welding and filling.
A method for processing a block of an image divided into a plurality of sub blocks, performed by an image processing apparatus, the method comprising: • Setting, for each sub block of the block, a current quantization parameter, and determining, for each sub block of the block, a difference quantization parameter based on the set current quantization parameter; • Setting, for the block, a flag to a first value if all sub blocks have each a difference quantization parameter equal to zero, and setting the flag to a second value if at least one difference quantization parameter of the sub blocks is equal to non-zero, wherein the flag having the first value further indicates that no difference quantization parameter is signaled for any sub block and the flag having the second value further indicates that a difference quantization parameter is signaled for each sub block of the block; • quantizing transform coefficient data using the set current quantization parameters to generate quantized data; and • encoding the quantized data, the flag, and, only if the flag has the second value, the difference quantization parameter determined for each sub block of the block, thereby generating a bit stream. • Setting, for each sub block of the block, a current quantization parameter, and determining, for each sub block of the block, a difference quantization parameter based on the set current quantization parameter; • Setting, for the block, a flag to a first value if all sub blocks have each a difference quantization parameter equal to zero, and setting the flag to a second value if at least one difference quantization parameter of the sub blocks is equal to non-zero, wherein the flag having the first value further indicates that no difference quantization parameter is signaled for any sub block and the flag having the second value further indicates that a difference quantization parameter is signaled for each sub block of the block; • quantizing transform coefficient data using the set current quantization parameters to generate quantized data; and • encoding the quantized data, the flag, and, only if the flag has the second value, the difference quantization parameter determined for each sub block of the block, thereby generating a bit stream.