mhurhangee/ep-ind-claims huggingface dataset:
A roller cover covering a yarn conveyance roller by which yarns are conveyed, the roller cover comprising: a first part which is provided to surround the outer circumferential surface of the yarn conveyance roller, a yarn inlet through which yarns are introduced from outside into a space in which the yarn conveyance roller is provided and a yarn outlet through which the yarns in the space are taken out being formed in the first part; and a second part which faces a leading end surface of the yarn conveyance roller in a direction along an axis of the yarn conveyance roller and is connected to the first part, characterized in that the distance from the central axis of the yarn conveyance roller to an inner wall surface of the first part being 1.6 times or more as long as and 1.9 times or less as long as the radius of the yarn conveyance roller, at every part of the inner wall surface. a first part which is provided to surround the outer circumferential surface of the yarn conveyance roller, a yarn inlet through which yarns are introduced from outside into a space in which the yarn conveyance roller is provided and a yarn outlet through which the yarns in the space are taken out being formed in the first part; and a second part which faces a leading end surface of the yarn conveyance roller in a direction along an axis of the yarn conveyance roller and is connected to the first part, characterized in that the distance from the central axis of the yarn conveyance roller to an inner wall surface of the first part being 1.6 times or more as long as and 1.9 times or less as long as the radius of the yarn conveyance roller, at every part of the inner wall surface.
Device for applying a rubber profile to a surface, in particular of a motor vehicle part, comprising a robot which has at least one robot arm (42, 44) for moving and guiding a guide head in an application position in order to apply the rubber profile along a defined contour to the surface, a feed device being arranged in connection with the guide head in order to feed the rubber profile to the surface at a defined speed, the guide head having at least one guide element (51, 68) for guiding the rubber profile, which feed device has at least one driven drive roller with a profiled circumferential surface formed on its circumference, and a counter element wherein a passage for the rubber profile is formed between the drive roller and the counter element, characterized in that spikes are formed on the profiled circumferential surface, which spikes are designed to penetrate at least partially into the rubber profile, wherein the drive roller is connected to a drive, in particular an electric motor, which is controlled by a control of the device, which controller has means for detecting the speed of the guide head at the point of application of the rubber profile to the surface and for controlling the drive roller in such a way that the rubber profile is advanced as a function of this speed.
A method of managing battery power of a telecommunications device of a remote wireless device, comprising: determining an amount of power consumed by the telecommunications device of the remote wireless device during an operation of the telecommunication device; and wirelessly transmitting the determined amount of power consumed by the telecommunications device or a derivation thereof, to a wirelessly connected device, characterised in that said determining is based on a linear function of: an exponential of a power level measuring a radio frequency power output by the telecommunications device utilized during operation, one or more parameters associated with the remote device, and an amount of time that each power level is utilized during operation. determining an amount of power consumed by the telecommunications device of the remote wireless device during an operation of the telecommunication device; and wirelessly transmitting the determined amount of power consumed by the telecommunications device or a derivation thereof, to a wirelessly connected device, characterised in that said determining is based on a linear function of: an exponential of a power level measuring a radio frequency power output by the telecommunications device utilized during operation, one or more parameters associated with the remote device, and an amount of time that each power level is utilized during operation. an exponential of a power level measuring a radio frequency power output by the telecommunications device utilized during operation, one or more parameters associated with the remote device, and an amount of time that each power level is utilized during operation.
A method of monitoring an additive powder bed process in which one or more energy beams (54, 56) are used to selectively fuse a powder to form a work piece, in the presence of one or more plumes (82, 84) generated by interaction of the one or more energy beams (54, 56) with the powder, the method comprising using at least one sensor to generate at least one signal representative of a trajectory of one or more of the plumes (82, 84) and using an illumination source to radiate light that is then scattered or reflected from at least one of the plumes (82, 84) to the at least one sensor, wherein a plume map is created describing the location and dimensions of each plume (82, 84) in 3D space and the propagation of the plumes (82, 84) over time.
Gas measurement sensor comprising: - a measurement chamber comprising an inlet (8; 9) and an outlet (9; 8) for a gaseous sample to be measured; - an infrared light source arranged to produce substantially collimated infrared light and to direct said infrared light into said measurement chamber; - a beam splitter situated in said measurement chamber so as to receive said infrared light from said infrared light source and to split said infrared light into a reference beam and a measurement beam such that said measurement beam has a longer pathway through said measurement chamber than said reference beam; - a reference infrared detector arranged to receive said reference beam; - a measurement infrared detector arranged to receive said measurement beam; wherein said beam splitter is arranged to reflect a first portion of said infrared light from said infrared light source by specular reflection so as to form said reference beam, and to reflect a second portion of said infrared light from said infrared light source by specular reflection so as to form said measurement beam. - a measurement chamber comprising an inlet (8; 9) and an outlet (9; 8) for a gaseous sample to be measured; - an infrared light source arranged to produce substantially collimated infrared light and to direct said infrared light into said measurement chamber; - a beam splitter situated in said measurement chamber so as to receive said infrared light from said infrared light source and to split said infrared light into a reference beam and a measurement beam such that said measurement beam has a longer pathway through said measurement chamber than said reference beam; - a reference infrared detector arranged to receive said reference beam; - a measurement infrared detector arranged to receive said measurement beam; wherein said beam splitter is arranged to reflect a first portion of said infrared light from said infrared light source by specular reflection so as to form said reference beam, and to reflect a second portion of said infrared light from said infrared light source by specular reflection so as to form said measurement beam.
A time-of-flight arrangement, comprising - a laser, - a laser driver, - a clock generator that is coupled to the laser via the laser driver, - a photodiode circuit comprising an avalanche photodiode, a quenching circuit, a diode node and a readout circuit, wherein the quenching circuit is coupled via the diode node to the avalanche photodiode and an input of the readout circuit is connected to the diode node, and - a time-to-digital converter, wherein the clock generator and the readout circuit are coupled on their output side to the input side of the time-to-digital converter, characterized in that the time-of-flight arrangement is configured to operate in a calibration phase and in a measurement phase, wherein a delay information is determined in the calibration phase, the delay information having a value that is a function of at least one of the delay of the laser driver and the delay of the circuits between the diode node and the input side of the time-to-digital converter, wherein in the measurement phase, a parameter of a circuit of the time-of-flight arrangement is set as a function of the delay information or a measurement result is shifted as a function of the delay information; and wherein the readout circuit comprises a readout buffer having an input coupled to the diode node and a sense buffer having an input connected to the diode node, wherein an output of the readout buffer is connected to an input of a readout logic of the time-of-flight arrangement, and wherein an output of the readout logic is connected to the time-to-digital converter. - a laser, - a laser driver, - a clock generator that is coupled to the laser via the laser driver, - a photodiode circuit comprising an avalanche photodiode, a quenching circuit, a diode node and a readout circuit, wherein the quenching circuit is coupled via the diode node to the avalanche photodiode and an input of the readout circuit is connected to the diode node, and - a time-to-digital converter, that the time-of-flight arrangement is configured to operate in a calibration phase and in a measurement phase, wherein a delay information is determined in the calibration phase, the delay information having a value that is a function of at least one of the delay of the laser driver and the delay of the circuits between the diode node and the input side of the time-to-digital converter, wherein in the measurement phase, a parameter of a circuit of the time-of-flight arrangement is set as a function of the delay information or a measurement result is shifted as a function of the delay information; and wherein the readout circuit comprises a readout buffer having an input coupled to the diode node and a sense buffer having an input connected to the diode node, wherein an output of the readout buffer is connected to an input of a readout logic of the time-of-flight arrangement, and wherein an output of the readout logic is connected to the time-to-digital converter.
Device for closing plastic bottles which have a support ring, comprising a capper which can close a plastic bottle with a screw cap, and comprising a holder which is used for holding the plastic bottle during closing and comprises spikes on which a support ring of the plastic bottle can rest upon closing, wherein the holder has a centering cavity whose diameter corresponds to the diameter of the support ring of the plastic bottle and the spikes are arranged in the centering cavity; and the centering cavity is provided as a cutout in a centering plate; the spikes are arranged on a spike plate (400"); and the centering plate and the spike plate (400") form a workpiece; wherein the cutout has the shape of a circular arc the diameter D 1 of which is equal to the diameter of the support ring of the plastic bottle, wherein the spike plate (400") has a recess with a diameter D 2 smaller than the diameter D 1 and greater than the diameter of the neck below the support ring of the plastic bottle; wherein the ratio of D 1 and D 2 is chosen such that the area on which the spikes are arranged is so large that more than half of the area of the support ring of the plastic bottle can rest on it, characterized in that the circular arc of the cutout or the centering cavity can comprise more than half of the circumference of the support ring of each plastic bottle.
A 3D printer head for additively building a component, comprising - a chamber adapted to receive liquid or solid printing material through an inlet, wherein - the chamber has an outlet provided and adapted for applying liquid or liquefied printing material to a surface, - wherein the outlet has a rotationally asymmetrical passage cross-section for the pressure material and is part of a nozzle rotatably arranged on the chamber about a central longitudinal axis, which nozzle is divided in two in the longitudinal direction, the end facing the surface and remote from the chamber being rotatable, this rotatable end of the nozzle having a nozzle body which has an end face facing the surface which can be controlled to rotate about the central longitudinal axis in order to change the orientation of the outlet with its rotationally asymmetrical passage cross-section and to adapt it to a travel path of the 3D printer head, characterized in that the end face is designed to be rotationally asymmetrical with respect to the central longitudinal axis M. - a chamber adapted to receive liquid or solid printing material through an inlet, wherein - the chamber has an outlet provided and adapted for applying liquid or liquefied printing material to a surface, - wherein the outlet has a rotationally asymmetrical passage cross-section for the pressure material and is part of a nozzle rotatably arranged on the chamber about a central longitudinal axis, which nozzle is divided in two in the longitudinal direction, the end facing the surface and remote from the chamber being rotatable, this rotatable end of the nozzle having a nozzle body which has an end face facing the surface which can be controlled to rotate about the central longitudinal axis in order to change the orientation of the outlet with its rotationally asymmetrical passage cross-section and to adapt it to a travel path of the 3D printer head, characterized in that the end face is designed to be rotationally asymmetrical with respect to the central longitudinal axis M.
An anti-vibration rubber composition, comprising: a rubber component containing at least a natural rubber and a high-cis isoprene rubber having a content of cis-1,4 bond of 95% by mass or more; a carbon black having an iodine adsorption number of 20 mg/g or less and a DBP adsorption number of 55 ml/100 g or less; a silica having a nitrogen adsorption specific surface area (the BET method) of 80 m 2 /g or more and less than 240 m 2 /g; and a compound represented by the following general formula: wherein m and n each independently represent an integer of 1 or more. a rubber component containing at least a natural rubber and a high-cis isoprene rubber having a content of cis-1,4 bond of 95% by mass or more; a carbon black having an iodine adsorption number of 20 mg/g or less and a DBP adsorption number of 55 ml/100 g or less; a silica having a nitrogen adsorption specific surface area (the BET method) of 80 m 2 /g or more and less than 240 m 2 /g; and a compound represented by the following general formula:
A microorganism producing a mycosporine-like amino acid, wherein the activity of at least one protein selected from the group consisting of 2-dehydro-3-deoxyphosphoheptonate aldolase, phosphoenolpyruvate synthetase, and transketolase is enhanced.
A process for producing a glass fibre-reinforced thermoplastic polymer composition, which comprises the subsequent steps of: a) unwinding from a package of at least one continuous glass multifilament strand at a line speed, b) applying a sheath of thermoplastic polymer around the at least one continuous glass multifilament strand to form a sheathed continuous multifilament strand; wherein the unwound, the at least one continuous glass multifilament strand is transported through the inside of at least one protective tube over a certain distance between the location of unwinding from a package of said at least one continuous glass multifilament strand, i.e. step a), and the location of applying said sheath of thermoplastic polymer around said at least one continuous glass multifilament strand, i.e. step b), and characterised in that the line speed is at least 100m/min a) unwinding from a package of at least one continuous glass multifilament strand at a line speed, b) applying a sheath of thermoplastic polymer around the at least one continuous glass multifilament strand to form a sheathed continuous multifilament strand;
Method for disposing of amine-containing waters of reaction from an amine-catalytic process in which propanal is reacted with formaldehyde, formalin or paraformaldehyde to give methacrolein, characterized in that the disposal is effected by combustion in a thermal oxidizer, wherein the amine-containing water of reaction is combusted in the thermal oxidizer consisting of a first zone including the burner, the fuel supply and air supply, a second, oxidative zone in which a temperature between 850 and 1100°C and an oxygen content between 5 and 21% by volume are present, and a third, reductive zone having an oxygen content less than 3% by volume, characterized in that the transition between the first and second zone is at the point in the thermal oxidizer where the temperature in the thermal oxidizer falls below 1100°C, in that the transition between the second and third zone is at the point in the thermal oxidizer where the oxygen content within the thermal oxidizer falls below 3% by volume, in that the amine-containing water of reaction is sprayed into the second, oxidative zone, and in that ammonia, urea or an amine is additionally metered into the reductive zone of the thermal oxidizer.
Vibrational apparatus capable of providing a back and forth vibrational output, said apparatus comprising or including a shuttle (1, 30) having first and second ends (6, 7), a first complementary structure (4, 26 or 27) associating with the first end of said shuttle (1, 30), and a second complementary structure (5, 26 or 27) associating with the second end of said shuttle (1, 30), wherein there is a mechanical drive (8, 9; 42, 31) or mechanical drives to rotate the shuttle (1, 30) about an axis through said complementary structures (4, 5; 26, 27), and wherein magnets (38, 39) carried by the shuttle (1, 30) at each end (6, 7; 26, 27) and magnets (40, 41) carried by each complementary structure (4, 5; 26, 27) has the effect such that, under the effect of rotation caused interactions, the first end (6,) moves away from the second complementary structure (5, 26 or 27) and, in turn, the second end (7, 26 or 27) moves away from the first complementary structure (4, 26 or 27), and wherein the output of the vibration is from one or other, or both, of said complementary structures (4, 5; 26, 27) and not directly from the shuttle (1, 30) itself and is a back and forth output axially of, or parallel to, said axis.
A surgical instrument, comprising: a reducer knob having a first passage through which a first shaft of a driver is acceptable; a connecting element coupled to said reducer knob and having a second passage through which said first shaft of said driver is acceptable; a distractor handle passing through the first passage of the reducer knob and the second passage of the connecting element; a compressor handle coupled to said connecting element at a first end and having a through hole (345, 645); and a common handle coupled to said compressor handle via said through hole (345, 645) and pivotable between said reducer knob and said compressor handle. a reducer knob having a first passage through which a first shaft of a driver is acceptable; a connecting element coupled to said reducer knob and having a second passage through which said first shaft of said driver is acceptable; a distractor handle passing through the first passage of the reducer knob and the second passage of the connecting element; a compressor handle coupled to said connecting element at a first end and having a through hole (345, 645); and a common handle coupled to said compressor handle via said through hole (345, 645) and pivotable between said reducer knob and said compressor handle.
A flexible display device, comprising: a flexible display substrate (120, 220, 420) comprising: a display area with pixel elements for generating an image comprising a display unit (130, 430) extending partially or entirely over the display area and a peripheral circuit area adjacent to the display area, the peripheral circuit area comprising components to transmit signals to the pixel elements in the display area; and a support substrate (110, 410) attached to the flexible display substrate (120, 220, 420) to provide rigidity to the flexible display device, the support substrate (110, 410) comprising: a non-bending area, and a bending area extending along a boundary of the display area and the peripheral circuit area, the bending area adjacent to the non-bending area, the bending area having less rigidity than the non-bending area, characterized in that the center of the bending area is offset towards the peripheral circuit area so that bending the flexible substrate (120, 220, 420) and the support film (110, 410) does not affect the display unit (130, 430). a display area with pixel elements for generating an image comprising a display unit (130, 430) extending partially or entirely over the display area and a peripheral circuit area adjacent to the display area, the peripheral circuit area comprising components to transmit signals to the pixel elements in the display area; and a support substrate (110, 410) attached to the flexible display substrate (120, 220, 420) to provide rigidity to the flexible display device, the support substrate (110, 410) comprising: a non-bending area, and a bending area extending along a boundary of the display area and the peripheral circuit area, the bending area adjacent to the non-bending area, the bending area having less rigidity than the non-bending area, a non-bending area, and a bending area extending along a boundary of the display area and the peripheral circuit area, the bending area adjacent to the non-bending area, the bending area having less rigidity than the non-bending area, characterized in that the center of the bending area is offset towards the peripheral circuit area so that bending the flexible substrate (120, 220, 420) and the support film (110, 410) does not affect the display unit (130, 430).
A process for polymerizing at least one fluoromonomer in an aqueous medium containing initiator and hydrocarbon dispersing agent to form an aqueous dispersion of particles of fluoropolymer, said hydrocarbon dispersing agent comprising a compound of formula I: R- n I wherein R is a hydrophobic hydrocarbon moiety that comprises one or more saturated or unsaturated, non-cyclic or cyclic aliphatic groups, the percentage of total CH 3 groups in relation to the total of CH 3, CH 2 and CH groups in said one or more aliphatic groups being at least 70%, said hydrophobic moiety being free of siloxane units; wherein each X may be the same or different and represents an ionic hydrophilic moiety; wherein each Z may be a same or different and represents one or more counter ions for said ionic hydrophilic moiety; and wherein n is 1 to 3. wherein R is a hydrophobic hydrocarbon moiety that comprises one or more saturated or unsaturated, non-cyclic or cyclic aliphatic groups, the percentage of total CH 3 groups in relation to the total of CH 3, CH 2 and CH groups in said one or more aliphatic groups being at least 70%, said hydrophobic moiety being free of siloxane units; wherein each X may be the same or different and represents an ionic hydrophilic moiety; wherein each Z may be a same or different and represents one or more counter ions for said ionic hydrophilic moiety; and wherein n is 1 to 3.