mhurhangee/ep-ind-claims huggingface dataset:
Lighting arrangement with a t least two light sources, a sensor for detecting from the light sources the emitted light as well as a control device for driving the light sources depending on information transmitted by the sensor, whereby the sensor is arranged to receive the light output beam path of the lighting device and whereby the sensor is formed substantially flat and translucent, characterised by the fact that the illumination device comprises a transparent light diffusing plate, which causes a mixing of the vlm of the light sources emitted light, and that the sensor is arranged on the side facing away from the light sources of the transparent light diffusing plate disc and serves to detect the light passing through it, whereby the sensor is designed as a flat photodiode or transparent solar cell, and the fills completely the beam path of the lighting device. a t least two light sources, a sensor for detecting from the light sources the emitted light as well as a control device for driving the light sources depending on information transmitted by the sensor,
A system for connecting an upper section of downhole equipment to a lower section of the downhole equipment, the system comprising: an upper connection having a ring shape with an external surface, wherein upper splines are formed on the external surface and the upper connection is fixed to the upper section; a lower connection having a ring shape with an internal surface, wherein lower splines are formed on the internal surface and the lower splines are configured to mate with the upper splines of the upper connection; and a fishing sub having a first lateral end, a second lateral end, and a central orifice, wherein the first lateral end is fixed to the lower connection by shear pins configured to shear when a pre-determined tension is applied to the system, the second lateral end is fixed to the lower section, and the central orifice comprises a fishing tool interface configured to engage with a fishing tool, wherein the upper connection is inserted into the lower connection to form an engagement between the upper section and the lower section. an upper connection having a ring shape with an external surface, wherein upper splines are formed on the external surface and the upper connection is fixed to the upper section; a lower connection having a ring shape with an internal surface, wherein lower splines are formed on the internal surface and the lower splines are configured to mate with the upper splines of the upper connection; and a fishing sub having a first lateral end, a second lateral end, and a central orifice, wherein the first lateral end is fixed to the lower connection by shear pins configured to shear when a pre-determined tension is applied to the system, the second lateral end is fixed to the lower section, and the central orifice comprises a fishing tool interface configured to engage with a fishing tool, wherein the upper connection is inserted into the lower connection to form an engagement between the upper section and the lower section.
A catheter with an adjustable size electrode, the catheter comprising: a shaft for insertion into an organ of a patient; an expandable distal-end assembly, which is coupled to the shaft and comprises multiple splines, wherein at least a given spline among the multiple splines comprises an electrode that is configured to be placed in contact with tissue of the organ; and a tube, which is configured to be threaded over at least a portion of the expandable distal-end assembly, and is movable along the distal-end assembly for controlling at least a size of a section of the electrode in contact with the tissue, wherein the tube has a stopper for limiting a movement of the tube relative to the distal-end assembly. a shaft for insertion into an organ of a patient; an expandable distal-end assembly, which is coupled to the shaft and comprises multiple splines, wherein at least a given spline among the multiple splines comprises an electrode that is configured to be placed in contact with tissue of the organ; and a tube, which is configured to be threaded over at least a portion of the expandable distal-end assembly, and is movable along the distal-end assembly for controlling at least a size of a section of the electrode in contact with the tissue, wherein the tube has a stopper for limiting a movement of the tube relative to the distal-end assembly.
A steel fiber adapted for the reinforcement of a cementitious matrix, said steel fiber being provided with a zinc aluminium alloy coating, the amount of aluminium in the coating ranging from 0.05 wt% to 0.5 wt%, the remainder of the coating being zinc and unavoidable impurities, wherein said steel fiber having a steel core, a zinc aluminium alloy coating and an intermetallic layer with Fe 2 Al 5 between said steel core and said zinc aluminium coating, said intermetallic layer having a thickness being smaller than 1 micrometer. said steel fiber being provided with a zinc aluminium alloy coating, the amount of aluminium in the coating ranging from 0.05 wt% to 0.5 wt%, the remainder of the coating being zinc and unavoidable impurities, wherein said steel fiber having a steel core, a zinc aluminium alloy coating and an intermetallic layer with Fe 2 Al 5 between said steel core and said zinc aluminium coating, said intermetallic layer having a thickness being smaller than 1 micrometer.
A resin composition comprising, with respect to 100 parts by mass of the resin, 0.1 to 20 parts by mass of zinc sulfide and 0.01 to 20 parts by mass of a hindered amine compound having a structure represented by the following general formula: wherein R is independently a C1 to C18 alkyl group, a C1 to C18 acyl group or a C5 to C8 cycloalkyl group, each group being allowed to be substituted by a hydroxy group.
A motor control device for a vehicle provided with a motor and a lock mechanism for locking the rotation of vehicle wheels (6, 7); wherein the motor control device comprises: detection means configured to detect that the lock mechanism will be released; damping control means configured to suppress torsional vibration of a drive shaft; and current control means configured to control current flowing to the motor on the basis of a torque command value of the motor set by the damping control means; the current control means is adapted to channel an excitation current for generating a magnetic flux in the motor on the basis of the detection result of the detection means while the motor is not rotating, characterized in that the current control means is adapted to channel the excitation current before the lock mechanism is released. detection means configured to detect that the lock mechanism will be released; damping control means configured to suppress torsional vibration of a drive shaft; and current control means configured to control current flowing to the motor on the basis of a torque command value of the motor set by the damping control means; the current control means is adapted to channel an excitation current for generating a magnetic flux in the motor on the basis of the detection result of the detection means while the motor is not rotating, characterized in that the current control means is adapted to channel the excitation current before the lock mechanism is released.
A method for producing a membrane for direct liquid fuel cell, characterized in that contacting a polymerizable composition containing at least a) an aromatic polymerizable monomer wherein one polymerizable group, at least one hydrogen atom, and at least one substituent selected from the group consisting of methyl group and alkyl group having two or more carbon atoms, are bonded to the benzene ring and, when the number of methyl groups bonded to the benzene ring is one or more, at least one of the methyl groups is bonded to the benzene ring at the para-position relative to the polymerizable group, b) a crosslinkable polymerizable monomer being a divinylbenzene, and c) a polymerization initiator, with a porous membrane to fill the polymerizable composition in the pores of the porous membrane, then polymerizing and curing the polymerizable composition, and thereafter introducing a cation exchange group into the benzene ring derived from the aromatic polymerizable monomer. a) an aromatic polymerizable monomer wherein one polymerizable group, at least one hydrogen atom, and at least one substituent selected from the group consisting of methyl group and alkyl group having two or more carbon atoms, are bonded to the benzene ring and, when the number of methyl groups bonded to the benzene ring is one or more, at least one of the methyl groups is bonded to the benzene ring at the para-position relative to the polymerizable group, b) a crosslinkable polymerizable monomer being a divinylbenzene, and c) a polymerization initiator,
A bottle, in particular a detergent or dishwashing liquid bottle, comprising a bottle neck, a pouring spout which can be detachably fastened to the bottle neck, and comprising a measuring cup which has a base and has a side wall which extends from the base to an upper rim which delimits a cup opening, a first latching projection being provided on an inner side of the side wall facing the interior of the measuring cup, characterized in that a first latching undercut for the first latching projection is provided on the pouring spout and on the bottle neck such that the measuring cup can be detachably fastened either to the pouring spout or directly to the bottle neck by means of a latching connection.
Method for producing an image of an object to be recorded, in particular for dentistry purposes, comprising the following method steps: a) projecting a stripe pattern onto the object to be recorded, the areal duty cycle of which is less than 1, b) recording the stripe pattern projected onto the object to be recorded with a camera as a raw image and c) calculating an image of the object to be recorded from the raw image, characterized in that a stripe pattern is projected onto the object to be recorded, the intensity distribution of which corresponds to a sinusoidal distribution with at least one other harmonic term, wherein the stripe pattern is created by means of a projection pattern. a) projecting a stripe pattern onto the object to be recorded, the areal duty cycle of which is less than 1, b) recording the stripe pattern projected onto the object to be recorded with a camera as a raw image and c) calculating an image of the object to be recorded from the raw image,
A nuclear reactor instrumentation system, comprising: a backup power source; a wireless transmitter; a processor electrically connected to the backup power source and the wireless transmitter; and a memory coupled to the processor and containing stored programming instructions which, when executed by the processor, cause the processor to: receive data from one or more nuclear reactor instrumentation sensors; identify a loss of normal power to the nuclear reactor instrumentation system; in response to identifying the loss of normal power, cause power to be provided from the backup power source to the wireless transmitter; and cause the wireless transmitter to transmit the received data. a backup power source; a wireless transmitter; a processor electrically connected to the backup power source and the wireless transmitter; and a memory coupled to the processor and containing stored programming instructions which, when executed by the processor, cause the processor to: receive data from one or more nuclear reactor instrumentation sensors; identify a loss of normal power to the nuclear reactor instrumentation system; in response to identifying the loss of normal power, cause power to be provided from the backup power source to the wireless transmitter; and cause the wireless transmitter to transmit the received data. receive data from one or more nuclear reactor instrumentation sensors; identify a loss of normal power to the nuclear reactor instrumentation system; in response to identifying the loss of normal power, cause power to be provided from the backup power source to the wireless transmitter; and cause the wireless transmitter to transmit the received data.
A method of controlling exhaust gas recirculation for controlling recirculation of exhaust gas discharged from a combustion chamber of an engine, the method comprising: a data obtaining operation of obtaining measurement data about an operation state of the engine including rpm, an actual fuel supply quantity, and an inhalation air quantity of the engine; a current EGR rate calculating operation of calculating a current EGR rate of supply gas based on the data; a demand EGR rate setting operation of setting a demand EGR rate matched with the rpm and the fuel supply quantity in a pre-made target EGR rate map; an error calculating operation of calculating a difference between the demand EGR rate and the current EGR rate; and a control operation of making the current EGR rate follow the demand EGR rate by changing a recirculation rate of the exhaust gas by adjusting an inhalation side pressure of the supply gas according to the difference; wherein the current EGR rate is calculated by dividing a difference between a non-EGR air quantity and the inhalation air quantity by the non-EGR air quantity, wherein the non-EGR air quantity is matched with the rpm in a pre-made non-EGR air quantity table, and wherein the control operation is performed by mutually adjusting an opening degree of an inhalation pressure control valve, which is provided at an inhalation side of the supply gas and adjusts an inhalation negative pressure, and an opening degree of an EGR valve, which is provided at a discharge side of the exhaust gas and introduces the exhaust gas to the inhalation side of the supply gas. a data obtaining operation of obtaining measurement data about an operation state of the engine including rpm, an actual fuel supply quantity, and an inhalation air quantity of the engine; a current EGR rate calculating operation of calculating a current EGR rate of supply gas based on the data; a demand EGR rate setting operation of setting a demand EGR rate matched with the rpm and the fuel supply quantity in a pre-made target EGR rate map; an error calculating operation of calculating a difference between the demand EGR rate and the current EGR rate; and a control operation of making the current EGR rate follow the demand EGR rate by changing a recirculation rate of the exhaust gas by adjusting an inhalation side pressure of the supply gas according to the difference; wherein the current EGR rate is calculated by dividing a difference between a non-EGR air quantity and the inhalation air quantity by the non-EGR air quantity, wherein the non-EGR air quantity is matched with the rpm in a pre-made non-EGR air quantity table, and wherein the control operation is performed by mutually adjusting an opening degree of an inhalation pressure control valve, which is provided at an inhalation side of the supply gas and adjusts an inhalation negative pressure, and an opening degree of an EGR valve, which is provided at a discharge side of the exhaust gas and introduces the exhaust gas to the inhalation side of the supply gas.
A compound in a therapeutically effective amount for use in lowering free or total cholesterol in a patient in need thereof, wherein the compound is selected from the group consisting of: 1-alkyl, 2-acyl-glyceraldehyde-3-phosphate (G3P); 1-alkyl, 2-acyl-glycerol; 1-alkyl, 2-acyl-glycerylphosphatidylethanolamine; and pharmaceutically acceptable salts thereof, and wherein the side chains are selected from a saturated or unsaturated fatty acid of the following type: 16:0, 18:0, 18:1, 18:2, or 18:3 as alkyl at the sn-1 position, and an unsaturated fatty acid of the following type: 18:3, 20:4, 20:5, 20:6, 22:4, 22:5, 22:6, 24:4, 24:5, or 24:6 as acyl at the sn-2 position. 16:0, 18:0, 18:1, 18:2, or 18:3 as alkyl at the sn-1 position, and an unsaturated fatty acid of the following type: 18:3, 20:4, 20:5, 20:6, 22:4, 22:5, 22:6, 24:4, 24:5, or 24:6 as acyl at the sn-2 position.
Track processing machine, in particular impact wrench machine, for track processing, comprising - at least one handle (14, 15a, 15b) for manually guiding the track processing machine, - a first structural unit with a processing head which is drivable in rotation about an axis of rotation for track processing, - a second structural unit, and - a linking unit for mechanically connecting the first structural unit to the second structural unit and for reducing a longitudinal dimension (L 1, L 2) of the track processing machine along the axis of rotation, characterized in that the linking unit has a linking joint for pivoting the first structural unit relative to the second structural unit, and that a drive torque of at least 150 Nm is provided on the processing head about the axis of rotation. - at least one handle (14, 15a, 15b) for manually guiding the track processing machine, - a first structural unit with a processing head which is drivable in rotation about an axis of rotation for track processing, - a second structural unit, and - a linking unit for mechanically connecting the first structural unit to the second structural unit and for reducing a longitudinal dimension (L 1, L 2) of the track processing machine along the axis of rotation, that the linking unit has a linking joint for pivoting the first structural unit relative to the second structural unit, and that a drive torque of at least 150 Nm is provided on the processing head about the axis of rotation.
A reverberation reduction device comprising: a reverberation characteristics calculation unit that calculates reverberation characteristics in response to an impulse response of a path of a sound from an audio output unit to an audio input unit by determining the impulse response from a first audio signal and a second audio signal that represents a sound that the audio input unit has picked up from the first audio signal reproduced by the audio output unit; a distance estimation unit that estimates a distance from the audio input unit to a sound source in accordance with at least one of a volume and a frequency characteristic of a third audio signal that represents a sound that the audio input unit has picked up from a sound from the sound source; a reverberation characteristics correction unit that corrects the reverberation characteristics so that the reverberation characteristics become larger as the estimated distance becomes longer; and a reverberation reduction unit that estimates a frequency spectrum of a reverberation component included in the third audio signal in response to the corrected reverberation characteristics, and attenuates the third audio signal more as a difference between the frequency spectrum of the third audio signal and the frequency spectrum of the reverberation component becomes smaller. a reverberation characteristics calculation unit that calculates reverberation characteristics in response to an impulse response of a path of a sound from an audio output unit to an audio input unit by determining the impulse response from a first audio signal and a second audio signal that represents a sound that the audio input unit has picked up from the first audio signal reproduced by the audio output unit; a distance estimation unit that estimates a distance from the audio input unit to a sound source in accordance with at least one of a volume and a frequency characteristic of a third audio signal that represents a sound that the audio input unit has picked up from a sound from the sound source; a reverberation characteristics correction unit that corrects the reverberation characteristics so that the reverberation characteristics become larger as the estimated distance becomes longer; and a reverberation reduction unit that estimates a frequency spectrum of a reverberation component included in the third audio signal in response to the corrected reverberation characteristics, and attenuates the third audio signal more as a difference between the frequency spectrum of the third audio signal and the frequency spectrum of the reverberation component becomes smaller.
A device for connecting together two opposing leaflets (200, 202) of a valve in a patient's heart, comprising: a first clip having a generally U-shape, comprising a first prong and a second prong, and a first bridge connecting the first prong to the second prong; a second clip having a generally U-shape, comprising a third prong and a fourth prong, and a second bridge connecting the third prong to the fourth prong; a third clip having a generally U-shape, comprising a fifth prong and a sixth prong, and a third bridge connecting the fifth prong to the sixth prong; wherein the third prong has a first elongate axis and the fifth prong has a second elongate axis and the third prong and the fifth prong are positioned to extend adjacent to and parallel with the first prong, and are configured to rotate about the first elongate axis and the second elongate axis respectively; and wherein a first collar is attached to the first prong and sized to rotatably receive the third prong, and a second collar is attached to the first prong and is sized to rotatably receive the fifth prong. a first clip having a generally U-shape, comprising a first prong and a second prong, and a first bridge connecting the first prong to the second prong; a second clip having a generally U-shape, comprising a third prong and a fourth prong, and a second bridge connecting the third prong to the fourth prong; a third clip having a generally U-shape, comprising a fifth prong and a sixth prong, and a third bridge connecting the fifth prong to the sixth prong; wherein the third prong has a first elongate axis and the fifth prong has a second elongate axis and the third prong and the fifth prong are positioned to extend adjacent to and parallel with the first prong, and are configured to rotate about the first elongate axis and the second elongate axis respectively; and
A depth filter medium comprising: a first structural support layer comprising a first porous material; an elastomeric nonwoven web attached to the first structural support layer, wherein the elastomeric nonwoven web comprises elastomeric fibers and has a mean flow pore size of less than 15 microns; and wherein said first structural support layer has a mean flow pore size greater than the mean flow pore size of the elastomeric nonwoven web. a first structural support layer comprising a first porous material; an elastomeric nonwoven web attached to the first structural support layer, wherein the elastomeric nonwoven web comprises elastomeric fibers and has a mean flow pore size of less than 15 microns; and wherein said first structural support layer has a mean flow pore size greater than the mean flow pore size of the elastomeric nonwoven web.