mhurhangee/ep-ind-claims huggingface dataset:
Apparatus for processing rotation-dependent measured values, comprising a data converter, a sequential control system and an output interface, wherein • the sequential control system generates measurement pulses at constant time intervals of a measurement interval, • series of measured values (MW, MX, MS, MW1, MW2, MW3, Z) are able to be supplied to the data converter at the constant intervals of time of the measurement interval, which measured values are dependent on the rotation of a shaft and at least one of which is an angle value (MW, MW1, MW2, MW3) indicating the angular position of the shaft, • the data converter is configured to subdivide a revolution of the shaft into n sectors and, using one of the angle values (MW, MW1) as a reference angle value, to assign arriving measured values (MW, MX, MS, MW1, MW2, MW3, Z) to a sector and to ascertain precisely one result value (EW, EX, ES, EV) for each sector per revolution of the shaft for each series of measured values (MW, MX, MS, MW1, MW2, MW3, Z) and • the result values (EW, EX, ES, EV) are able to be output to the output interface. • the sequential control system generates measurement pulses at constant time intervals of a measurement interval, • series of measured values (MW, MX, MS, MW1, MW2, MW3, Z) are able to be supplied to the data converter at the constant intervals of time of the measurement interval, which measured values are dependent on the rotation of a shaft and at least one of which is an angle value (MW, MW1, MW2, MW3) indicating the angular position of the shaft, • the data converter is configured to subdivide a revolution of the shaft into n sectors and, using one of the angle values (MW, MW1) as a reference angle value, to assign arriving measured values (MW, MX, MS, MW1, MW2, MW3, Z) to a sector and to ascertain precisely one result value (EW, EX, ES, EV) for each sector per revolution of the shaft for each series of measured values (MW, MX, MS, MW1, MW2, MW3, Z) and • the result values (EW, EX, ES, EV) are able to be output to the output interface.
A mechatronic device comprising two arms extending generally from a base in a first direction and shaped so as to be jointly handheld by an operator, the two arms comprising free ends forming a gripper and arranged to move closer together, by rotation, from a rest position to an active position, a motor housed in the base, an actuator mounted between the arms, and a means for controlling said actuator that is connected to the motor in a such a way as to be driven in translation in the first direction, the actuator having at least one first contact surface arranged to form a cam with at least one second respective contact surface situated on each arm, the first contact surface or surfaces remaining engaged with the respective second contact surface or surfaces, the means for controlling the actuator being arranged to control said translation movement of the actuator in order to produce a rotational movement of said arms, that applies a chosen force of the gripper in its active position, and wherein the chosen force is between 50 mN and 50 N and wherein the actuator is connected to the motor by means of a flexible coupling member.
A method of determining status of operation of a food waste disposer having a food conveying section, a motor section in which an induction motor is disposed and that rotates a rotatable shredder plate of a grind and discharge section, the motor powered by alternating current electrical power having a line frequency, a line voltage and a line current, the method including powering ON the food waster disposer and determining whether the food waste disposer is grinding, the method characterised by; consecutively reading with a controller of the food waste disposer a phase shift between the line voltage and the line current at every half cycle of the line frequency; and when the motor of the food waste disposer is running and after expiration of a start-up period, determining with the controller that the food waste disposer is grinding when each of a first predetermined number of consecutively read phase shifts that were most recently read is less than a grind check phase shift threshold. consecutively reading with a controller of the food waste disposer a phase shift between the line voltage and the line current at every half cycle of the line frequency; and when the motor of the food waste disposer is running and after expiration of a start-up period, determining with the controller that the food waste disposer is grinding when each of a first predetermined number of consecutively read phase shifts that were most recently read is less than a grind check phase shift threshold.
Arrangement for a roll stand, comprising: - a roll with a roll pin; and - a pin seal for the bearing of the roll in the roll stand, wherein the pin seal comprises: - an annular sealing body which is connected by its support surface, which is formed to be coaxial with the roll axis, with the roll pin to be secure against relative rotation and is formed with at least two spaced-apart webs (54, 55) which are directed away from the roll axis and can be brought directly or indirectly into contact with an annular projection; and - a reinforcing element for reinforcing the sealing body, wherein the reinforcing element has a width, which is greater than the outer spacing of the two webs (54, 55), and is completely or partly embedded in the sealing body; characterised in that the reinforcing element has an increasingly greater stiffness with increasing axial length from the roll. - a roll with a roll pin; and - a pin seal for the bearing of the roll in the roll stand, wherein the pin seal comprises: - an annular sealing body which is connected by its support surface, which is formed to be coaxial with the roll axis, with the roll pin to be secure against relative rotation and is formed with at least two spaced-apart webs (54, 55) which are directed away from the roll axis and can be brought directly or indirectly into contact with an annular projection; and - a reinforcing element for reinforcing the sealing body,
Arrangement configured to determine an operation parameter reference for controlling a generator side converter portion coupled to a generator, in particular of a wind turbine, the arrangement comprising: a harmonic current reference calculation module configured to calculate a harmonic current reference based on at least one current reference input; a fundamental current reference calculation module configured to calculate a fundamental current reference based on at least one of the at least one current reference input; a bandpass filter configured to provide a bandpass-filtered generator output current; an arithmetic element configured to derive a fundamental current error by subtracting a, in particular unfiltered, generator output current from a sum of a fundamental current reference and at least one harmonic current reference; a fundamental current controller adapted to determine a fundamental operation parameter reference based on the fundamental current error; at least one other arithmetic element configured to derive at least one harmonic current error by subtracting the band pass filtered according to the harmonics, generator output current from the at least one harmonic current reference; at least one harmonic current controller configured to determine at least one harmonic operation parameter reference based on the harmonic current error; still another arithmetic element configured to determine the operation parameter reference as a sum of the fundamental operation parameter reference and the at least one harmonic operation parameter reference. a harmonic current reference calculation module configured to calculate a harmonic current reference based on at least one current reference input; a fundamental current reference calculation module configured to calculate a fundamental current reference based on at least one of the at least one current reference input; a bandpass filter configured to provide a bandpass-filtered generator output current; an arithmetic element configured to derive a fundamental current error by subtracting a, in particular unfiltered, generator output current from a sum of a fundamental current reference and at least one harmonic current reference; a fundamental current controller adapted to determine a fundamental operation parameter reference based on the fundamental current error; at least one other arithmetic element configured to derive at least one harmonic current error by subtracting the band pass filtered according to the harmonics, generator output current from the at least one harmonic current reference; at least one harmonic current controller configured to determine at least one harmonic operation parameter reference based on the harmonic current error; still another arithmetic element configured to determine the operation parameter reference as a sum of the fundamental operation parameter reference and the at least one harmonic operation parameter reference.
A surgical access apparatus, which comprises: an access member defining a longitudinal axis and having a longitudinal passageway for reception and passage of a surgical object; and an access housing mountable to the access member characterised in that said access housing mountable to the access member defines an inner periphery, the access housing including a diaphragm mounted thereto, so that it rotatingly engages the inner periphery of the housing and is configured for rotational movement about the longitudinal axis relative to the access housing, the diaphragm defining a plurality of pockets, each pocket having a seal assembly and associated interface seal member disposed therein adapted for establishing a fluid tight seal about the surgical object, the seal assembly adapted for selective movement within the pocket about multiple axes in response to manipulation of the surgical object, wherein each seal assembly includes a gimbal mount, adapted to cooperate with internal surfaces defining a respective pocket to permit articulation of the seal assembly. an access member defining a longitudinal axis and having a longitudinal passageway for reception and passage of a surgical object; and an access housing mountable to the access member characterised in that said access housing mountable to the access member defines an inner periphery, the access housing including a diaphragm mounted thereto, so that it rotatingly engages the inner periphery of the housing and is configured for rotational movement about the longitudinal axis relative to the access housing, the diaphragm defining a plurality of pockets, each pocket having a seal assembly and associated interface seal member disposed therein adapted for establishing a fluid tight seal about the surgical object, the seal assembly adapted for selective movement within the pocket about multiple axes in response to manipulation of the surgical object, wherein each seal assembly includes a gimbal mount, adapted to cooperate with internal surfaces defining a respective pocket to permit articulation of the seal assembly.
A carrier for a continuously variable transmission having a plurality of planet subassemblies, each planet subassembly having a ball configured to rotate about a tiltable axis, the carrier comprising: a stator interfacial member configured for coupling to a planet subassembly; a stator support member operably coupled to the stator interfacial member; and a stator torque reaction member operably coupled to the stator support member; wherein the stator support member comprises: a substantially disc-shaped body having an inner bore, a first face and a second face; a plurality of spacer support extensions arranged angularly on the first face; a plurality of guide support slots, each guide support slot arranged substantially between each of the spacer support extensions; a plurality of interlocking holes formed in each of the guide support slots; and a plurality of capture extensions formed on the outer periphery of the disc-shaped body. a stator interfacial member configured for coupling to a planet subassembly; a stator support member operably coupled to the stator interfacial member; and a stator torque reaction member operably coupled to the stator support member; wherein the stator support member comprises: a substantially disc-shaped body having an inner bore, a first face and a second face; a plurality of spacer support extensions arranged angularly on the first face; a plurality of guide support slots, each guide support slot arranged substantially between each of the spacer support extensions; a plurality of interlocking holes formed in each of the guide support slots; and a plurality of capture extensions formed on the outer periphery of the disc-shaped body. a substantially disc-shaped body having an inner bore, a first face and a second face; a plurality of spacer support extensions arranged angularly on the first face; a plurality of guide support slots, each guide support slot arranged substantially between each of the spacer support extensions; a plurality of interlocking holes formed in each of the guide support slots; and a plurality of capture extensions formed on the outer periphery of the disc-shaped body.
A controller for an e-vaping device, comprising: a movement sensor configured to detect movement of the e-vaping device and output an output signal based on the movement; and control circuitry configured to detect a movement event based on a magnitude of the output signal, count a number of the detected movement events based on a number of times that the magnitude of the output signal exceeds at least one threshold value within an expiration time associated with the at least one threshold value, and identify an operating event based on the counted number of detected movement events, wherein the control circuitry is further configured to control power supplied to a first set of the power consuming elements of the e-vaping device when the identified operating event is a first operating event, and configured to supply power to a second set of the power consuming elements when the identified operating event is a second operating event. a movement sensor configured to detect movement of the e-vaping device and output an output signal based on the movement; and control circuitry configured to detect a movement event based on a magnitude of the output signal, count a number of the detected movement events based on a number of times that the magnitude of the output signal exceeds at least one threshold value within an expiration time associated with the at least one threshold value, and identify an operating event based on the counted number of detected movement events, wherein the control circuitry is further configured to control power supplied to a first set of the power consuming elements of the e-vaping device when the identified operating event is a first operating event, and configured to supply power to a second set of the power consuming elements when the identified operating event is a second operating event.
The calcium salt of a compound of the general formula wherein X is selected from the group consisting of CH 2, S, or O; D is O or S; R 8 is hydrogen or alkyl; E is an optionally substituted phenylene group; Y is a monocyclic or bicyclic substituted or unsubstituted 6-9 membered ring system which may contain one or more heteroatoms selected from N or S and which contains at least one aromatic ring; n is 0 or 1; and q is 0 or 1; with the proviso that the calcium salts of compounds wherein X = CH 2, q =0, Y= unsubstituted phenyl and E = unsubstituted phenylene are excluded, or a hydrate thereof. X is selected from the group consisting of CH 2, S, or O; D is O or S; R 8 is hydrogen or alkyl; E is an optionally substituted phenylene group; Y is a monocyclic or bicyclic substituted or unsubstituted 6-9 membered ring system which may contain one or more heteroatoms selected from N or S and which contains at least one aromatic ring; n is 0 or 1; and q is 0 or 1;
A holographic projection system arranged to project light to a rectangular replay field, wherein the holographic projection system comprises: a spatial light modulator, comprising an array of individually addressable pixels, arranged to receive a computer-generated hologram and output spatially-modulated light forming a holographic reconstruction at the rectangular replay field, wherein each pixel is a rectangular pixel having an aspect ratio; a light source arranged to illuminate the plurality of pixels to form the spatially-modulated light forming a holographic reconstruction at the replay field, wherein the holographic reconstruction comprises image content arranged to be viewed by a human viewer of the holographic projection system, wherein the rectangular replay field is spatially separated from the spatial light modulator and wherein the aspect ratio of each pixel is matched to the aspect ratio of the replay field such that the aspect ratio of the rectangular replay field is substantially equal to the aspect ratio of each pixel but with the rectangular replay field and each pixel orthogonally orientated with respect to each other. a spatial light modulator, comprising an array of individually addressable pixels, arranged to receive a computer-generated hologram and output spatially-modulated light forming a holographic reconstruction at the rectangular replay field, wherein each pixel is a rectangular pixel having an aspect ratio; a light source arranged to illuminate the plurality of pixels to form the spatially-modulated light forming a holographic reconstruction at the replay field, wherein the holographic reconstruction comprises image content arranged to be viewed by a human viewer of the holographic projection system, wherein the rectangular replay field is spatially separated from the spatial light modulator and wherein the aspect ratio of each pixel is matched to the aspect ratio of the replay field such that the aspect ratio of the rectangular replay field is substantially equal to the aspect ratio of each pixel but with the rectangular replay field and each pixel orthogonally orientated with respect to each other.
A pharmaceutical composition comprising a 5-HT1A receptor agonist, or a pharmaceutically acceptable salt thereof, wherein said composition further comprises, separately or together, dopamine, a dopamine agonist, or a dopamine precursor, wherein said 5-HT1A receptor agonist, or a pharmaceutically acceptable salt thereof, and said dopamine, dopamine agonist, dopamine precursor are to be administered essentially at the same time, with the proviso that said composition does not comprise an agonist of one or more of the serotonin receptors selected from the group of 5-HT1B, 5-HT1D and/or 5-HT1F receptor, or a pharmaceutically acceptable salt thereof, wherein said composition is to be administered at least 2 times daily, for use in the treatment, prevention or alleviation of a movement disorder. wherein said composition further comprises, separately or together, dopamine, a dopamine agonist, or a dopamine precursor, wherein said 5-HT1A receptor agonist, or a pharmaceutically acceptable salt thereof, and said dopamine, dopamine agonist, dopamine precursor are to be administered essentially at the same time, with the proviso that said composition does not comprise an agonist of one or more of the serotonin receptors selected from the group of 5-HT1B, 5-HT1D and/or 5-HT1F receptor, or a pharmaceutically acceptable salt thereof, wherein said composition is to be administered at least 2 times daily, for use in the treatment, prevention or alleviation of a movement disorder.
A guide wire comprising a core portion (2A, 2B) formed of an elongated object having flexibility, wherein the core portion (2A, 2B) includes a main body portion formed on a proximal side, a flat plate portion formed on a distal side, and a transition portion which connects the main body portion and the flat plate portion, and wherein at least one groove portion (41, 42) extending in a direction different from a length direction is formed on a slope of the transition portion in the length direction, characterized in that the transition portion is gradually changed from a circular shape in transverse cross section to a rectangular shape in transverse cross section from the proximal side toward the distal side. wherein the core portion (2A, 2B) includes a main body portion formed on a proximal side, a flat plate portion formed on a distal side, and a transition portion which connects the main body portion and the flat plate portion, and wherein at least one groove portion (41, 42) extending in a direction different from a length direction is formed on a slope of the transition portion in the length direction, characterized in that the transition portion is gradually changed from a circular shape in transverse cross section to a rectangular shape in transverse cross section from the proximal side toward the distal side.
Method for controlling an inverter having two direct voltage inputs (34, 36) and at least two phase branches, wherein each phase branch comprises an alternating voltage output, a switching bridge, which is designed to alternately electrically couple the alternating voltage output to the direct voltage inputs (34, 36), and a modulator for controlling the switching bridge by means of a pulse signal (Su, Sv, Sw), characterised in that during operation of the inverter each modulator adjusts a frequency of operation of its pulse signal (Su, Sv, Sw) independently of each other modulator and as a function of a frequency of operation parameter (1/Tu, 1/Tv, 1/Tw).
Anti-friction bearing having an outer ring, an inner ring and rolling bodies (4, 4') which are arranged in between, in which anti-friction bearing the rolling bodies (4, 4') are guided in a plurality of rows which are arranged axially next to one another in at least two raceways (5, 6, 7), and in which anti-friction bearing the outer ring and the inner ring are produced in each case in one piece from reshaped sheet metal rings, the outer ring having at least one flange section which is arranged such that it is angled away in relation to a section of the outer ring which has the at least one running face of the outer ring, characterized in that the outer ring has a double layer of material which is formed by way of the reshaping and in which two layers of the reshaped sheet metal ring lie at least partially above one another in contact, and which double layer of material is configured in the region of the raceway for the rolling bodies (4, 4') and in the region of the at least one flange section, and in that, in the case of the outer ring with a double layer of material, the two free ends of the sheet metal ring on which it is based form the radial end of the flange section.
A seeding robot comprising a power supply, a frame supported on ground-engaging wheels (15, 16, 18), an opening device for creating a trench, a seed reservoir, and seed dispensing apparatus (55, 56) configured to deposit seed in the trench, characterized in that the opening device is mounted to the frame by a four-bar linkage which comprises first and second link arms (66, 68), wherein each of the first and second link arms is pivotably connected to the frame by respective first and second pivot joints (71, 72), and to the opening device by respective third and fourth pivot joints (73, 74) which are disposed forwardly of the first and second pivot joints.