mhurhangee/ep-ind-claims huggingface dataset:
A motor control device comprising: a switching element that controls a motor; a current control part configured to output a PWM signal for driving the switching element, and a torque ripple compensation part configured to set a torque ripple compensation value, characterized by a setting part configured to set a carrier frequency of the PWM signal based on an operation state of the switching element, the torque ripple compensation part is configured to calculate a torque ripple based on a motor torque command value, and then corrects a phase of the torque ripple based on the carrier frequency and a rotation state of the motor to set a torque ripple compensation value, and a calculator configured to feedback the torque ripple compensation value to the motor torque command value, wherein the current control part is configured to output the PWM signal based on the motor torque command value which is calculated by the calculator. a switching element that controls a motor; a current control part configured to output a PWM signal for driving the switching element, and a torque ripple compensation part configured to set a torque ripple compensation value, characterized by a setting part configured to set a carrier frequency of the PWM signal based on an operation state of the switching element, the torque ripple compensation part is configured to calculate a torque ripple based on a motor torque command value, and then corrects a phase of the torque ripple based on the carrier frequency and a rotation state of the motor to set a torque ripple compensation value, and a calculator configured to feedback the torque ripple compensation value to the motor torque command value, wherein the current control part is configured to output the PWM signal based on the motor torque command value which is calculated by the calculator.
An electric permanent magnetic chuck, comprising a housing, wherein the housing is provided with at least one opened inner cavity, a reversible magnetic material is disposed on a lower portion of the inner cavity, a coil is disposed in the inner cavity and arranged along an outer wall of the reversible magnetic material, a magnetic pole is superimposed and fixed in the inner cavity, an annular groove is provided on a lower surface of the magnetic pole, and a permanent magnetic material matching the annular groove is disposed in the annular groove, wherein the magnetic pole is disposed on the reversible magnetic material, characterized in that: the housing comprises an outer shell and a bottom plate, the inner cavity penetrates through the outer shell, the bottom plate is fixedly connected to a lower surface of the outer shell, the magnetic pole is of a barrel-shape, the annular groove is provided on a bottom surface of the barrel-shaped magnetic pole, and a barrel wall of the magnetic pole is arranged around the reversible magnetic material and the coil.
A drying unit for drying printed substrates, having a chamber having a gaseous medium oxygen-reduced by an inert gas, wherein the substrates are guided or at least can be guided through this chamber, wherein the chamber has an entrance for the substrates to be guided into this chamber in the transport direction of the substrates, wherein two cylinders (04; 06) respectively longitudinally set against each other are arranged at the entrance for substrates to be guided into the chamber, wherein the two cylinders (04; 06) set against each other at the entrance of the chamber form a printing mechanism, wherein one of the cylinders is formed as a printing cylinder and the other cylinder is formed as a cylinder interacting with the printing cylinder and applying a print image to the relevant substrates, characterized in that the entrance for the substrates to be guided into the chamber is formed by the two cylinders (04; 06) respectively longitudinally set against each other, wherein the chamber of the drying unit respectively surrounds an arc section of the two cylinders (04; 06) set against each other, wherein the two cylinders (04; 06) set against each other with pressure form a seal running axially to these cylinders (04; 06) against a leakage of the oxygen-reduced gaseous medium out of this chamber and/or against an entering of oxygen from the ambient air into this chamber at the entrance of the chamber, wherein the printing mechanism arranged at the entrance of the chamber is formed as a printing mechanism printing in a gravure printing process.
Method for controlling an anti-drone system, in which a group of peripheral devices comprising an effector, in particular comprising a sensor (12, 14) and a control centre, is controlled by a number of peripheral connectors (10a-28a), which respectively control exactly one peripheral device assigned only to the respective peripheral connector (10a-28a), together form a central guidance system of the anti-drone system and exchange data for controlling the peripheral devices with one another via a communication hub, characterized in that a worker assigned to the effector determines a handling capability of the effector from positional data from the communication hub and feeds data concerning the handling capability into the communication hub via the peripheral connector assigned to the effector.
A control method of a washing machine comprising a movable drum in which laundry is received, comprising: determining whether or not a soap-based detergent washing course is selected; detecting a wash water temperature, if the soap-based detergent washing course is selected; and setting a rinse water temperature based on the detected wash water temperature such that a difference between the detected wash water temperature and the rinse water temperature is within a predetermined temperature difference or less, so as to perform at least one rinsing operation. determining whether or not a soap-based detergent washing course is selected; detecting a wash water temperature, if the soap-based detergent washing course is selected; and setting a rinse water temperature based on the detected wash water temperature such that a difference between the detected wash water temperature and the rinse water temperature is within a predetermined temperature difference or less, so as to perform at least one rinsing operation.
A battery module comprising: a battery pack (M1, M2, M3); a tube element accommodating a flow of a cooling medium for cooling the battery pack (M1, M2, M3); and a tube element cover surrounding the tube element in a section in which a path of the tube element is bent or the tube element is discontinuously connected, wherein the tube element and tube element cover are embedded in a lower housing, a front cooling plate, and/or a rear cooling plate. a battery pack (M1, M2, M3); a tube element accommodating a flow of a cooling medium for cooling the battery pack (M1, M2, M3); and a tube element cover surrounding the tube element in a section in which a path of the tube element is bent or the tube element is discontinuously connected, wherein the tube element and tube element cover are embedded in a lower housing, a front cooling plate, and/or a rear cooling plate.
A transmission device comprising: a metadata generation unit that is configured to generate data describing address information indicating an address to acquire metadata about text-to-speech utterance of display information, the metadata about text-to-speech utterance being configured to enable a text-to-speech reading aloud unit of a reception device capable of displaying the display information to read the display information aloud with an utterance according to the text-to-speech utterance; an electronic program information generation unit that is configured to generate electronic program information on a broadcast program, the electronic program information complying with Electronic Service Guide prescribed in Open Mobile Alliance - Mobile Broadcast Services Enabler Suite (OMA-BCAST), and to include the address information in a predetermined fragment of the ESG; and a transmission unit that is configured to transmit the electronic program information including the address information together with a content as a digital broadcast signal to the reception device. a metadata generation unit that is configured to generate data describing address information indicating an address to acquire metadata about text-to-speech utterance of display information, the metadata about text-to-speech utterance being configured to enable a text-to-speech reading aloud unit of a reception device capable of displaying the display information to read the display information aloud with an utterance according to the text-to-speech utterance; an electronic program information generation unit that is configured to generate electronic program information on a broadcast program, the electronic program information complying with Electronic Service Guide prescribed in Open Mobile Alliance - Mobile Broadcast Services Enabler Suite (OMA-BCAST), and to include the address information in a predetermined fragment of the ESG; and a transmission unit that is configured to transmit the electronic program information including the address information together with a content as a digital broadcast signal to the reception device.
A filtration apparatus comprising: a substrate having at least one well defined by a well wall and having a first opening and a second opening spaced from said first opening, said well wall having an interior surface and defining a well volume between said first and second openings; a porous filter material in said at least one well, positioned in said at least one well so as to cover said second opening; a seal in said at least one well positioned on a portion of said porous filter; a compression element fixed in said at least one well in a position to compress said seal into sealing relationship with said porous filter and against said interior surface of said wall of said at least one well, and wherein the compression element is sloped towards the well wall to bias the seal to the well wall and to the porous filter. a substrate having at least one well defined by a well wall and having a first opening and a second opening spaced from said first opening, said well wall having an interior surface and defining a well volume between said first and second openings; a porous filter material in said at least one well, positioned in said at least one well so as to cover said second opening; a seal in said at least one well positioned on a portion of said porous filter; a compression element fixed in said at least one well in a position to compress said seal into sealing relationship with said porous filter and against said interior surface of said wall of said at least one well, and wherein the compression element is sloped towards the well wall to bias the seal to the well wall and to the porous filter.
A subscriber station in a mobile communication system, the subscriber station comprising: a receiver configured to receive, from a base station, backoff domains having a backoff start point (4104, 4108, 4114, 4118) and a backoff end point (4106, 4110, 4116, 4120) determined according to a priority level of each of rangings; and a controller configured to: perform a ranging with the base station; select a backoff domain corresponding to a priority level of the ranging among the backoff domains after the ranging failed; and re-perform the ranging with the base station based on the selected backoff domain; wherein the priority level of the ranging is determined based on a service quality level of data provided to the subscriber station and whether handover of the subscriber station is performed. a receiver configured to receive, from a base station, backoff domains having a backoff start point (4104, 4108, 4114, 4118) and a backoff end point (4106, 4110, 4116, 4120) determined according to a priority level of each of rangings; and a controller configured to: perform a ranging with the base station; select a backoff domain corresponding to a priority level of the ranging among the backoff domains after the ranging failed; and re-perform the ranging with the base station based on the selected backoff domain;
A package (10; 210) for containing and dispensing contents (20; 213) comprising: a housing (11; 211) having a package interior for accommodating said contents (20; 213); a pair of package housing portions defining an opening for accessing said package interior; a closure formed of magnetic material (60, 62; 230, 232) applied to at least one of said packaging portions for permitting re-openable closure of said package portions, characterized in said closure having a magnetic field strength of between about 50-400 gauss, measured at a distance of no greater than 1mm; and said magnetic field strength is no greater than about 10 gauss measured at a distance of about 5mm. a housing (11; 211) having a package interior for accommodating said contents (20; 213); a pair of package housing portions defining an opening for accessing said package interior; a closure formed of magnetic material (60, 62; 230, 232) applied to at least one of said packaging portions for permitting re-openable closure of said package portions, characterized in said closure having a magnetic field strength of between about 50-400 gauss, measured at a distance of no greater than 1mm; and said magnetic field strength is no greater than about 10 gauss measured at a distance of about 5mm.
Apparatus to feed bars comprising a feed device suitable to feed a plurality of bars to a transfer device, and further comprising said transfer device configured to transfer said bars toward a delivery zone, wherein said transfer device comprises at least a transfer disc keyed on a rotation shaft selectively rotatable around an axis of rotation, on the periphery of said transfer disc at least one gripping and holding element is installed, provided with at least a housing seating, said gripping and holding element being configured to take at least one bar from said feed device in order to hold said bar in said housing seating and to transfer said bar by means of rotation around said axis of rotation, toward said delivery zone, wherein a magnetic element is associated or incorporated in correspondence with each of said housing seating, and wherein the apparatus comprises a plurality of support members with a substantially discoidal shape, keyed on said rotation shaft and longitudinally distanced along the extension of the rotation shaft, said support members being laterally disposed with respect to said transfer device, and selectively rotatable around said axis of rotation, said support members being provided with at least a support seating disposed in an angular position substantially mating with that of said housing seating of the gripping and holding element in order to support each bar during its transfer, said axis of rotation being located, during use, substantially parallel to the longitudinal development of said bars, wherein said delivery zone comprises at least a support element configured to receive said bar and a positioning element (34; 44) suitable to hold said bar in position, wherein said positioning element (34; 44) comprises a magnet for holding said bar, and further wherein the apparatus comprising a movement member configured to transfer said at least one bar from said delivery zone toward an operating machine located downstream.
Centering clamping apparatus comprising a housing, in which a centering element is mounted to be displaceable along a longitudinal axis between an open position and a clamping position, wherein a finger element, mounted to be displaceable between a retracted position and an extended position transversely to the longitudinal axis, is provided on the centering element, wherein the finger element is operatively connected to an adjusting member, mounted to be displaceable in the centering element, characterized in that a blocking device, which either precludes a relative movement between the housing and the centering element when the finger element is fully retracted, or precludes a relative movement between the centering element and the adjusting member when the finger element fully extended, is provided on the centering element.
A cryogenic balloon ablation assembly comprising: a cryogenic ablation catheter comprising: a catheter shaft having proximal and distal ends and having a catheter shaft lumen extending between the proximal and distal ends; an expandable and collapsible balloon mounted to the distal end of the catheter shaft, the balloon having an inner surface defining a balloon interior; and a delivery tube assembly comprising: a delivery tube housed within the catheter shaft for axial movement relative to the catheter shaft, and a diffuser, within the balloon, fluidly coupled to the delivery tube, the cryogenic balloon assembly further comprising a pressure detecting tube housed within the catheter shaft, characterized in that the delivery tube is housed within the pressure detecting tube. a cryogenic ablation catheter comprising: a catheter shaft having proximal and distal ends and having a catheter shaft lumen extending between the proximal and distal ends; an expandable and collapsible balloon mounted to the distal end of the catheter shaft, the balloon having an inner surface defining a balloon interior; and a catheter shaft having proximal and distal ends and having a catheter shaft lumen extending between the proximal and distal ends; an expandable and collapsible balloon mounted to the distal end of the catheter shaft, the balloon having an inner surface defining a balloon interior; and a delivery tube assembly comprising: a delivery tube housed within the catheter shaft for axial movement relative to the catheter shaft, and a diffuser, within the balloon, fluidly coupled to the delivery tube, the cryogenic balloon assembly further comprising a pressure detecting tube housed within the catheter shaft, characterized in that the delivery tube is housed within the pressure detecting tube. a delivery tube housed within the catheter shaft for axial movement relative to the catheter shaft, and a diffuser, within the balloon, fluidly coupled to the delivery tube, the cryogenic balloon assembly further comprising a pressure detecting tube housed within the catheter shaft, characterized in that the delivery tube is housed within the pressure detecting tube.
Weft feeder device with a winding drum having an adjustable winding circumference for storing weft thread, the winding drum comprising a base structure, at least one moveable finger (7, 8, 9), and a driving system comprising a first pinion, wherein the at least one moveable finger (7, 8, 9) is mounted on the base structure so as to be moveable over the full length of a linear movement path and is provided with a first leg having a rack section drivingly coupled to the first pinion, characterized in that the driving system comprises a gear system for driving the first pinion continuously, which gear system is self-locking for securing the first pinion, so that the first pinion is held in position in any position reached along the movement path.
A polyvinyl chloride resin composition comprising: from 0.04 to 5 parts by weight of a polyvinyl alcohol having structural units expressed by a formula; and from 0.01 to 5 parts by weight of a zinc compound, based on 100 parts by weight of a polyvinyl chloride resin (R 1 and R 2 independently denote a hydrogen atom, an alkyl group, or an acyl group, respectively. X denotes a single bond or an alkylene group having a carbon number of from 1 to 3 that may be mediated by an oxygen atom.). from 0.04 to 5 parts by weight of a polyvinyl alcohol having structural units expressed by a formula; and from 0.01 to 5 parts by weight of a zinc compound, based on 100 parts by weight of a polyvinyl chloride resin (R 1 and R 2 independently denote a hydrogen atom, an alkyl group, or an acyl group, respectively. X denotes a single bond or an alkylene group having a carbon number of from 1 to 3 that may be mediated by an oxygen atom.).
A method comprising: receiving, by malware detection logic of a device in a secured network, a message intended for an unsecured device from at least one of the one or more other devices in the secured network; and determining, by the malware detection logic, whether the message includes malware; characterized in that it comprises: receiving, by the malware detection logic, an identifier associated with the unsecured device in the secured network; informing, by the malware detection logic based on the identifier, one or more other devices (118a-118n, 102) in the secured network to re-route messages through the malware detection logic. receiving, by malware detection logic of a device in a secured network, a message intended for an unsecured device from at least one of the one or more other devices in the secured network; and determining, by the malware detection logic, whether the message includes malware; characterized in that it comprises: receiving, by the malware detection logic, an identifier associated with the unsecured device in the secured network; informing, by the malware detection logic based on the identifier, one or more other devices (118a-118n, 102) in the secured network to re-route messages through the malware detection logic. receiving, by the malware detection logic, an identifier associated with the unsecured device in the secured network; informing, by the malware detection logic based on the identifier, one or more other devices (118a-118n, 102) in the secured network to re-route messages through the malware detection logic.