mhurhangee/ep-ind-claims huggingface dataset:
An induction heating device, comprising: a first resonance circuit comprising a first working coil and a first resonance capacitor; a first inverter electrically connected to the first resonance circuit and configured to perform a first switching operation to thereby apply a first resonance current to the first working coil; and a first group of snubber capacitors that are configured to be electrically connected to the first inverter, the first group of snubber capacitors comprising a first snubber capacitor and a second snubber capacitor; characterised in that the induction heating device comprises: a first relay configured to selectively connect the first group of snubber capacitors to the first inverter; and a second group of snubber capacitors that remain electrically connected to the first inverter regardless of switching operation of the first relay, the second group of snubber capacitors comprising a third snubber capacitor and a fourth snubber capacitor. a first resonance circuit comprising a first working coil and a first resonance capacitor; a first inverter electrically connected to the first resonance circuit and configured to perform a first switching operation to thereby apply a first resonance current to the first working coil; and a first group of snubber capacitors that are configured to be electrically connected to the first inverter, the first group of snubber capacitors comprising a first snubber capacitor and a second snubber capacitor; characterised in that the induction heating device comprises: a first relay configured to selectively connect the first group of snubber capacitors to the first inverter; and a second group of snubber capacitors that remain electrically connected to the first inverter regardless of switching operation of the first relay, the second group of snubber capacitors comprising a third snubber capacitor and a fourth snubber capacitor.
A hydrocarbon recovery system, comprising: a first tool; and a first control device mounted on the first tool and configured to operate the first tool, the first control device comprising: an explosion-proof housing, comprising: a first chamber configured to be unopenable; and a second chamber; a processor disposed in the housing; and a circuit board disposed in the housing and extending through the first chamber and the second chamber. a first tool; and a first control device mounted on the first tool and configured to operate the first tool, the first control device comprising: an explosion-proof housing, comprising: a first chamber configured to be unopenable; and a second chamber; a processor disposed in the housing; and a circuit board disposed in the housing and extending through the first chamber and the second chamber. an explosion-proof housing, comprising: a first chamber configured to be unopenable; and a second chamber; a first chamber configured to be unopenable; and a second chamber; a processor disposed in the housing; and a circuit board disposed in the housing and extending through the first chamber and the second chamber.
A method for facilitating power savings in wireless communications, comprising: assigning one or more association identifiers, AIDs, to one or more apparatuses, wherein the one or more AIDs are different from a portion of the basic service set identifier, BSSID, of an apparatus; and notifying the one or more apparatuses of the assigned AIDs. assigning one or more association identifiers, AIDs, to one or more apparatuses, wherein the one or more AIDs are different from a portion of the basic service set identifier, BSSID, of an apparatus; and notifying the one or more apparatuses of the assigned AIDs.
An absorbent fabric comprising polyester fibers wherein the polyester fibers contain 0.005% by weight to 1% by weight of the S element, 95 mol% or more of the repeating units of the polyester is ethylene terephthalate, carboxylic acid terminated linear oligomer components are present on the surface of the polyester fibers, a n=4 carboxylic acid terminated linear oligomer component is present on the surface of the polyester fibers in an amount equivalent to a concentration of 2 μg/ml to 15 μg/ml by internal standardization by liquid chromatography/MS as measured in the methods described in the Description, a n=3 cyclic oligomer is present on the surface of the polyester fibers in an amount equivalent to a concentration of 80 μg/ml or less by internal standardization by liquid chromatography/MS as measured in the methods described in Description, and water absorbency according to the dripping method of JIS L1907 after washing 30 times according to Method C of JIS L0217 No. 103 is 5 seconds or less.
E-axle module, comprising at least one electric machine and at least one power electronics system and a cooling circuit having a seal assembly therein, wherein the seal assembly comprises a tubular insert on which a first sealing element (62, 72) is arranged, wherein a further sealing element (64, 76, 80) is assigned to one of the end faces (96, 98) of the tubular insert, wherein an overflow opening is provided between the sealing elements (62, 72; 64, 76, 80), wherein the tubular insert is received in a recess of a housing of the electric machine and the overflow opening is made in a wall of the recess of the housing.
A battery module comprising: a plastic housing having a plastic bus member including bus bars electrically coupling a plurality of cells; and at least one terminal melt joined with the bus member thereby sealing the terminal relative to the bus member, the at last one terminal providing a conductive path to an interior portion of the housing; wherein the at least one terminal includes a shank adapted to interact with said bus member, the shank extending longitudinally to a transition portion, the battery module further comprising: an o-ring disposed on the transition portion for sealing relative to the bus member; and a viscous material disposed on the transition portion, the viscous material providing a barrier between the terminal and housing. a plastic housing having a plastic bus member including bus bars electrically coupling a plurality of cells; and at least one terminal melt joined with the bus member thereby sealing the terminal relative to the bus member, the at last one terminal providing a conductive path to an interior portion of the housing; wherein the at least one terminal includes a shank adapted to interact with said bus member, the shank extending longitudinally to a transition portion, the battery module further comprising: an o-ring disposed on the transition portion for sealing relative to the bus member; and a viscous material disposed on the transition portion, the viscous material providing a barrier between the terminal and housing. an o-ring disposed on the transition portion for sealing relative to the bus member; and a viscous material disposed on the transition portion, the viscous material providing a barrier between the terminal and housing.
A DC motor control device (1, 112) that controls a DC motor (2-1, 2-2, 125), comprising: a communication unit that receives a control command specifying a target rotation amount for the DC motor (2-1, 2-2, 125); a sensor interface unit that receives a detection signal from a rotational angle sensor that outputs the detection signal every time the DC motor (2-1, 2-2, 125) rotates by a certain rotational angle; a step counter unit that outputs a count signal every time the detection signal has been received a certain number of times; a control unit that, based on the number of times the count signal is received, determines a step count indicating the total amount of rotation from the start of the rotation of the DC motor (2-1, 2-2, 125), and generates a control signal that controls the DC motor (2-1, 2-2, 125) in accordance with the step count and the target rotation amount; and a drive signal generation unit that generates a drive signal that rotates the DC motor (2-1, 2-2, 125) in accordance with the control signal and outputs the drive signal, characterized in that the control command includes information indicating the certain number of times, and the step counter unit sets the certain number of times based on the information. a communication unit that receives a control command specifying a target rotation amount for the DC motor (2-1, 2-2, 125); a sensor interface unit that receives a detection signal from a rotational angle sensor that outputs the detection signal every time the DC motor (2-1, 2-2, 125) rotates by a certain rotational angle; a step counter unit that outputs a count signal every time the detection signal has been received a certain number of times; a control unit that, based on the number of times the count signal is received, determines a step count indicating the total amount of rotation from the start of the rotation of the DC motor (2-1, 2-2, 125), and generates a control signal that controls the DC motor (2-1, 2-2, 125) in accordance with the step count and the target rotation amount; and a drive signal generation unit that generates a drive signal that rotates the DC motor (2-1, 2-2, 125) in accordance with the control signal and outputs the drive signal, characterized in that the control command includes information indicating the certain number of times, and the step counter unit sets the certain number of times based on the information.
Electronic switch having a semiconductor switch comprising a control circuit, wherein the semiconductor switch can carry and disconnect a current in both directions by means of two semiconductors, wherein the electronic switch has a current sensor, wherein the control circuit is configured so as to operate the semiconductor switch by pulse-width modulation and the phase control factor of the pulse-width modulation is determined as a function of measurement values of the current sensor such that in fault-free operation, the electronic switch remains in the ON state and that two limit values exist for protection, wherein if a first limit value is exceeded, the electronic switch is operated by pulse-width modulation, and if a second limit value is exceeded, which is greater than the first limit value, the electronic switch is switched off, wherein the electronic switch is further configured so as to reduce the edge steepness of the switching edge with a decreasing phase control factor (a).
Temperature measuring system for the contactless measurement of the temperature of a cooking vessel disposed on a hob, wherein the temperature measuring system - comprises a mobile measuring unit (50, 50a, 50b, 50c, 50d) with a temperature sensor, - a base unit for positioning on the hob or separately herefrom on an adjacent work surface, and - a positioning unit, wherein on the mobile measuring unit (50, 50a, 50b, 50c, 50d) and the base unit the positioning unit has a central position magnet (70, 170) and direction magnets (72, 74, 76, 172, 174, 176) grouped therearound in the manner of a planet in each case, which are embodied for the positioning and angular alignment of the mobile measuring unit (50, 50a, 50b, 50c, 50d) by means of magnetic force at a position defined by the base unit relative to the hob. - comprises a mobile measuring unit (50, 50a, 50b, 50c, 50d) with a temperature sensor, - a base unit for positioning on the hob or separately herefrom on an adjacent work surface, and - a positioning unit,
Device for assembling insulating glass panes (1ABC, 2ABC) from glass panels (1A-1C, 2A-2C), comprising a first horizontal conveyor having a conveying track, a rotating station, a second horizontal conveyor having two conveying tracks (61a, 61b) and an assembling and pressing station, wherein the first horizontal conveyor conveys the glass panels (1A-1C, 2A-2C), which are to be assembled to insulating glass panes (1ABC, 2ABC), to the rotating station, the rotating station pairs two glass panels (1A, 1B; 2A, 2B), respectively, and the second horizontal conveyor conveys the paired glass panels (1AB, 2AB) from the rotating station to the assembling and pressing station characterized in that, a displacement station (40; 140; 240) is arranged upstream or downstream of the rotating station, that the displacement station (40; 140; 240) has a parking track which is provided out of the transport path of the glass panels (1A, 1B; 2A, 2B), so that by the displacement station (40; 140; 240) a glass panel (1 C) conveyed by the single-track first horizontal conveyor can be moved out of the transport path of the glass panels (1A, 1B; 2A, 2B) and can be brought into the parking track of the displacement station (40; 140; 240) to enable by-passing of a glass panel (2A, 1A) following the displaced glass panel.
A seat module for installation in an aircraft cabin, comprising: - a seat, - a cushion positioned near the seat, and - an armrest movable between a lowered position and a raised position, characterized in that the armrest comprises an upper wall and a lower wall, so that - the upper wall is in the extension of the cushion when the armrest is in the lowered position and - the lower wall is in the extension of the cushion when the armrest is in the raised position. - a seat, - a cushion positioned near the seat, and - an armrest movable between a lowered position and a raised position, - the upper wall is in the extension of the cushion when the armrest is in the lowered position and - the lower wall is in the extension of the cushion when the armrest is in the raised position.
A method of controlling environmental comfort of at least one boundary zone, the method comprising: monitoring at least one motion or visual sensor mounted within the at least one boundary zone; detecting motion of living beings of the at least one boundary zone, the at least one boundary zone having parameters associated therewith available to be used in adjusting an environmental control setting of the at least one boundary zone; determining a number of living beings present in the at least one boundary zone based on the motion detected; collecting motion or visual data from the at least one motion or visual sensor to verify and provide error correction for the number of living beings present in the at least one boundary zone determined; and determining at least one environmental control setting to enable control of environmental comfort of the at least one boundary zone based on the number of living beings determined, error correction associated therewith, and the parameters associated with the at least one boundary zone. monitoring at least one motion or visual sensor mounted within the at least one boundary zone; detecting motion of living beings of the at least one boundary zone, the at least one boundary zone having parameters associated therewith available to be used in adjusting an environmental control setting of the at least one boundary zone; determining a number of living beings present in the at least one boundary zone based on the motion detected; collecting motion or visual data from the at least one motion or visual sensor to verify and provide error correction for the number of living beings present in the at least one boundary zone determined; and determining at least one environmental control setting to enable control of environmental comfort of the at least one boundary zone based on the number of living beings determined, error correction associated therewith, and the parameters associated with the at least one boundary zone.
Method for controlling, in particular damping, a mechanical vibration of a system, in particular for vibration welding, wherein, in a first time period, the system is excited by an exciter signal having a first frequency f1, such as to produce a first time curve p(t) of the phase of the exciter signal, in a second time period, the system is excited by a frequency value curve f(t) that changes over time and is selected such that at the end of the second time period the time curve of the phase of the exciter signal has a non-negligible phase difference Delta_p from the first curve p(t) of the phase, wherein the frequency value curve f(t) begins at the first frequency value f1 at the start of the second time period and ends at the first frequency f1 at the end of the second time period, in particular wherein the frequency value curve f(t) is continuous, in particular continuous and continuously differentiable, characterised in that in the first time period, the amplitude of the exciter signal is controlled such that the amplitude of the mechanical vibration detected by means of a sensor is controlled towards its setpoint, wherein the exciter signal is an alternating magnetic field, wherein the alternating magnetic field is generated by means of one or more electromagnets (3, 6), each fed by an electrical voltage provided by a transformer at the secondary side, said transformer being fed by a converter at the primary side, wherein the converter comprises a main-powered rectifier, the rectified output voltage of which feeds an inverter of the converter, said inverter providing a three-phase voltage by which the transformer is fed, wherein the amplitude and frequency of the three-phase voltage can be controlled, wherein the transformer is a Scott transformer, the secondary-side AC voltages of which have a 90° phase shift.
A computer-implemented method for creating a virtual message onto a moving object, comprising: under a data-construction mode, receiving the virtual message selected using a mobile device; receiving image information relating to a position where the virtual message is set onto the moving object by the mobile device, wherein the image information is analyzed from an image of the moving object, and the image information of the moving object includes color block and line data used for positioning the virtual message through an image processing process, or the image information of the moving object is information for recognizing a human face; and transmitting data of the virtual message and positioning information of the virtual message to a server so as to establish a database provided for searching for the virtual message. under a data-construction mode, receiving the virtual message selected using a mobile device; receiving image information relating to a position where the virtual message is set onto the moving object by the mobile device, wherein the image information is analyzed from an image of the moving object, and the image information of the moving object includes color block and line data used for positioning the virtual message through an image processing process, or the image information of the moving object is information for recognizing a human face; and transmitting data of the virtual message and positioning information of the virtual message to a server so as to establish a database provided for searching for the virtual message.
A detergent composition comprising: (i) from 0.0001 to 0.1 wt % of a violet anionic alkoxylated thiophene dye comprising a anionic group covalently bound to alkoxy groups; and, (ii) a blue triphenyl methane dye, wherein the molar ratio of the blue triphenyl methane dye to the violet anionic alkoxylated thiophene dye is in the range from 1:1 to 1:3; and, (iii) from 5 to 70 wt% of surfactants selected from anionic and non-ionic surfactants. (i) from 0.0001 to 0.1 wt % of a violet anionic alkoxylated thiophene dye comprising a anionic group covalently bound to alkoxy groups; and, (ii) a blue triphenyl methane dye, wherein the molar ratio of the blue triphenyl methane dye to the violet anionic alkoxylated thiophene dye is in the range from 1:1 to 1:3; and, (iii) from 5 to 70 wt% of surfactants selected from anionic and non-ionic surfactants.
An axial gap type rotating electric machine, comprising: a yoke on a side of a rotor in a circular plate shape fixed to a rotating shaft; a yoke on a side of a stator in a circular plate shape opposed to the yoke on the side of the rotor, each of the two yokes having a first face, opposed to the corresponding first face of the other yoke, and a second face; a magnet fixed to the first face of a first one of the yokes; a plurality of teeth arranged radially on the first face of the second yoke, the plurality of teeth being opposed to the magnet and fixed to the second yoke; and a coil wound around each of the plurality of teeth; wherein the teeth comprise a laminated member of plate members for the teeth wherein the plate members for the teeth are laminated by superposing front and rear plate faces in a radial direction, so that the front and rear faces of the plate members for the teeth are aligned in a circumferential direction characterized in that a plurality of resistance portions (36, 36', 46) against an induced current generated inside the second yoke at a surrounding of each tooth are provided in the second yoke, respective fixing holes for fixing the teeth to the second yoke (21, 23) are provided in the second yoke (21, 23), the fixing holes having an elongated shape, the long side of which is directed in the radial direction; and a magnetic resistance portion for reducing a magnetic flux is provided between each tooth and the inner surface of the respective fixing hole along the radial direction. a yoke on a side of a rotor in a circular plate shape fixed to a rotating shaft; a yoke on a side of a stator in a circular plate shape opposed to the yoke on the side of the rotor, each of the two yokes having a first face, opposed to the corresponding first face of the other yoke, and a second face; a magnet fixed to the first face of a first one of the yokes; a plurality of teeth arranged radially on the first face of the second yoke, the plurality of teeth being opposed to the magnet and fixed to the second yoke; and a coil wound around each of the plurality of teeth; wherein the teeth comprise a laminated member of plate members for the teeth wherein the plate members for the teeth are laminated by superposing front and rear plate faces in a radial direction, so that the front and rear faces of the plate members for the teeth are aligned in a circumferential direction characterized in that a plurality of resistance portions (36, 36', 46) against an induced current generated inside the second yoke at a surrounding of each tooth are provided in the second yoke, respective fixing holes for fixing the teeth to the second yoke (21, 23) are provided in the second yoke (21, 23), the fixing holes having an elongated shape, the long side of which is directed in the radial direction; and a magnetic resistance portion for reducing a magnetic flux is provided between each tooth and the inner surface of the respective fixing hole along the radial direction.
A drain valve, comprising: (i) at least one frame including a flow opening; and (ii) at least one flap secured to the at least one frame; wherein the drain valve has at least two positions: (i) a sealed position, in which the at least one flap prevents airflow by covering the flow opening; and (ii) an open position, in which the at least one flap allows liquid to flow through the at least one drain valve, characterized in, that the atleast one frame includes at least one living hinge and at least one arm; and wherein the at least one arm pivots about the living hinge to retain a portion of the at least one flap between a surface of the at least one frame and a surface of the at least one arm. (i) at least one frame including a flow opening; and (ii) at least one flap secured to the at least one frame; (i) a sealed position, in which the at least one flap prevents airflow by covering the flow opening; and (ii) an open position, in which the at least one flap allows liquid to flow through the at least one drain valve,
A method for controlling a plurality of actuators (9a, 9b, 9c) of a thrust reverser movable cowl, characterized in that the deviations of positions between adjacent actuators are measured in real time, and in that the velocity profile of the one or more concerned actuator(s) is modified by a position deviation exceeding a predetermined threshold.