mhurhangee/ep-ind-claims huggingface dataset:
An information processing apparatus comprising: a display unit; a touch sensor section which is placed on the display unit and detects contact with an object on the display unit; a main system which performs processing based on an Operating System; and an embedded system which is an independent embedded system different from the main system in that the embedded system comprises a processor that executes built-in firmware, the embedded system arranged to generate image data of an input area for a virtual input device, output the image data of the input area to the main system by using a USB Video Class, UVC, of a USB interface, and also output input information, which is based on detection information detected in the input area by the touch sensor section, as input information accepted by the virtual input device to the main system by using a Human Interface Device class of the USB interface, wherein the main system displays, on the display unit, image data of the input area output by the embedded system. a display unit; a touch sensor section which is placed on the display unit and detects contact with an object on the display unit; a main system which performs processing based on an Operating System; and an embedded system which is an independent embedded system different from the main system in that the embedded system comprises a processor that executes built-in firmware, the embedded system arranged to generate image data of an input area for a virtual input device, output the image data of the input area to the main system by using a USB Video Class, UVC, of a USB interface, and also output input information, which is based on detection information detected in the input area by the touch sensor section, as input information accepted by the virtual input device to the main system by using a Human Interface Device class of the USB interface, wherein the main system displays, on the display unit, image data of the input area output by the embedded system.
A service transmission control method, comprising receiving, by a service transmission control device (60, 80, 100), indication information from a service transmission device (70, 90, 110), wherein the indication information is an identifier of a target service feature information corresponding to a target service data flow transmitted by the service transmission device (70, 90, 110) and the target service feature information is a service feature information, and the target service data flow is one of a plurality of service data flows comprised in a target service transmitted by a service transmission device (70, 90, 110); and determining, by the service transmission control device (60, 80, 100), by querying a pre-recorded table of mapping between a service feature information identifier and the service feature information a target quality of service parameter corresponding to the target service data flow, wherein the service feature information comprises at least one of a play duration of a target segment, a bit rate or an encoding rate of the target segment, a cache size at a receive end or a cache threshold at the receive end and wherein the pre-recorded table of mapping is stored in the service transmission control device (60, 80, 100) and is determined by a negotiation of the service transmission control device with the service transmission device (70, 90, 110) in advance for the service feature information and the service feature information identifier. receiving, by a service transmission control device (60, 80, 100), indication information from a service transmission device (70, 90, 110), wherein the indication information is an identifier of a target service feature information corresponding to a target service data flow transmitted by the service transmission device (70, 90, 110) and the target service feature information is a service feature information, and the target service data flow is one of a plurality of service data flows comprised in a target service transmitted by a service transmission device (70, 90, 110); and determining, by the service transmission control device (60, 80, 100), by querying a pre-recorded table of mapping between a service feature information identifier and the service feature information a target quality of service parameter corresponding to the target service data flow, wherein the service feature information comprises at least one of a play duration of a target segment, a bit rate or an encoding rate of the target segment, a cache size at a receive end or a cache threshold at the receive end and wherein the pre-recorded table of mapping is stored in the service transmission control device (60, 80, 100) and is determined by a negotiation of the service transmission control device with the service transmission device (70, 90, 110) in advance for the service feature information and the service feature information identifier.
Multi-step planetary transmission for a wind power plant, comprising an input-side first planetary stage which is accommodated in a common transmission housing and downstream of which at least one second planetary stage is connected via a spline system of a sun gear shaft of the first planetary stage, the following being provided, starting from an oil feed duct which is configured in a stationary manner in the transmission housing: - a first oil-conveying duct which is loaded via the said oil feed duct for supplying the planetary gear bearings of the first planetary stage with oil, - a second oil-conveying duct which is loaded via the said oil feed duct for supplying the planetary gear bearings of the second planetary stage with oil, and - a third oil-conveying duct which is loaded via the said oil feed duct for supplying the spline system with oil; characterized in that, in order to supply the spline system with oil, the third oil-conveying duct branches off in the radial direction from the second oil-conveying duct which runs at least partially through the planetary carrier of the second planetary stage in the axial direction and is longer than the latter, in order to open out in the region of the spline system. - a first oil-conveying duct which is loaded via the said oil feed duct for supplying the planetary gear bearings of the first planetary stage with oil, - a second oil-conveying duct which is loaded via the said oil feed duct for supplying the planetary gear bearings of the second planetary stage with oil, and - a third oil-conveying duct which is loaded via the said oil feed duct for supplying the spline system with oil;
Pressure-resistant housing comprising an inner volume having at least a first housing part and a second housing part that are spaced apart and have parallel bearing surfaces facing one another and matching one another, between which at least one insulator (5, 5a) is arranged, on which the bearing surfaces rest, wherein at least one electrical element outside the housing is electrically connectable to an additional electrical element inside the inner volume of the housing, characterized in that the insulator (5, 5a) is an insulated conductor that has at least one conductor encompassed between two insulator layers, that extends beyond the circumference of the first housing part and/or of the second housing part to an outer terminal lug, and that has an inner terminal lug which extends beyond the first housing part and/or beyond the second housing part into the inner volume, wherein at least one terminal lug (9a, 9b) of the conductor is accessible through a recess in at least one insulator layer.
A method for detecting a ground fault on an output line of an inverter using leg-shunt resistors, the method comprising: detecting output currents (lus, Ivs, Iws) for three phases of the inverter; determining whether or not a voltage according to a voltage utilization of the inverter is less than a preset allowable voltage level where the voltage utilization of the inverter is described by a percentage rate of an output voltage of the inverter to a DC link voltage of the inverter; determining whether or not an output current level of the inverter is less than a preset allowable current level when it is determined that a voltage according to the voltage utilization is not less than the preset allowable voltage level; applying a zero vector through a pulse-width modulation, and sampling output currents within a zero vector zone, when it is determined that the output current level of the inverter is not less than the preset allowable current level; determining an occurrence or non-occurrence of the ground fault on the inverter; wherein when the voltage according to the voltage utilization of the inverter is lower than the preset allowable voltage level, the determining of the occurrence or non-occurrence of the ground fault on the inverter is performed by determining whether or not a sum of three-phases output currents (Ius,Ivs, Iws) of the inverter is not less than a preset ground fault level, and wherein the occurrence or non-occurrence of the ground fault of the inverter is determined using the sampled output currents, after sampling of the output currents within the zero vector zone. detecting output currents (lus, Ivs, Iws) for three phases of the inverter; determining whether or not a voltage according to a voltage utilization of the inverter is less than a preset allowable voltage level where the voltage utilization of the inverter is described by a percentage rate of an output voltage of the inverter to a DC link voltage of the inverter; determining whether or not an output current level of the inverter is less than a preset allowable current level when it is determined that a voltage according to the voltage utilization is not less than the preset allowable voltage level; applying a zero vector through a pulse-width modulation, and sampling output currents within a zero vector zone, when it is determined that the output current level of the inverter is not less than the preset allowable current level; determining an occurrence or non-occurrence of the ground fault on the inverter; wherein when the voltage according to the voltage utilization of the inverter is lower than the preset allowable voltage level, the determining of the occurrence or non-occurrence of the ground fault on the inverter is performed by determining whether or not a sum of three-phases output currents (Ius,Ivs, Iws) of the inverter is not less than a preset ground fault level, and wherein the occurrence or non-occurrence of the ground fault of the inverter is determined using the sampled output currents, after sampling of the output currents within the zero vector zone.
A method for controlling an inverter device, wherein the inverter device includes a first inverter capable of generating a first output voltage having a plurality of levels, a second inverter connected in parallel to the first inverter and capable of generating a second output voltage having a plurality of levels, a filter circuit that combines the first output voltage and the second output voltage and generates an output voltage having a sine waveform, and a control circuit that controls the first inverter and the second inverter to generate a first output voltage having a plurality of levels with the first inverter and generate a second output voltage having a plurality of levels with the second inverter so that the filter circuit generates an output voltage having a predetermined sine waveform, the method comprising: switching the level of the first output voltage to one of the plurality of levels with the control circuit; duty-controlling at a high frequency the first inverter and the switched level of the first output voltage with the control circuit; and controlling the second inverter with the control circuit to switch the level of the second output voltage to one of the plurality of levels, wherein the controlling the second inverter includes duty-controlling the second inverter at a high frequency when the second inverter switches the level (0, Vc, Vin) of the second output voltage. switching the level of the first output voltage to one of the plurality of levels with the control circuit; duty-controlling at a high frequency the first inverter and the switched level of the first output voltage with the control circuit; and controlling the second inverter with the control circuit to switch the level of the second output voltage to one of the plurality of levels, wherein the controlling the second inverter includes duty-controlling the second inverter at a high frequency when the second inverter switches the level (0, Vc, Vin) of the second output voltage.
An apparatus for producing a precise tightening torque for screw connections, with a combination of torque multiplier and a torque wrench which is adjusted to said torque multiplier and is calibrated together with said torque multiplier, wherein the torque wrench comprises an input unit for the input of a torque limit value and that torque wrench comprises a memory for storing the data characterizing the torque.
A method of marking an object, comprising: providing an object having a surface, wherein at least a portion of the surface is coated with a detectable marker molecule; exposing a surface of the object to be marked to a LASER pulse sufficient to immobilize the detectable marker molecule on the surface of the object; wherein the detectable marker molecule comprises a nucleic acid. providing an object having a surface, wherein at least a portion of the surface is coated with a detectable marker molecule; exposing a surface of the object to be marked to a LASER pulse sufficient to immobilize the detectable marker molecule on the surface of the object; wherein the detectable marker molecule comprises a nucleic acid.
An interface apparatus for interfacing between an AC system (101, 102) and a DC system (106-1, 106-2), the apparatus comprising: a transformer having a set of windings for coupling to a plurality of AC phases (A, B, C) of the AC system, the set of windings having a neutral point; and the apparatus being characterized in that it comprises a fault module comprising an energy storage element connected in parallel with a resistive element providing a path for any DC currents entering the neutral point, between a first module node and a second module node; the first module node being electrically connected to the neutral point of the set of windings and the second module node connected to a reference node held, in use, at a reference voltage. a transformer having a set of windings for coupling to a plurality of AC phases (A, B, C) of the AC system, the set of windings having a neutral point; and the apparatus being characterized in that it comprises a fault module comprising an energy storage element connected in parallel with a resistive element providing a path for any DC currents entering the neutral point, between a first module node and a second module node; the first module node being electrically connected to the neutral point of the set of windings and the second module node connected to a reference node held, in use, at a reference voltage.
A method for wireless communication in a system that supports a first wireless service having a first target decoding error rate and a first target latency value and a second wireless service having a second target decoding error rate that is higher than the first target decoding error rate, comprising: identifying resources (910, 1040) for assignment to a user equipment, UE, for the first wireless service, by selecting resources based at least in part on the first target decoding error rate of the first wireless service, wherein the first wireless service and the second wireless service have transmission time intervals, TTI, of a same duration; and transmitting, to the UE, a control message (920, 1015) that assigns the resources for the first wireless service to the UE during one of the TTIs. identifying resources (910, 1040) for assignment to a user equipment, UE, for the first wireless service, by selecting resources based at least in part on the first target decoding error rate of the first wireless service, wherein the first wireless service and the second wireless service have transmission time intervals, TTI, of a same duration; and transmitting, to the UE, a control message (920, 1015) that assigns the resources for the first wireless service to the UE during one of the TTIs.
A photovoltaic device comprising a component for transporting charge, which component comprises an electrically insulating matrix and, disposed in said matrix, carbon nanotubes functionalized with a semiconducting polymer.
A cosmetic container having a handling portion, the cosmetic container comprising: a body part provided in an open hollow shape, and configured to store a cosmetic product; and a handling portion detachably coupled to an upper side of the body part; wherein the handling portion comprises: a direction adjusting portion; a handle portion provided to vertically pass through one side of the direction adjusting portion; a touch member seating portion formed at a lower end of the handle portion; and a touch member seated on the touch member seating portion, wherein the direction adjusting portion is made of a soft material so that the handle portion is adjustable up, down, right, and left; and the direction adjusting portion includes a plurality of corrugations that are formed in a vertical or lateral direction, characterized in that: when the corrugations are formed in the vertical direction, a height (H or h) of ridges of the corrugations decreases from an inner side to an outer side; and when the corrugations are formed in the lateral direction, a width of the corrugations increases from an upper side to a lower side. a body part provided in an open hollow shape, and configured to store a cosmetic product; and a handling portion detachably coupled to an upper side of the body part; wherein the handling portion comprises: a direction adjusting portion; a handle portion provided to vertically pass through one side of the direction adjusting portion; a touch member seating portion formed at a lower end of the handle portion; and a touch member seated on the touch member seating portion, wherein the direction adjusting portion is made of a soft material so that the handle portion is adjustable up, down, right, and left; and the direction adjusting portion includes a plurality of corrugations that are formed in a vertical or lateral direction, characterized in that: when the corrugations are formed in the vertical direction, a height (H or h) of ridges of the corrugations decreases from an inner side to an outer side; and when the corrugations are formed in the lateral direction, a width of the corrugations increases from an upper side to a lower side. when the corrugations are formed in the vertical direction, a height (H or h) of ridges of the corrugations decreases from an inner side to an outer side; and when the corrugations are formed in the lateral direction, a width of the corrugations increases from an upper side to a lower side.
Electromotive furniture drive having at least one motorized adjustment drive for motorized adjustment of at least one furniture component, at least one control unit which is connected to a motor controller of the at least one adjustment drive, and at least one operating unit for operating the at least one adjustment drive, the control unit being designed, as a function of the operating situation of the electromotive furniture drive, for actuating, for stopping and/or for temporarily reversing at least one motor of the at least one adjusting drive via the motor control, the at least one motor being designed as a brush-loaded DC motor, characterized in that the control unit is designed to evaluate a frequency of a counter-EMF signal generated by the at least one motor and to detect and signal a collision and/or a jamming case as a function of the evaluated signal, wherein the collision and/or the jamming case are detected when the determined frequency of the signal falls below a predetermined threshold value and/or when an absolute value of a change in frequency exceeds a further predetermined threshold value.
A computer-implemented method for creating traffic information for a specialized type of vehicle, including undersized vehicles, such as mopeds, scooters, Segway personal transports, or the like, and oversized vehicles, such as delivery trucks and tractor-trailers, the method comprising: receiving initial driving information for a generic type of vehicle along a planned traffic route, wherein the generic type of vehicle travels along the planned traffic route in larger numbers than the specialized type of vehicle; determining, for the specialized type of vehicle along the planned traffic route, an adjustment to the initial driving information of the generic type of vehicle along the planned traffic route; creating specialized driving information based on the initial driving information and the adjustment that was determined; and causing the specialized driving information relating to the planned traffic route for the specialized type of vehicle to be provided. receiving initial driving information for a generic type of vehicle along a planned traffic route, wherein the generic type of vehicle travels along the planned traffic route in larger numbers than the specialized type of vehicle; determining, for the specialized type of vehicle along the planned traffic route, an adjustment to the initial driving information of the generic type of vehicle along the planned traffic route; creating specialized driving information based on the initial driving information and the adjustment that was determined; and causing the specialized driving information relating to the planned traffic route for the specialized type of vehicle to be provided.
A nonwoven fabric prepared by fibrillation through hydroentangling of a nonwoven fabric comprising substantially continuous, spun thermoplastic bicomponent filaments comprising an external fiber component completely enwrapping at least two internal fiber components, the external fiber component and the internal fiber components being insoluble in water, wherein the internal fiber component is in the form of substantially continuous entangled micro-denier fibers and the external fiber component is in the form of substantially continuous micro-denier fiber elements that are intertwined with the entangled micro-denier fibers, wherein the fiber elements from the external fiber component form bonds between the micro-denier fibers from the internal fiber component.