mhurhangee/ep-ind-claims huggingface dataset:
A method of supplying at least one component of a wind turbine with energy by an energy supply device, wherein the energy is taken by the energy supply device in operation of the wind turbine from the energy generated with the generator of the wind turbine and supplied to the component of the wind turbine, wherein the voltage of the energy generated with the generator is rectified with a rectifier and put into intermediate storage in a dc voltage intermediate circuit, wherein the energy for supplying the component is taken from the dc voltage intermediate circuit by the energy supply device, wherein the voltage of the energy taken from the dc voltage intermediate circuit is converted with a transformer of the energy supply device into a voltage suited for the component, in particular 400 V, wherein the transformer, in particular on its primary side, obtains the energy from the dc voltage intermediate circuit and, in particular at the secondary side, at the output provides the energy for the components, characterized in that the transformer can additionally be connected at its secondary side to a supply grid in order to provide energy from the supply grid for supplying the components or the exciter circuit. the voltage of the energy generated with the generator is rectified with a rectifier and put into intermediate storage in a dc voltage intermediate circuit, wherein the energy for supplying the component is taken from the dc voltage intermediate circuit by the energy supply device, wherein the voltage of the energy taken from the dc voltage intermediate circuit is converted with a transformer of the energy supply device into a voltage suited for the component, in particular 400 V, wherein the transformer, in particular on its primary side, obtains the energy from the dc voltage intermediate circuit and, in particular at the secondary side, at the output provides the energy for the components, characterized in that the transformer can additionally be connected at its secondary side to a supply grid in order to provide energy from the supply grid for supplying the components or the exciter circuit.
A hybrid probe/cutter instrument for meniscal probing and cutting, comprising: a handle; an outer tube attached to the handle, the outer tube having a proximal end, a distal end, and a longitudinal slot; a probe tip comprising a hook provided at a most distal end of the outer tube and configured to hook tissue, wherein the probe tip comprises a separate slot to receive a cutting device; the cutting device extending through the outer tube and being housed within the outer tube, the cutting device being configured to slide distally within the longitudinal slot from a first position proximal to the probe tip in which the cutting device is housed inside the outer tube to a second position in which the cutting device is received within the longitudinal slot, is nested within the separate slot in the probe tip, and is exposed for cutting the tissue; and an actuator mechanism for actuating the cutting device from the first position to the second position. a handle; an outer tube attached to the handle, the outer tube having a proximal end, a distal end, and a longitudinal slot; a probe tip comprising a hook provided at a most distal end of the outer tube and configured to hook tissue, wherein the probe tip comprises a separate slot to receive a cutting device; the cutting device extending through the outer tube and being housed within the outer tube, the cutting device being configured to slide distally within the longitudinal slot from a first position proximal to the probe tip in which the cutting device is housed inside the outer tube to a second position in which the cutting device is received within the longitudinal slot, is nested within the separate slot in the probe tip, and is exposed for cutting the tissue; and an actuator mechanism for actuating the cutting device from the first position to the second position.
A measurement method, comprising: sending, by a first communications node, measurement information to a second communications node; and receiving, by the first communications node, a measurement report sent by the second communications node, wherein the measurement report carries a measurement result of measurement performed by the second communications node according to the measurement information, wherein the measurement information comprises information of a measurement signal type, and the information of the measurement signal type is used by the second communications node to determine the measurement signal type, wherein the method is characterized in that: the measurement signal type comprises at least one of the following: a CRS and DRS hybrid measurement, a CSI-RS and DRS hybrid measurement and a DRS, CRS, and CSI-RS hybrid measurement; and wherein the CRS and DRS hybrid measurement, CSI-RS and DRS hybrid measurement, or DRS, CRS, and CSI-RS hybrid measurement is used to instruct the second communications node to obtain an initial value of a measured frequency or cell by measuring a DRS, and obtain a further measurement value of the measured frequency or cell by measuring a CRS and/or a CSI-RS, wherein CRS is a cell specific reference signal, CSI-RS is a channel state information reference signal and DRS is a discovery reference signal which is a signal that is used for cell discovery, cell identification and cell measurement. sending, by a first communications node, measurement information to a second communications node; and receiving, by the first communications node, a measurement report sent by the second communications node, wherein the measurement report carries a measurement result of measurement performed by the second communications node according to the measurement information, wherein the measurement information comprises information of a measurement signal type, and the information of the measurement signal type is used by the second communications node to determine the measurement signal type, wherein the method is characterized in that: the measurement signal type comprises at least one of the following: a CRS and DRS hybrid measurement, a CSI-RS and DRS hybrid measurement and a DRS, CRS, and CSI-RS hybrid measurement; and the measurement signal type comprises at least one of the following: a CRS and DRS hybrid measurement, a CSI-RS and DRS hybrid measurement and a DRS, CRS, and CSI-RS hybrid measurement; and a CRS and DRS hybrid measurement, a CSI-RS and DRS hybrid measurement and a DRS, CRS, and CSI-RS hybrid measurement; and wherein the CRS and DRS hybrid measurement, CSI-RS and DRS hybrid measurement, or DRS, CRS, and CSI-RS hybrid measurement is used to instruct the second communications node to obtain an initial value of a measured frequency or cell by measuring a DRS, and obtain a further measurement value of the measured frequency or cell by measuring a CRS and/or a CSI-RS, wherein CRS is a cell specific reference signal, CSI-RS is a channel state information reference signal and DRS is a discovery reference signal which is a signal that is used for cell discovery, cell identification and cell measurement.
An electrical connector comprising: a housing including a carrier and a shield matable to define the housing, the carrier having terminal channels and terminal latches extending into the terminal channels; and terminals received in corresponding terminal channels, the terminals being held in the terminal channels by the terminal latches; wherein the carrier and the shield are molded as a single piece with flashing connecting the carrier and the shield, the flashing being broken during assembly to allow coupling of the shield to the carrier, characterized in that the shield has lead-in channels that guide mating contacts for mating with the terminals held in the terminal channels, the lead-in channels being aligned with, and positioned forward of, the terminal channels when the shield is mated with the carrier, the lead-in channels being through a face of the shield. a housing including a carrier and a shield matable to define the housing, the carrier having terminal channels and terminal latches extending into the terminal channels; and terminals received in corresponding terminal channels, the terminals being held in the terminal channels by the terminal latches; wherein the carrier and the shield are molded as a single piece with flashing connecting the carrier and the shield, the flashing being broken during assembly to allow coupling of the shield to the carrier, characterized in that the shield has lead-in channels that guide mating contacts for mating with the terminals held in the terminal channels, the lead-in channels being aligned with, and positioned forward of, the terminal channels when the shield is mated with the carrier, the lead-in channels being through a face of the shield.
Method for the display of first display contents of a user interface of a transportation means in a comprehensive manner on a first display device and on a second display device which is in a first direction starting from the first display device, wherein the width of the first display device of the user interface with respect to the first direction is smaller than the width of the second display device of the user interface with respect to the first direction, comprising the steps of: - displaying a first region of the first display contents on the first display device of the transportation means, - displaying a second region of the first display contents on the second display device of the transportation means over the width of the first display device, - receiving a predefined user input with respect to the first display contents, and characterized by, in response thereto, - extending an area associated with the first display contents on the second display device of the transportation means, which second display device is in the first direction starting from the first display device, wherein - when extending the area associated with the first display contents on the second display device, a third region additionally appears on the second display device, the extension takes place only to the width of the first display device and an area associated with the first display contents on the second display device is arranged closest to the first display device. - displaying a first region of the first display contents on the first display device of the transportation means, - displaying a second region of the first display contents on the second display device of the transportation means over the width of the first display device, - receiving a predefined user input with respect to the first display contents, and characterized by, in response thereto, - extending an area associated with the first display contents on the second display device of the transportation means, which second display device is in the first direction starting from the first display device, wherein - when extending the area associated with the first display contents on the second display device, a third region additionally appears on the second display device, the extension takes place only to the width of the first display device and an area associated with the first display contents on the second display device is arranged closest to the first display device.
Method for producing a tyre blank, in which method at least two strip-shaped materials are positioned on a tyre-building drum, and in which method at least two cores are set in place, wherein the tyre-building drum is provided both with a core clamping element and with a core fixing element, and the tyre-building drum is formed by a middle part (7, 8) and two drum halves (4, 5) disposed laterally on both sides of the middle part (7, 8), characterized in that finger segments of the middle parts (7, 8) are embodied with a contour which forms pockets which enable reinforcing strips to be received.
A production method for a dicyanocyclohexane compound, the method comprising: bringing a phthalic acid compound in an aqueous ammonia solution into contact with hydrogen in the presence of a fixed bed catalyst in a reactor thereby obtaining an aqueous ammonia solution of a cyclohexanedicarboxylic acid compound; heat concentrating said aqueous ammonia solution to obtain a heated concentrate of the aqueous ammonia solution of the cyclohexanedicarboxylic acid compound; and subjecting the heated concentrate to a cyanation reaction thereby obtaining the dicyanocyclohexane compound, wherein the cyclohexanedicarboxylic acid compound includes cyclohexanedicarboxylic acid and a derivative thereof which is an ammonium salt of cyclohexanedicarboxylic acid or carboxamidocyclohexanecarboxylic acid, the phthalic acid compound includes phthalic acid, phthalic anhydride, isophthalic acid and terephthalic acid, as well as an ammonium salt thereof, the dicyanocyclohexane compound is dicyano-cyclohexane. bringing a phthalic acid compound in an aqueous ammonia solution into contact with hydrogen in the presence of a fixed bed catalyst in a reactor thereby obtaining an aqueous ammonia solution of a cyclohexanedicarboxylic acid compound; heat concentrating said aqueous ammonia solution to obtain a heated concentrate of the aqueous ammonia solution of the cyclohexanedicarboxylic acid compound; and subjecting the heated concentrate to a cyanation reaction thereby obtaining the dicyanocyclohexane compound, wherein the cyclohexanedicarboxylic acid compound includes cyclohexanedicarboxylic acid and a derivative thereof which is an ammonium salt of cyclohexanedicarboxylic acid or carboxamidocyclohexanecarboxylic acid, the phthalic acid compound includes phthalic acid, phthalic anhydride, isophthalic acid and terephthalic acid, as well as an ammonium salt thereof, the dicyanocyclohexane compound is dicyano-cyclohexane.
A method, implemented at least in part by one or more server computing devices of a fifth generation, 5G, core network of a 5G network, the method comprising: receiving, from a mobile computing device, a first request to initiate a voice call over the 5G network; detecting a failure to establish a Quality-of-Service, QoS, flow for the voice call via the 5G network; and sending, to the mobile computing device and responsive to detecting the failure to establish the QoS flow, an indication that the voice call failed to be established via the 5G network, wherein the indication includes an instruction to re-attempt to establish the voice call via a different network, and wherein the instruction causes the mobile computing device to submit a second request to establish the voice call to the different network. receiving, from a mobile computing device, a first request to initiate a voice call over the 5G network; detecting a failure to establish a Quality-of-Service, QoS, flow for the voice call via the 5G network; and sending, to the mobile computing device and responsive to detecting the failure to establish the QoS flow, an indication that the voice call failed to be established via the 5G network, wherein the indication includes an instruction to re-attempt to establish the voice call via a different network, and wherein the instruction causes the mobile computing device to submit a second request to establish the voice call to the different network.
A method for the driver assistance of a road vehicle; the road vehicle comprises: a pair of front steering wheels and a steering system, which adjusts the steering angle (α) of the front wheels and is provided with a steering wheel, which can be operated by a driver, and with a servo-assistance device, which applies a servo-assistance torque to the steering system, which is only aimed at reducing the effort requested to a driver to turn the steering wheel without ever turning the steering wheel independently of or autonomously from the action of the driver; the assistance method comprises the steps of: determining an actual steering angle (α) of the front wheels; and determining a desired steering angle (α TGT) of the front wheels; the assistance method is characterized in that it comprises the further step of changing the servo-assistance torque applied by the servo-assistance device to the steering system based on the actual steering angle (α) and on the desired steering angle (α TGT), so that the servo-assistance torque that is applied when the steering wheel is rotated, exclusively by the driver, in a first direction to change the actual steering angle (α) causing it to approach the desired steering angle (α TGT) is greater than the servo-assistance torque that is applied when the steering wheel is rotated, exclusively by the driver, in a second direction, which is opposite to the first direction, to change the actual steering angle (α) causing it to distance itself from the desired steering angle (α TGT). determining an actual steering angle (α) of the front wheels; and determining a desired steering angle (α TGT) of the front wheels; the assistance method is characterized in that it comprises the further step of changing the servo-assistance torque applied by the servo-assistance device to the steering system based on the actual steering angle (α) and on the desired steering angle (α TGT), so that the servo-assistance torque that is applied when the steering wheel is rotated, exclusively by the driver, in a first direction to change the actual steering angle (α) causing it to approach the desired steering angle (α TGT) is greater than the servo-assistance torque that is applied when the steering wheel is rotated, exclusively by the driver, in a second direction, which is opposite to the first direction, to change the actual steering angle (α) causing it to distance itself from the desired steering angle (α TGT).
Biological measurement apparatus, comprising: a bottom reservoir; a top reservoir; a thin porous optically transparent membrane having a top surface and a bottom surface separating the top and bottom reservoirs; and wherein: the pores of the membrane are formed using a laser-based photo-machining(ablation) process; so that the porous optically transparent membrane has smooth surfaces free from aberrations enabling quantitative phase-contrast optical imaging of biological cells on the top or the bottom surface of the membrane without the use of fluorescent probes or optical staining. a bottom reservoir; a top reservoir; a thin porous optically transparent membrane having a top surface and a bottom surface separating the top and bottom reservoirs; and wherein: the pores of the membrane are formed using a laser-based photo-machining(ablation) process; so that the porous optically transparent membrane has smooth surfaces free from aberrations enabling quantitative phase-contrast optical imaging of biological cells on the top or the bottom surface of the membrane without the use of fluorescent probes or optical staining. the pores of the membrane are formed using a laser-based photo-machining(ablation) process; so that the porous optically transparent membrane has smooth surfaces free from aberrations enabling quantitative phase-contrast optical imaging of biological cells on the top or the bottom surface of the membrane without the use of fluorescent probes or optical staining.
A method of classifying a data packet flow between an originator and a recipient in a communications network, the method comprising: - inspecting at least one data packet of the data packet flow to yield a characteristic property of the data packet flow, - determining at least one identifier (101 - 105) for the data packet flow based on the characteristic property, the at least one identifier (101 - 105) classifying the data packet flow, and - determining a confidence level value of the at least one identifier (101 - 105), the confidence level value specifying a confidence degree with which the at least one identifier (101 - 105) is determined; characterized in that: the determining of the confidence level value is based on a number of inspected data packets of the data packet flow; the method further comprises: - executing a threshold comparison between the confidence degree and a predefined threshold, and - selectively executing, in dependence of an outcome of the threshold comparison, the determining of at least one identifier for a further identifier and the determining of a confidence level value corresponding to the further identifier. - inspecting at least one data packet of the data packet flow to yield a characteristic property of the data packet flow, - determining at least one identifier (101 - 105) for the data packet flow based on the characteristic property, the at least one identifier (101 - 105) classifying the data packet flow, and - determining a confidence level value of the at least one identifier (101 - 105), the confidence level value specifying a confidence degree with which the at least one identifier (101 - 105) is determined; - executing a threshold comparison between the confidence degree and a predefined threshold, and - selectively executing, in dependence of an outcome of the threshold comparison, the determining of at least one identifier for a further identifier and the determining of a confidence level value corresponding to the further identifier.
Sanitary outlet fitting comprising a water outlet and a jet regulator which is assigned to the water outlet and has a jet regulator housing with at least one insert part located therein, which jet regulator housing can be inserted into the water outlet by means of an axial push-in movement and has a retainer with at least one radially movable protrusion for connecting to the water outlet, wherein a locking element (8, 8a) which can be actuated from outside without using tools is provided for selectively securing and releasing the retainer, wherein the jet regulator housing (3b, 3c) has spring elements which are used as a retainer, are diametrically opposite one another and have outwardly projecting latching protrusions as locking elements, which spring elements engage into a circumferential annular groove on the water outlet of the water outlet fitting, wherein run-up slopes are provided on these locking elements adjacent to the latching protrusions and impinge upon an inner edge of the water outlet upon insertion of the jet regulator into the water outlet and deflect radially inwards upon further insertion, until the latching protrusions latch radially outwards, wherein the spring elements with their side facing away from the outflow side of the jet regulator are connected as one piece to the jet regulator housing wall, and which spring elements are adjoined by a flange-like, outwardly pointing gripping projection which in the locking position projects over the edge of the water outlet of the outlet fitting and can be pressed-in using fingers to radially deflect the latching protrusions 10a), and wherein the latching protrusions are arranged with their latching surfaces spaced apart from the outflow-side edge of the jet regulator housing such that the jet regulator housing juts out with its gripping projection on the outflow side in the locking position to such an extent that it can be grasped for unlocking and removal purposes, characterised in that the spring elements are separated from the adjoining housing wall by means of lateral slots.