mhurhangee/ep-ind-claims huggingface dataset:
A test and measurement system, comprising: an accessory connected to a device under test, including: means for receiving an input signal from the device under test, means for receiving the input signal and applying a compensation signal based on a compensation value internal to the accessory and outputting a compensated input signal, and means for outputting a processed input signal of the device under test; a controller connected to the accessory, including: means for receiving the compensated input signal and the processed input signal from the accessory, and means for comparing the compensated input signal and the processed input signal and in response to the comparison providing a compensation value to the means for applying a compensation signal; and a test and measurement instrument connected to the controller. an accessory connected to a device under test, including: means for receiving an input signal from the device under test, means for receiving the input signal and applying a compensation signal based on a compensation value internal to the accessory and outputting a compensated input signal, and means for outputting a processed input signal of the device under test; means for receiving an input signal from the device under test, means for receiving the input signal and applying a compensation signal based on a compensation value internal to the accessory and outputting a compensated input signal, and means for outputting a processed input signal of the device under test; a controller connected to the accessory, including: means for receiving the compensated input signal and the processed input signal from the accessory, and means for comparing the compensated input signal and the processed input signal and in response to the comparison providing a compensation value to the means for applying a compensation signal; and means for receiving the compensated input signal and the processed input signal from the accessory, and means for comparing the compensated input signal and the processed input signal and in response to the comparison providing a compensation value to the means for applying a compensation signal; and a test and measurement instrument connected to the controller.
A device for creating an emulsion composed of a phase dispersed in the form of drops in a continuous phase, the device comprising: - a motion generator for putting into motion at least one first fluid which is intended to form the dispersed phase; - a first channel inside which the first fluid put into motion can flow, the first channel extending towards an output orifice via which the first fluid is injected into at least one second fluid which is intended to form the continuous phase; - a variation system for making the interior volume (Vi) of the first channel vary with time; and - an electronic control circuit comprising: -- a control unit for controlling the motion generator, which is configured to generate a first signal with first extrema, to make the flow (Dv) of the first fluid in the first channel vary with time; -- a control unit for controlling the variation system, which is configured to generate a second signal with second extrema, to make the interior volume (Vi) of the first channel vary with time; and -- a coordination system connected to the control units and configured to associate first and second extrema two by two, with a predetermined temporal offset (Dt) between two associated extrema. - a motion generator for putting into motion at least one first fluid which is intended to form the dispersed phase; - a first channel inside which the first fluid put into motion can flow, the first channel extending towards an output orifice via which the first fluid is injected into at least one second fluid which is intended to form the continuous phase; - a variation system for making the interior volume (Vi) of the first channel vary with time; and - an electronic control circuit comprising: -- a control unit for controlling the motion generator, which is configured to generate a first signal with first extrema, to make the flow (Dv) of the first fluid in the first channel vary with time; -- a control unit for controlling the variation system, which is configured to generate a second signal with second extrema, to make the interior volume (Vi) of the first channel vary with time; and -- a coordination system connected to the control units and configured to associate first and second extrema two by two, with a predetermined temporal offset (Dt) between two associated extrema. -- a control unit for controlling the motion generator, which is configured to generate a first signal with first extrema, to make the flow (Dv) of the first fluid in the first channel vary with time; -- a control unit for controlling the variation system, which is configured to generate a second signal with second extrema, to make the interior volume (Vi) of the first channel vary with time; and -- a coordination system connected to the control units and configured to associate first and second extrema two by two, with a predetermined temporal offset (Dt) between two associated extrema.
An upper door armature assembly of a sliding door, said assembly comprising a housing having a lower bottom panel and a housing lid secured thereto, as well as a pair of transverse guide rollers (31, 32) each mounted for rotation on an axle trunnion, with the axle trunnions arranged to be parallel with each other and symmetrically relative to a vertical central longitudinal plane of the door armature assembly, with both axle trunnions rigidly secured in the housing, with the pair of transverse guide rollers defining an insertion opening of the housing and with the axle trunnions mounted immovably in a freely cantilevered relationship and secured at one end thereof in the housing, characterized in that - the housing extends beyond the free ends of the axle trunnions and in that the housing lid extends over a section of the transverse guide rollers (31, 32) in a spaced relationship thereto and without contacting the axle trunnions. - the housing extends beyond the free ends of the axle trunnions and in that the housing lid extends over a section of the transverse guide rollers (31, 32) in a spaced relationship thereto and without contacting the axle trunnions.
An apparatus for collecting debris in a wellbore, the apparatus comprising: - a housing (201, 202, 203) for receiving debris, the housing (201, 202, 203) being defined by an endless wall portion, a first end portion and a second end portion, at least the second end portion being provided with at least one closable aperture allowing one-way flow of debris into the housing; - a releasable sealing device for holding a volume of a first fluid within the housing (201, 202, 203), the volume of the first fluid having a lower pressure than the ambient wellbore pressure; - a retaining device (212, 213) for initially holding the releasable sealing device in a first position; - a release mechanism (214, 215) for operating the retaining device (212, 213) in a manner allowing the releasable sealing device to move from the first position to a second position, whereby debris is entered through the closable aperture into the housing, whereupon said volume of first fluid is reduced, characterised in that the apparatus is further provided with at least one conduit extending between the end portions (202, 203) of the apparatus, the conduit being configured to communicate wellbore fluid from the first end portion to the second end portion to equalize any pressure differential between the end portions (202, 203). - a housing (201, 202, 203) for receiving debris, the housing (201, 202, 203) being defined by an endless wall portion, a first end portion and a second end portion, at least the second end portion being provided with at least one closable aperture allowing one-way flow of debris into the housing; - a releasable sealing device for holding a volume of a first fluid within the housing (201, 202, 203), the volume of the first fluid having a lower pressure than the ambient wellbore pressure; - a retaining device (212, 213) for initially holding the releasable sealing device in a first position; - a release mechanism (214, 215) for operating the retaining device (212, 213) in a manner allowing the releasable sealing device to move from the first position to a second position, whereby debris is entered through the closable aperture into the housing, whereupon said volume of first fluid is reduced,
A drive circuit of a bridge arm switching transistor, wherein the bridge arm switching transistor comprises a first switching transistor and a second switching transistor, a first terminal of the first switching transistor is connected to a power supply, a second terminal of the first switching transistor is connected to a first terminal of the second switching transistor, and a second terminal of the second switching transistor is grounded; the drive circuit comprises a low-voltage region and at least two high-voltage regions isolated by at least two isolation rings, wherein the at least two high-voltage regions comprise a first high-voltage region and a second high-voltage region, the first high-voltage region corresponds to a first voltage domain, the second high-voltage region corresponds to a second voltage domain, and a voltage of the first voltage domain is different from a voltage of the second voltage domain; a semiconductor device configured to drive the second switching transistor is disposed in the low-voltage region; and P-type semiconductor devices are disposed in each of the first high-voltage region and the second high-voltage region, and the P-type semiconductor devices are configured to drive the first switching transistor. the drive circuit comprises a low-voltage region and at least two high-voltage regions isolated by at least two isolation rings, wherein the at least two high-voltage regions comprise a first high-voltage region and a second high-voltage region, the first high-voltage region corresponds to a first voltage domain, the second high-voltage region corresponds to a second voltage domain, and a voltage of the first voltage domain is different from a voltage of the second voltage domain; a semiconductor device configured to drive the second switching transistor is disposed in the low-voltage region; and P-type semiconductor devices are disposed in each of the first high-voltage region and the second high-voltage region, and the P-type semiconductor devices are configured to drive the first switching transistor.
A method of establishing a secure session for transfer of a stream of data packets between a client and a server of a content-centric network, said method comprising the steps of: exchanging a first namespaces portion indication between said server and said client; deriving a first namespace portion (16; 16A) from said first namespace portion indication; incorporating said first namespace portion into a first namespace (10; 10A) of a first request from said client to said server for a first data packet of said stream of data packets; deriving a subsequent namespace portion, said subsequent namespace portion being based on transfer of said first data packet, said subsequent namespace portion differing from said first namespace portion; and incorporating said subsequent namespace portion into a subsequent namespace of a subsequent request from said client to said server for a subsequent data packet of said stream of data packets. exchanging a first namespaces portion indication between said server and said client; deriving a first namespace portion (16; 16A) from said first namespace portion indication; incorporating said first namespace portion into a first namespace (10; 10A) of a first request from said client to said server for a first data packet of said stream of data packets; deriving a subsequent namespace portion, said subsequent namespace portion being based on transfer of said first data packet, said subsequent namespace portion differing from said first namespace portion; and incorporating said subsequent namespace portion into a subsequent namespace of a subsequent request from said client to said server for a subsequent data packet of said stream of data packets.
A vehicle control device comprising a processor configured to: receive a first requested value of acceleration acting on a vehicle from a first system configured to request holding a stopped state of the vehicle; receive a second requested value of the acceleration from a second system; select one of the first requested value and the second requested value as an arbitration result; and characterized in that the processor is configured to: set a priority for selecting the first requested value lower than a priority for selecting the second requested value when the processor acquires predetermined information from one of the first system and the second system while the vehicle is stopped. receive a first requested value of acceleration acting on a vehicle from a first system configured to request holding a stopped state of the vehicle; receive a second requested value of the acceleration from a second system; select one of the first requested value and the second requested value as an arbitration result; and characterized in that the processor is configured to: set a priority for selecting the first requested value lower than a priority for selecting the second requested value when the processor acquires predetermined information from one of the first system and the second system while the vehicle is stopped.
A method of generating an encoded satellite navigation message, in the form of a number of pages, for transmission to at least one user receiver via a plurality of satellites (120, 130, 140), the method comprising the steps of: a) dividing, at a ground station, a satellite navigation message M into k pages; b) dividing, at the ground station, each page into j symbols, the satellite navigation message M being divided into k × j symbols; c) for each symbol position, encoding the symbols of the k pages at the ground station; and d) generating, at the ground station, an encoded satellite navigation message M ' for n pages, characterized in that step c) comprises encoding each column of the symbols of the pages separately for a total of j block codes, wherein each of the n pages comprises symbols from j parallel codes, and in that the method further comprises the steps of: e) allocating, at the ground station, at least a subset of the n pages of the encoded satellite navigation message to each of the plurality of satellites (120, 130, 140); f) transmitting, by the ground station, the allocated pages to respective ones of the plurality of satellites (120, 130, 140); and g) transmitting the allocated pages by the plurality of satellites to the at least one user receiver. a) dividing, at a ground station, a satellite navigation message M into k pages; b) dividing, at the ground station, each page into j symbols, the satellite navigation message M being divided into k × j symbols; c) for each symbol position, encoding the symbols of the k pages at the ground station; and d) generating, at the ground station, an encoded satellite navigation message M ' for n pages, e) allocating, at the ground station, at least a subset of the n pages of the encoded satellite navigation message to each of the plurality of satellites (120, 130, 140); f) transmitting, by the ground station, the allocated pages to respective ones of the plurality of satellites (120, 130, 140); and g) transmitting the allocated pages by the plurality of satellites to the at least one user receiver.
An endoscope apparatus comprising: image pickup means in which a plurality of pixels are arranged in a matrix shape, and which starts sequential exposure by at least one of scan lines with respect to the plurality of pixels to generate image data, and outputs image data for each of the scan lines in an order of starting exposure; detection means that detects whether or not an image region at which a part of an object region is edged along a direction parallel to the scan lines, in a state that is different to a case where a plurality of the scan lines are simultaneously exposed, exists in a frame image due to differences of exposure timings for each of the scan lines of the image pickup means based on an image feature amount in the frame image that is obtained from the image data for each of the scan lines that is outputted from the image pickup means; and exposure control means that lengthens an exposure time of each of the scan lines by the image pickup means in comparison to a case where the detection means does not detect the image region, if the detection means detects the image region. image pickup means in which a plurality of pixels are arranged in a matrix shape, and which starts sequential exposure by at least one of scan lines with respect to the plurality of pixels to generate image data, and outputs image data for each of the scan lines in an order of starting exposure; detection means that detects whether or not an image region at which a part of an object region is edged along a direction parallel to the scan lines, in a state that is different to a case where a plurality of the scan lines are simultaneously exposed, exists in a frame image due to differences of exposure timings for each of the scan lines of the image pickup means based on an image feature amount in the frame image that is obtained from the image data for each of the scan lines that is outputted from the image pickup means; and exposure control means that lengthens an exposure time of each of the scan lines by the image pickup means in comparison to a case where the detection means does not detect the image region, if the detection means detects the image region.
A variable flow restrictor (100A, 100B, 100C, 100D), comprising: a tube support having a hollow (108, 168) and configured to hold a flexible tube; a free lever element (111, 160) trapped in the hollow (108, 168), the free lever element (111, 160) having a pinching end (110, 170) and a driven end; and a linear actuator (104, 150) having a rod (102, 152) which can move in a linear direction and has at its end an end effecter which is configured to push the driven end of the free lever element progressively such that the free lever element (111, 160) pivots and the pinching end (110, 170) of the free lever element (111, 160) is configured to progressively pinch the flexible tube against a first wall of said hollow to thereby, in use, progressively close the flexible tube, wherein the hollow (108, 168) has second (114, 166) and third (116, 164) walls and the free lever element (111, 160) is a longitudinal member and the linear actuator (104, 150) is configured to push the driven end of the free lever element (111, 160) such that said driven end rides along the third wall (116, 164) while the pinching end (110, 170) slides along the second wall (114, 166). a tube support having a hollow (108, 168) and configured to hold a flexible tube; a free lever element (111, 160) trapped in the hollow (108, 168), the free lever element (111, 160) having a pinching end (110, 170) and a driven end; and a linear actuator (104, 150) having a rod (102, 152) which can move in a linear direction and has at its end an end effecter which is configured to push the driven end of the free lever element progressively such that the free lever element (111, 160) pivots and the pinching end (110, 170) of the free lever element (111, 160) is configured to progressively pinch the flexible tube against a first wall of said hollow to thereby, in use, progressively close the flexible tube, wherein the hollow (108, 168) has second (114, 166) and third (116, 164) walls and the free lever element (111, 160) is a longitudinal member and the linear actuator (104, 150) is configured to push the driven end of the free lever element (111, 160) such that said driven end rides along the third wall (116, 164) while the pinching end (110, 170) slides along the second wall (114, 166).
A method for producing an olefin compound, the method comprising the step of reacting ATP and 3-hydroxy-3-methylpent-4-enoate or beta-hydroxyisovaleric acid in presence of a diphosphomevalonate decarboxylase whose threonine at position 209 of an amino acid sequence shown in SEQ ID NO: 2 or threonine corresponding to the position is mutated to arginine and whose arginine at position 74 of the amino acid sequence shown in SEQ ID NO: 2 or arginine corresponding to the position is further mutated to histidine or methionine, and wherein the olefin compound is isoprene or isobutene, and the diphosphomevalonate decarboxylase is a protein having 1 to 20 amino acids substituted, deleted, added, and/or inserted except at position 209, relative to the amino acid sequence shown in SEQ ID NO: 2.
Holding device for a hand-held power tool having a tool receptacle which is designed at least for receiving an insert tool, in particular a screwdriver bit, wherein the holding device is intended for holding a fastening element, in particular a screw element, and a first holding unit for fixing the holding device to a hand-held power tool and a second holding unit for holding a fastening element, in particular a screw element, wherein the first holding unit is designed to allow a releasable fastening of the holding device to an output shaft (120; 224) of a hand-held power tool, which output shaft drives the tool receptacle, characterized in that the first holding unit is assigned at least one holding part for forming a form fit and/or a force fit with the output shaft (120; 224) that drives the tool receptacle, wherein the at least one holding part is designed in such a way that the at least one holding part bears against a shoulder of the output shaft (120; 224), which shoulder is designed as an annular web (284; 812).
A method of forming an article comprising: applying an aqueous dispersion to a porous substrate, wherein the aqueous dispersion comprises a thermoplastic polymer, wherein the thermoplastic polymer is made of one or more polyolefins, a dispersing agent, where the dispersing agent comprises at least one polar polyolefin having a polar group as either a comonomer or grafted monomer, and water; and removing at least a portion of the water; wherein the article formed is breathable. applying an aqueous dispersion to a porous substrate, wherein the aqueous dispersion comprises a thermoplastic polymer, wherein the thermoplastic polymer is made of one or more polyolefins, a dispersing agent, where the dispersing agent comprises at least one polar polyolefin having a polar group as either a comonomer or grafted monomer, and water; and removing at least a portion of the water; wherein the article formed is breathable.
Compressor for producing compressed air for a motor vehicle, comprising air inlet and air outlet valves and an electrically actuable dead space valve for relieving the compressor outside a compressed air delivery phase, characterised in that a relief hole is provided in a valve body of the dead space valve for pressure-relieving the valve body in each switching position of the dead space valve.