mhurhangee/ep-ind-claims huggingface dataset:
Leak detection device comprising: - a primary pumping system designed to deliver at atmospheric pressure and having a primary suction intake, - a main pipe, having a connection inlet designed to be connected to a piece to be tested, and having a connection outlet connected to the suction intake of the primary pumping system, - a multistage secondary pump having a main intake, having a delivery connected to the primary suction intake, and having at least one intermediate suction intake connected to the main pipe by an intermediate pipe, - a gas analyser, connected to the main intake of the multistage secondary pump for detecting the presence of a leakage gas returning countercurrent wise through the multistage secondary pump, - a gas pressure gauge, sensitive to the heat exchange coefficients of the gases, connected to the main pipe and producing a pressure measurement signal, - signal processing and control means (11, 12) receiving the pressure measurement signal delivered by the gas pressure gauge, containing a recorded programme, and able to compare the pressure measurement signal against a determined pressure threshold in order to generate a signal for connection of the gas analyser when the measured pressure is below the said pressure threshold, characterized in that the signal processing and control means (11, 12) are also able to perform an initial high pressure leak detection sequence using the primary pumping system and the gas pressure gauge and during which the signal processing and control means (11, 12) analyse the pressure measurement signal and are able to produce a signal indicative of the presence of leaks if there is a peak in the evolution of the pressure measurement signal delivered by the gas pressure gauge resulting from a change of the thermal coefficient of the mixture of gas present in the piece to be tested. - a primary pumping system designed to deliver at atmospheric pressure and having a primary suction intake, - a main pipe, having a connection inlet designed to be connected to a piece to be tested, and having a connection outlet connected to the suction intake of the primary pumping system, - a multistage secondary pump having a main intake, having a delivery connected to the primary suction intake, and having at least one intermediate suction intake connected to the main pipe by an intermediate pipe, - a gas analyser, connected to the main intake of the multistage secondary pump for detecting the presence of a leakage gas returning countercurrent wise through the multistage secondary pump, - a gas pressure gauge, sensitive to the heat exchange coefficients of the gases, connected to the main pipe and producing a pressure measurement signal, - signal processing and control means (11, 12) receiving the pressure measurement signal delivered by the gas pressure gauge, containing a recorded programme, and able to compare the pressure measurement signal against a determined pressure threshold in order to generate a signal for connection of the gas analyser when the measured pressure is below the said pressure threshold,
A compound of formula: wherein a pyrimidine ring 1 is attached to a proximal ring 2, and wherein the proximal ring 2 is attached to a distal ring 3; wherein o is an integer of 0 or 1; wherein R 3 represents a substituent in any position of the distal ring 3 and is selected from the group consisting of H, methyl, and ethyl; wherein R 4 represents a substituent in any position of the proximal ring 2 and is H or methyl; and wherein the broken line represents a single or double bond, with the proviso that when R 3 is H, R 4 is not H. wherein a pyrimidine ring 1 is attached to a proximal ring 2, and wherein the proximal ring 2 is attached to a distal ring 3; wherein o is an integer of 0 or 1; wherein R 3 represents a substituent in any position of the distal ring 3 and is selected from the group consisting of H, methyl, and ethyl; wherein R 4 represents a substituent in any position of the proximal ring 2 and is H or methyl; and wherein the broken line represents a single or double bond, with the proviso that when R 3 is H, R 4 is not H.
A cable tie tensioning and cut-off tool, the cut off tool including a housing, a cable tie gripping mechanism, and a tensioning system for adjusting the tension imparted to the cable tie in the cable tie tensioning and cut-off tool, the tensioning system comprising: a rotatable tension adjustment knob coupled to a rotating cam, wherein the rotating cam is threadingly coupled to a fixed cam, and wherein the fixed cam is coupled to the housing; a tension shaft having at least one tension biasing member coupled thereto, the tension shaft being attached to the fixed cam, and the tension shaft being coupled to the cable tie gripping mechanism; the cable tie tensioning and cut-off tool further including a calibration mechanism comprising: a thread being formed on a first end of the tension shaft; and a calibration nut being located between the rotating cam and a tension adjustment knob, the nut including a threaded opening for receiving the first end of the tension shaft, characterised in that a plurality of ridges are formed on the calibration nut, the ridges being engageable with grooves formed on the rotating cam. a rotatable tension adjustment knob coupled to a rotating cam, wherein the rotating cam is threadingly coupled to a fixed cam, and wherein the fixed cam is coupled to the housing; a tension shaft having at least one tension biasing member coupled thereto, the tension shaft being attached to the fixed cam, and the tension shaft being coupled to the cable tie gripping mechanism; the cable tie tensioning and cut-off tool further including a calibration mechanism comprising: a thread being formed on a first end of the tension shaft; and a calibration nut being located between the rotating cam and a tension adjustment knob, the nut including a threaded opening for receiving the first end of the tension shaft, characterised in that a plurality of ridges are formed on the calibration nut, the ridges being engageable with grooves formed on the rotating cam.
Device for introducing an auxiliary torque into a steering shaft of an electromechanical power-assisted steering system, having an electric motor which comprises a motor shaft which is coupled fixedly in terms of torque by means of a coupling element to a gearwheel which meshes with a toothed wheel arranged rotationally conjointly on the steering shaft, characterized in that the coupling element comprises a torsionally elastic bar element which is torsionally more flexible than the motor shaft and the gearwheel.
A mobile entity, comprising: a recess in an exterior of the mobile entity; and an antenna apparatus, comprising: a plurality of the antenna elements (102-1, 102-2, 102-3, 102-4) disposed in the recess to surround a bottom center of the recess to form a sector configuration, characterized in that the mobile entity further comprises a parasitic element whose center is disposed in the recess at a position higher than a horizontal plane in which the centers of the antenna element (102-1, 102-2, 102-3, 102-4) of the plurality of antenna element are located, and the parasitic element is disposed at a central axis of the sector configuration. a recess in an exterior of the mobile entity; and an antenna apparatus, comprising: a plurality of the antenna elements (102-1, 102-2, 102-3, 102-4) disposed in the recess to surround a bottom center of the recess to form a sector configuration, characterized in that the mobile entity further comprises a parasitic element whose center is disposed in the recess at a position higher than a horizontal plane in which the centers of the antenna element (102-1, 102-2, 102-3, 102-4) of the plurality of antenna element are located, and the parasitic element is disposed at a central axis of the sector configuration.
Sound diffusion device comprising a single box and, in this single box, at least two superimposed high-frequency acoustic sources, and a plurality of superimposed medium-frequency and/or low-frequency acoustic sources and arranged to the left and/or to the right of the high-frequency acoustic sources, the high-frequency acoustic sources being coupled individually to a wave guide and arranged according to a curved vertical stack having a fixed non-constant physical curvature and being controlled individually electronically in amplitude and phase in such a way as to adjust the resulting wave front to diffusion objectives for an audience.
For a mobile device connected to a vehicle's interactive communication system that comprises a display screen, a method comprising: through an interface with the vehicle's interactive communication system, receiving audio data at the mobile device, the audio data corresponding to audio that was captured by the vehicle's interactive communication system; by a mapping application executing on the mobile device, identifying at least one search term from the received audio data; by the mapping application at the mobile device, performing a search to identify a location related to the identified search term; and by the mapping application at the mobile device, generating a map that displays the identified location, the generated map being configured for output on the display screen of the interactive communication system of the vehicle. through an interface with the vehicle's interactive communication system, receiving audio data at the mobile device, the audio data corresponding to audio that was captured by the vehicle's interactive communication system; by a mapping application executing on the mobile device, identifying at least one search term from the received audio data; by the mapping application at the mobile device, performing a search to identify a location related to the identified search term; and by the mapping application at the mobile device, generating a map that displays the identified location, the generated map being configured for output on the display screen of the interactive communication system of the vehicle.
An adsorption apparatus for adsorbing an upper surface of each battery cell loaded in a loading box and sequentially taking out and transporting the battery cells, the adsorption apparatus comprising: a main body including a frame which moves linearly in a Z-axis direction and a main cam which linearly reciprocates in a Y-axis direction inside the frame; and an interlocking unit including a vertical movement unit which moves linearly in the Z-axis direction in conjunction with the main cam and an adsorption unit provided at end portions of the vertical movement unit, wherein the vertical movement unit includes a first vertical movement member and a second vertical movement member which extend to one side of the frame in an X-axis direction and a third movement member and a fourth vertical movement member which extend to the other side of the frame in the X-axis direction, and the main cam vertically moves a pair of vertical movement members of the vertical movement unit, which are disposed in a diagonal direction with the frame interposed therebetween, in the same direction. a main body including a frame which moves linearly in a Z-axis direction and a main cam which linearly reciprocates in a Y-axis direction inside the frame; and an interlocking unit including a vertical movement unit which moves linearly in the Z-axis direction in conjunction with the main cam and an adsorption unit provided at end portions of the vertical movement unit, wherein the vertical movement unit includes a first vertical movement member and a second vertical movement member which extend to one side of the frame in an X-axis direction and a third movement member and a fourth vertical movement member which extend to the other side of the frame in the X-axis direction, and the main cam vertically moves a pair of vertical movement members of the vertical movement unit, which are disposed in a diagonal direction with the frame interposed therebetween, in the same direction.
An authentication method performed between a first party and a second party, wherein the first party has a first key and the second party has a second key, the method comprising, at the first party: (i) determining a challenge; (ii) sending the challenge to the second party; (iii) receiving a response from the second party comprising a second cryptogram (C2; ARPC); (iv) computing a first cryptogram using the challenge and the key of the first party; (v) determining if the first cryptogram matches the second cryptogram (C2; ARPC) received from the second party; and if the first cryptogram does not match the second cryptogram (C2; ARPC), further comprising: performing a computation using the first cryptogram (C1; ARQC) and the second cryptogram (C2'; ARPC'); and comparing a result of the computation with a stored set of results to recover a first data element (D1; OPn) carried by the second cryptogram (C2'; ARPC'), wherein if a match is not found between the result of the computation and an entry in the stored set of results, an indication is obtained that the second party is using a wrong key. (i) determining a challenge; (ii) sending the challenge to the second party; (iii) receiving a response from the second party comprising a second cryptogram (C2; ARPC); (iv) computing a first cryptogram using the challenge and the key of the first party; (v) determining if the first cryptogram matches the second cryptogram (C2; ARPC) received from the second party; and performing a computation using the first cryptogram (C1; ARQC) and the second cryptogram (C2'; ARPC'); and comparing a result of the computation with a stored set of results to recover a first data element (D1; OPn) carried by the second cryptogram (C2'; ARPC'), wherein if a match is not found between the result of the computation and an entry in the stored set of results, an indication is obtained that the second party is using a wrong key.
Monorail catheter (10, 10', 10", 10"') having an integrally formed or attached catheter tip, which monorail catheter (10, 10', 10", 10"') is embodied in one or more layers as a balloon catheter in conjunction with a balloon and has at least one guidewire lumen, and a delivery/discharge lumen for filling and emptying the balloon, and the monorail catheter (10, 10', 10", 10"') comprises at least one additional free lumen for introducing a liquid and/or gaseous medium, characterized in that an outermost lumen or an outer shank has a forwardly tapering slope (S") at a front end, which is located within the balloon.
A process for the distillative separation of ethylbenzene from a mixture comprising ethylbenzene and at least one other C 8 aromatic compound, comprising: a) introducing a feed stream comprising said mixture into a first distillation column, b) introducing a first stream comprising a heavy solvent above the feed stream into the first distillation column, c) introducing an aqueous stream below the feed stream into the first distillation column, wherein the aqueous stream comprises water and at least one light solvent selected from Cl, S, N or O-containing compound and mixtures thereof. a) introducing a feed stream comprising said mixture into a first distillation column, b) introducing a first stream comprising a heavy solvent above the feed stream into the first distillation column, c) introducing an aqueous stream below the feed stream into the first distillation column, wherein the aqueous stream comprises water and at least one light solvent selected from Cl, S, N or O-containing compound and mixtures thereof.
A calibration method for a robot having a redundancy, comprising: constraining a distal end of a manipulator having a redundancy so as to leave at least one degree of freedom within degrees of freedom of the manipulator; changing an attitude of the manipulator into a plurality of attitudes that are allowed by the redundancy by outputting joint position command values from a control device to actuators ( 41 to 47) that drive links ( 12 to 18) that constitute the manipulator of which the distal end is constrained; and performing calibration by obtaining a deviation of a robot constant of the manipulator on the basis of the joint position command values and actual measured values from position detectors ( 71 to 77) after each attitude change, the position detectors ( 71 to 77) being respectively provided at the actuators ( 41 to 47) characterized in that calibration is performed by obtaining the deviation of the robot constant of the manipulator on the basis of differences between the joint position command values for the plurality of attitude changes and the actual measured values from the position detectors ( 71 to 77) after the attitude changes, and attitude parameters at the time of the plurality of attitude changes, the attitude parameters are obtained on the basis of the actual measured values. constraining a distal end of a manipulator having a redundancy so as to leave at least one degree of freedom within degrees of freedom of the manipulator; changing an attitude of the manipulator into a plurality of attitudes that are allowed by the redundancy by outputting joint position command values from a control device to actuators ( 41 to 47) that drive links ( 12 to 18) that constitute the manipulator of which the distal end is constrained; and performing calibration by obtaining a deviation of a robot constant of the manipulator on the basis of the joint position command values and actual measured values from position detectors ( 71 to 77) after each attitude change, the position detectors ( 71 to 77) being respectively provided at the actuators ( 41 to 47) characterized in that calibration is performed by obtaining the deviation of the robot constant of the manipulator on the basis of differences between the joint position command values for the plurality of attitude changes and the actual measured values from the position detectors ( 71 to 77) after the attitude changes, and attitude parameters at the time of the plurality of attitude changes, the attitude parameters are obtained on the basis of the actual measured values.
A computer-based diagnostics system for diagnosing the condition of target equipment, the diagnostics system including: a first diagnostics sub-system that is configured to: receive sensor data from sensors of the target equipment, make a preliminary evaluation of the condition of the target equipment on the basis of the sensor data, and, when the preliminary evaluation of the condition is indicative of a need for maintenance or repair of the target equipment, issue a request to dispatch a mobile robot investigator to the target equipment in order for the mobile robot investigator to make an investigation of the target equipment; and a second diagnostics sub-system that is configured to: receive from the mobile robot investigator additional data obtained by the mobile robot investigator during its investigation of the target equipment, make a further evaluation of the condition of the target equipment on the basis of the additional data, and, when the further evaluation of the condition is still indicative of a need for maintenance or repair of the target equipment, issue a request to dispatch an engineer to the target equipment in order to perform the maintenance or repair; characterized in that: the first diagnostics sub-system is further configured to receive a location signal providing the location of the engineer, and wherein the first diagnostics sub-system issues the request to dispatch the mobile robot investigator when the location of the engineer is further than a predetermined distance away from the target equipment, but otherwise issues a request to the engineer to make an investigation of the target equipment. a first diagnostics sub-system that is configured to: receive sensor data from sensors of the target equipment, make a preliminary evaluation of the condition of the target equipment on the basis of the sensor data, and, when the preliminary evaluation of the condition is indicative of a need for maintenance or repair of the target equipment, issue a request to dispatch a mobile robot investigator to the target equipment in order for the mobile robot investigator to make an investigation of the target equipment; and a second diagnostics sub-system that is configured to: receive from the mobile robot investigator additional data obtained by the mobile robot investigator during its investigation of the target equipment, make a further evaluation of the condition of the target equipment on the basis of the additional data, and, when the further evaluation of the condition is still indicative of a need for maintenance or repair of the target equipment, issue a request to dispatch an engineer to the target equipment in order to perform the maintenance or repair; characterized in that: the first diagnostics sub-system is further configured to receive a location signal providing the location of the engineer, and wherein the first diagnostics sub-system issues the request to dispatch the mobile robot investigator when the location of the engineer is further than a predetermined distance away from the target equipment, but otherwise issues a request to the engineer to make an investigation of the target equipment.
A spray head for a spraying device for spraying at least one substance or component, comprising: - at least one substance or component duct (6, 6'; 20), with at least one component outlet (8, 8'; 23, 23') that opens out from a spray head tip, - an annular duct for a pressurized gas, which annular duct at least partially surrounds the at least one component duct (6, 6'; 20) in the longitudinal direction and opens out from the spray head at the spray head tip, and - a pressurized gas supply duct for introducing pressurized gas into the annular duct, wherein the annular duct has a plurality of webs (16, 16', 16", 16"'), which divide the annular duct, at least in the area of the spray head tip, into pressurized gas outlet ducts (17, 17', 17", 17"') that are separate from one another, characterised in that either (a) at least two component ducts (6, 6') for different components are provided, the component ducts (6, 6') having component outlets (8, 8') tat open out from the spray head tip alongside each other; or (b) a single substance or mixing duct is provided, the substance or mixing duct dividing at the spray head tip into two component outlets (23, 23') arranged alongside each other. - at least one substance or component duct (6, 6'; 20), with at least one component outlet (8, 8'; 23, 23') that opens out from a spray head tip, - an annular duct for a pressurized gas, which annular duct at least partially surrounds the at least one component duct (6, 6'; 20) in the longitudinal direction and opens out from the spray head at the spray head tip, and - a pressurized gas supply duct for introducing pressurized gas into the annular duct, (a) at least two component ducts (6, 6') for different components are provided, the component ducts (6, 6') having component outlets (8, 8') tat open out from the spray head tip alongside each other; or (b) a single substance or mixing duct is provided, the substance or mixing duct dividing at the spray head tip into two component outlets (23, 23') arranged alongside each other.