mhurhangee/ep-ind-claims huggingface dataset:
Exhaust gas recirculation system in a supercharged engine equipped with an ATS (after treatment system) device, the engine comprising - an intake manifold, - exhaust manifolds (5, 5'), at least one of said exhaust manifolds being connected to the intake manifold to recirculate an exhaust gas flow rate according to predetermined operating conditions (rpm, T) of the engine, - means for monitoring the efficiency of said ATS, - processing means configured to control said exhaust gas recirculation as a function of said efficiency of said ATS characterized in that a recirculated exhaust gas flow rate is inversely proportional to the efficiency of said ATS. - an intake manifold, - exhaust manifolds (5, 5'), at least one of said exhaust manifolds being connected to the intake manifold to recirculate an exhaust gas flow rate according to predetermined operating conditions (rpm, T) of the engine, - means for monitoring the efficiency of said ATS, - processing means configured to control said exhaust gas recirculation as a function of said efficiency of said ATS characterized in that a recirculated exhaust gas flow rate is inversely proportional to the efficiency of said ATS.
A transformer arrangement comprising a transformer, a transformer tank and at least one tap changer that is arranged to be connected to said transformer, wherein the transformer arrangement further comprises at least one support structure which is arranged to be connected to the tap changer and to extend between the tap changer and at least two support members located between the tap changer and at least two points on an inner surface of the transformer tank, wherein the at least one support structure is arranged to reduce pendular movement of the tap changer.
A system for treating tissue, comprising: a clip assembly including a capsule and a pair of clip arms, each of the clip arms extending from a proximal end to a distal end, proximal ends of the clip arms slidably received within a channel of the capsule to be moved between a tissue receiving configuration, in which distal ends of the clip arms are separated from one another, and a tissue clipping configuration, in which distal ends of the clip arms are moved toward one another; a catheter assembly including a bushing and a control member extending therethrough, the control member including a distal end configured to be connected to the clip arms to move the clip assembly between the tissue receiving configuration and the tissue clipping configuration; and a coupler releasably coupled to a proximal end of the capsule and configured to be coupled to the distal end of the catheter assembly, the coupler configured to be moved proximally by drawing the control member proximally relative thereto and configured to fracture when a proximal force exerted on the coupler via the control member exceeds a first predetermined threshold value to disengage the capsule and deploy the clip assembly. a clip assembly including a capsule and a pair of clip arms, each of the clip arms extending from a proximal end to a distal end, proximal ends of the clip arms slidably received within a channel of the capsule to be moved between a tissue receiving configuration, in which distal ends of the clip arms are separated from one another, and a tissue clipping configuration, in which distal ends of the clip arms are moved toward one another; a catheter assembly including a bushing and a control member extending therethrough, the control member including a distal end configured to be connected to the clip arms to move the clip assembly between the tissue receiving configuration and the tissue clipping configuration; and a coupler releasably coupled to a proximal end of the capsule and configured to be coupled to the distal end of the catheter assembly, the coupler configured to be moved proximally by drawing the control member proximally relative thereto and configured to fracture when a proximal force exerted on the coupler via the control member exceeds a first predetermined threshold value to disengage the capsule and deploy the clip assembly.
A battery pack installed in a vehicle, the battery pack comprising a plurality of battery cells (10, 10A, 10B), each of the battery cells (10, 10A, 10B) including a relief valve (13, 13B) and being configured to exhaust gas through the relief valve (13, 13B); and gas-ventilation-passage defining portions (27, 37, 47; 80), each of the gas-ventilation-passage defining portions (27, 37, 47; 80) including an inner surface (27S, 37S, 47S) and an outer surface (27T, 37T, 47T) and provided with a gas ventilation passage defined by the inner surface (27S, 37S, 47S) of the gas-ventilation-passage defining portion (27, 37, 47; 80), and configured to allow the gas exhausted from the relief valves (13, 13B) to pass through the gas ventilation passage; characterized by a temperature sensor disposed on the outer surface side of the gas-ventilation-passage defining portion (27, 37, 47; 80), and configured to measure a temperature of an inside of the gas ventilation passage via the gas-ventilation-passage defining portion (27, 37, 47; 80).
A wiper blade comprising a wiper rubber for wiping a surface, a support assembly for supporting said wiper rubber and a cover assembly for enclosing at least a part of said support assembly, said support assembly including an upper lever (11, 12) and a lower lever pivotally connected to said upper lever, characterized in that said cover assembly includes an upper cover positioned to enclose at least a part of said upper lever (11, 12) and a lower cover positioned to enclose at least a part of said lower lever, said lower cover comprising a lever guide section through which said lower lever is slidably movable in a direction longitudinally of said wiper blade.
A computerized system comprising: a processing module configured to receive a plurality of scan operations associated with a plurality of segments of a system under test and to generate therefrom input test data configured to be applied to the system under test via a test access port; and a scheduler including a circuit model of the system under test defining the plurality of segments of the system under test, the scheduler adapted to provide the processing module with scheduling for the plurality of scan operations based on the circuit model; characterized in that the circuit model includes at least one attribute providing enhancing information for at least one segment of the plurality of segments, the scheduler processing the at least one attribute to dynamically modify the scheduling provided to the processing module. a processing module configured to receive a plurality of scan operations associated with a plurality of segments of a system under test and to generate therefrom input test data configured to be applied to the system under test via a test access port; and a scheduler including a circuit model of the system under test defining the plurality of segments of the system under test, the scheduler adapted to provide the processing module with scheduling for the plurality of scan operations based on the circuit model; characterized in that the circuit model includes at least one attribute providing enhancing information for at least one segment of the plurality of segments, the scheduler processing the at least one attribute to dynamically modify the scheduling provided to the processing module.
An electronic cassette comprising: an image detection unit that detects a radiographic image of a photographic subject; a rectangular parallelepiped housing that accommodates the image detection unit, and that has a front surface on which radiation is incident, a rear surface opposing the front surface, and four side surfaces(19, 20, 21, 22); and a chamfered portion that is disposed between at least one of the side surfaces and the rear surface, and that is configured to have a surface tilted to the side surface and the rear surface, wherein a boundary portion between the chamfered portion and the rear surface is formed in a curved surface which protrudes outward from the housing forming a surface having no corner,, and, a boundary between the chamfered portion and the side surface has a corner, and the chamfered portion and a boundary portion with the side surface are formed in a curved surface which protrudes outward from the housing. an image detection unit that detects a radiographic image of a photographic subject; a rectangular parallelepiped housing that accommodates the image detection unit, and that has a front surface on which radiation is incident, a rear surface opposing the front surface, and four side surfaces(19, 20, 21, 22); and a chamfered portion that is disposed between at least one of the side surfaces and the rear surface, and that is configured to have a surface tilted to the side surface and the rear surface, wherein a boundary portion between the chamfered portion and the rear surface is formed in a curved surface which protrudes outward from the housing forming a surface having no corner,, and, a boundary between the chamfered portion and the side surface has a corner, and the chamfered portion and a boundary portion with the side surface are formed in a curved surface which protrudes outward from the housing.
Secure motor starter having a security evaluation unit and a secure switch unit, wherein the secure switch unit comprises two switching elements (24, 25) and a fourth interface and can securely control a supply voltage of a consumer and the security evaluation unit comprises a first interface and can transmit a control command to the fourth interface of the secure switch unit via the first interface, wherein the security evaluation unit can be connected to at least one sensor so that an output of the control command can be triggered by a sensor signal of the sensor present at the security evaluation unit, characterised in that the motor starter further comprises a connection module, which comprises a second and third interface (31,32), wherein the second interface is electrically conductively connected to the third interface, wherein the connection module can be mechanically coupled to the security evaluation unit and the secure switch unit, wherein the mechanical coupling of the security evaluation unit to the connection module enables an electrically conductive connection to be established between the first and second interface (11,31) and the mechanical coupling of the secure switch unit to the connection module enables an electrically conductive connection to be established between the third and fourth interface (32,21) so that, in the coupled state of the security evaluation unit and the secure switch unit to the connection module, there is an electrically conductive connection between the first and fourth interfaces (11,21) via the connection module and hence the control command can be transmitted from the security evaluation unit via the connection module to the secure switch unit, wherein by means of the control command of the security evaluation unit, at least one switching element (24,25) of the secure switch unit can be controlled directly and/or via a processing unit of the secure switch unit so that a supply voltage of a consumer controlled via the switching element (24,25) of the secure switch unit can be switched off.
A delivery system for a relatively compact implantable medical device, the system comprising an elongate inner shaft, an elongate outer shaft in sliding engagement around the inner shaft, and a proximal port, the inner shaft including a first lumen and a second lumen, both lumens extending longitudinally along a length of the inner shaft from proximal openings thereof to distal openings thereof, one or both of the proximal openings being in fluid communication with the proximal port, the distal openings being located at a distal end of the inner shaft, and the outer shaft including a distal-most portion sized to contain the medical device therein; and wherein the system comprises: an elongate tool extending within the first lumen of the inner shaft and being in sliding engagement therein, the tool including a proximal end accessible in proximity to the proximal port, and a distal end protruding from the distal end of the inner shaft, the distal end of the tool including a coupling feature; and characterised by an elongate tethering member including a first end, a second end, a first segment, a second segment, and a retainer, the first segment extending within the second lumen of the inner shaft, from the first end to the second segment, the second segment extending from the first segment to the second end, and distally from the distal end of the inner shaft, the first end protruding from the proximal port and being joined to the retainer, and the second segment being configured to engage with a holding member of the medical device; and wherein the coupling feature of the tool is configured to couple with the second segment of the tethering member and to transfer a pull force thereto, when the pull force is applied to the proximal end of the tool, the pull force configured to draw the coupled second segment of the tethering member into the first lumen of the inner shaft, through the distal opening thereof. an elongate tool extending within the first lumen of the inner shaft and being in sliding engagement therein, the tool including a proximal end accessible in proximity to the proximal port, and a distal end protruding from the distal end of the inner shaft, the distal end of the tool including a coupling feature; and characterised by an elongate tethering member including a first end, a second end, a first segment, a second segment, and a retainer, the first segment extending within the second lumen of the inner shaft, from the first end to the second segment, the second segment extending from the first segment to the second end, and distally from the distal end of the inner shaft, the first end protruding from the proximal port and being joined to the retainer, and the second segment being configured to engage with a holding member of the medical device; and wherein the coupling feature of the tool is configured to couple with the second segment of the tethering member and to transfer a pull force thereto, when the pull force is applied to the proximal end of the tool, the pull force configured to draw the coupled second segment of the tethering member into the first lumen of the inner shaft, through the distal opening thereof.
Method for checking the quality of a reducing agent for the selective catalytic reduction of nitrogen oxides, which agent is injected into an exhaust line of a motor vehicle, comprising the following steps: - injecting a determined quantity of the reducing agent into the exhaust line; - measuring (S7 - S8) a variation in the quantity of nitrogen oxides released in response to the injection; - comparing the measured variation against an expected variation (S9 - S10); characterized in that there is, during operation of the motor vehicle, a step of detecting a predefined operating point of the motor vehicle from among a collection of pre-recorded operating points each associated in memory with a value for the standard variation in nitrogen oxides in response to an injection of a determined quantity of reducing agent, an expected variation value being determined from the standard variation value associated with the operating point detected, and in that said step of injecting a determined quantity of reducing agent is triggered upon detection (S2 - S3) of the predefined operating point of the motor vehicle and in that the said method comprises a step of subtracting the expected variation value from the measured variation value, a step of comparing the result of the subtraction, in terms of absolute value, against a predefined difference threshold and detecting that the quality of the reducing agent is good if the said result of the subtraction is below the threshold or poor if the said result of the subtraction is above the threshold. - injecting a determined quantity of the reducing agent into the exhaust line; - measuring (S7 - S8) a variation in the quantity of nitrogen oxides released in response to the injection; - comparing the measured variation against an expected variation (S9 - S10);
A radio frequency transmitter device configured to generate and filter a signal for transmission to interrogate distance measuring equipment, DME, the device comprising: a control unit; a signal generation unit configured to generate an intermediate frequency, IF, signal based on a first signal from the control unit; a local oscillator, LO, configured to generate a radio-frequency, RF, LO signal based on a second signal from the control unit; a filter bank comprising a plurality of band-pass filters, BPF, wherein each BPF of the filter bank has a bandwidth narrower than a bandwidth of signals that may be used to interrogate distance measuring equipment and is configured to pass a fraction of a total bandwidth of the device; a mixer configured to mix the IF signal with the LO signal to produce a RF carrier signal; wherein the control unit is configured to select a BPF from the plurality of BPFs based on the generated IF signal and the generated LO signal, and wherein the BPF of the filter bank is configured to filter the RF carrier signal. a control unit; a signal generation unit configured to generate an intermediate frequency, IF, signal based on a first signal from the control unit; a local oscillator, LO, configured to generate a radio-frequency, RF, LO signal based on a second signal from the control unit; a filter bank comprising a plurality of band-pass filters, BPF, wherein each BPF of the filter bank has a bandwidth narrower than a bandwidth of signals that may be used to interrogate distance measuring equipment and is configured to pass a fraction of a total bandwidth of the device; a mixer configured to mix the IF signal with the LO signal to produce a RF carrier signal; wherein the control unit is configured to select a BPF from the plurality of BPFs based on the generated IF signal and the generated LO signal, and wherein the BPF of the filter bank is configured to filter the RF carrier signal.
A method for reconstructing an electromagnetic vector wave backscattered in all or part of an optical fiber, said method comprising: - A step of injecting into the optical fiber a light signal of a frequency v 0 or v 0 +v A, - A step of polarization-resolved heterodyne optical detection including the generation, by an optical separation means (202, 303) and from a backscatter of the injected light signal and an electromagnetic wave from a local oscillator, of at least two orthogonally polarized backscattered light signals, producing a beat preferably of a frequency v A, - A step of converting, by at least two photodetectors, the orthogonally polarized backscattered light signals into initial analog signals, wherein the method comprises - A step of electrical homodyne detection, by an IQ demodulator (211, 302), for IQ demodulating each of the initial analog signals, so as to generate I (I 1, I 2) and Q (Q 1, Q 2) demodulated analog signals for each of the orthogonally polarized backscattered light signals, and - A step of reconstructing, by a processing module, the electromagnetic vector wave backscattered in all or part of the optical fiber from the I (I 1, I 2) and Q (Q 1, Q 2) demodulated analog signals generated. - A step of injecting into the optical fiber a light signal of a frequency v 0 or v 0 +v A, - A step of polarization-resolved heterodyne optical detection including the generation, by an optical separation means (202, 303) and from a backscatter of the injected light signal and an electromagnetic wave from a local oscillator, of at least two orthogonally polarized backscattered light signals, producing a beat preferably of a frequency v A, - A step of converting, by at least two photodetectors, the orthogonally polarized backscattered light signals into initial analog signals, wherein the method comprises - A step of electrical homodyne detection, by an IQ demodulator (211, 302), for IQ demodulating each of the initial analog signals, so as to generate I (I 1, I 2) and Q (Q 1, Q 2) demodulated analog signals for each of the orthogonally polarized backscattered light signals, and - A step of reconstructing, by a processing module, the electromagnetic vector wave backscattered in all or part of the optical fiber from the I (I 1, I 2) and Q (Q 1, Q 2) demodulated analog signals generated.
An apparatus for collection and analysis by a plurality of light analysis optics or detectors (232, 234, 236) of light generated by a sample in an electron microscope comprising: a mechanism supporting a collection-mirror at a distal end, said mechanism configured to extend into a sample chamber of the electron microscope and to position said collection-mirror in proximity to a sample under analysis; said collection-mirror configured such that light collected by said collection-mirror forms a light-pattern that is collimated along a linear axis and light rays forming said light pattern are substantially parallel to one another; characterised by a first linear actuator having a carriage supporting a fold-mirror, said fold-mirror being located to receive the light directed by said collection-mirror; wherein said first linear actuator is configured to move said fold-mirror to a plurality of fixed locations (222, 224, 226), each of said fixed locations being associated with one of said optics or detectors. a mechanism supporting a collection-mirror at a distal end, said mechanism configured to extend into a sample chamber of the electron microscope and to position said collection-mirror in proximity to a sample under analysis; said collection-mirror configured such that light collected by said collection-mirror forms a light-pattern that is collimated along a linear axis and light rays forming said light pattern are substantially parallel to one another; characterised by a first linear actuator having a carriage supporting a fold-mirror, said fold-mirror being located to receive the light directed by said collection-mirror; wherein said first linear actuator is configured to move said fold-mirror to a plurality of fixed locations (222, 224, 226), each of said fixed locations being associated with one of said optics or detectors.
Refrigerator having a liquid crystal television, including a refrigerator carcass with an internal cooling storage space and a door element that is connected in a movable manner to the refrigerator carcass for closing off said cooling storage space, wherein the liquid crystal television comprises a liquid crystal screen mounted on this door element to display external multimedia information, characterised in that a front plate is mounted over the whole of the side of the door element facing the user, said liquid crystal screen is mounted behind this front plate and said front plate is configured as transparent at least in the region corresponding to said liquid crystal screen.