mhurhangee/ep-ind-claims huggingface dataset:
Device for treating at least a portion of the exhaust fumes emitted by at least one fuel-consuming apparatus, the treatment device comprising at least one compression member designed to raise a pressure of at least a portion of the exhaust fumes emitted by the fuel-consuming apparatus, and at least one unit for capturing carbon dioxide present in the exhaust fumes, the compression member and the unit for capturing carbon dioxide (CO 2) being arranged between the fuel-consuming apparatus and a turbocharger, a turbine of which is designed to be powered by the exhaust fumes (FE2, FE3) and a compressor of which is designed to supply the fuel-consuming apparatus with oxidizer.
A method, performed by a network device (200, 800), for dynamically allocating a Mobile Station International Subscriber Directory Number, MSISDN, to a vehicle in a wireless communication network, characterised in that the method comprising: obtaining an international mobile subscriber identity, IMSI, and data related to a moving vehicle to which no MSISDN is allocated; predicting an accident likelihood for the moving vehicle; and causing an MSISDN to be allocated to the moving vehicle, if the accident likelihood exceeds a first predetermined threshold. obtaining an international mobile subscriber identity, IMSI, and data related to a moving vehicle to which no MSISDN is allocated; predicting an accident likelihood for the moving vehicle; and causing an MSISDN to be allocated to the moving vehicle, if the accident likelihood exceeds a first predetermined threshold.
A method for assembling an interlocking face seal assembly comprising: forming a sealing element with a convex outer surface and having a coil spring located in a spring cavity defined by two sealing flanges (114, 116) and a center channel section; forming a backup ring with an inner surface defining a bore, said inner surface comprising a concave inner surface; assembling the sealing element into the bore of the backup ring such that the concave inner surface accepts at least a portion of the convex outer surface of the sealing element and the sealing element is retained within the backup ring; and wherein the spring is biased against an inside surface of each of the two sealing flanges (114, 116); characterized in that: the coil spring is a canted coil spring with a plurality of coils canted generally along a same direction and each comprises a major axis and a minor axis; and in that the backup ring comprises a ring body having a solid core, wherein the ring body has a first side surface, a second side surface, and a remote surface away from the sealing element, said remote surface pressing against an equipment housing, the equipment housing being a structure where a seam between two stationary planar surfaces (120, 122) is to be sealed. forming a sealing element with a convex outer surface and having a coil spring located in a spring cavity defined by two sealing flanges (114, 116) and a center channel section; forming a backup ring with an inner surface defining a bore, said inner surface comprising a concave inner surface; assembling the sealing element into the bore of the backup ring such that the concave inner surface accepts at least a portion of the convex outer surface of the sealing element and the sealing element is retained within the backup ring; and wherein the spring is biased against an inside surface of each of the two sealing flanges (114, 116); the coil spring is a canted coil spring with a plurality of coils canted generally along a same direction and each comprises a major axis and a minor axis; and in that the backup ring comprises a ring body having a solid core, wherein the ring body has a first side surface, a second side surface, and a remote surface away from the sealing element, said remote surface pressing against an equipment housing, the equipment housing being a structure where a seam between two stationary planar surfaces (120, 122) is to be sealed.
A power supply device configured to be connected to a grid and convert a DC power from a distributed power source to an AC power, the power supply device comprising: a controller configured to control an input voltage of the DC power in accordance with a current flowing from the grid towards the power supply device; characterized in that: the controller is further configured to set, based on a communication with another power supply device connected to the power supply device, a first threshold for controlling the input voltage, the first threshold being different from a second threshold set for controlling an input voltage by a controller of the another power supply device; and the controller is configured to control the input voltage of the DC power based on the first threshold and the current flowing from the grid. a controller configured to control an input voltage of the DC power in accordance with a current flowing from the grid towards the power supply device; characterized in that: the controller is further configured to set, based on a communication with another power supply device connected to the power supply device, a first threshold for controlling the input voltage, the first threshold being different from a second threshold set for controlling an input voltage by a controller of the another power supply device; and the controller is configured to control the input voltage of the DC power based on the first threshold and the current flowing from the grid. the controller is further configured to set, based on a communication with another power supply device connected to the power supply device, a first threshold for controlling the input voltage, the first threshold being different from a second threshold set for controlling an input voltage by a controller of the another power supply device; and the controller is configured to control the input voltage of the DC power based on the first threshold and the current flowing from the grid.
A laundry dryer comprising a body; a drum which is disposed in the body and wherein the laundry is loaded; an air circulation duct which is configured to provide the delivery of the drying air into the drum; a heat exchanger which is provided on the air circulation duct and which is configured to condense the humidity in the air; a collection receptacle wherein the water condensed by the heat exchanger is collected; a water tank which is connected to the collection receptacle in fluid communication by means of a delivery line; a spraying line which extends between the collection receptacle and the drum; at least one nozzle which is provided at the end of the spraying line and which is configured to enable the water to be sprayed into the drum; and a pump which is configured to provide the delivery of the water in the collection receptacle to the water tank and/or the nozzle, characterized by further comprising a valve which connects the collection receptacle and the delivery line as well as the collection receptacle and the spraying line to each other and a liquid level sensor which is configured to measure the level of the water in the collection receptacle, and a control unit which is configured to control the valve and the pump so as to deliver the water in the collection receptacle to the water tank or the nozzle and which is configured to control the valve and the pump so as to deliver the water from the collection receptacle to the water tank when the liquid level in the collection receptacle exceeds a first threshold value predetermined by the producer and which is configured to control the valve so as to interrupt the fluid communication between the collection receptacle and the spraying line until the liquid level in the collection receptacle reaches a third threshold value predetermined by the producer.
Method for transmitting information between two terminals (4, 14, 15, 15') at least one of which can enter a broadcasting area (9,10,11,12) covered by at least one relay station (5,6,7,8) and exit this area, in which the information items are divided into a series of consecutive segments and transmitted from one terminal to the other via at least one relay station, and in which any entrance of a terminal into the broadcasting area is signalled by a presence signal and any exit of a terminal from the broadcasting area is detected by the relay station, and in which: - the sending of a segment of information between a terminal and a relay station is conditional upon the presence of the terminal in the broadcasting area covered by the relay station; - in the case of a relay station receiving an information segment originating from a terminal and the destination of which is another terminal situated, at the time this segment is received, outside the broadcasting area covered by the relay station, this information segment is retransmitted to a central site, and - in the event of a relay station (5,6) receiving an information segment originating from a terminal and the destination of which is the central - site, this information segment is stored in the relay station (5,6), and either the receipt of the last segment in the relay station, or the exit of the terminal from the broadcasting area if this exit occurs before the last segment is received, are awaited before signalling to the central site that the relay station has received and stored the segments intended for said central site. - the sending of a segment of information between a terminal and a relay station is conditional upon the presence of the terminal in the broadcasting area covered by the relay station; - in the case of a relay station receiving an information segment originating from a terminal and the destination of which is another terminal situated, at the time this segment is received, outside the broadcasting area covered by the relay station, this information segment is retransmitted to a central site, and - in the event of a relay station (5,6) receiving an information segment originating from a terminal and the destination of which is the central - site, this information segment is stored in the relay station (5,6), and either the receipt of the last segment in the relay station, or the exit of the terminal from the broadcasting area if this exit occurs before the last segment is received, are awaited before signalling to the central site that the relay station has received and stored the segments intended for said central site.
A composition for use in meat products or meat analogues, said composition comprising on a dry matter basis: (a) between 30 and 80 % (w/w) acid equivalent of an organic acid component selected from the group of acetate, lactate, propionate and combinations thereof; (b) between 0.04 and 2.5 % (w/w) of anthocyanidin; (c) between 0.3 and 10 mg/kg of carotenoid. (a) between 30 and 80 % (w/w) acid equivalent of an organic acid component selected from the group of acetate, lactate, propionate and combinations thereof; (b) between 0.04 and 2.5 % (w/w) of anthocyanidin; (c) between 0.3 and 10 mg/kg of carotenoid.
A fast response signal circuit for a cold cathode pressure gauge that provides a current signal which is proportional to pressure in the cold cathode gauge, comprising: an electrometer circuit that is connectable electrically to the current signal from the cold cathode pressure gauge; a microprocessor circuit; and a relay circuit; characterized by an analog sensing circuit that is connected electrically to the electrometer circuit and to the microprocessor circuit; and a buffer/gain circuit connected electrically to the electrometer circuit and adapted to produce a second analog output signal which is indicative of the pressure in the cold cathode gauge; wherein the electrometer circuit is configured to amplify and process the current signal from the cold cathode pressure gauge to provide a first analog voltage output signal that is proportional to the current signal, the microprocessor circuit is programmed to provide a set point voltage signal that is indicative of a set point pressure threshold at which a fast response control signal is desired, the analog sensing circuit is adapted to compare the first analog voltage output signal from the electrometer circuit with the set point voltage signal from the microprocessor circuit and to produce a state signal voltage when the first analog voltage output signal from the electrometer circuit equals or exceeds the set point voltage signal, and the relay circuit is connected electrically to the analog sensing circuit and is adapted to output a fast response signal output in response to the state signal voltage produced by the analog sensing circuit. an electrometer circuit that is connectable electrically to the current signal from the cold cathode pressure gauge; a microprocessor circuit; and a relay circuit; characterized by an analog sensing circuit that is connected electrically to the electrometer circuit and to the microprocessor circuit; and a buffer/gain circuit connected electrically to the electrometer circuit and adapted to produce a second analog output signal which is indicative of the pressure in the cold cathode gauge; wherein the electrometer circuit is configured to amplify and process the current signal from the cold cathode pressure gauge to provide a first analog voltage output signal that is proportional to the current signal, the microprocessor circuit is programmed to provide a set point voltage signal that is indicative of a set point pressure threshold at which a fast response control signal is desired, the analog sensing circuit is adapted to compare the first analog voltage output signal from the electrometer circuit with the set point voltage signal from the microprocessor circuit and to produce a state signal voltage when the first analog voltage output signal from the electrometer circuit equals or exceeds the set point voltage signal, and the relay circuit is connected electrically to the analog sensing circuit and is adapted to output a fast response signal output in response to the state signal voltage produced by the analog sensing circuit.
A nucleic acid polymerase capable of reverse transcribing a non-DNA nucleotide polymer into a DNA nucleotide polymer, said polymerase comprising amino acid sequence having at least 50% identity to the amino acid sequence of SEQ ID NO:1, wherein said amino acid sequence is mutated relative to the amino acid sequence of SEQ ID NO:1 at residue 1521, characterised in that said polymerase comprises a mutation selected from the group consisting of: I521L, I521P and I521H, wherein said polymerase further comprises the mutation A485L, wherein said polymerase further comprises the mutation V93Q, and wherein said polymerase further comprises the mutations D141A and E143A.
A pane with at least one electrical connection element, comprising: - a substrate, - an electrically conductive structure on a region of the substrate, - a layer of a solder material on a region of the electrically conductive structure, and - at least two soldering points (15,15') of the connection element on the solder material, wherein - the soldering points (15,15') form at least one contact surface between the connection element and the electrically conductive structure, and - the shape of the contact surface has at least one segment of an oval, of an ellipse, or of a circle with a central angle α of at least 90°, wherein each of the two soldering points (15, 15') is arranged on a contact bump and wherein the contact bumps are arranged on a surface (13, 13') of the connection element facing away from the substrate - a substrate, - an electrically conductive structure on a region of the substrate, - a layer of a solder material on a region of the electrically conductive structure, and - at least two soldering points (15,15') of the connection element on the solder material, wherein - the soldering points (15,15') form at least one contact surface between the connection element and the electrically conductive structure, and - the shape of the contact surface has at least one segment of an oval, of an ellipse, or of a circle with a central angle α of at least 90°,
A method for detecting a blocking in a synchronous polyphase motor controlled in a "micro-step" mode, with m micro-step-by-step, with m being an integer greater than or equal to 4, • implementing the measurement of the sum of the currents flowing in each of the phases (A, B, C) of the gear motor, • with a blocking detection threshold being calculated relative to the evolution of the sum of said currents, • with the sampled current values being processed by a mathematical or statistical operation, • and the blocking detection threshold being determined relative to the result of such processing, • with the mathematical operation making it possible to discriminate regular operation zones from zones of blocked operation, and to define a standard deviation threshold, for N 2 * values, from which a microcontroller or ASIC decides whether the gear motor is blocked or stalled, with being the standard deviation of the X i values of the N samples. • implementing the measurement of the sum of the currents flowing in each of the phases (A, B, C) of the gear motor, • with a blocking detection threshold being calculated relative to the evolution of the sum of said currents, • with the sampled current values being processed by a mathematical or statistical operation, • and the blocking detection threshold being determined relative to the result of such processing, • with the mathematical operation making it possible to discriminate regular operation zones from zones of blocked operation, and to define a standard deviation threshold, for N 2 * values, from which a microcontroller or ASIC decides whether the gear motor is blocked or stalled, with being the standard deviation of the X i values of the N samples.
Ventilation system for ventilating and/or extracting air from a room or space, via a channel extending between an opening on the outer side of the building and an opening on the inner side of the room or space, wherein an air conveying device is provided in the channel, characterised in that the air conveying device is connected to a regulating device for a constant revolution speed or for conveying a constant volume flow, and that either the ventilation system comprises a return guide which, seen in the direction of flow, branches away from the channel downstream of the air conveying device, and which opens into a distribution device, arranged upstream of the air conveying device in the channel, seen in the direction of flow, which is configured such as to distribute, and in particular to regulate, the portions of the respective air flow flowing in each case through the return guide and through the channel located upstream of the distribution device, seen in the direction of flow, or the ventilation system comprises a return guide, which, seen in the direction of flow, branches away from the distribution device which is arranged in the channel downstream of the air conveying device, and which, seen in the direction of flow, opens into the channel upstream of the air conveying device, wherein the distribution device is configured for the distribution, and in particular the regulation, of the portions of the respective air flow flowing through the return guide and through the channel which, seen in the direction of flow, is located downstream of the distribution device. the ventilation system comprises a return guide which, seen in the direction of flow, branches away from the channel downstream of the air conveying device, and which opens into a distribution device, arranged upstream of the air conveying device in the channel, seen in the direction of flow, which is configured such as to distribute, and in particular to regulate, the portions of the respective air flow flowing in each case through the return guide and through the channel located upstream of the distribution device, seen in the direction of flow, or the ventilation system comprises a return guide, which, seen in the direction of flow, branches away from the distribution device which is arranged in the channel downstream of the air conveying device, and which, seen in the direction of flow, opens into the channel upstream of the air conveying device, wherein the distribution device is configured for the distribution, and in particular the regulation, of the portions of the respective air flow flowing through the return guide and through the channel which, seen in the direction of flow, is located downstream of the distribution device.
A rotary machine (100, 400, 500) for hydraulic forming containers from preforms, comprising: - a rotatable forming wheel (140, 440, 540) having a central axis of rotation (111, 411, 511) and a plane of rotation perpendicular to the central axis of rotation, - a plurality of forming stations, each of the forming stations being supported by the forming wheel and operable to expand one of said preforms into a shaped container by forcing a liquid into the preform, characterized in that the longitudinal axis (116, 416, 516) of each forming station forms an angle with the plane of rotation of the forming wheel of less than 25° while the preform is expanded, and in that the projection of the longitudinal axis (116, 416, 516) of each forming stations onto the plane of rotation of the forming wheel forms an angle with the radial direction at the position of the forming station within the range of 5° to 25° while the preform is expanded. - a rotatable forming wheel (140, 440, 540) having a central axis of rotation (111, 411, 511) and a plane of rotation perpendicular to the central axis of rotation, - a plurality of forming stations, each of the forming stations being supported by the forming wheel and operable to expand one of said preforms into a shaped container by forcing a liquid into the preform,
Extract from Filipendula for use in the treatment or prophylaxis of chronic pain without identifiable organic causes, wherein the extract is obtained by extraction with 50-70 wt.% ethanol, wherein the extract is administered orally or parenterally and wherein the chronic pain is caused by somatoform disorders selected from psychalgia, headache, back pain and chronic pain disorder with somatic and psychological factors or selected from vulvodynia or abdomen, shoulder, back, lumber or spinal pain which is not of rheumatic origin, or wherein the chronic pain is induced by irritable bowel syndrome or by premenstrual complaints, or wherein the chronic pain is induced by paresthesia of the skin, or wherein the chronic pain is induced by cluster headache, chronic paroxysmal hemicrania, vasomotoric headache, tension headache or chronic posttraumatic headache.
A surge arrester comprising at least one insulation gap and an arc chamber connected in series thereto and formed between two electrodes (4, 6), in said arc chamber at least one electrically conductive disk being arranged, between the electrodes (4, 6) an annular housing being arranged in a contacting manner, which housing surrounds the disk and which consists of a material being electrically conductive in the high-impedance range, characterized by that the disk is arranged with play for movement between the electrodes (4, 6), and that the annular housing is formed of a material ring consisting of a plastic material doped with graphite.