mhurhangee/ep-ind-claims huggingface dataset:
A liquid-cooled motor comprising: a motor case; a motor arranged inside the motor case; an internal tube in which cooling liquid flows, the internal tube being arranged inside the motor case; an external tube in which the cooling liquid flows, the external tube being arranged outside the motor case; and a supporting member fixed to the motor case, the supporting member supporting the internal tube and the external tube and allowing the internal tube and the external tube to be communicated with each other, wherein the supporting member includes: a first supporting portion arranged to a side of the motor case, the first supporting portion supporting the internal tube; and a second supporting portion arranged to another side opposite to the side of the motor case, the second supporting portion supporting the external tube, and wherein the first supporting portion includes: a plurality of sealing members (43, 44) circularly arranged along an outer circumference surface of the internal tube at intervals in a direction of an axial of the internal tube; an air chamber arranged between the plurality of the sealing members; and a water draining portion allowing the air chamber and an outside portion of the motor case to be communicated with each other. a motor case; a motor arranged inside the motor case; an internal tube in which cooling liquid flows, the internal tube being arranged inside the motor case; an external tube in which the cooling liquid flows, the external tube being arranged outside the motor case; and a supporting member fixed to the motor case, the supporting member supporting the internal tube and the external tube and allowing the internal tube and the external tube to be communicated with each other, wherein the supporting member includes: a first supporting portion arranged to a side of the motor case, the first supporting portion supporting the internal tube; and a second supporting portion arranged to another side opposite to the side of the motor case, the second supporting portion supporting the external tube, a first supporting portion arranged to a side of the motor case, the first supporting portion supporting the internal tube; and a second supporting portion arranged to another side opposite to the side of the motor case, the second supporting portion supporting the external tube, and wherein the first supporting portion includes: a plurality of sealing members (43, 44) circularly arranged along an outer circumference surface of the internal tube at intervals in a direction of an axial of the internal tube; an air chamber arranged between the plurality of the sealing members; and a water draining portion allowing the air chamber and an outside portion of the motor case to be communicated with each other. a plurality of sealing members (43, 44) circularly arranged along an outer circumference surface of the internal tube at intervals in a direction of an axial of the internal tube; an air chamber arranged between the plurality of the sealing members; and a water draining portion allowing the air chamber and an outside portion of the motor case to be communicated with each other.
A neutron detector unit for thermal and cold neutrons, comprising a detector housing (7, 17, 27), cathode elements, a plurality of wire-shaped anode elements (5, 15, 25) and a converter gas in the detector housing (7, 17, 27), wherein the neutron detector unit is a volume detector unit, in which a plurality of detector readout cells distributed three-dimensionally in the detector housing (7, 17, 27) are formed by at least some of the anode elements (5, 15, 25) or by at least some of the anode elements (5, 15, 25) and at least some of the cathode elements for the purposes of determining the position of conversion events, and the neutron detector unit is configured for determining the position by coincidence measurement, charge splitting or determining signal propagation times, characterized by a converter gas pressure of up to normal pressure.
A steering column assembly comprising a steering column shroud which surrounds a steering shaft for a steering wheel, a mounting bracket which is fixed in position relative to a part of vehicle, and a clamp mechanism which is movable between a clamped position in which the clamp mechanism fixes the shroud in position relative to the mounting bracket and a released position in which the clamp mechanism permits movement of the shroud relative to the mounting bracket, in which the mounting bracket comprises a generally U-shaped member with two depending bracket arms of the U extending vertically down from a main body to embrace a portion of the column shroud, and in which the clamp mechanism when in the clamped position squeezes the two arms (15, 16) of the U shaped member together thereby clamping the steering column shroud in position, in which one arm comprises an outer leaf that depends from the main body and an inner leaf which is fixed to the inside of the outer leaf facing the opposing arm, wherein the inner leaf and outer leaf each include a respective vertical slot (13, 14) along which a portion of the clamp mechanism can move when the clamp mechanism is unclamped, and in which the inner leaf is secured to the inside of the outer leaf at two or more positions that are offset to one side of the slot and characterised in that each of the two or more positions are each arranged vertically offset from one another such that the two or more positions lie on a path that is exactly parallel, or that lies within a range of +/- 10 degrees of being parallel, to the slot.
Fuel injection valve for internal combustion engines for the injection of highly pressurized fuel, having a housing which has a high-pressure connector which comprises a connector body which is inserted into a receptacle on the housing, and having a duct which is formed in the connector body and through which fuel can flow into a high-pressure duct formed in the housing, which high-pressure duct issues into the receptacle and forms an inlet opening there, wherein a sealing disk is arranged between the connector body and the receptacle, and having a control valve which is arranged in the housing and which serves for controlling the pressure in a control chamber, wherein the control chamber is connected to the receptacle via a control line which is formed in the housing, wherein the sealing disk has an opening through which the fuel can flow into the high-pressure duct and the control line, wherein the opening of the sealing disk is at least approximately in alignment with the inlet opening of the high-pressure duct, characterized in that, on the base of the receptacle, there is formed a depression into which the high-pressure duct and the control line issue.
Dispenser housing comprising a dispenser part (20, 90, 100, 110), the dispenser part comprising at least two component parts (17, 18; 31, 32; 41 a, 42a; 41 b, 42b; 41 c, 42c; 41 d, 42d, 51, 61, 71; 91, 92; 101, 102; 111, 112a, 112b; 121 a, 121 b, 122) each joined by a seam (21; 33; 43a, 43b, 43c, 43d, 93, 103, 113a, 113b, 123a, 123b), said dispenser part (20, 90, 100, 110) comprising a first injection moulded plastic component part (17; 31; 41 a, 41 b, 41 c, 41 d, 51, 61, 71, 91, 101, 111, 121 a, 121 b) with an associated first mating surface; a second injection moulded plastic component part (18; 32; 42a, 42b, 42c, 42d, 92, 102, 112a, 112b, 122) having an associated second mating surface; a seam (21; 43a, 43b, 43c, 43d, 93, 103, 113a, 113b, 123a, 123b) is formed by said first mating surface and said second mating surface during injection moulding for joining said first component part (17; 31; 41 a, 41b, 41c, 41d, 51, 61, 71, 91, 101, 111, 121 a, 121 b) and said second component part (18; 32; 42a, 42b, 42c, 42d, 92, 102, 112a, 112b, 122) to define the dispenser part (20, 90, 100, 110), each component part (17, 18; 31, 32; 41 a, 42a; 41 b, 42b; 41 c, 42c; 41d, 42d, 51, 61, 71; 91, 92; 101, 102; 111, 112a, 112b; 121 a, 121 b, 122) comprising a front surface, a first and a second side surface each having an edge facing away from the front surface, wherein the resulting seam (21; 33; 43a, 43b, 43c, 43d, 93, 103, 113a, 113b, 123a, 123b) extends from a side edge of a first side surface of the dispenser part to a side edge of a second side surface of the dispenser part, characterised in that the dispenser part (20;90;100;110) is detachably joined to a rear dispenser section (96; 106; 116), in order to form the dispenser housing (97; 107; 117), wherein the rear dispenser section (96, 106, 116) is arranged to be mounted on a vertical wall, and wherein the dispenser housing (97, 107, 117) is for a dispenser for a stack of paper towels or a roll of paper.
A mounting device for mounting a bulkhead connector on a support, the mounting device comprising: • a housing for receiving the bulkhead connector, said housing being defined by a hollow casing (8, 101) comprising a top wall (12, 106) and two side walls, the housing including an opening enabling a mating connector to be connected to the bulkhead connector; • snap-fastener means for snap-fastening the mounting device to the support, wherein the snap-fastener means comprise two flexible attachment tabs (9; 102), each attachment tab being provided at a first free end with a hook (32, 109), each attachment tab being connected to the top wall of the hollow casing; • manual actuator means co-operating with the snap-fastener means for making it possible, manually, to mount the mounting device on the support and to remove it therefrom, wherein the manual actuator means comprise two jaws forming a gripper, each jaw comprising a second free end of a respective one of the two flexible attachment tabs. • a housing for receiving the bulkhead connector, said housing being defined by a hollow casing (8, 101) comprising a top wall (12, 106) and two side walls, the housing including an opening enabling a mating connector to be connected to the bulkhead connector; • snap-fastener means for snap-fastening the mounting device to the support, wherein the snap-fastener means comprise two flexible attachment tabs (9; 102), each attachment tab being provided at a first free end with a hook (32, 109), each attachment tab being connected to the top wall of the hollow casing; • manual actuator means co-operating with the snap-fastener means for making it possible, manually, to mount the mounting device on the support and to remove it therefrom, wherein the manual actuator means comprise two jaws forming a gripper, each jaw comprising a second free end of a respective one of the two flexible attachment tabs.
A memory module, comprising: a memory interface circuit, wherein the memory interface circuit comprises a plurality of terminals for communicating with a memory controller, and the terminals comprises at least a plurality of data terminals (N_DQ'); and characterized by: a training signal generator, coupled to the memory interface circuit, for generating a training signal to the memory controller through only a portion of the data terminals (N_DQ') or a specific terminal (N_DQS') instead of the data terminals (N_DQ') when the memory module receives a training request from the memory controller. a memory interface circuit, wherein the memory interface circuit comprises a plurality of terminals for communicating with a memory controller, and the terminals comprises at least a plurality of data terminals (N_DQ'); and characterized by: a training signal generator, coupled to the memory interface circuit, for generating a training signal to the memory controller through only a portion of the data terminals (N_DQ') or a specific terminal (N_DQS') instead of the data terminals (N_DQ') when the memory module receives a training request from the memory controller.
A continuous process for producing highly pure 1,1,1,2,3-pentachloropropane in which 1,1,3-trichloropropene is contacted with chlorine in a primary reaction zone to produce a reaction mixture containing 1,1,1,2,3-pentachloropropane and 1,1,3-trichloropropene, and extracting a portion of the reaction mixture from the primary reaction zone, wherein the amount of chlorine present in the reaction mixture is controlled such that there is no molar excess of chlorine present in the reaction mixture and wherein the molar ratio of 1,1,1,2,3-pentachloropropane: 1,1,3-trichloropropene in the reaction mixture extracted from the primary reaction zone does not exceed 95:5, wherein the operating temperature in the primary reaction zone is -10°C to 50°C, wherein the reaction mixture extracted from the primary reaction zone is subjected to a principal conversion step in a principal reaction zone to produce a 1,1,1,2,3-pentachloropropane rich product, which is extracted from the principal reaction zone and wherein a distillation step is performed and a purified stream of 1,1,1,2,3-pentachloropropane is extracted.
A method for prenatal diagnosis of a trisomy 21 using a sample of maternal blood, the method comprising: a) enriching methylated DNA in a sample of maternal blood containing a mixture of fetal and maternal DNA by Methylation DNA Immunoprecipitation (MeDIP) to obtain a sample enriched for methylated DNA; b) determining the methylation level of the regions of chromosomal DNA shown in SEQ ID NO: 36, SEQ ID NO: 37, SEQ ID NO: 38, SEQ ID NO: 39, SEQ ID NO: 40, SEQ ID NO: 42, SEQ ID NO: 43 and SEQ ID NO: 44; c) comparing the methylation value of the regions of step (b) to a standardised reference methylation value for said regions, wherein the standardised reference methylation value is (i) a value for a DNA sample from a woman bearing a fetus without trisomy 21; or (ii) a value for a DNA sample from a woman bearing a fetus with trisomy 21; d) diagnosing a trisomy 21 based on said comparison, wherein trisomy 21 is diagnosed if the methylation value of the sample is (i) higher than the standardised reference methylation value from a woman bearing a fetus without trisomy 21; or (ii) comparable to the standardised reference methylation value from a woman bearing a fetus with trisomy 21. a) enriching methylated DNA in a sample of maternal blood containing a mixture of fetal and maternal DNA by Methylation DNA Immunoprecipitation (MeDIP) to obtain a sample enriched for methylated DNA; b) determining the methylation level of the regions of chromosomal DNA shown in SEQ ID NO: 36, SEQ ID NO: 37, SEQ ID NO: 38, SEQ ID NO: 39, SEQ ID NO: 40, SEQ ID NO: 42, SEQ ID NO: 43 and SEQ ID NO: 44; c) comparing the methylation value of the regions of step (b) to a standardised reference methylation value for said regions, wherein the standardised reference methylation value is (i) a value for a DNA sample from a woman bearing a fetus without trisomy 21; or (ii) a value for a DNA sample from a woman bearing a fetus with trisomy 21; d) diagnosing a trisomy 21 based on said comparison, wherein trisomy 21 is diagnosed if the methylation value of the sample is (i) higher than the standardised reference methylation value from a woman bearing a fetus without trisomy 21; or (ii) comparable to the standardised reference methylation value from a woman bearing a fetus with trisomy 21.
A folding knife, comprising, a handle defined by first and second spaced apart handle halves (208, 210); a blade rotationally connected between the handle halves, said blade having a cylindrical pivot bore through a tang of the blade and said tang defining a tang surface around the pivot bore, the blade having a radial groove in the tang surface and the blade movable along a rotational path from a closed position to an open position, a bushing extending through the pivot bore and fixed relative to said first handle half, said bushing having a cylindrical body, an open interior and an annular groove extending around a portion of the cylindrical body and opening through the body into the open interior of the bushing; a spring in the bushing, said spring having a first leg and a second leg, the second leg fixed relative to the handle characterized in that the first leg extends through the annular groove such that the first leg extends into the radial groove in the tang of the blade during one portion of the rotational path and does not extend into the radial groove in the tang of the blade during another portion of the rotational path.
Device for stripping a cable, the device comprising at least: - an extraction chamber, a distal end of which is closed by a flange comprising a slot, - a pusher mounted so as to move in the extraction chamber between a rest position in which the pusher extends level with a proximal end of the chamber and a deployed position, the pusher being intended to bear against the cable in order to press it against the slot in the flange, wherein the flange is detachably mounted in the extraction chamber. - an extraction chamber, a distal end of which is closed by a flange comprising a slot, - a pusher mounted so as to move in the extraction chamber between a rest position in which the pusher extends level with a proximal end of the chamber and a deployed position, the pusher being intended to bear against the cable in order to press it against the slot in the flange, wherein the flange is detachably mounted in the extraction chamber.
A glucagon receptor agonist compound comprising the formula: YX 1 QGTFX 2 SDYSKYLDX 3 KKAX 4 EFVX 5 WLLEX 6 X 7 wherein X 1 is Aib; X 2 is T; X 3 is Aib; X 4 is K which is chemically modified through conjugation to the epsilon-amino group of the K side-chain with ([2-(2-Amino-ethoxy)-ethoxy]-acetyl) 2 -(γGlu) a -CO-(CH 2) b -CO 2 H, wherein a is 1 and b is 18; X 5 is A; X 6 is E; and X 7 is absent; (SEQ ID NO: 12); or a pharmaceutically acceptable salt thereof.
A paving kit for a paving machine moving in a travel direction for spreading, leveling and finishing concrete into a form having a generally upwardly exposed, finished concrete surface and terminating in lateral sides, the paving kit comprising a substantially rigid center portion oriented substantially perpendicular to the travel direction terminating in lateral ends, and a variable length terminal paving kit secured to each - lateral end of the center portion, each terminal paving kit comprising - an end frame configured to be secured to a respective one of the lateral ends of the center portion, including at least one male support tube fixed to the end frame and extending laterally away from the center portion, a sideform including at least one female support tube fixed to the sideform, arranged to telescopingly receive the male support tube therein, and permitting relative movement of the tubes (46, 48) and of the end frame and the sideform laterally towards and away from each other, a hydraulic actuator having a cylinder and a piston section arranged inside the cylinder, the cylinder and the piston section having respective ends operatively connected to the end frame and the sideform so that activation of the actuator moves the end frame and the sideform relative to each other as guided by the tubes (46, 48), characterized by a plurality of upright spacers removably attached to the female tube at front and aft sides of the terminal kit relative to the travel direction, cooperating pairs of spacers being aligned in the travel direction, and a finishing pan for finishing a portion of the concrete surface removably attached to lower ends of the cooperating pairs of upright spacers, the end frame, the spacers, the pans and the sideform being compressed against each other following actuation of the hydraulic actuator of each terminal kit to thereby form rigid terminal kits, and at least some of the weight of the spacers, the pans and the sideform being supported by the male and female support tubes (46, 48) when the hydraulic actuator does not compress the sideform against the end frame.
Method for operating a motor vehicle with an internal combustion engine and a transmission which is configured for the selection of different gears and is coupled on the input side to an output shaft of the internal combustion engine by means of at least one clutch (K1, K2), and on the output side to the drive wheels (16a, b) of the motor vehicle, wherein, in a rolling mode of the motor vehicle in which the motor vehicle rolls without drive with the internal combustion engine switched off and the clutch (K1, K2) opened, the internal combustion engine is tow-started by closing the clutch (K1; K2), and the motor vehicle is transferred into a driving mode with a predetermined drive position, wherein the transmission is embodied as a double switch transmission with a first partial transmission which contains a first set of gears (1, 3, 5) and is coupled to a transmission input shaft by means of a first transmission clutch, and with a second partial transmission which contains a second set of gears (2, 4, 6) and is coupled to the transmission input shaft by means of a second transmission clutch, characterized in that in order to tow-start the internal combustion engine the gear with the lowest transmission ratio of that partial transmission which does not contain the provided drive position is engaged as a tow-start gear and the assigned transmission clutch is closed, while the transmission clutch of the partial transmission which contains the provided drive position is opened.
A method for measuring life parameters during sleep by a device comprising an accelerometer attached to the body of a sleeping subject, the method comprising the steps of: a) setting a hysteresis width having a maximum hysteresis value and a minimum hysteresis value; b) reading, from the accelerometer, values of acceleration in three axes; c) filtering the values of acceleration in each of the three axes with a band-pass filter to obtain filtered acceleration signals; d) combining the filtered acceleration signals from each of the three axes to obtain a signal level; e) checking whether the signal level is higher than the current maximum hysteresis value and if so, setting the maximum hysteresis value to the signal level and setting the minimum hysteresis value to the maximum hysteresis value decreased by the hysteresis width; and f) signaling a breath detection when a transition from a falling edge to a rising edge is detected on the signal level (605, 606). a) setting a hysteresis width having a maximum hysteresis value and a minimum hysteresis value; b) reading, from the accelerometer, values of acceleration in three axes; c) filtering the values of acceleration in each of the three axes with a band-pass filter to obtain filtered acceleration signals; d) combining the filtered acceleration signals from each of the three axes to obtain a signal level; e) checking whether the signal level is higher than the current maximum hysteresis value and if so, setting the maximum hysteresis value to the signal level and setting the minimum hysteresis value to the maximum hysteresis value decreased by the hysteresis width; and f) signaling a breath detection when a transition from a falling edge to a rising edge is detected on the signal level (605, 606).
A substrate for biochips, said substrate comprising a substrate whose surface at least is composed of carbon; and an acrylic polymer having free carboxyl groups in the molecular structure thereof, which acrylic polymer is immobilized directly on the carbon of said surface of said substrate.