mhurhangee/ep-ind-claims huggingface dataset:
Readjustment device for displacement-controlled wear readjustment for a friction clutch, comprising a spindle with a spindle nut for rotating a pressure plate relative to a counter plate by means of a ramp system having a ramp ring for moving the pressure plate axially relative to the counter plate in accordance with a relative rotation, wherein the ramp ring has at least one first engagement device, wherein the first engagement device is connected positively to the spindle nut, characterized in that the first engagement device is designed in such a way that, in an assembled state, the first engagement device is releasably connected to the spindle nut, wherein an unlocking element is arranged on the first engagement device, wherein the unlocking element is designed in such a way that the first engagement device can be subjected to a force directed radially inward.
A vertical sewage treatment device, comprising an anaerobic compartment, an anoxic compartment, an aerobic compartment and a secondary sedimentation compartment, wherein the anaerobic compartment, the anoxic compartment, the aerobic compartment and the secondary sedimentation compartment are vertically arranged in sequence from bottom to top; a horizontal orifice plate or mesh is employed to mesh divide between the anaerobic compartment and the anoxic compartment and between the anoxic compartment and the aerobic compartment; a horizontal baffle is employed to divide between the aerobic compartment and the secondary sedimentation compartment, and a side of the horizontal baffle is retained with a passageway for the mixed liquid within the aerobic compartment to enter the secondary sedimentation compartment, and at a side of the passageway, the horizontal baffle connects a downwardly vertical baffle, a height of which is greater than that of a gas-water separation area in the aerobic compartment; the said vertical sewage treatment device is used to treat urban centralized sewage treatment, industrial wastewater treatment and decentralized sewage through A 2 O process; two sides of the anaerobic compartment are arranged with a first mixing pump, a sludge backflow pump and pipelines; the sludge backflow pump transporting sedimented sludge in the secondary sedimentation compartment to the anaerobic compartment, the mixing pump mixing newly-entering sewage in the anaerobic compartment with backflow sludge; two sides of the anoxic compartment are arranged with a second mixing pump, a mixed liquid backflow pump and pipelines, the mixed liquid backflow pump transporting mixed liquid of the aerobic compartment to the anoxic compartment, the second mixing pump mixing the mixed liquid in the anoxic compartment;a jet aerator, a booster pump and a blower are arranged at both sides out of the aerobic compartment so as to provide oxygen for a biological reaction within the aerobic compartment; a gas aerated in the aerobic compartment rises to a gas-water separation area on the top thereof, is exhausted via a gas exhaust pipe; a mud-sucking pipe is arranged within the secondary sedimentation compartment, a mud-sucking machine is disposed on the top of the mud-sucking pipe, sedimented sludge on a bottom of the secondary sedimentation compartment is sucked out by the mud-sucking machine via the mud-sucking pipe, a part of the sucked sedimented sludge flows by the sludge backflow pump back to the anaerobic compartment as the backflow sludge to re-participate in a biological degradation reaction, the other part of the sucked sedimented sludge is drained out in a form of remaining sludge; and a gas-water separator is disposed at an outlet of the gas exhaust pipe; a water-spraying apparatus is disposed within the gas exhaust pipe, for eliminating foams and scum generated on a surface of the aerobic compartment.
A method for manufacturing a display substrate, comprising: a step of forming an optical grating, wherein the step of forming the optical grating comprises:forming an intermediate layer on an outer surface of a transparent base substrate; wherein the intermediate layer comprises stripe patterns arranged at intervals; and forming a display film layer on an inner surface of the transparent base substrate where the intermediate layer is formed; characterized in that the method further comprises: applying an opaque material onto a surface of the stripe patterns of the intermediate layer or between the stripe patterns of the intermediate layer on the transparent base substrate, to form light-shielding stripes and light-transmitting stripes which are alternately arranged, wherein the opaque material is carbon powder. a step of forming an optical grating, wherein the step of forming the optical grating comprises:forming an intermediate layer on an outer surface of a transparent base substrate; wherein the intermediate layer comprises stripe patterns arranged at intervals; and forming a display film layer on an inner surface of the transparent base substrate where the intermediate layer is formed; characterized in that the method further comprises: applying an opaque material onto a surface of the stripe patterns of the intermediate layer or between the stripe patterns of the intermediate layer on the transparent base substrate, to form light-shielding stripes and light-transmitting stripes which are alternately arranged, wherein the opaque material is carbon powder.
Dryer for a painting facility a) having a dryer housing, in which heated air is circulated; b) having an exhaust air line for removing exhaust air from the dryer housing; c) having a combustion device, which is connected to the exhaust air line and which serves for thermal posttreatment of the exhaust air from the dryer housing and for providing heating air to a heat exchanger; d) the heat exchanger being set up to supply the dryer housing with heated fresh air; and e) at least one heating device for heating the air circulated in the dryer housing being associated with the dryer housing, characterised in that f) a combustion air supply of the heating device for combusting a portion of the air circulated in the dryer housing is connected in a communicating manner to the dryer housing. a) having a dryer housing, in which heated air is circulated; b) having an exhaust air line for removing exhaust air from the dryer housing; c) having a combustion device, which is connected to the exhaust air line and which serves for thermal posttreatment of the exhaust air from the dryer housing and for providing heating air to a heat exchanger; d) the heat exchanger being set up to supply the dryer housing with heated fresh air; and e) at least one heating device for heating the air circulated in the dryer housing being associated with the dryer housing, characterised in that f) a combustion air supply of the heating device for combusting a portion of the air circulated in the dryer housing is connected in a communicating manner to the dryer housing.
Welding boom comprising a base, a vertical column mounted on it, and a horizontal arm fastened to the vertical column, wherein a welding gun fastener is provided at the end of the horizontal arm for fastening a welding gun of a welding device to the end of the welding boom, and wherein the horizontal arm of the welding boom is fastened to the vertical column to be movable by a distance in the longitudinal direction of the vertical column and/or in the longitudinal direction of the horizontal arm, wherein - the welding boom comprises manual adjustment of an initial position, for moving the horizontal arm and the welding gun fastener at the end thereof in the longitudinal direction of the vertical column and/or in the longitudinal direction of the horizontal arm to a desired initial position for welding, - the welding boom comprises a locking device for locking the manual adjustment of the initial position, and that - the welding boom comprises, in addition to the manual adjustment of the initial position, at least one actuator drive for moving the horizontal arm a distance in at least the longitudinal direction of the vertical column and/or the longitudinal direction of the vertical arm at an adjustable speed by means of the actuator drive, irrespective of the adjustment of the initial position, during welding by using the welding boom. - the welding boom comprises manual adjustment of an initial position, for moving the horizontal arm and the welding gun fastener at the end thereof in the longitudinal direction of the vertical column and/or in the longitudinal direction of the horizontal arm to a desired initial position for welding, - the welding boom comprises a locking device for locking the manual adjustment of the initial position, and that - the welding boom comprises, in addition to the manual adjustment of the initial position, at least one actuator drive for moving the horizontal arm a distance in at least the longitudinal direction of the vertical column and/or the longitudinal direction of the vertical arm at an adjustable speed by means of the actuator drive, irrespective of the adjustment of the initial position, during welding by using the welding boom.
Mower comprising a mowing device which is guided at the side of an agricultural carrier vehicle when in a working and operating position and comprises a plurality of cutting elements, each of which rotates about an almost vertical axis, and comprising a supporting device to which a single- or multi-part supporting arm is articulated, on the free end of which the mowing device is pivotally retained, which mowing device can be moved as a result of the supporting arm changing position from a working and operating position, which is almost parallel to the ground and is guided at the side of the carrier vehicle, into a transport position which is located approximately above the supporting device, and comprising a parking device which is assigned to the supporting device and is intended to park the mower on an almost even surface when it is uncoupled from the carrier vehicle, the mowing device being in its transport position, characterised in that the parking device has at least three supporting feet (6, 7, 8), a contact surface of at least one of the supporting feet (6, 7, 8) assigned to the supporting device in a right-hand end region, with regard to the travelling and working direction, of the supporting device, being designed to be movable from an inoperative position, which is close to the body of the supporting device, into an operative position, which is further away from the body of the supporting device, and to be lockable therein, and the contact surface of at least one of the supporting feet (6, 7, 8) of the parking device being movable from an inoperative position, which is close to the body of the supporting device, into an operative position, which is further away from the body of the supporting device, by means of a sliding guide which is inclined towards the ground in relation to the horizontal.
A transgenic tobacco plant cell comprising a recombinant construct comprising: (a) a polynucleotide encoding an isopropylmate synthase, operably linked to a trichome specific promoter or (b) a polynucleotide that reduces or inhibits expression of an isopropylmalate synthase gene, operably linked to a trichome-specific promoter; wherein (i) the polynucleotide encoding an isopropylmalate synthase has at least 80% sequence identity to SEQ ID NO:1 or SEQ ID NO:10 or SEQ ID NO: 12 or SEQ ID NO:14; or (ii) the isopropylmalate synthase comprises a polypeptide having at least 80% sequence identity to SEQ ID NO:2 or SEQ ID NO:11 or SEQ ID NO:13 or SEQ ID NO:15; optionally wherein said promoter comprises or consists of the sequence set forth in SEQ ID NO:8 or a variant thereof with at least about 60% identity thereto. (i) the polynucleotide encoding an isopropylmalate synthase has at least 80% sequence identity to SEQ ID NO:1 or SEQ ID NO:10 or SEQ ID NO: 12 or SEQ ID NO:14; or (ii) the isopropylmalate synthase comprises a polypeptide having at least 80% sequence identity to SEQ ID NO:2 or SEQ ID NO:11 or SEQ ID NO:13 or SEQ ID NO:15; optionally wherein said promoter comprises or consists of the sequence set forth in SEQ ID NO:8 or a variant thereof with at least about 60% identity thereto.
A non-aqueous liquid dispersion concentrate composition comprising (a) a continuous substantially water-immiscible, non-aqueous liquid phase; and (b) a dispersed solid phase comprising polymer particles prepared from a curable or polymerizable thermoset or thermoplastic resin, wherein the outside surfaces of the particles comprise a colloidal solid material and wherein the particles have at least one cyclopropene complex distributed therein. (a) a continuous substantially water-immiscible, non-aqueous liquid phase; and (b) a dispersed solid phase comprising polymer particles prepared from a curable or polymerizable thermoset or thermoplastic resin, wherein the outside surfaces of the particles comprise a colloidal solid material and wherein the particles have at least one cyclopropene complex distributed therein.
Sack for realising civil engineering works, comprising a sack structure with two main faces (16, 18) defined by two respective equal main expanses of cloth (16, 18), made with a single cloth of a permeable geotextile material folded into two equal-sized portions and joined over most of their periphery and defining an opening for introducing filling material when in use, the sack comprising at least one expanse of protective cloth having resistance characteristics differing from the main expanses of cloth (16, 18), the expanse of protective cloth being fastened to the outside of the sack structure so as to substantially cover a single main face thereof, wherein the expanse of protective cloth is an impermeable cloth.
An isolated peptide being no longer than 20 amino acids comprising a sequence as set forth in SEQ ID NO: 4, wherein X 1 and X 2 are any amino acid, the peptide being capable of preventing extracellular signal-regulated kinase1/2 translocation into the nucleus.
Arrangement for determining a gradient signal in a vehicle, having - at least one position detection device which is configured to determine the position of the vehicle in an absolute system at least at a first point in time (t=0) and at a second point in time (t=1), and to use this to determine the distance covered by the vehicle as a movement vector (Ga 0, Ga 1), and - at least one first laser distance sensor which is arranged with an inclination of a predefined angle (α) with respect to the vehicle longitudinal axis on a front side of the vehicle and whose geometric position (L1, h1, b1, α) in the vehicle is known and which is configured to emit at least one first laser beam at least at the first and the second point in time (t=0; t=1) in the direction of a first measurement point (Pa) in front of the vehicle, - wherein the position detection device is configured to determine the distance covered by the vehicle as a movement vector (Ga 0, Ga 1) from the position of the vehicle and on the basis of the geometrically known position (L1, h1, b1, α) of the first laser distance sensor, and - at least one means which is configured to determine the length of the at least one laser beam (La) and at least one associated vector of the laser beam at each of the at least first and second points in time (t=0; t=1), and - at least one determination device which is configured to determine a differential vector (Ga 0,1) from the movement vector (Ga 0, Ga 1) determined at each of the first and second points in time and each of the determined vectors of the laser beam and to form a gradient signal therefrom. - at least one position detection device which is configured to determine the position of the vehicle in an absolute system at least at a first point in time (t=0) and at a second point in time (t=1), and to use this to determine the distance covered by the vehicle as a movement vector (Ga 0, Ga 1), and - at least one first laser distance sensor which is arranged with an inclination of a predefined angle (α) with respect to the vehicle longitudinal axis on a front side of the vehicle and whose geometric position (L1, h1, b1, α) in the vehicle is known and which is configured to emit at least one first laser beam at least at the first and the second point in time (t=0; t=1) in the direction of a first measurement point (Pa) in front of the vehicle, - wherein the position detection device is configured to determine the distance covered by the vehicle as a movement vector (Ga 0, Ga 1) from the position of the vehicle and on the basis of the geometrically known position (L1, h1, b1, α) of the first laser distance sensor, and - at least one means which is configured to determine the length of the at least one laser beam (La) and at least one associated vector of the laser beam at each of the at least first and second points in time (t=0; t=1), and - at least one determination device which is configured to determine a differential vector (Ga 0,1) from the movement vector (Ga 0, Ga 1) determined at each of the first and second points in time and each of the determined vectors of the laser beam and to form a gradient signal therefrom.
A biological sample processing system comprising: a) a holder configured to hold a substrate in a substantially level orientation relative to gravity; b) a reservoir for light mineral oil; c) an oil dispenser for dispensing the light mineral oil from the reservoir onto the substrate in the holder such that a surface of the substrate is covered by the light mineral oil, the oil dispenser located above the holder and in fluid communication with the reservoir; d) a reagent dispenser located above the holder and configured to dispense a heated reagent onto the substrate such that a surface of the substrate is covered with a layer of the reagent; e) a receptacle located beneath the holder and configured to collect the light mineral oil and the reagent flowing off of the substrate such that a layer of light mineral oil covers the reagent in the receptacle; and f) a fluid path connecting the receptacle to the reagent dispenser for recirculating the reagent, characterized in that the biological sample processing system further comprises: g) an adjustable support supporting a portion of a weight of the biological sample processing system; h) a motor configured to adjust the adjustable support; and i) an inclinometer in electronic communication with the motor and configured to maintain the holder in the substantially level orientation relative to gravity by adjusting the adjustable support. a) a holder configured to hold a substrate in a substantially level orientation relative to gravity; b) a reservoir for light mineral oil; c) an oil dispenser for dispensing the light mineral oil from the reservoir onto the substrate in the holder such that a surface of the substrate is covered by the light mineral oil, the oil dispenser located above the holder and in fluid communication with the reservoir; d) a reagent dispenser located above the holder and configured to dispense a heated reagent onto the substrate such that a surface of the substrate is covered with a layer of the reagent; e) a receptacle located beneath the holder and configured to collect the light mineral oil and the reagent flowing off of the substrate such that a layer of light mineral oil covers the reagent in the receptacle; and f) a fluid path connecting the receptacle to the reagent dispenser for recirculating the reagent, g) an adjustable support supporting a portion of a weight of the biological sample processing system; h) a motor configured to adjust the adjustable support; and i) an inclinometer in electronic communication with the motor and configured to maintain the holder in the substantially level orientation relative to gravity by adjusting the adjustable support.
A surgical ratchet, comprising: an encompassing member having an inner peripheral surface, an outer peripheral surface opposed to the inner peripheral surface, and an opening; a first handle connected to and extending away from the outer peripheral surface of the encompassing member, the first handle having a proximal end and a distal end opposite the proximal end with a longitudinal axis extending therebetween; and a pawl having a fixed end attached to the first handle, the pawl extending into the opening which is defined by the inner peripheral surface and the distal end of the first handle, the pawl having a biased portion and a head located at a free end opposite the fixed end, the biased portion of the pawl disposed between first and second opposing portions of the inner peripheral surface, the pawl thus residing in an accessway defined by the opening, wherein the head is movable with respect to at least one of the first handle and the encompassing member, the surgical ratchet being characterized by further comprising a band which is attached to the encompassing member or to the handle at either side of the accessway and extends or spans over the pawl. an encompassing member having an inner peripheral surface, an outer peripheral surface opposed to the inner peripheral surface, and an opening; a first handle connected to and extending away from the outer peripheral surface of the encompassing member, the first handle having a proximal end and a distal end opposite the proximal end with a longitudinal axis extending therebetween; and a pawl having a fixed end attached to the first handle, the pawl extending into the opening which is defined by the inner peripheral surface and the distal end of the first handle, the pawl having a biased portion and a head located at a free end opposite the fixed end, the biased portion of the pawl disposed between first and second opposing portions of the inner peripheral surface, the pawl thus residing in an accessway defined by the opening, wherein the head is movable with respect to at least one of the first handle and the encompassing member, the surgical ratchet being characterized by further comprising a band which is attached to the encompassing member or to the handle at either side of the accessway and extends or spans over the pawl.
A power supply device that improves, when setting by a voltage-boosting chopper circuit - a voltage, obtained by converting a voltage supplied by an alternating-current power supply into a direct-current voltage, to a load voltage, a power factor by short-circuiting the alternating-current power supply via a reactor, and comprises a power supply phase detecting circuit, wherein the power supply device is controlled by a modified current hysteresis control, wherein a switching operation is performed on a switching element of a power-factor improving unit that includes the reactor, an output voltage of the power-factor improving unit is set to the load voltage by switching on and off the switching element based on a result of comparison between an input current and an input-current reference signal of a power-supply voltage waveform, a zero crossing of the alternating-current power supply is detected by the power supply phase detecting circuit, characterized in that a predetermined number of switching operations are performed on the switching element in each half-cycle of the alternating-current power supply, the number of switching operations is counted by a counter function from when the zero crossing is detected, and a preset number of switching operations of the switching element for each half-cycle is adjusted by a predetermined number so that the switching actions are completed in a predetermined time.