mhurhangee/ep-ind-claims huggingface dataset:
A catalyst protection device for an internal combustion engine, comprising: a catalyst that purifies exhaust gas; and a bed temperature acquisition unit configured to acquire a bed temperature of the catalyst for each of a plurality of regions of the catalyst in an exhaust gas flow direction; characterized by: a fuel injection unit configured to, when it is determined that an increase in fuel injection amount is required for each of the regions on the basis of the corresponding bed temperatures, inject fuel of an amount including a sum of increase values required for the respective regions, so that the catalyst is protected by appropriately cooling the catalyst in accordance with an actual temperature distribution in the catalyst; wherein the catalyst protection device is configured to cool the catalyst by decreasing the temperature of exhaust gas with the use of the heat vaporization of fuel through the increase in fuel injection amount. a catalyst that purifies exhaust gas; and a bed temperature acquisition unit configured to acquire a bed temperature of the catalyst for each of a plurality of regions of the catalyst in an exhaust gas flow direction; characterized by: a fuel injection unit configured to, when it is determined that an increase in fuel injection amount is required for each of the regions on the basis of the corresponding bed temperatures, inject fuel of an amount including a sum of increase values required for the respective regions, so that the catalyst is protected by appropriately cooling the catalyst in accordance with an actual temperature distribution in the catalyst; wherein the catalyst protection device is configured to cool the catalyst by decreasing the temperature of exhaust gas with the use of the heat vaporization of fuel through the increase in fuel injection amount. a fuel injection unit configured to, when it is determined that an increase in fuel injection amount is required for each of the regions on the basis of the corresponding bed temperatures, inject fuel of an amount including a sum of increase values required for the respective regions, so that the catalyst is protected by appropriately cooling the catalyst in accordance with an actual temperature distribution in the catalyst; wherein the catalyst protection device is configured to cool the catalyst by decreasing the temperature of exhaust gas with the use of the heat vaporization of fuel through the increase in fuel injection amount.
Use of the isolated fraction of the STIM1 protein localized to the plasma membrane of the cells in an in vitro method for screening candidate molecules for treating chronic lymphatic leukaemia and/or systemic lupus erythematosus.
Tool device for a surgical instrument, having a first jaw part and a second jaw part, the first and second jaw parts (5, 6) being pivotable relative to each other, about a pivot axis, to form an openable and closable tool mouth, the tool device having a control arrangement with a control pin and at least one control groove, the at least one control groove being formed on a control portion of the first jaw part, the control pin extending parallel to the pivot axis and engaging axially through the at least one control groove, the control pin being slidably movable between a proximal end position of the pin and a distal end position of the pin along the control groove and in this way applying to the first jaw part a torque acting about the pivot axis in order to open and/or close the tool mouth, and the second jaw part having a receiving recess in which the control portion of the first jaw part is received at least in part, characterized in that at least one control projection protrudes inward from an inner wall of the receiving recess in the axial direction of the control pin and forms a control surface of the control arrangement, and wherein the control pin, in a movement between the proximal and distal end positions of the pin, slides along the control projection and is supported radially on the latter.
A brake assembly (80; 80.1) for a height-adjustable walker apparatus (20; 20.1), the brake assembly (80; 80.1) comprising: a brake actuator (130; 130.1); a wheel-engaging brake member (82; 82.1); a brake cable assembly including a flexible, inner cable and a flexible, outer casing through which the inner cable extends and is moveable relative thereto, the inner cable having a first end coupled to the brake actuator and a second end coupled to the wheel-engaging brake member; a brake cable housing (168; 168.1) shaped to enclose a slack portion of the brake cable assembly; characterized in that the slack portion of the brake cable assembly is loop-shaped and is a larger loop in shape when the walker apparatus (20; 20.1) is in a retracted position compared to the size of the loop shape of the slack portion of the brake cable assembly when the walker apparatus (20; 20.1) is in an extended position. a brake actuator (130; 130.1); a wheel-engaging brake member (82; 82.1); a brake cable assembly including a flexible, inner cable and a flexible, outer casing through which the inner cable extends and is moveable relative thereto, the inner cable having a first end coupled to the brake actuator and a second end coupled to the wheel-engaging brake member; a brake cable housing (168; 168.1) shaped to enclose a slack portion of the brake cable assembly; characterized in that the slack portion of the brake cable assembly is loop-shaped and is a larger loop in shape when the walker apparatus (20; 20.1) is in a retracted position compared to the size of the loop shape of the slack portion of the brake cable assembly when the walker apparatus (20; 20.1) is in an extended position.
A driving assist device comprising: an imaging device that captures at least a portion of a vehicle-outside region configuring a blind spot for a driver; characterized in that it comprises a projection device (26, 28, 56) that projects such that the driver views an image captured by the imaging device as a virtual image positioned at the vehicle outside of a vehicle component causing the blind spot. an imaging device that captures at least a portion of a vehicle-outside region configuring a blind spot for a driver; characterized in that it comprises a projection device (26, 28, 56) that projects such that the driver views an image captured by the imaging device as a virtual image positioned at the vehicle outside of a vehicle component causing the blind spot.
A composition comprising a compound represented by the formula wherein R 1 and R 2 are each independently hydrocarbyl groups of 3 to 12 carbon atoms, or are groups represented by or wherein R 1 and R 2 together with the adjacent O and P atoms form a ring containing 2 to 6 carbon atoms; R 3 is hydrogen or a methyl group, R 4 is an alkylene group of 2 to 6 carbon atoms, R 5 is hydrogen or a hydrocarbyl group of 1 to 12 carbon atoms, and n is 1 or 2.
A support structure for an optical fiber cable adapted to be aerially installed in a configuration extending generally horizontally along a series of spaced apart vertical pilots, said support structure comprising: - An approximately c-shaped support element with an open hollow in the center, prepared for the incorporation of the optical fiber cable; - at least one longitudinal strength member integrated in the support element; - wherein the optical fiber cable is movably arranged in the hollow of the support element when the optical fiber cable is incorporated in the support element, characterized in that the support element has the form of a square with rounded edges and a lateral opening on one corner of the square. - An approximately c-shaped support element with an open hollow in the center, prepared for the incorporation of the optical fiber cable; - at least one longitudinal strength member integrated in the support element; - wherein the optical fiber cable is movably arranged in the hollow of the support element when the optical fiber cable is incorporated in the support element, characterized in that the support element has the form of a square with rounded edges and a lateral opening on one corner of the square.
A printing press comprising: a print unit printing a stream of printed products, the printed products having a first pitch (P 1; P 3; P 5; P 7); and a pitch changing device (10; 110; 400) including; a first roller and a second roller, the first and second rollers forming a roller nip (40; 140; 440); and at least one motor (60; 160; 461) driving the first and second rollers in opposite directions; the nip receiving the stream of printed products; the at least one motor varying the velocity of the nip and the printed products using an electronic cam velocity profile so as to alter the first pitch, - the first roller is an upper roller (20; 120; 420) mounted on an upper axle (62; 162; 462); - the second roller is a lower roller (22; 122; 422) mounted on a lower axle (64; 164; 464), characterised in that - the printed product stream is split into a plurality of streams before entering the roller nip, and in that the electronic cam velocity profile is asymmetrical. a print unit printing a stream of printed products, the printed products having a first pitch (P 1; P 3; P 5; P 7); and a pitch changing device (10; 110; 400) including; a first roller and a second roller, the first and second rollers forming a roller nip (40; 140; 440); and at least one motor (60; 160; 461) driving the first and second rollers in opposite directions; the nip receiving the stream of printed products; the at least one motor varying the velocity of the nip and the printed products using an electronic cam velocity profile so as to alter the first pitch, - the first roller is an upper roller (20; 120; 420) mounted on an upper axle (62; 162; 462); - the second roller is a lower roller (22; 122; 422) mounted on a lower axle (64; 164; 464), characterised in that - the printed product stream is split into a plurality of streams before entering the roller nip, and in that the electronic cam velocity profile is asymmetrical. a first roller and a second roller, the first and second rollers forming a roller nip (40; 140; 440); and at least one motor (60; 160; 461) driving the first and second rollers in opposite directions; the nip receiving the stream of printed products; the at least one motor varying the velocity of the nip and the printed products using an electronic cam velocity profile so as to alter the first pitch, - the first roller is an upper roller (20; 120; 420) mounted on an upper axle (62; 162; 462); - the second roller is a lower roller (22; 122; 422) mounted on a lower axle (64; 164; 464), characterised in that - the printed product stream is split into a plurality of streams before entering the roller nip, and in that - the first roller is an upper roller (20; 120; 420) mounted on an upper axle (62; 162; 462); - the second roller is a lower roller (22; 122; 422) mounted on a lower axle (64; 164; 464), characterised in that - the printed product stream is split into a plurality of streams before entering the roller nip, and in that the electronic cam velocity profile is asymmetrical.
A method of manufacturing a resin molded article comprising: a step of preparing a resin powder having low dust generation property by adding a liquid paraffin to a thermosetting resin; and subsequently to the step of preparing a resin powder having low dust generation property, a step of obtaining a resin molded article by heating and kneading the resin powder having low dust generation property, wherein the step of preparing the resin powder having low dust generation property includes a step in which the thermosetting resin is melted and the liquid paraffin is added to the melted thermosetting resin to be stirred and mixed. a step of preparing a resin powder having low dust generation property by adding a liquid paraffin to a thermosetting resin; and subsequently to the step of preparing a resin powder having low dust generation property, a step of obtaining a resin molded article by heating and kneading the resin powder having low dust generation property, wherein the step of preparing the resin powder having low dust generation property includes a step in which the thermosetting resin is melted and the liquid paraffin is added to the melted thermosetting resin to be stirred and mixed.
A center ring arrangeable on a refining disc of a defibrator for refining of fibrous material, wherein said center ring comprises a circumferential outer surface, a circumferential inner surface and a centrally located through-hole adapted to receive fibrous material fed from a feeding device, wherein said outer surface is provided with a circumferentially running groove opening up on the outer surface and being adapted to collect steam produced during operation of said defibrator, characterized in that the center ring further comprises a plurality of wings provided on said inner surface and a number of channels extending from said groove to the positions on said inner surface where said wings are provided.
A state monitoring system for monitoring the state of a plate spring of a railcar bogie comprising: a state monitoring device, and a plate spring, wherein the state monitoring device is configured to monitor a state of the plate spring, and wherein the plate spring includes a fiber-reinforced resin containing electrically conductive reinforced fibers containing reinforced fibers extending in a longitudinal direction of the plate spring, characterized in that the state monitoring device comprises: an electrode pair (E 1F, E2 F, E 3F, E 1R, E 2R, E 3R, E 0) provided at both width direction side end surfaces of the plate spring so as to sandwich the plate spring, a width direction of the plate spring being perpendicular to the longitudinal direction of the plate spring and a thickness direction of the plate spring; and a measuring unit electrically connected to the electrode pair (E 1F, E2 F, E 3F, E 1R, E 2R, E 3R, E 0) and configured to measure an electrical characteristic of the plate spring. a state monitoring device, and a plate spring, wherein the state monitoring device is configured to monitor a state of the plate spring, and wherein the plate spring includes a fiber-reinforced resin containing electrically conductive reinforced fibers containing reinforced fibers extending in a longitudinal direction of the plate spring, characterized in that the state monitoring device comprises: an electrode pair (E 1F, E2 F, E 3F, E 1R, E 2R, E 3R, E 0) provided at both width direction side end surfaces of the plate spring so as to sandwich the plate spring, a width direction of the plate spring being perpendicular to the longitudinal direction of the plate spring and a thickness direction of the plate spring; and a measuring unit electrically connected to the electrode pair (E 1F, E2 F, E 3F, E 1R, E 2R, E 3R, E 0) and configured to measure an electrical characteristic of the plate spring. an electrode pair (E 1F, E2 F, E 3F, E 1R, E 2R, E 3R, E 0) provided at both width direction side end surfaces of the plate spring so as to sandwich the plate spring, a width direction of the plate spring being perpendicular to the longitudinal direction of the plate spring and a thickness direction of the plate spring; and a measuring unit electrically connected to the electrode pair (E 1F, E2 F, E 3F, E 1R, E 2R, E 3R, E 0) and configured to measure an electrical characteristic of the plate spring.
A negative active material for a secondary battery, which is an alloy formed by a chemical formula below, and in which an amorphization degree of a fine crystalline region on a matrix within the alloy is 25% or more, XRD pattern rotation angle of 2θ is in a range of 20° to 100° SixTiyFezAlu wherein x, y, z, and u are at%, x: 1-(y+z+u), y: 0.09 to 0.14, z: 0.09 to 0.14, and u: larger than 0.01 and less than 0.2.
A paint composition comprising: 15 parts by weight to 20 parts by weight of an oxide nanostructure as a pigment, wherein the oxide nanostructure is zinc oxide nanoparticles; 60 parts by weight to 70 parts by weight of alkyd synthetic resin as a binder; 0.5 part by weight to 1.0 part by weight of a stabilizer; 0.3 part by weight to 0.7 part by weight of an anti-precipitator; 0.05 part by weight to 0.15 part by weight of a thickener; 0.5 part by weight to 1.0 part by weight of a humectant; 1.0 part by weight to 2.0 parts by weight of a desiccant, wherein the desiccant includes 0.5 part by weight to 1.0 part by weight of an external desiccant and 0.5 part by weight to 1.0 part by weight of an internal desiccant, wherein the external desiccant is cobalt naphthenate and the internal desiccant is nano-sized zirconia; and 15 parts by weight to 20 parts by weight of a diluent. 15 parts by weight to 20 parts by weight of an oxide nanostructure as a pigment, wherein the oxide nanostructure is zinc oxide nanoparticles; 60 parts by weight to 70 parts by weight of alkyd synthetic resin as a binder; 0.5 part by weight to 1.0 part by weight of a stabilizer; 0.3 part by weight to 0.7 part by weight of an anti-precipitator; 0.05 part by weight to 0.15 part by weight of a thickener; 0.5 part by weight to 1.0 part by weight of a humectant; 1.0 part by weight to 2.0 parts by weight of a desiccant, wherein the desiccant includes 0.5 part by weight to 1.0 part by weight of an external desiccant and 0.5 part by weight to 1.0 part by weight of an internal desiccant, wherein the external desiccant is cobalt naphthenate and the internal desiccant is nano-sized zirconia; and 15 parts by weight to 20 parts by weight of a diluent.
A method for purifying carbon nanotubes comprising chlorinating a metal remaining in starting carbon nanotubes with a chlorine compound at a first temperature T 1 under vacuum and removing the chlorinated residual metal by evaporation at a second temperature T 2 higher than the first temperature T 1 wherein the oxidation initiation temperature of the purified carbon nanotubes is higher by at least 100 °C than that of the starting carbon nanotubes, wherein the first temperature is from 500 °C to 1000 °C and the second temperature is from 800 °C to 1500 °C; and the removal of the chlorinated metal by evaporation at the second temperature is effected under vacuum.
An ink jet head of a thermal type, comprising: an ink discharge port having an opening area of from 100 to 350μm 2; a hydrophilic region formed in an outer surface on a periphery of the ink discharge port; and a nozzle flow path communicating with the ink discharge port, the nozzle flow path being filled with a filling liquid for distribution wherein the hydrophilic region has a contact angle of 60° or less with respect the filling liquid for distribution, the filling liquid for distribution comprising: an aqueous medium including at least a water-soluble organic compound and water as constituents; and a dye dissolved in the aqueous medium, a concentration of the dye in the filling liquid for distribution being 0.2 mass% or more and 1 mass% or less with respect to a total mass of the filling liquid for distribution and the concentration of the dye being equal to or less than saturation solubility with respect to the water-soluble organic compound, wherein the filling liquid for distribution has a surface tension of 25 mN/m or more and 34 mN/m or less. an ink discharge port having an opening area of from 100 to 350μm 2; a hydrophilic region formed in an outer surface on a periphery of the ink discharge port; and a nozzle flow path communicating with the ink discharge port, the nozzle flow path being filled with a filling liquid for distribution wherein the hydrophilic region has a contact angle of 60° or less with respect the filling liquid for distribution, the filling liquid for distribution comprising: an aqueous medium including at least a water-soluble organic compound and water as constituents; and a dye dissolved in the aqueous medium, a concentration of the dye in the filling liquid for distribution being 0.2 mass% or more and 1 mass% or less with respect to a total mass of the filling liquid for distribution and the concentration of the dye being equal to or less than saturation solubility with respect to the water-soluble organic compound, wherein the filling liquid for distribution has a surface tension of 25 mN/m or more and 34 mN/m or less. an aqueous medium including at least a water-soluble organic compound and water as constituents; and a dye dissolved in the aqueous medium, a concentration of the dye in the filling liquid for distribution being 0.2 mass% or more and 1 mass% or less with respect to a total mass of the filling liquid for distribution and the concentration of the dye being equal to or less than saturation solubility with respect to the water-soluble organic compound, wherein the filling liquid for distribution has a surface tension of 25 mN/m or more and 34 mN/m or less.
A resin container including a body portion having an approximately square cross-sectional shape, wherein the resin container comprises: a vertically elastically deformable cushion portion, characterized in that the cushion portion is provided downwardly of a vertical center of the body portion, the cushion portion having along its entire circumference a V-shaped concave portion which has a V-shaped vertical cross-section and is formed progressively wider radially outwards; a small concave portion along the entire circumference of the body portion, the small concave portion being shallower than the V-shaped concave portion and being provided one each above and below the V-shaped concave portion, and a line symmetrical configuration relative to the V-shaped concave portion as an axis of symmetry, an arcuate portion provided at a corner portion in a cross-sectional shape of the V-shaped concave portion, and the arcuate portion is provided at each and every one of four corner portions in the cross-sectional shape of the V-shaped concave portion of the cushion portion. a vertically elastically deformable cushion portion, characterized in that the cushion portion is provided downwardly of a vertical center of the body portion, the cushion portion having along its entire circumference a V-shaped concave portion which has a V-shaped vertical cross-section and is formed progressively wider radially outwards; a small concave portion along the entire circumference of the body portion, the small concave portion being shallower than the V-shaped concave portion and being provided one each above and below the V-shaped concave portion, and a line symmetrical configuration relative to the V-shaped concave portion as an axis of symmetry, an arcuate portion provided at a corner portion in a cross-sectional shape of the V-shaped concave portion, and the arcuate portion is provided at each and every one of four corner portions in the cross-sectional shape of the V-shaped concave portion of the cushion portion.