mhurhangee/ep-ind-claims huggingface dataset:
A piston for an internal combustion engine, comprising: a body extending along a longitudinal central axis, said body including an upper combustion wall having an upper combustion surface, a cylindrical outer wall with a ring belt region adjacent said upper combustion surface, a pair of pin bosses beneath said upper combustion wall; a closed annular cooling gallery located radially inwardly from said ring belt region; a cooling medium contained in said cooling gallery; said cooling gallery having an inner surface bounding said cooling gallery, said inner surface including a radially outermost portion that extends along an axis that converges from said upper combustion wall toward said longitudinal central axis; and a combustion bowl recessed within said upper combustion wall, wherein said radially outermost portion extends along said ring belt region, wherein said axis along which said radially outermost portion extends is inclined between 10-20 degrees relative to said longitudinal central axis, wherein said inner surface includes an upper inner portion that extends along a portion of said combustion bowl along an axis that converges from said upper combustion wall toward said longitudinal central axis, and wherein said inner surface includes a lower inner portion that diverges from said upper combustion wall away from said longitudinal central axis. a body extending along a longitudinal central axis, said body including an upper combustion wall having an upper combustion surface, a cylindrical outer wall with a ring belt region adjacent said upper combustion surface, a pair of pin bosses beneath said upper combustion wall; a closed annular cooling gallery located radially inwardly from said ring belt region; a cooling medium contained in said cooling gallery; said cooling gallery having an inner surface bounding said cooling gallery, said inner surface including a radially outermost portion that extends along an axis that converges from said upper combustion wall toward said longitudinal central axis; and a combustion bowl recessed within said upper combustion wall, wherein said radially outermost portion extends along said ring belt region, wherein said axis along which said radially outermost portion extends is inclined between 10-20 degrees relative to said longitudinal central axis, wherein said inner surface includes an upper inner portion that extends along a portion of said combustion bowl along an axis that converges from said upper combustion wall toward said longitudinal central axis, and wherein said inner surface includes a lower inner portion that diverges from said upper combustion wall away from said longitudinal central axis.
An information-processing apparatus for generating print data for a printing apparatus, comprising: setting means for setting, as part of a print setting when printing document data that includes a plurality of pages to print, a bookbinding setting for causing one or more printed pages, which form a body out of the plurality of printed pages, to be cased with a printed page, to be used for a front cover out of the plurality of printed pages; and characterized by comprising: generating means (S2211, S2212) for generating, if the bookbinding setting is set and a bookbinding device whose transport path is not connected to the printing apparatus is used, body print data for outputting a stack of bodies by repeatedly printing, in collated form, a first page to a last page of the body in the document data for a specified plurality of copies, and front cover print data for outputting a stack of front covers by printing the front cover for a number of sheets equivalent to the specified plurality of copies. setting means for setting, as part of a print setting when printing document data that includes a plurality of pages to print, a bookbinding setting for causing one or more printed pages, which form a body out of the plurality of printed pages, to be cased with a printed page, to be used for a front cover out of the plurality of printed pages; and characterized by comprising: generating means (S2211, S2212) for generating, if the bookbinding setting is set and a bookbinding device whose transport path is not connected to the printing apparatus is used, body print data for outputting a stack of bodies by repeatedly printing, in collated form, a first page to a last page of the body in the document data for a specified plurality of copies, and front cover print data for outputting a stack of front covers by printing the front cover for a number of sheets equivalent to the specified plurality of copies. generating means (S2211, S2212) for generating, if the bookbinding setting is set and a bookbinding device whose transport path is not connected to the printing apparatus is used, body print data for outputting a stack of bodies by repeatedly printing, in collated form, a first page to a last page of the body in the document data for a specified plurality of copies, and front cover print data for outputting a stack of front covers by printing the front cover for a number of sheets equivalent to the specified plurality of copies.
A seeding apparatus for planting a plurality of seeds, the seeding apparatus comprising: a frame; a plurality of ground openers, each of the plurality of ground openers operable to produce a furrow; and a seed dispersion unit (10A, 10B) for distributing a plurality of seeds, the seed dispersion unit (10A, 10B) is coupled to the frame and comprising: a single inlet for the plurality of seeds; a chamber in communication with the single inlet; a plurality of outlet conduits in communication with the chamber, each of the plurality of outlet conduits configured to transfer a portion of the plurality of seeds from the chamber to one of the furrows; an annular base (20A, 20B) defining a portion of the chamber, wherein each of the outlet conduits extends radially from the base (20A, 20B) and extends through a wall of the annular base (20A, 20B), and a central air tube ending in a plurality of air conduits within the chamber, characterised in that the air tube includes an air-permeable material operable to preclude the plurality of seeds from entering the air inlet. a frame; a plurality of ground openers, each of the plurality of ground openers operable to produce a furrow; and a seed dispersion unit (10A, 10B) for distributing a plurality of seeds, the seed dispersion unit (10A, 10B) is coupled to the frame and comprising: a single inlet for the plurality of seeds; a chamber in communication with the single inlet; a plurality of outlet conduits in communication with the chamber, each of the plurality of outlet conduits configured to transfer a portion of the plurality of seeds from the chamber to one of the furrows; an annular base (20A, 20B) defining a portion of the chamber, wherein each of the outlet conduits extends radially from the base (20A, 20B) and extends through a wall of the annular base (20A, 20B), and a central air tube ending in a plurality of air conduits within the chamber, characterised in that the air tube includes an air-permeable material operable to preclude the plurality of seeds from entering the air inlet. a single inlet for the plurality of seeds; a chamber in communication with the single inlet; a plurality of outlet conduits in communication with the chamber, each of the plurality of outlet conduits configured to transfer a portion of the plurality of seeds from the chamber to one of the furrows; an annular base (20A, 20B) defining a portion of the chamber, wherein each of the outlet conduits extends radially from the base (20A, 20B) and extends through a wall of the annular base (20A, 20B), and a central air tube ending in a plurality of air conduits within the chamber, characterised in that the air tube includes an air-permeable material operable to preclude the plurality of seeds from entering the air inlet.
Use of a thiol probe for mass spectrometry analysis of a protein, which is represented by the following formula: wherein R 1 represents a linker group, and R 2 represents a substituted ammonium group or a substituted amino group, wherein the linker group is a hydrocarbon group having 1 to 3 carbon atoms or an alkylene oxide-containing group having 2 to 6 carbon atoms, and wherein the substituted amino group is a group represented by -NHR 3, wherein R 3 represents a hydrocarbon group or a nitrogen-containing group, and wherein the substituted ammonium group is a tertiary or quaternary ammonium group substituted by an alkyl group having 1 or 2 carbon atoms. wherein R 1 represents a linker group, and R 2 represents a substituted ammonium group or a substituted amino group, wherein the linker group is a hydrocarbon group having 1 to 3 carbon atoms or an alkylene oxide-containing group having 2 to 6 carbon atoms, and wherein the substituted amino group is a group represented by -NHR 3, wherein R 3 represents a hydrocarbon group or a nitrogen-containing group, and wherein the substituted ammonium group is a tertiary or quaternary ammonium group substituted by an alkyl group having 1 or 2 carbon atoms.
A kick-up frame connection structure for connecting a pair of, right and left, kick-up frames to a pair of, right and left, side frames extending in a forward-rearward direction of a vehicle body, the kick-up frame connection structure including a cross member for connecting rear end portions of the side frames to each other and a pair of reinforcement members, the kick-up frame connection structure being characterized in that the right and left kick-up frames are connected to the cross member at positions inwardly offset with respect to the right and left side frames, respectively, in a widthwise direction of the vehicle body, each of the reinforcement members is connected to a rear end portion of a corresponding one of the side frames, a corresponding one of right and left end portions of the cross member, and a front end portion of a corresponding one of the kick-up frames, and a position at which one of the reinforcement members is connected to the cross member, a position at which the same reinforcement member is connected to a corresponding one of the kick-up frames, and a position at which the same kick-up frame is connected to the cross member are arranged at different positions as viewed from above, the kick-up frame connection structure being characterized in that the side frames and the kick-up frames each include an upper wall, a lower wall, and a side wall by which the upper wall is connected to the lower wall, and each of the reinforcement members has a first joint portion, a second joint portion, and a third joint portion, the first joint portion being connected to the upper wall, the lower wall, and the side wall of a corresponding one of the side frames in the rear end portion of the side frame, the second joint portion being connected to the upper wall, the lower wall, and the side wall of a corresponding one of the kick-up frames in the front end portion of the kick-up frame, and the third joint portion being connected to an upper portion and a lower portion of the cross member in a corresponding one of the right and left end portions of the cross member.
A fence for surrounding the surface of a rectangular court, having a rectangular playing area for playing tennis, said fence consisting of a wire mesh supported by fence posts surrounding the four sides of the surface of the court, said fence posts extending vertically over a height of at least three meters, said fence posts comprising posts aligned in parallel with the lateral boundary (111, 113) of the playing area, on each side of the court, forming lateral fences (31, 33), each of said lateral fences bearing at least one lighting strip, extending horizontally along one side of said court, said strip comprising a succession of light sources (42, 43) distributed along its length, characterized in that each of said light sources (42, 43) projects a light beam (429, 439) with a scattering angle of less than 20°, said light beam being oriented perpendicularly to the longitudinal direction of the strip. said fence posts comprising posts aligned in parallel with the lateral boundary (111, 113) of the playing area, on each side of the court, forming lateral fences (31, 33), each of said lateral fences bearing at least one lighting strip, extending horizontally along one side of said court, said strip comprising a succession of light sources (42, 43) distributed along its length, characterized in that each of said light sources (42, 43) projects a light beam (429, 439) with a scattering angle of less than 20°, said light beam being oriented perpendicularly to the longitudinal direction of the strip.
An apparatus comprising: an image source; an exit pupil configured to be positioned proximate to an eye of a user to enable a user to view an image from the image source; and a plurality of grating areas between the image source and the exit pupil wherein the plurality of grating areas are configured to direct beams of light from the image source to the exit pupil; and wherein the plurality of grating areas comprise an in-coupling grating area and an out-coupling grating area; and the surface area of the in-coupling grating area is larger than an exit pupil of the beams of light when the beams of light are incident on the in-coupling grating area; wherein the image source is configured to be moved relative to the plurality of grating areas to control the position of the exit pupil relative to the eye of the user, characterized in that the out-coupling grating area is configured so that the exit pupil of the apparatus only comprises a portion of the out-coupling grating area. an image source; an exit pupil configured to be positioned proximate to an eye of a user to enable a user to view an image from the image source; and a plurality of grating areas between the image source and the exit pupil wherein the plurality of grating areas are configured to direct beams of light from the image source to the exit pupil; and wherein the plurality of grating areas comprise an in-coupling grating area and an out-coupling grating area; and the surface area of the in-coupling grating area is larger than an exit pupil of the beams of light when the beams of light are incident on the in-coupling grating area; wherein the image source is configured to be moved relative to the plurality of grating areas to control the position of the exit pupil relative to the eye of the user, characterized in that the out-coupling grating area is configured so that the exit pupil of the apparatus only comprises a portion of the out-coupling grating area.
A vapor assist hose comprising: (a) a tube layer, wherein the tube layer defines a lumen, and wherein the tube layer comprises a fluorothermoplastic; (b) a friction layer disposed over the tube layer, wherein the friction layer comprises a nitrile rubber having an acrylonitrile content which is within the range of about 25 weight percent to about 50 weight percent; (c) a reinforcement layer disposed over the friction layer; (d) a cover layer disposed over the reinforcing layer; and, (e) a vapor return line disposed within the lumen of the hose, wherein the vapor return line comprises a polymeric material and wherein the polymeric material is a fluoropolymer. (a) a tube layer, wherein the tube layer defines a lumen, and wherein the tube layer comprises a fluorothermoplastic; (b) a friction layer disposed over the tube layer, wherein the friction layer comprises a nitrile rubber having an acrylonitrile content which is within the range of about 25 weight percent to about 50 weight percent; (c) a reinforcement layer disposed over the friction layer; (d) a cover layer disposed over the reinforcing layer; and, (e) a vapor return line disposed within the lumen of the hose, wherein the vapor return line comprises a polymeric material and wherein the polymeric material is a fluoropolymer.
A carboxyl group-containing copolymer comprising: a structural unit (a) derived from an unsaturated monocarboxylic acid monomer, a structural unit (b) derived from an unsaturated dicarboxylic acid monomer, and a structural unit (c) derived from a cationic monomer, characterized in that the proportion of the structural unit (b) in 100 mol% of all structural units of the copolymer is 10 to 70 mol%. a structural unit (a) derived from an unsaturated monocarboxylic acid monomer, a structural unit (b) derived from an unsaturated dicarboxylic acid monomer, and a structural unit (c) derived from a cationic monomer, characterized in that the proportion of the structural unit (b) in 100 mol% of all structural units of the copolymer is 10 to 70 mol%.
A socket, comprising a housing and a lid having a planar extension that is arranged on the housing, the lid being pivotable about a pivot axis between an open position and a closed position, the housing having a peripheral rim against which the lid is seated with the inner side thereof when closed so as to cover an area located inside the rim, the lid comprising a contour designed in one piece with the lid, the contour being located outside the rim in the closed position, and the contour at least partially protruding the housing in the direction of the planar extension of the lid, characterized in that the contour has a triangular design, and the contour forms a sliding surface, which extends from a tip of the contour, which is situated in the direction of the planar extension of the lid and opposite the pivot axis, toward the housing and away from the inner side of the lid, and wherein the sliding surface extends in a direction that forms an angle ≥ 25° and 65° with respect to the planar extension of the lid.
Guide vane ring housing for a turbomachine, which housing comprises a housing surface that extends around a central axis and faces the axis, a plurality of receptacles each intended for a vane disk of a guide vane being arranged in the housing surface, characterized in that the housing surface has a radial recess between at least two adjacent receptacles which interconnects the two receptacles.
A control system for a gas burner for the adaptation of a gas-air mixture formed by a gas flow and an air flow, which is supplied to the gas burner, with a gas valve, an air line, a gas line which leads into the air line, a bypass section which is arranged between the air line and the gas line, wherein the gas valve is arranged in the gas line, with an electronic control unit for controlling an opening position of the gas valve and with a sensor which is connected to the control and supplies signals to it, wherein the sensor is arranged in the bypass section between air line and gas line and is in direct operative connection, on the one hand, with the air flow, and, on the other hand, with the gas flow, wherein the bypass section is fluidically closed, so that the gas flow and the air flow in the bypass section are separated, characterized in that the bypass section is closed by a housing wall within which the sensor is arranged in sections, and the sensor comprises a first temperature-dependent resistor (R L) and a second temperature-dependent resistor (R G) and a heating means (R H) which acts both on the first and on the second temperature-dependent resistor (R L, R G), wherein the first temperature-dependent resistor (R L) is arranged in the air stream, the second temperature-dependent resistor (R G) is arranged in the gas stream, and the heating means (R H) is arranged outside of the gas stream and the air stream.
A system for applying reduced pressure tissue treatment to a wound site, the system comprising: a bioresorbable dressing comprising a bioresorbable polymer casing and biosorbable microparticles; a drape; a reduced pressure source; and a reduced pressure delivery tube. a bioresorbable dressing comprising a bioresorbable polymer casing and biosorbable microparticles; a drape; a reduced pressure source; and a reduced pressure delivery tube.
System comprising (i) an electrical device connected to a source of electrical power; (ii) a container comprising a solid propellant gas generator, an igniter and a filter positioned between the solid propellant gas generator and an outflow opening for a gas, which outflow opening is fluidly connected to the electrical device; (iii) means to detect fire indicator levels, comprising means to detect a temperature, a carbon monoxide level and/or a smoke particle level in the electrical device; and (iv) a control system having a control logic which, when two of the three fire indicators levels as measured by means (iii) are above threshold values, will cut off the source of electrical power, and which will actuate the igniter after a predetermined delay time, preferably wherein the predetermined delay time is between 1 and 10 seconds. (i) an electrical device connected to a source of electrical power; (ii) a container comprising a solid propellant gas generator, an igniter and a filter positioned between the solid propellant gas generator and an outflow opening for a gas, which outflow opening is fluidly connected to the electrical device; (iii) means to detect fire indicator levels, comprising means to detect a temperature, a carbon monoxide level and/or a smoke particle level in the electrical device; and (iv) a control system having a control logic which, when two of the three fire indicators levels as measured by means (iii) are above threshold values, will cut off the source of electrical power, and which will actuate the igniter after a predetermined delay time, preferably wherein the predetermined delay time is between 1 and 10 seconds.
A stacking device for a secondary battery, the stacking device comprising: a first electrode plate bonded body supply portion for supplying a first electrode plate bonded body comprising a first electrode plate, which comprises a first electrode first coating portion and a first electrode second coating portion positioned to be spaced apart from the first electrode first coating portion, and separators stacked on both surfaces of the first electrode plate; a second electrode plate supply portion for arranging a second electrode first coating portion and a second electrode second coating portion of a second electrode plate on both surfaces of the first electrode first coating portion of the first electrode plate bonded body, respectively, thereby forming a unit cell; and a folding portion for folding the first electrode plate bonded body, which has the unit cell formed thereon, such that the second electrode first coating portion or the second electrode second coating portion of the second electrode plate faces the first electrode second coating portion of the first electrode plate, thereby forming a stack, characterized in that the stacking device further comprises a separator bonding portion for bonding separator regions corresponding to edges of the first electrode plate in the separators positioned on both surfaces of the first electrode plate. a first electrode plate bonded body supply portion for supplying a first electrode plate bonded body comprising a first electrode plate, which comprises a first electrode first coating portion and a first electrode second coating portion positioned to be spaced apart from the first electrode first coating portion, and separators stacked on both surfaces of the first electrode plate; a second electrode plate supply portion for arranging a second electrode first coating portion and a second electrode second coating portion of a second electrode plate on both surfaces of the first electrode first coating portion of the first electrode plate bonded body, respectively, thereby forming a unit cell; and a folding portion for folding the first electrode plate bonded body, which has the unit cell formed thereon, such that the second electrode first coating portion or the second electrode second coating portion of the second electrode plate faces the first electrode second coating portion of the first electrode plate, thereby forming a stack, characterized in that the stacking device further comprises a separator bonding portion for bonding separator regions corresponding to edges of the first electrode plate in the separators positioned on both surfaces of the first electrode plate.