mhurhangee/ep-ind-claims huggingface dataset:
A saddle type vehicle having a body frame structure, comprising: a pair of left and right main frames (12L, 12R) extending rearward from a head pipe; a down frame extending downward from the head pipe; and a pair of left and right reinforcement members (35L, 35R) each provided ranging between the respective main frame (12L, 12R) and the down frame, wherein each of the reinforcement members (35L, 35R) has its end portions (36L, 36R, 38L, 38R) welded respectively to the respective main frame (12L, 12R) and the down frame, characterized in that each of the reinforcement members (35L, 35R) is formed in a roughly U-shaped form in sectional view and ranges between the respective main frame (12L, 12R) and the down frame in the state where an opening portion of the roughly U-shaped sectional form of the reinforcement member (35L, 35R) is oriented inward in a vehicle width direction. a pair of left and right main frames (12L, 12R) extending rearward from a head pipe; a down frame extending downward from the head pipe; and a pair of left and right reinforcement members (35L, 35R) each provided ranging between the respective main frame (12L, 12R) and the down frame, wherein each of the reinforcement members (35L, 35R) has its end portions (36L, 36R, 38L, 38R) welded respectively to the respective main frame (12L, 12R) and the down frame, characterized in that each of the reinforcement members (35L, 35R) is formed in a roughly U-shaped form in sectional view and ranges between the respective main frame (12L, 12R) and the down frame in the state where an opening portion of the roughly U-shaped sectional form of the reinforcement member (35L, 35R) is oriented inward in a vehicle width direction.
A process for cleanout while operating an agricultural harvester spreader arrangement in a windrowing function, with a windrow chute movable between lowered and inverted positions, said process comprising steps of: operating the agricultural harvester with the windrow chute in the lowered position; determining an appropriate time for cleanout; continuing to operate the agricultural harvester; rotating the windrow chute to the inverted position while continuing to operate the agricultural harvester; and rotating the windrow chute back to the lowered position while continuing to operate the agricultural harvester. operating the agricultural harvester with the windrow chute in the lowered position; determining an appropriate time for cleanout; continuing to operate the agricultural harvester; rotating the windrow chute to the inverted position while continuing to operate the agricultural harvester; and rotating the windrow chute back to the lowered position while continuing to operate the agricultural harvester.
A tool for stabilizing a fractured bone, comprising: a barrel having a proximal end and a distal end, the distal end of the barrel including an opening; a cartridge supported in the distal end of the barrel, the cartridge including an elongate body having an outer surface sized to fit within the distal end of the barrel and an inner surface at least partially defining a passageway (18, 18') for receiving a bone pin, the passageway (18, 18') being sized to accommodate axial movement of the bone pin through the passageway while limiting radial movement of the bone pin in the passageway (18, 18'); and a piston having a proximal end and a distal end and configured to translate axially relative to the barrel, the proximal end of the piston including a head and the distal end of the piston including a needle formation wherein the needle formation is sized for receipt within the passageway (18, 18') of the cartridge, the needle formation configured to apply sufficient force to the bone pin to drive the bone pin axially and out from the barrel characterised in that the cartridge body is semi-cylindrical and in that said needle formation is provided on a support member, located at the distal end of said piston, said support member having a semi-circular cross-sectional shape that is complementary to the elongate semi-cylindrical body of the cartridge to fit within the distal end of the barrel. a barrel having a proximal end and a distal end, the distal end of the barrel including an opening; a cartridge supported in the distal end of the barrel, the cartridge including an elongate body having an outer surface sized to fit within the distal end of the barrel and an inner surface at least partially defining a passageway (18, 18') for receiving a bone pin, the passageway (18, 18') being sized to accommodate axial movement of the bone pin through the passageway while limiting radial movement of the bone pin in the passageway (18, 18'); and a piston having a proximal end and a distal end and configured to translate axially relative to the barrel, the proximal end of the piston including a head and the distal end of the piston including a needle formation wherein the needle formation is sized for receipt within the passageway (18, 18') of the cartridge, the needle formation configured to apply sufficient force to the bone pin to drive the bone pin axially and out from the barrel characterised in that the cartridge body is semi-cylindrical and in that said needle formation is provided on a support member, located at the distal end of said piston, said support member having a semi-circular cross-sectional shape that is complementary to the elongate semi-cylindrical body of the cartridge to fit within the distal end of the barrel.
A built-in telescopic earphone structure, comprising: a housing having a containing space; an earphone arranged within the containing space and having an earphone assembly and an earphone line or earphone lines; a connection means for connecting the earphone with a terminal device and transmitting signals; and an earphone line retracting means arranged within the containing space for retracting or releasing the earphone line, the earphone comprises: an earphone rod having a mounting surface; a first connection part; a first earphone assembly which is connected to the earphone rod via the first connection part in such a manner that its height is variable relative to the mounting surface; and a second earphone assembly having a second connection part, wherein the earphone rod has a receiving part, and the second earphone assembly is detachably connected to the earphone rod via the second connection part and the receiving part, characterized in that it further comprises a winding line groove formed on the earphone rod for winding a second earphone line connected to the second earphone assembly. a housing having a containing space; an earphone arranged within the containing space and having an earphone assembly and an earphone line or earphone lines; a connection means for connecting the earphone with a terminal device and transmitting signals; and an earphone line retracting means arranged within the containing space for retracting or releasing the earphone line, the earphone comprises: an earphone rod having a mounting surface; a first connection part; a first earphone assembly which is connected to the earphone rod via the first connection part in such a manner that its height is variable relative to the mounting surface; and a second earphone assembly having a second connection part, wherein the earphone rod has a receiving part, and the second earphone assembly is detachably connected to the earphone rod via the second connection part and the receiving part, characterized in that it further comprises a winding line groove formed on the earphone rod for winding a second earphone line connected to the second earphone assembly. an earphone rod having a mounting surface; a first connection part; a first earphone assembly which is connected to the earphone rod via the first connection part in such a manner that its height is variable relative to the mounting surface; and a second earphone assembly having a second connection part, wherein the earphone rod has a receiving part, and the second earphone assembly is detachably connected to the earphone rod via the second connection part and the receiving part, characterized in that it further comprises a winding line groove formed on the earphone rod for winding a second earphone line connected to the second earphone assembly.
An energy storage device comprising: a substrate having a structured three-dimensional, surface characterized in that from the surface an array of peaks and troughs extends; each trough having a first and a second face (118a, 118b); the first and second face (118a, 118b) of the troughs having a conductor thereon; and the troughs at least partially filled with a material for storing electrical potential energy, wherein the conductor on the first and second faces of the trough and the material for storing electrical potential energy are all in electrical communication such that electrical current can flow between neighbouring troughs, through neighbouring peaks. a substrate having a structured three-dimensional, surface characterized in that from the surface an array of peaks and troughs extends; each trough having a first and a second face (118a, 118b); the first and second face (118a, 118b) of the troughs having a conductor thereon; and the troughs at least partially filled with a material for storing electrical potential energy, wherein the conductor on the first and second faces of the trough and the material for storing electrical potential energy are all in electrical communication such that electrical current can flow between neighbouring troughs, through neighbouring peaks.
Bipolar plate for an electrochemical device, comprising at least one first bipolar plate layer and one second bipolar plate layer, between which an edge channel extending along a longitudinal direction is formed, and comprising a fluid channel running substantially in parallel to the edge channel, characterized in that the bipolar plate comprises at least one fluidic connection through which a fluid medium can flow from the edge channel into the adjacent fluid channel and/or from the adjacent fluid channel into the edge channel, wherein the edge channel has a constriction and/or an interruption by which the portion of the fluid medium flowing through the edge channel exiting through the fluidic connection from the edge channel into the fluid channel in the operation of the electrochemical device is increased. the bipolar plate comprises at least one fluidic connection through which a fluid medium can flow from the edge channel into the adjacent fluid channel and/or from the adjacent fluid channel into the edge channel, wherein the edge channel has a constriction and/or an interruption by which the portion of the fluid medium flowing through the edge channel exiting through the fluidic connection from the edge channel into the fluid channel in the operation of the electrochemical device is increased.
A ball-and-socket joint, comprising: - a first ring, which delimits a spherical housing, - a second spherical ring, which is positioned concentrically in the housing of the first ring, and - a lining, which is made from an electrically insulating material and which is interposed between the second ring and the spherical housing of the first ring, characterized in that it further incorporates a device (12-22, 42, 62; 82, 84) for measuring the wear of the lining, that is at least partially onboard in a fixed ring of the ball-and-socket joint, chosen between the first ring and the second ring, wherein the device comprises: - at least two electrodes (42, 62; 82, 84) connected to the first ring and the second ring, respectively, or to the lining, so as to form a capacitor structure, and - means for measuring the capacity of the capacitor thus formed, - an electronic circuit, wherein: - the electronic circuit is a resonant circuit including the capacitor, an inductance and a resistance positioned in series, the electronic circuit is a short-circuited line, and - the means for measuring the capacity of the capacitor include a reflectometer and an excitation module that are positioned on one side of the line. - a first ring, which delimits a spherical housing, - a second spherical ring, which is positioned concentrically in the housing of the first ring, and - a lining, which is made from an electrically insulating material and which is interposed between the second ring and the spherical housing of the first ring, characterized in that it further incorporates a device (12-22, 42, 62; 82, 84) for measuring the wear of the lining, that is at least partially onboard in a fixed ring of the ball-and-socket joint, chosen between the first ring and the second ring, - at least two electrodes (42, 62; 82, 84) connected to the first ring and the second ring, respectively, or to the lining, so as to form a capacitor structure, and - means for measuring the capacity of the capacitor thus formed, - an electronic circuit, - the electronic circuit is a resonant circuit including the capacitor, an inductance and a resistance positioned in series, the electronic circuit is a short-circuited line, and - the means for measuring the capacity of the capacitor include a reflectometer and an excitation module that are positioned on one side of the line.
A shift device comprising: a shift body that is moved to change a shift position; a grip section that is provided to the shift body, and that is grippable by an occupant; a body member that is provided to the grip section; a first covering member that is provided to the grip section, that covers the body member, and that is provided with an engagement portion engaging with the body member; and a second covering member that is provided to the grip section, that covers the body member, and that is provided with an anchoring portion extending out from the second covering member, the anchoring portion engaging with the engagement portion, and restraining release of engagement of the engagement portion with the body member, characterized by the anchoring portion being anchored to at least the body member. a shift body that is moved to change a shift position; a grip section that is provided to the shift body, and that is grippable by an occupant; a body member that is provided to the grip section; a first covering member that is provided to the grip section, that covers the body member, and that is provided with an engagement portion engaging with the body member; and a second covering member that is provided to the grip section, that covers the body member, and that is provided with an anchoring portion extending out from the second covering member, the anchoring portion engaging with the engagement portion, and restraining release of engagement of the engagement portion with the body member, characterized by the anchoring portion being anchored to at least the body member.
A method for manufacturing antenna RFID tags, comprising the following steps of: S1: driving, by a first conveying mechanism, the conveying of a carrier tape adhered with aluminum foil at a speed V1, wherein the first conveying mechanism comprises a first shaft roller set, a first drive shaft, a circular antenna die cutter disposed on an upper side of the first drive shaft, a second drive shaft and a circular PET film die cutter disposed on an upper side of the second drive shaft; letting an adhesive tape from a second conveying mechanism enter the first shaft roller set to combine with the carrier tape adhered with the aluminum foil, and die cutting by the circular antenna die cutter to form aluminum foil antennas on the carrier tape; S2: driving, by a second shaft roller set and a third shaft roller set in a third conveying mechanism, the conveying of a base tape with several RFID units at a variable speed within a certain period, separating the RFID units from the base tape when passing through a first flat scraper in front of the third shaft roller set, and pasting the RFID units onto the corresponding aluminum foil antennas on the carrier tape to form tag modules; and S3: die cutting, by the circular PET film die cutter, a PET film with back glue from a fourth conveying mechanism under the drive of the second drive shaft to form PET films, and covering the PET films on the corresponding tag modules on the carrier tape to form semi-finished products. S1: driving, by a first conveying mechanism, the conveying of a carrier tape adhered with aluminum foil at a speed V1, wherein the first conveying mechanism comprises a first shaft roller set, a first drive shaft, a circular antenna die cutter disposed on an upper side of the first drive shaft, a second drive shaft and a circular PET film die cutter disposed on an upper side of the second drive shaft; letting an adhesive tape from a second conveying mechanism enter the first shaft roller set to combine with the carrier tape adhered with the aluminum foil, and die cutting by the circular antenna die cutter to form aluminum foil antennas on the carrier tape; S2: driving, by a second shaft roller set and a third shaft roller set in a third conveying mechanism, the conveying of a base tape with several RFID units at a variable speed within a certain period, separating the RFID units from the base tape when passing through a first flat scraper in front of the third shaft roller set, and pasting the RFID units onto the corresponding aluminum foil antennas on the carrier tape to form tag modules; and S3: die cutting, by the circular PET film die cutter, a PET film with back glue from a fourth conveying mechanism under the drive of the second drive shaft to form PET films, and covering the PET films on the corresponding tag modules on the carrier tape to form semi-finished products.
Compressor (4, 6) for a turbomachine, in particular a turbine engine, including: - at least one annular row of variable-orientation vanes, each of the vanes comprising a control gearing, and - an actuator ring with an additional control gearing which cooperates with the control gearing of the vanes so as to vary their orientation, characterized in that at least one or each control gearing (42; 46) is a herringbone gearing, each herringbone including teeth which form between them an angle β of between 60° and 150°. - at least one annular row of variable-orientation vanes, each of the vanes comprising a control gearing, and - an actuator ring with an additional control gearing which cooperates with the control gearing of the vanes so as to vary their orientation,
A Chemical Mechanical Polishing composition comprising: abrasive particles selected from the group consisting of inorganic oxide particles, metal-coated inorganic oxide particles, organic polymer particles, metal or inorganic oxide-coated organic polymer particles, and combinations thereof; a chemical additive; and a solvent selected from the group consisting of deionized water, distilled water, and alcoholic organic solvents; wherein the composition has a pH of 2 to 12; the inorganic oxide particles are selected from the group consisting of ceria, colloidal silica, high purity colloidal silica, colloidal ceria, alumina, titania, zirconia particles, and combinations thereof; the metal-coated inorganic oxide particles are selected from the group consisting of ceria-coated inorganic oxide particles selected from the group consisting of ceria-coated colloidal silica, ceria-coated high purity colloidal silica, ceria-coated alumina, ceria-coated titania, ceria-coated zirconia particles and combinations thereof; the organic polymer particles are selected from the group consisting of polystyrene particles, polyurethane particles, polyacrylate particle, and combinations thereof; the metal or inorganic oxide-coated organic polymer particles are selected from the group consisting of ceria-coated organic polymer particles, zirconia-coated organic polymer particles, silica-coated organic polymer particles, and combinations thereof; and the chemical additive is selected from the group consisting of maltotritol, D- (-)-Fructose, sorbitan, meso-erythritol, beta-lactose, and combinations thereof abrasive particles selected from the group consisting of inorganic oxide particles, metal-coated inorganic oxide particles, organic polymer particles, metal or inorganic oxide-coated organic polymer particles, and combinations thereof; a chemical additive; and a solvent selected from the group consisting of deionized water, distilled water, and alcoholic organic solvents; wherein the composition has a pH of 2 to 12; the inorganic oxide particles are selected from the group consisting of ceria, colloidal silica, high purity colloidal silica, colloidal ceria, alumina, titania, zirconia particles, and combinations thereof; the metal-coated inorganic oxide particles are selected from the group consisting of ceria-coated inorganic oxide particles selected from the group consisting of ceria-coated colloidal silica, ceria-coated high purity colloidal silica, ceria-coated alumina, ceria-coated titania, ceria-coated zirconia particles and combinations thereof; the organic polymer particles are selected from the group consisting of polystyrene particles, polyurethane particles, polyacrylate particle, and combinations thereof; the metal or inorganic oxide-coated organic polymer particles are selected from the group consisting of ceria-coated organic polymer particles, zirconia-coated organic polymer particles, silica-coated organic polymer particles, and combinations thereof; and the chemical additive is selected from the group consisting of maltotritol, D- (-)-Fructose, sorbitan, meso-erythritol, beta-lactose, and combinations thereof
An external resonator type light emitting system comprising a light source, which is configured to emit a semiconductor laser light, and a grating device constituting an external resonator with said light source, wherein said light source comprises an active layer configured to emit said semiconductor laser light, and wherein said grating device comprises: a support substrate; an optical material layer disposed on said support substrate and having a thickness of 0.5 μm or more and 3.0 μm or less; a ridge optical waveguide formed by a pair of ridge grooves in said optical material layer and comprising a light-receiving surface for receiving a semiconductor laser light and a light-emitting surface for emitting a light having a desired wavelength; a Bragg grating comprising convexes and concaves formed in said ridge optical waveguide; and a propagating portion disposed between said light-receiving surface and said Bragg grating, wherein a transverse mode of said ridge optical waveguide is of multi-mode, wherein a transverse mode of said light emitted from said external resonator type light emitting system is of fundamental mode, and wherein relationships represented by the following Formulas to are satisfied: 0.8 nm ≦ Δλ G ≦ 6.0 nm 10 μm ≦ L b ≦ 300 μm 20 nm ≦ td ≦ 250 nm n b ≧ 1.8 L WG ≦ 500 μm wherein Δλ G in the Formula is a full width at half maximum of a peak Bragg reflectance, wherein L b in the Formula is a length of said Bragg grating, wherein td in the Formula is a depth of said convexes and concaves constituting said Bragg grating, wherein n b in the Formula is a refractive index of said material constituting said Bragg grating, and wherein L WG in the formula is a length of said grating device. a support substrate; an optical material layer disposed on said support substrate and having a thickness of 0.5 μm or more and 3.0 μm or less; a ridge optical waveguide formed by a pair of ridge grooves in said optical material layer and comprising a light-receiving surface for receiving a semiconductor laser light and a light-emitting surface for emitting a light having a desired wavelength; a Bragg grating comprising convexes and concaves formed in said ridge optical waveguide; and a propagating portion disposed between said light-receiving surface and said Bragg grating, wherein Δλ G in the Formula is a full width at half maximum of a peak Bragg reflectance, wherein L b in the Formula is a length of said Bragg grating, wherein td in the Formula is a depth of said convexes and concaves constituting said Bragg grating, wherein n b in the Formula is a refractive index of said material constituting said Bragg grating, and wherein L WG in the formula is a length of said grating device.