mhurhangee/ep-ind-claims huggingface dataset:
Tracked vehicle for snow piste landscaping and maintenance having a driver's cab in which a manual control lever is arranged to be rotatable about at least three mutually different spatial axes (10 to 13), wherein a respective control function of at least one function part disposed on the vehicle is associated to each rotational mobility, wherein a first and a second spatial axis (10, 11) intersect in a common plane and define longitudinal and transverse pivoting mobility of the manual control lever oriented in the vertical direction, and wherein the third spatial axis is a vertical axis extending through an intersection point of the two intersecting first and second spatial axes (10, 11), characterized in that the manual control lever includes a hand rest body mounted to be rotatable about a fourth spatial axis relative to the manual control lever, which body is mounted at a distance above the intersection point to be rotatable to a limited extent about the fourth spatial axis, in that each of the four rotational mobilities (D 1 to D 4) of the manual control lever is associated with a respective adjusting unit of a front side rake blade, which adjusting units control four different adjusting motions of the rake blade, and in that the front side rake blade is pivotable about four different adjusting axes relative to a chassis of the tracked vehicle, each of the axes being oriented approximately parallel to a respective one of the four spatial axes (10 to 13) of the manual control lever.
An image projection system for projecting a content image toward a projection target, the system comprising: a non-visible light projection apparatus that projects a pattern image for shape measurement toward the projection target by using non-visible light; an imaging device that captures the pattern image projected to the projection target; a measurement control device that acquires three-dimensional shape information of the projection target based on the captured pattern image; a projected image processing device that converts a previously prepared content image into a projection content image corresponding to the projection target based on the shape information; and a visible light projection apparatus that is disposed in a different position from the non-visible light projection apparatus and projects the projection content image toward the projection target at the same time as the non-visible light projection apparatus by using visible light; characterized by a calibration processing device that, based on images of a non-visible light image projected by the non-visible light projection apparatus and a visible light image projected by the visible light projection apparatus captured by the imaging device, executes calibration processing of associating each pixel of the non-visible light image with each pixel of the visible light image, wherein the projected image processing device provides a coordinate conversion on the previously prepared content image for conversion into the projection content image corresponding to the projection target based on the shape information and the result of the calibration processing. a non-visible light projection apparatus that projects a pattern image for shape measurement toward the projection target by using non-visible light; an imaging device that captures the pattern image projected to the projection target; a measurement control device that acquires three-dimensional shape information of the projection target based on the captured pattern image; a projected image processing device that converts a previously prepared content image into a projection content image corresponding to the projection target based on the shape information; and a visible light projection apparatus that is disposed in a different position from the non-visible light projection apparatus and projects the projection content image toward the projection target at the same time as the non-visible light projection apparatus by using visible light; characterized by a calibration processing device that, based on images of a non-visible light image projected by the non-visible light projection apparatus and a visible light image projected by the visible light projection apparatus captured by the imaging device, executes calibration processing of associating each pixel of the non-visible light image with each pixel of the visible light image, wherein the projected image processing device provides a coordinate conversion on the previously prepared content image for conversion into the projection content image corresponding to the projection target based on the shape information and the result of the calibration processing.
An insert (140, 240, 340) for receipt within a plate aperture (112, 212) having an inner wall (120, 220) along at least a portion thereof, comprising: a body having inner and outer surfaces, the inner surface defining an insert aperture having a longitudinal axis; and at least one collar (162, 262, 362) extending from a generally central portion of the outer surface of the body in a first radial direction perpendicular to the longitudinal axis and extending along only a portion of the outer surface of the body in a second radial direction transverse to the first radial direction and the longitudinal axis and further extending along an entire perimeter of the outer surface of the body, wherein the collar (162, 262, 362) defines a first radial distance from the longitudinal axis at a first outer edge position of the collar (162, 262, 362) and a second radial distance from the longitudinal axis at a second outer edge position of the collar (162, 262, 362) that differs from the first radial distance. a body having inner and outer surfaces, the inner surface defining an insert aperture having a longitudinal axis; and at least one collar (162, 262, 362) extending from a generally central portion of the outer surface of the body in a first radial direction perpendicular to the longitudinal axis and extending along only a portion of the outer surface of the body in a second radial direction transverse to the first radial direction and the longitudinal axis and further extending along an entire perimeter of the outer surface of the body, wherein the collar (162, 262, 362) defines a first radial distance from the longitudinal axis at a first outer edge position of the collar (162, 262, 362) and a second radial distance from the longitudinal axis at a second outer edge position of the collar (162, 262, 362) that differs from the first radial distance.
A gas turbine engine comprising: a cracking device configured to decompose an ammonia flow into a flow containing more hydrogen (H 2) than ammonia (NH 3); a first separation device including a hydrogen permeable membrane for separating hydrogen downstream of the cracking device, wherein residual ammonia and nitrogen are exhausted as a residual flow, the separated flow is exhausted separately as a hydrogen flow that contains more hydrogen than ammonia and nitrogen; second separation device configured to receive the residual flow exhausted from the first separation device, the second separation device including an ammonia permeable membrane configured to separate ammonia from hydrogen and nitrogen and communicate the separated ammonia to a fuel storage tank; a combustor configured to receive and combust the hydrogen flow from the separation device and hydrogen and nitrogen from the second separation device to generate a gas flow; a compressor section configured to supply compressed air to the combustor; and a turbine section in flow communication with the gas flow produced by the combustor and mechanically coupled to drive the compressor section. a cracking device configured to decompose an ammonia flow into a flow containing more hydrogen (H 2) than ammonia (NH 3); a first separation device including a hydrogen permeable membrane for separating hydrogen downstream of the cracking device, wherein residual ammonia and nitrogen are exhausted as a residual flow, the separated flow is exhausted separately as a hydrogen flow that contains more hydrogen than ammonia and nitrogen; second separation device configured to receive the residual flow exhausted from the first separation device, the second separation device including an ammonia permeable membrane configured to separate ammonia from hydrogen and nitrogen and communicate the separated ammonia to a fuel storage tank; a combustor configured to receive and combust the hydrogen flow from the separation device and hydrogen and nitrogen from the second separation device to generate a gas flow; a compressor section configured to supply compressed air to the combustor; and a turbine section in flow communication with the gas flow produced by the combustor and mechanically coupled to drive the compressor section.
An environmental system for controlling an environment in a gap between an optical assembly and a device, the device being retained by a device stage, the environmental system comprising: a fluid barrier arranged to be positioned near the device; an immersion fluid system arranged to deliver an immersion fluid to fill the gap, and to collect immersion fluid that is directly between the fluid barrier and at least one of the device and the device stage; characterized by: a channel extending through the fluid barrier, open to the atmosphere outside the fluid barrier, and arranged to allow the pressure in the gap to be approximately equal to the pressure outside the fluid barrier. a fluid barrier arranged to be positioned near the device; an immersion fluid system arranged to deliver an immersion fluid to fill the gap, and to collect immersion fluid that is directly between the fluid barrier and at least one of the device and the device stage; characterized by: a channel extending through the fluid barrier, open to the atmosphere outside the fluid barrier, and arranged to allow the pressure in the gap to be approximately equal to the pressure outside the fluid barrier.
A positioning system to position a structure, the positioning system comprising an actuator and a control unit to control the actuator in response to a position setpoint received by the control unit, the actuator comprising: a magnet assembly comprises a magnet configured to provide a magnetic flux, and a coil assembly, wherein the coil assembly and the magnet assembly are movable relative to each other, the coil assembly comprising a coil, an actuation of the coil by a drive current providing for a force between the magnet assembly and the coil assembly, wherein the magnet assembly comprises a further electric conductor, the further electric conductor comprising a non-ferromagnetic electrically conductive material, wherein the further electric conductor is magnetically coupled to the coil of the coil assembly and forms a short circuit path for an inductive electrical current induced in the further electric conductor as a result of an actuator current in the coil, characterized in that the actuator forms a flat linear actuator, configured to exert a force in a direction along a plane parallel to a gap between the coil assembly and the magnet assembly, the further electric conductor forming a conductive plate on the magnet assembly extending along the plane. a magnet assembly comprises a magnet configured to provide a magnetic flux, and a coil assembly, wherein the coil assembly and the magnet assembly are movable relative to each other, the coil assembly comprising a coil, an actuation of the coil by a drive current providing for a force between the magnet assembly and the coil assembly, wherein the magnet assembly comprises a further electric conductor, the further electric conductor comprising a non-ferromagnetic electrically conductive material, wherein the further electric conductor is magnetically coupled to the coil of the coil assembly and forms a short circuit path for an inductive electrical current induced in the further electric conductor as a result of an actuator current in the coil, characterized in that the actuator forms a flat linear actuator, configured to exert a force in a direction along a plane parallel to a gap between the coil assembly and the magnet assembly, the further electric conductor forming a conductive plate on the magnet assembly extending along the plane.
A system for providing alternative Layer-2 communication paths between nodes, the system comprising: first and second Ethernet switches, wherein the first Ethernet switch is operative for transmitting Ethernet frames having a destination address of the second Ethernet switch; a third Ethernet switch connected between the first and second Ethernet switches; a fourth Ethernet switch connected between the first and second Ethernet switches; and a fifth Ethernet switch connected between the first and second Ethernet switches, wherein a first part of the Ethernet frames is carried only over a first communication path from the first Ethernet switch to the second Ethernet via the third Ethernet switch, wherein a second part of the frames that is different from the first part is carried only over a second communication path that is different from the first communication path, from the first Ethernet switch to the second Ethernet switch via the fourth Ethernet switch, wherein a third part of the Ethernet frames that is different from the first and second parts is carried only over a third communication path that is different from the first and second communication paths, from the first Ethernet switch to the second Ethernet switch via the fifth Ethernet switch, and wherein the Ethernet frames are assigned to be carried over one of the first, second, and third communication paths based on a header value in an header field of the Ethernet frames. first and second Ethernet switches, wherein the first Ethernet switch is operative for transmitting Ethernet frames having a destination address of the second Ethernet switch; a third Ethernet switch connected between the first and second Ethernet switches; a fourth Ethernet switch connected between the first and second Ethernet switches; and a fifth Ethernet switch connected between the first and second Ethernet switches, wherein a first part of the Ethernet frames is carried only over a first communication path from the first Ethernet switch to the second Ethernet via the third Ethernet switch, wherein a second part of the frames that is different from the first part is carried only over a second communication path that is different from the first communication path, from the first Ethernet switch to the second Ethernet switch via the fourth Ethernet switch, wherein a third part of the Ethernet frames that is different from the first and second parts is carried only over a third communication path that is different from the first and second communication paths, from the first Ethernet switch to the second Ethernet switch via the fifth Ethernet switch, and wherein the Ethernet frames are assigned to be carried over one of the first, second, and third communication paths based on a header value in an header field of the Ethernet frames.
A method of forming a coating of a corrosion - resistant Al-Zn-Si-Mg alloy on a steel strip that comprises: (a) passing the steel strip through a hot dip coating bath that contains Al, Zn, Si, and Mg and optionally other elements and forming an alloy coating on the strip, wherein the Al-Zn-Si-Mg alloy comprises the following ranges in % by weight of the elements aluminum, zinc, silicon, and magnesium: Aluminum: 40 to 60 % Zinc: 40 to 60 Silicon: 0.3 to 3% Magnesium 1 to 3 %; (b) cooling the coated strip; and (c) heat treating the coated strip to improve the ductility of the coating, the heat treating step comprising heating the coated strip to a hold temperature of at least 150°C, holding the coated strip at the hold temperature for a period of time up to 45 minutes, and slow cooling the coated strip at a cooling rate of 40°C/hr or less from the hold temperature to a temperature of 100°C or less. (a) passing the steel strip through a hot dip coating bath that contains Al, Zn, Si, and Mg and optionally other elements and forming an alloy coating on the strip, wherein the Al-Zn-Si-Mg alloy comprises the following ranges in % by weight of the elements aluminum, zinc, silicon, and magnesium: Aluminum: 40 to 60 % Zinc: 40 to 60 Silicon: 0.3 to 3% Magnesium 1 to 3 %; (b) cooling the coated strip; and (c) heat treating the coated strip to improve the ductility of the coating, the heat treating step comprising heating the coated strip to a hold temperature of at least 150°C, holding the coated strip at the hold temperature for a period of time up to 45 minutes, and slow cooling the coated strip at a cooling rate of 40°C/hr or less from the hold temperature to a temperature of 100°C or less.
A process for preparing high-reactivity isobutene homo- or copolymers with a content of terminal vinylidene double bonds per polyisobutene chain end of at least 70 mol%, which comprises polymerizing isobutene or an isobutene-comprising monomer mixture in the presence of an aluminum trihalide-donor complex effective as a polymerization catalyst or of an alkylaluminum halide-donor complex, said complex comprising, as the donor, a mixture of at least two organic compounds with at least one ether function each.
A pedestal (16, 116, 216) for an adhesive melter adapted for melting adhesive particulates into a fluid adhesive, comprising; a support structure (38, 138, 238), the support structure having an upper portion adapted to support the adhesive melter; a hopper (18, 118, 218) connected to the support structure (38, 138, 238) and positioned generally below the upper portion, the hopper (18, 118, 218) having an opening (58, 258), the opening (58, 258) adapted for receiving the adhesive particulates for storage within the hopper (18, 118, 218); and a flow tube having a first end portion and a second end portion, the first end portion connected to the support structure (38, 138, 238) and fluidly connected to the hopper, the second end portion adapted for being fluidly connected to the adhesive melter, wherein the flow tube is configured for moving adhesive particulates from within the hopper (18, 118, 218) to the adhesive melter via forced air moving therethrough.
A master configured to update software for a target electronic control unit that is a software update target among one or more electronic control units (11, 12) mounted in a vehicle, the master comprising: a communication section configured to communicate with a center; and a control section configured to update the software for the target electronic control unit, wherein the control section is configured to acquire information related to a free space size of a storage of the master or the target electronic control unit, the communication section is configured to transmit, to the center, information requesting a download of update data with a size equal to or smaller than the free space size of the storage of the master or the target electronic control unit, and receive the update data from the center, and the control section is configured to update the software for the target electronic control unit by using the update data received by the communication section. a communication section configured to communicate with a center; and a control section configured to update the software for the target electronic control unit, wherein the control section is configured to acquire information related to a free space size of a storage of the master or the target electronic control unit, the communication section is configured to transmit, to the center, information requesting a download of update data with a size equal to or smaller than the free space size of the storage of the master or the target electronic control unit, and receive the update data from the center, and transmit, to the center, information requesting a download of update data with a size equal to or smaller than the free space size of the storage of the master or the target electronic control unit, and receive the update data from the center, and the control section is configured to update the software for the target electronic control unit by using the update data received by the communication section.
A print medium comprising a print tape and a double-sided adhesive tape, the print tape having a surface on which characters and symbols can be printed with ink adhered thereto, wherein the double-sided adhesive tape includes an adhesive base material formed with a slit extending in a direction perpendicular to a width of the double-sided adhesive tape, and the print tape has an easy splitting property of being split in the same direction as the extending direction of the slit of the double-sided adhesive tape, characterized in that the print tape is a polymer film having the easy splitting property given by one of an uniaxial drawing processing and a biaxial drawing processing.
A faucet for a water supply system for an aircraft comprising a body portion having a water passage formed therein, and an adapter removably mounted to a discharge portion of the body portion, the adapter comprising a mounting member and an adapter body portion which are screw-engaged to form a casing; the mounting member comprising an orifice, a negative pressure forming chamber through which water having passed through the orifice flows, and an air passage hole in fluid communication with the negative pressure forming chamber and an exterior of the adapter for taking in mixing air; and the adapter further comprising a dispersion member arranged within the casing and downstream of the negative pressure forming chamber and configured to diverge the water having passed through the negative pressure forming chamber and then mix the water again, wherein said air passage hole radially extends from said negative pressure forming chamber to a screw-engaged portion between said mounting member and an adapter body portion and communicates with the exterior of said adapter body portion through a partially cut-out clearance formed at said screw-engaged portion.
A peptide comprising a structure in which two peptides each consisting of (i) an amino acid sequence represented by: A01-Ala-Ser-Glu-Phe-Tyr-Asn-Ser-Glu-Asn-Lys-Thr-Tyr-Asp-Leu-Asp-Phe-Lys-Thr-Pro-As n-Asn-Asp-A02 (SEQ ID NO: 1) or (ii) an amino acid sequence represented by: A03-Ala-Ser-Glu-Phe-Tyr-Asn-Ser-Glu-Asn-Lys-Thr-Tyr-Asp-Leu-Asp-Phe-Lys-Thr-Pro-As n-Asn-Asp-Lys-Ser-Leu-Val-Lys-Thr-A04 (SEQ ID NO: 2) are linked by amide bonds between the respective carboxy termini of the two peptides and two amino groups of Lys in a linker peptide represented by the following (iii): (iii) Lys-A05-Cys-A06 and arranged in the form of a two-forked branch, wherein in the above (i), (ii), and (iii), A01 to A06 each represents an amino acid residue(s) in a number of an arbitrary number including 0, and wherein the peptide is represented by the following or: wherein AD22 represents the amino acid sequence of SEQ ID NO: 1; and n represents an integer of 4 or 5.