mhurhangee/ep-ind-claims huggingface dataset:
A laser cutting and machining method for a plated steel plate (W, 101, 200), the method comprising: irradiating a top surface of the plated steel plate (W, 101, 200) with a laser beam to carry out cutting and machining, and impinging an assist gas applied via a nozzle (19, 30) toward a laser machining part of a plated steel plate (W, 101, 200) so that the assist gas jetted from the nozzle (19, 30) blows off melted metal to form a cut face (CF, 103, 220); characterized by jetting an auxiliary gas applied via an auxiliary gas nozzle to a laser cutting part of the plated steel plate (W, 101, 200) to guide plating-layer-containing metal of the top surface melted and/or evaporated by a laser beam toward a cut face (CF, 103, 220) of the plated steel plate (W, 101, 200) so that the cut face (CF, 103, 220) is coated with the plating-layer-containing metal. irradiating a top surface of the plated steel plate (W, 101, 200) with a laser beam to carry out cutting and machining, and impinging an assist gas applied via a nozzle (19, 30) toward a laser machining part of a plated steel plate (W, 101, 200) so that the assist gas jetted from the nozzle (19, 30) blows off melted metal to form a cut face (CF, 103, 220); characterized by jetting an auxiliary gas applied via an auxiliary gas nozzle to a laser cutting part of the plated steel plate (W, 101, 200) to guide plating-layer-containing metal of the top surface melted and/or evaporated by a laser beam toward a cut face (CF, 103, 220) of the plated steel plate (W, 101, 200) so that the cut face (CF, 103, 220) is coated with the plating-layer-containing metal.
Jewelry comprising: - a band having an annular shape, with a convex external side, - a stone provided with a pavilion that ends with an apex, - a bezel comprising a space used to accommodate and fix the stone and claws that can be plastically deformed by means of compression in order to fix the stone in the bezel; wherein said bezel has a passage suitable for housing the band, in such a way that said bezel can be slidably inserted and guided on the band; said passage of the bezel being in communication with said space where the stone is to be accommodated and fixed; characterized in that the convex external side of said band is provided with a cavity having a profile that corresponds to the one of said apex of the stone, in order to prevent the bezel from sliding on the band. - a band having an annular shape, with a convex external side, - a stone provided with a pavilion that ends with an apex, - a bezel comprising a space used to accommodate and fix the stone and claws that can be plastically deformed by means of compression in order to fix the stone in the bezel; wherein said bezel has a passage suitable for housing the band, in such a way that said bezel can be slidably inserted and guided on the band; said passage of the bezel being in communication with said space where the stone is to be accommodated and fixed;
Method for supporting the enhanced operation and for detecting the positioning of an antenna device for use with or in a telecommunications network, wherein the telecommunications network has an apparatus management device, or an apparatus management device is allocated to the telecommunications network, wherein the antenna device has a sensor device and wherein the antenna device can be connected to the apparatus management device by means of a radio link, wherein the method comprises the steps of: - in a first step, the antenna device is positioned in or on a building and put into operation - in a second step which is performed chronologically after, during and/or before the first step, the sensor device acquires at least one item of measured value information, - in a third step which follows the second step, the at least one item of measured value information is transmitted to the apparatus management device, characterised in that - in a fourth step which follows the third step, an item of indicator information regarding the positioning of the antenna device as to whether the antenna device is positioned inside the building or outside the building is derived at least from the at least one item of measured value information. - in a first step, the antenna device is positioned in or on a building and put into operation - in a second step which is performed chronologically after, during and/or before the first step, the sensor device acquires at least one item of measured value information, - in a third step which follows the second step, the at least one item of measured value information is transmitted to the apparatus management device, characterised in that - in a fourth step which follows the third step, an item of indicator information regarding the positioning of the antenna device as to whether the antenna device is positioned inside the building or outside the building is derived at least from the at least one item of measured value information.
System for equalizing electric potential gradients, in particular for equalizing electric potential gradients in the event of lightning strike, wherein at least a part of the system can be arranged in a building, wherein the system has a main ring conductor and at least one node, wherein the node is designed to connect branching electrical conductors to the main ring conductor, wherein the main ring conductor is electrically connected to the node by an equipotential bonding terminal, wherein a forward conductor and a return conductor of the main ring conductor extend parallel to each other at least along a section, characterized in that the distance between the forward conductor and the return conductor along the section is determined at least in segments by the equipotential bonding terminal, wherein the section is equal to at least one third of half the length of the main ring conductor.
A tennis racket comprising: a grip; an annular frame; and a shaft coupling the grip and the frame together; wherein a projection in a penetration direction is provided on the outer peripheral face at a leading end half of the frame in a predetermined range including a location of maximum curvature in a peripheral direction, wherein when the frame is viewed as a clock face with a leading end of the frame at 12 o'clock, the predetermined range is a range from 1 o'clock to 2 o'clock and a range from 10 o'clock to 11 o'clock, wherein the projection has a width in the peripheral direction wider at a position at a central side of the projection in a thickness direction, which is orthogonal to a hitting face formed inside the frame, than at a position at an end side of the projection in the thickness direction, wherein a height of the projection is 0.5 mm or lower. a grip; an annular frame; and a shaft coupling the grip and the frame together; wherein a projection in a penetration direction is provided on the outer peripheral face at a leading end half of the frame in a predetermined range including a location of maximum curvature in a peripheral direction, wherein when the frame is viewed as a clock face with a leading end of the frame at 12 o'clock, the predetermined range is a range from 1 o'clock to 2 o'clock and a range from 10 o'clock to 11 o'clock, wherein the projection has a width in the peripheral direction wider at a position at a central side of the projection in a thickness direction, which is orthogonal to a hitting face formed inside the frame, than at a position at an end side of the projection in the thickness direction, wherein a height of the projection is 0.5 mm or lower.
An optically variable security element for securing valuable articles, having a feature region that displays at least two different optically variable effects, wherein - the feature region is provided in a first sub-region with a micropattern that has a first optically variable effect, - in a second sub-region of the feature region no micropattern is present, - the feature region is provided with, covering the micropattern and having an interference layer structure, a thin-film element that, in the second sub-region, produces a color shift effect as the second optically variable effect, characterized in that - the interference layer structure of the thin-film element comprises, in the first and second sub-region, an imprinted dielectric layer by which, in the first sub-region having the micropattern, the color shift effect is suppressed for the naked eye such that, in the first sub-region, only the first optically variable effect of the micropattern, and in the second sub-region, as the second optically variable effect, the color shift effect of the thin-film element is present. - the feature region is provided in a first sub-region with a micropattern that has a first optically variable effect, - in a second sub-region of the feature region no micropattern is present, - the feature region is provided with, covering the micropattern and having an interference layer structure, a thin-film element that, in the second sub-region, produces a color shift effect as the second optically variable effect, characterized in that - the interference layer structure of the thin-film element comprises, in the first and second sub-region, an imprinted dielectric layer by which, in the first sub-region having the micropattern, the color shift effect is suppressed for the naked eye such that, in the first sub-region, only the first optically variable effect of the micropattern, and in the second sub-region, as the second optically variable effect, the color shift effect of the thin-film element is present.
Nanomechanical mass flow meter and controller device comprising: - a mechanical resonator sensor comprising receiving means adapted for receiving a mass of conducting liquid disposed thereon, wherein said resonator sensor possesses at least one mechanical vibration mode selectable in one or more working frequencies; - selecting means adapted for selecting a working frequency corresponding to one mechanical vibration mode of the mechanical resonator sensor; - monitoring means adapted for monitoring the mechanical spectra of the coupled system conformed by the mass of conducting liquid and the mechanical resonator sensor; and characterized in that said device further comprises: - a reservoir adapted for containing the mass of conducting liquid; - positioning means adapted for adjusting the relative position of the reservoir with respect to the receiving means; and, - dispensing means adapted for dispensing the mass of conducting liquid contained in the reservoir on the receiving means, through the application of a voltage between the reservoir and the receiving means. - a mechanical resonator sensor comprising receiving means adapted for receiving a mass of conducting liquid disposed thereon, wherein said resonator sensor possesses at least one mechanical vibration mode selectable in one or more working frequencies; - selecting means adapted for selecting a working frequency corresponding to one mechanical vibration mode of the mechanical resonator sensor; - monitoring means adapted for monitoring the mechanical spectra of the coupled system conformed by the mass of conducting liquid and the mechanical resonator sensor; - a reservoir adapted for containing the mass of conducting liquid; - positioning means adapted for adjusting the relative position of the reservoir with respect to the receiving means; and, - dispensing means adapted for dispensing the mass of conducting liquid contained in the reservoir on the receiving means, through the application of a voltage between the reservoir and the receiving means.
A device for generating an inhalable medium, the device comprising: a container retaining a first volatilisable material; a heater for volatilising the first volatilisable material held in the container; a chamber containing aerosolisable material comprising nicotine; a reservoir containing a basic solution; and an outlet; the arrangement being such that in use, the basic solution is released from the reservoir and enters the chamber containing the aerosolisable material, and the first volatilisable material is volatilised by the heater to form a vapour and/or an aerosol, which passes through the chamber containing aerosolisable material and entrains one or more constituents of the aerosolisable material, thereby forming an inhalable medium which passes through the outlet. a container retaining a first volatilisable material; a heater for volatilising the first volatilisable material held in the container; a chamber containing aerosolisable material comprising nicotine; a reservoir containing a basic solution; and an outlet; the arrangement being such that in use, the basic solution is released from the reservoir and enters the chamber containing the aerosolisable material, and the first volatilisable material is volatilised by the heater to form a vapour and/or an aerosol, which passes through the chamber containing aerosolisable material and entrains one or more constituents of the aerosolisable material, thereby forming an inhalable medium which passes through the outlet.
A processor comprising: a decode unit to decode an unmasked packed data instruction for a given packed data operation in a first mode in which the processor is not to use packed data operation masking, and to decode a masked packed data instruction for a masked version of the given packed data operation in a second mode in which the processor is to use packed data operation masking, the unmasked and masked packed data instructions having a same instruction length, the masked packed data instruction having one or more bits to specify a packed data operation mask that is to include mask bits distributed among data elements, where a bit in each of the data elements represents one of the mask bits; and one or more execution units coupled with the decode unit, the one or more execution units, in response to the decode unit decoding the unmasked packed data instruction in the first mode to perform the given packed data operation, and the one or more execution units, in response to the decode unit decoding the masked packed data instruction in the second mode to perform the masked version of the given packed data operation using the specified packed data operation mask. a decode unit to decode an unmasked packed data instruction for a given packed data operation in a first mode in which the processor is not to use packed data operation masking, and to decode a masked packed data instruction for a masked version of the given packed data operation in a second mode in which the processor is to use packed data operation masking, the unmasked and masked packed data instructions having a same instruction length, the masked packed data instruction having one or more bits to specify a packed data operation mask that is to include mask bits distributed among data elements, where a bit in each of the data elements represents one of the mask bits; and one or more execution units coupled with the decode unit, the one or more execution units, in response to the decode unit decoding the unmasked packed data instruction in the first mode to perform the given packed data operation, and the one or more execution units, in response to the decode unit decoding the masked packed data instruction in the second mode to perform the masked version of the given packed data operation using the specified packed data operation mask.
a.- Mirror support comprising a mirror frame which receives an actuating force coming from two gear knees (8, 9) to adjust the orientation of a mirror characterized in that the two gear knees (8, 9) are attached to two perpendicular arms (30, 31) fixed to the mirror frame in such a way that the ends (30.1, 30.2, 31.1, 31.2) of the two perpendicular arms (30, 31) are fixed in four equidistant points with regard to the mirror frame setting up a cross.
An instrument for curing light-curable compounds which are curable in the mouth of a patient, the instrument comprising a housing and a plurality of light-emitting semiconductor junctions forming an array on a substrate and operable for emitting light having wavelengths within a narrow band of wavelengths, the array of semiconductor junctions being positioned in the housing, wherein the instrument further comprises a clear layer simultaneously covering the semiconductor junctions of the array in the housing, characterized in that the clear layer is for protecting the array of semiconductor junctions; in that the instrument further comprises an optically reflective element positioned to surround an outer edge of the substrate and the array of light-emitting semiconductor junctions for reflecting light emitted collectively from the semiconductor junctions and directing it toward a compound for curing the compound, and in that the instrument further comprises an optical focusing device positioned to intercept the light emitted by the semiconductor junctions, the optical focusing device being a non-imaging optical device which is operable for collimating the light into a beam to be directed onto the compound.
A vehicle comprising a chassis, two surface-engaging front wheels (602; 702), at least one surface-engaging rear wheel and a propulsion unit for driving either the front wheels or the rear wheel or wheels, each front wheel and/or each rear wheel being arranged to tilt with said chassis in use and each front wheel being connected to the chassis by means of a front wheel support assembly (600, 700, 800), wherein the front wheel support assembly comprises a hydraulic cylinder (652; 752; 852) associated with each front wheel, each hydraulic cylinder comprising: a housing connected to one of the chassis and the front wheel support assembly; and a piston connected to the other of the front wheel support assembly and the chassis, the piston being moveable within the housing and arranged to divide the hydraulic cylinder into first and second chambers (152, 154) each having respective ports arranged to allow hydraulic fluid to enter and exit the respective chamber, wherein the chassis further comprises a central member (604; 704; 804) movable therewith and the front wheel assembly further comprises an upper support member (606; 706a; 806a) independently pivotably connected to the central member and to a respective wheel hub (610; 710) and a lower support member (606; 706b; 806b) independently pivotably connected to the central member and to a respective wheel hub, each upper support member and/or each lower support member comprising a single member extending between the wheel hubs, characterised in that the front wheel support assembly comprises a pump arrangement arranged to pump hydraulic fluid between hydraulic cylinders, wherein the ports of the first chambers of each hydraulic cylinder being in fluid communication and the ports of the second chambers of each hydraulic cylinder being in fluid communication such that movement of hydraulic fluid from the first or second chamber of one hydraulic cylinder to the respective first or second chamber of the other hydraulic cylinder displaces the pistons of the hydraulic cylinders in opposing directions relative to the respective housings to enable the vehicle to tilt. a housing connected to one of the chassis and the front wheel support assembly; and a piston connected to the other of the front wheel support assembly and the chassis, the piston being moveable within the housing and arranged to divide the hydraulic cylinder into first and second chambers (152, 154) each having respective ports arranged to allow hydraulic fluid to enter and exit the respective chamber,
A combined finned tube anti-corrosion heat exchange device utilizing flue gas condensation heat, comprising one of the following two types of different combinations, wherein each type of anti-corrosion heat exchange device consists of a base tube for fins, and fins with different material and free-corrosion potential from the base tube and an anti-corrosion coating, and the fins have a free-corrosion potential lower than that of the base tube, said two types of anti-corrosion heat exchange devices of different combinations include: a. a red copper pipe is used as the base tube for fins of the anti-corrosion heat exchange device, a copper sheet or aluminum alloy sheet is used for the fins, a layer of amorphous nickel-copper-phosphorus composite deposit with sodium molybdate as additive is first plated on the surface of the red copper pipe and then an organic coating is applied to the entire surface of the base tube and the fins; and b. a brass pipe is used as the base tube for fins of the anti-corrosion heat exchange device, an aluminum alloy sheet is used for the fins, a layer of amorphous nickel-copper-phosphorus composite deposit with sodium molybdate as additive is first plated on the surface of the brass pipe and then an organic coating is applied to the entire surface of the base tube and the fins. a. a red copper pipe is used as the base tube for fins of the anti-corrosion heat exchange device, a copper sheet or aluminum alloy sheet is used for the fins, a layer of amorphous nickel-copper-phosphorus composite deposit with sodium molybdate as additive is first plated on the surface of the red copper pipe and then an organic coating is applied to the entire surface of the base tube and the fins; and b. a brass pipe is used as the base tube for fins of the anti-corrosion heat exchange device, an aluminum alloy sheet is used for the fins, a layer of amorphous nickel-copper-phosphorus composite deposit with sodium molybdate as additive is first plated on the surface of the brass pipe and then an organic coating is applied to the entire surface of the base tube and the fins.
Ski, particularly tour or racing ski, with a strip of natural or artificial fur on the racing surface, arranged to be adhered thereto, particularly at the middle thereof, wherein at least the forward end of the fur strip comprises a transition between the racing surface and the fur, and optionally also the rear end of the fur strip comprises a transition between the fur and the racing surface, characterized in that the transition between racing surface and fur is/are formed like plate and is either provided by a melt-compaction of the forward and optionally also the rear end of the fur strip, or by melting of plastic material, wherein the forward and optionally also the rear end of the fur strip is/are covered by an adhered plate of metal or plastic, wherein this plate extends above the forward and optionally also the rear edge of the fur strip towards the racing surface.
A novel difunctional monomer compound containing clickable pendant furyl group of general formula; wherein, X is selected from -COOCH 3, -COOH, -CON 3, -NCO, -CONHNH 2, -CH 2 OH n is selected from 2 to 12.