mhurhangee/ep-ind-claims huggingface dataset:
A casting method of casting a cast-metal object which comprises casting a cast-metal object by using a casting device including a mold structure (15, 5A-5F; 6, 6A-6G) for forming a casting space allowing molten metal be filled in and a runner provided separately from the mold structure (15, 5A-5F; 6, 6A-6G) for supplying molten metal into the casting space in the mold structure (15, 5A-5F; 6, 6A-6G) by being connected to the mold structure (15, 5A-5F; 6, 6A-6G), wherein the mold structure (15, 5A-5F; 6, 6A-6G) is assembled from a plurality of members, wherein the runner is dividable into a runner upper portion and a runner lower portion, the runner lower portion formed with a groove along which molten metal flows; CHARACTERISED IN THAT: at least a partial member constituting the mold structure (15, 5A-5F; 6, 6A-6G) is made of resin, water glass mixed sand, gypsum or casting ceramic mold material; and wherein the member made of the water glass mixed sand, gypsum or casting ceramic mold material has a through hole for guiding a portion of molten metal moving from the runner into the casting space of the mold structure (15, 5A-5F; 6, 6A-6G), from another position of the runner into the casting space. at least a partial member constituting the mold structure (15, 5A-5F; 6, 6A-6G) is made of resin, water glass mixed sand, gypsum or casting ceramic mold material; and wherein the member made of the water glass mixed sand, gypsum or casting ceramic mold material has a through hole for guiding a portion of molten metal moving from the runner into the casting space of the mold structure (15, 5A-5F; 6, 6A-6G), from another position of the runner into the casting space.
A method for preparing a compound of formula 2, comprising reacting a compound of formula 3 with 3-(trifluoromethyl)-5,6,7,8-tetrahydro-[1,2,4]triazolo[4,3-a]pyrazine or a salt thereof in an organic solvent in the presence of 2-chloro-4,6-dimethoxy-1,3,5-triazine and a tertiary organic amine, wherein both in formula 2 and formula 3 R represents either t-butyloxycarbonyl (Boc), benzyloxycarbonyl (Cbz), fluorenylmethyloxycarbonyl (Fmoc), acetyl or benzoyl.
A cast plate heat exchanger (10, 28) comprising: a first surface including a first surface inlet end and a first group of augmentation features defining a first average density of augmentation features across the first surface; a second surface in heat transfer communication with the first surface, the second surface including a second surfaces inlet end and a second group of augmentation features defining a second average density of augmentation features across the second surface, wherein a total augmentation feature density ratio is defined from the first average density of augmentation features to the second average density of augmentation features; and a first region shared by both the first surface and the second surface and covering at least a portion of the first surface inlet end, wherein the first region includes a first region augmentation feature density ratio that is less than the total augmentation feature density ratio; characterised in that the first group of augmentation features and the second group of augmentation features comprise at least one of a trip strip (60, 82), a depression and a pedestal (70, 84) integrally formed as part of one of the first surface and the second surface. a first surface including a first surface inlet end and a first group of augmentation features defining a first average density of augmentation features across the first surface; a second surface in heat transfer communication with the first surface, the second surface including a second surfaces inlet end and a second group of augmentation features defining a second average density of augmentation features across the second surface, wherein a total augmentation feature density ratio is defined from the first average density of augmentation features to the second average density of augmentation features; and a first region shared by both the first surface and the second surface and covering at least a portion of the first surface inlet end, wherein the first region includes a first region augmentation feature density ratio that is less than the total augmentation feature density ratio; characterised in that the first group of augmentation features and the second group of augmentation features comprise at least one of a trip strip (60, 82), a depression and a pedestal (70, 84) integrally formed as part of one of the first surface and the second surface.
A method of measuring a height of a target object for a 3-dimensional shape measurement apparatus comprising: capturing pattern images formed by irradiating grid pattern lights from at least two lighting devices (300, 400) toward a target object, said grid pattern lights having at least two equivalent wavelengths different from each other; and calculating heights of the target object from the pattern images, characterized by further comprising determining a representative height by selecting a height of one pattern image among the calculated heights of the target object, wherein a median value is determined as the representative height among the various heights that is acquired for the same target object. capturing pattern images formed by irradiating grid pattern lights from at least two lighting devices (300, 400) toward a target object, said grid pattern lights having at least two equivalent wavelengths different from each other; and calculating heights of the target object from the pattern images, characterized by further comprising determining a representative height by selecting a height of one pattern image among the calculated heights of the target object, wherein a median value is determined as the representative height among the various heights that is acquired for the same target object.
A connector assembly, comprising: a plurality of electrically conductive ring contact elements arranged coaxially, each ring contact element including an annular groove about its inner circumference; a plurality of electrically conductive garter-type spring contact elements positioned within the grooves; and a plurality of electrically non-conductive seal rings interposed between adjacent ones of the ring contact elements and arranged coaxially therewith; wherein the ring contact elements and the seal rings engage one another in an interlocking snap fit fashion to resist axial separation of the ring contact elements and the seal rings from one another in the absence of applied compression; characterized in that the plurality of electrically conductive ring contact elements and the electrically non-conductive seal rings form alternatingly overlapping stepped cylinders. a plurality of electrically conductive ring contact elements arranged coaxially, each ring contact element including an annular groove about its inner circumference; a plurality of electrically conductive garter-type spring contact elements positioned within the grooves; and a plurality of electrically non-conductive seal rings interposed between adjacent ones of the ring contact elements and arranged coaxially therewith;
Wiper arm/wiper blade connection between a wiper blade (5, 5a, 5b) and a wiper arm of a windscreen wiper installation for vehicles, having a wiper blade adapter, provided on the wiper blade (5, 5a, 5b), for detachably fastening the wiper blade (5, 5a, 5b) to the wiper arm, wherein the wiper blade (5, 5a, 5b) is embodied as a flat wiper blade (5, 5a, 5b) and has, on at least one wiper blade longitudinal side, at least one nozzle opening (11.1, 12.1) or at least one spray duct or distributor duct (11, 12) with nozzle openings (11.1, 12.1) for discharging a cleaning fluid or washing fluid onto a vehicle windscreen, and having at least one adapter-side fluid connection (24, 25) on the wiper blade adapter for detachably connecting the at least one nozzle opening (11.1, 12.1) or the at least one spray duct or distributor duct (11, 12) to at least one outer fluid line for feeding the washing fluid or cleaning fluid, specifically via a coupling unit (28, 28a-28c) which is connected to the at least one fluid line, characterized in that the wiper blade (5, 5a, 5b) is embodied as an electrically heatable wiper blade, and the wiper blade adapter also has, in addition to the at least one fluid connection (24, 25), at least one electrical connection which is detachably connected via the coupling unit (28, 28a-28c) to at least one outer electrical line (15, 38) for feeding a heating current to the wiper blade (5, 5a, 5b).
A method for repairing a mask for EUV exposure comprising: a Mo/Si multi-layer film which includes a molybdenum layer and a silicon layer and is deposited on a substrate; a protection film which is formed on the Mo/Si multi-layer film; and a absorption film which is formed on the protection film, the method comprising: specifying a position of a defect of the Mo/Si multi-layer film in an exposed area of the protection film where the protection film is exposed from the absorption film; and irradiating a light beam, of which a diameter is narrowed down to be equal to or less than a wavelength of the EUV exposure light, onto an area covering the position of the defect in a plan view of the mask for EUV exposure to form a plurality of holes on a top surface of the mask for EUV exposure, the maximum width of the holes being equal to or less than the wavelength of the EUV exposure light. specifying a position of a defect of the Mo/Si multi-layer film in an exposed area of the protection film where the protection film is exposed from the absorption film; and irradiating a light beam, of which a diameter is narrowed down to be equal to or less than a wavelength of the EUV exposure light, onto an area covering the position of the defect in a plan view of the mask for EUV exposure to form a plurality of holes on a top surface of the mask for EUV exposure, the maximum width of the holes being equal to or less than the wavelength of the EUV exposure light.
A composition comprising a bioconjugate of an E.coli O25B antigen N -linked to a carrier protein, wherein the E.coli O25B antigen comprises the structure of Formula O25B': wherein n is an integer between 1 and 30.
A light (10, 200) comprising: a housing (15, 205) having a bottom, a top, and a central axis, the housing (15, 205) including an upper portion; a light support member (105, 235) disposed within the housing (15, 205), the light support member (105, 235) including a body defining a central aperture (145, 265) that extends along the central axis, a plurality of light support surfaces (125, 240) arranged around a perimeter of the light support member (105, 235), and a top support member, wherein the central aperture (145, 265) is open at a top and a bottom end of the light support member (105, 235); first LEDs (95, 245) supported on the plurality of light support surfaces (125, 240), the first LEDs (95, 245) supported on the plurality of light support surfaces (125, 240) arranged to emit light in a 360 degree pattern; second LEDs (95, 245) attached to the top support member; and a battery pack to power the first LEDs and the second LEDs. a housing (15, 205) having a bottom, a top, and a central axis, the housing (15, 205) including an upper portion; a light support member (105, 235) disposed within the housing (15, 205), the light support member (105, 235) including a body defining a central aperture (145, 265) that extends along the central axis, a plurality of light support surfaces (125, 240) arranged around a perimeter of the light support member (105, 235), and a top support member, wherein the central aperture (145, 265) is open at a top and a bottom end of the light support member (105, 235); first LEDs (95, 245) supported on the plurality of light support surfaces (125, 240), the first LEDs (95, 245) supported on the plurality of light support surfaces (125, 240) arranged to emit light in a 360 degree pattern; second LEDs (95, 245) attached to the top support member; and first LEDs (95, 245) supported on the plurality of light support surfaces (125, 240), the first LEDs (95, 245) supported on the plurality of light support surfaces (125, 240) arranged to emit light in a 360 degree pattern; second LEDs (95, 245) attached to the top support member; and a battery pack to power the first LEDs and the second LEDs.
A crash absorbing guardrail panel assembly comprising: an elongated first rail panel having a first rail panel front portion and a first rail panel rear portion; an elongated second rail panel having a second rail panel front portion and a second rail panel rear portion, said first rail panel rear portion and said second rail panel front portion being in side by side overlapping relationship; an end terminal operatively associated with said first rail panel and responsive to vehicle frontal impact on the end terminal to move said first rail panel rearwardly lengthwise along said second rail panel, said second rail panel including upper and lower edge portions (32, 34) having edges; and a braking structure (44, 46) attached to said first rail panel and movable therewith engaging at least one of said upper and lower edge portions (32, 34) of said second rail panel to apply frictional forces thereto resisting rearward lengthwise movement of said first rail panel relative to said second rail panel to dissipate kinetic energy of the first rail panel sliding along the second rail panel and absorb impact forces, said braking structure (44, 46) attached to said first rail panel in engagement with the edges of both of said upper and lower edge portions (32, 34) of said second rail panel, said first rail panel including upper and lower edge portions (36, 38); said crash absorbing guardrail panel assembly being characterized by said braking structure including two sliders (44, 46) attached to said first rail panel, one of said sliders (44, 46) attached to the upper edge portion of said first rail panel and the other of said sliders attached to the lower edge portion of said first rail panel. an elongated first rail panel having a first rail panel front portion and a first rail panel rear portion; an elongated second rail panel having a second rail panel front portion and a second rail panel rear portion, said first rail panel rear portion and said second rail panel front portion being in side by side overlapping relationship; an end terminal operatively associated with said first rail panel and responsive to vehicle frontal impact on the end terminal to move said first rail panel rearwardly lengthwise along said second rail panel, said second rail panel including upper and lower edge portions (32, 34) having edges; and a braking structure (44, 46) attached to said first rail panel and movable therewith engaging at least one of said upper and lower edge portions (32, 34) of said second rail panel to apply frictional forces thereto resisting rearward lengthwise movement of said first rail panel relative to said second rail panel to dissipate kinetic energy of the first rail panel sliding along the second rail panel and absorb impact forces, said braking structure (44, 46) attached to said first rail panel in engagement with the edges of both of said upper and lower edge portions (32, 34) of said second rail panel, said first rail panel including upper and lower edge portions (36, 38);
A charge capacity parameter estimation system which is adapted to estimate a charge capacity parameter (What) indicative of a charge capacity of an electric storage device that is electrically connected to a power generator of which a generated voltage is controlled by a control device, and to an electric device to which generated voltage is supplied from the power generator, the electric storage device is adapted to be controlled in respect of a charging operation from the power generator and a discharging operation to the electric device according to the charge capacity parameter (What) indicative of the charge capacity, through control of the generated voltage of the power generator by the control device, wherein the system comprises current detection means for detecting a current flowing during a charging/discharging operation of the electric storage device; and voltage detection means for detecting a voltage of the electric storage device; characterized by estimation means adapted to estimate that an actual charge capacity of the electric storage device is less than the charge capacity indicated by the estimated charge capacity parameter (What), when the charging state of the electric storage device in which an electric current flowing to the electric storage device is larger than 0 is detected, in a case where the generated voltage of the power generator is controlled to a predetermined discharge value (Vdschg) such that the electric storage device executes the discharging operation to the electric device, wherein the charge capacity parameter (What) is estimated using a correlation model representing a correlation between the voltage of the electric storage device and the charge capacity parameter (What), based on a voltage of the electric storage device detected when the electric current flowing to or from the electric storage device is held in a predetermined range around 0 by the voltage generated by the power generator, and correction means adapted to correct, based on the result determined by the estimation means, the estimated charge capacity parameter (What) repeatedly such that it becomes gradually closer to the actual charge capacity of the electric storage device, wherein the electric storage device is a rechargable battery or a super capacitor.
Heat exchanger for a thermodynamic machine having an inflow and outflow side (8, 9) for a combustion gas, having lines arranged between the inflow and outflow side (8, 9) for conducting the working gas of the thermodynamic machine which is in indirect heat exchange with the combustion gas, and having at least one heat-conducting rib which is thermally connected to at least one line and which projects from the rear side of at least one line as seen from the inflow side, characterized in that in that at least one heat-conducting rib thermally bonded to a plurality of lines extends on the rear side of these lines and has tabs (15a, 15b, 15c) which project towards the front side of the lines and form a positive connection with at least one of the lines, to fasten the heat-conducting rib to the line, wherein at least one tab is designed to be rotatable from a mounting position inclined to the rib plane into a fastening position which is planar with the rib plane.
A method for communication via a radio frequency channel between a wireless access point and a set of wireless stations which are in communication with the wireless access point, in the presence of interference from wireless stations that are not in communication with the access point, the method comprising, at the access point: identifying a first subset of wireless stations (102-1, 102-3, 102-5) from the set of wireless stations, wherein each of the set of wireless stations is associated with a respective RSSI Receive Signal Strength Intensity value at a receiver at the access point and wherein the respective RSSI value associated with each of the wireless stations comprising the first subset exceeds an RSSI threshold; assigning the first subset of wireless stations to a first reception window for reception at the wireless access point; and causing a transmission of an identifier of each of the subset of wireless stations and an identifier of the reception window wherein the transmission occurs during a first transmission window via the radio frequency channel, wherein the RSSI threshold is determined from detected RSSI values of signals received at the access point from wireless stations (104-1, 104-2) that are not in communication with the access point. identifying a first subset of wireless stations (102-1, 102-3, 102-5) from the set of wireless stations, wherein each of the set of wireless stations is associated with a respective RSSI Receive Signal Strength Intensity value at a receiver at the access point and wherein the respective RSSI value associated with each of the wireless stations comprising the first subset exceeds an RSSI threshold; assigning the first subset of wireless stations to a first reception window for reception at the wireless access point; and causing a transmission of an identifier of each of the subset of wireless stations and an identifier of the reception window wherein the transmission occurs during a first transmission window via the radio frequency channel, wherein the RSSI threshold is determined from detected RSSI values of signals received at the access point from wireless stations (104-1, 104-2) that are not in communication with the access point.
A method for manufacturing an agglomerate for thermal spraying, the method comprising: vaporizing a solvent; passing a metallic powder and a polymer powder through the solvent vapor to mix the metallic powder with the polymer powder, wherein the metallic powder is a second metallic powder; driving a flow of a first metallic powder along a flowpath; introducing the second metallic powder and polymer powder to the flow of the first metallic powder, wherein the first metallic powder and the second metallic powder are of alloys of the same composition; removing said solvent; controlling a temperature of the first metallic powder to a first temperature; controlling a temperature of the polymer powder to a third temperature; and controlling a temperature of the second metallic powder to a second temperature or controlling a temperature of an interior of a chamber through which the first metallic powder, second metallic powder and the polymer powder flow. vaporizing a solvent; passing a metallic powder and a polymer powder through the solvent vapor to mix the metallic powder with the polymer powder, wherein the metallic powder is a second metallic powder; driving a flow of a first metallic powder along a flowpath; introducing the second metallic powder and polymer powder to the flow of the first metallic powder, wherein the first metallic powder and the second metallic powder are of alloys of the same composition; removing said solvent; controlling a temperature of the first metallic powder to a first temperature; controlling a temperature of the polymer powder to a third temperature; and controlling a temperature of the second metallic powder to a second temperature or controlling a temperature of an interior of a chamber through which the first metallic powder, second metallic powder and the polymer powder flow.
Electron beam sterilizing device for sterilizing a packaging container or a packaging material web by electron beam irradiation, the electron beam sterilizing device comprising: a housing enclosing an internal space and an electron beam generator arranged in the internal space for generating an electron beam, wherein the housing comprises an electron exit window, wherein a temperature measurement device is provided for measuring a temperature in a travelling path of the electron beam, said temperature being a measure of the electron energy delivered of the electron beam, characterized in that the temperature measurement device comprises at least two temperature sensors located at different positions of the electron exit window, and that each temperature sensor is adapted to measure a temperature. a housing enclosing an internal space and an electron beam generator arranged in the internal space for generating an electron beam, wherein the housing comprises an electron exit window, wherein a temperature measurement device is provided for measuring a temperature in a travelling path of the electron beam, said temperature being a measure of the electron energy delivered of the electron beam, characterized in that the temperature measurement device comprises at least two temperature sensors located at different positions of the electron exit window, and that each temperature sensor is adapted to measure a temperature.