mhurhangee/patent-ind-claim-en huggingface dataset:
An inkjet recording method, comprising: spraying droplets of an ink composition that contains organic solvent, resin, and a pigment dispersion containing a metal pigment, wherein the organic solvent is a blend of an alkylene glycol diether, an alkylene glycol monoether, and a lactone; the metal pigment contains plate-like particles, and in the case where the longitudinal diameter on the planar surface of the plate-like particle is X, the lateral diameter is Y, and the thickness is Z, the maximum particle diameter Rmax of a corresponding circle determined from the surface area in the X-Y plane of the plate-like particles is 10 μm or less, the average thickness of the pigment is 20 nm or higher and 100 nm or less; and causing the droplets to adhere to a recording medium. spraying droplets of an ink composition that contains organic solvent, resin, and a pigment dispersion containing a metal pigment, wherein the organic solvent is a blend of an alkylene glycol diether, an alkylene glycol monoether, and a lactone; the metal pigment contains plate-like particles, and in the case where the longitudinal diameter on the planar surface of the plate-like particle is X, the lateral diameter is Y, and the thickness is Z, the maximum particle diameter Rmax of a corresponding circle determined from the surface area in the X-Y plane of the plate-like particles is 10 μm or less, the average thickness of the pigment is 20 nm or higher and 100 nm or less; and causing the droplets to adhere to a recording medium.
Method for manufacturing a plurality of individual spouted pouch containers , wherein each spouted pouch comprises walls made of sheet material and a spout fitment sealed to one of the walls, the walls being sealed along their peripheral edges to form a pouch cavity, the method comprising the steps of: arranging an elongated upper strip and an elongated lower strip of wall sheet material with their inner sides on top of each other, the upper and lower strips intended to form side walls of the pouch containers ;characterized by folding at least one longitudinal edge of the upper strip away from the lower strip to expose both an inner side portion of the folded longitudinal edge of the upper strip and an inner side portion of the lower strip; arranging at least one spouted elongated cover strip on top of the exposed inner side portion of the upper strip and the exposed inner side portion of the lower strip , wherein the spout fitments of the at least one spouted elongated cover strip have been sealed to the upper side of the elongated cover strip and extend in upward direction relative to the spouted elongated cover strip, the spouted elongated cover strip intended to form spouted top walls of the plurality of pouch containers; sealing edges of the lower and upper strips intended to form side walls to each other and to the at least one spouted elongated cover strip to form the pouch cavity. arranging an elongated upper strip and an elongated lower strip of wall sheet material with their inner sides on top of each other, the upper and lower strips intended to form side walls of the pouch containers ;characterized by folding at least one longitudinal edge of the upper strip away from the lower strip to expose both an inner side portion of the folded longitudinal edge of the upper strip and an inner side portion of the lower strip; arranging at least one spouted elongated cover strip on top of the exposed inner side portion of the upper strip and the exposed inner side portion of the lower strip , wherein the spout fitments of the at least one spouted elongated cover strip have been sealed to the upper side of the elongated cover strip and extend in upward direction relative to the spouted elongated cover strip, the spouted elongated cover strip intended to form spouted top walls of the plurality of pouch containers; sealing edges of the lower and upper strips intended to form side walls to each other and to the at least one spouted elongated cover strip to form the pouch cavity.
A system for cooling a metal-ceramic substrate including a component side and a cooling side opposite thereto, comprising - a metallic cooling structure having incorporated at least one fluid channel for guiding a fluid through the cooling structure and - a distribution structure made of plastic material for supplying the fluid channel with the fluid, the cooling structure , on its outer side (A) facing the distribution structure , including an inlet opening and an outlet opening separated from the inlet opening , the inlet opening and the outlet opening being connected to each other via the fluid channel , and the fluid channel being designed such that the fluid located in the incorporated cooling structure is guided from the input opening in the direction of the component side and is deflected within the cooling structure , wherein a plurality of fluid channels , each having an input opening , are arranged adjacent to each other, as viewed in a row direction (RR), and/or the distribution structure is designed for supplying the fluid to a plurality of input openings. - a metallic cooling structure having incorporated at least one fluid channel for guiding a fluid through the cooling structure and - a distribution structure made of plastic material for supplying the fluid channel with the fluid,
Process for manufacturing char from MDF ; the process comprising the following steps: - providing MDF to a first furnace ; - carbonizing MDF in the first furnace by pyrolysis to obtain an intermediate product comprising char and a waste gas , wherein the waste gas comprises nitrogen-containing components; - piling the char of the intermediate product in a pile in front of a through-hole in the first furnace ; - evacuating the waste gas from the first furnace by first forcing the waste gas through the char of the intermediate product thereby: ∘ obtaining a solid-gas reaction between the nitrogen in the waste gas and the char of the intermediate product ; ∘ by the solid-gas reaction, loading the char of the intermediate product with the nitrogen to obtain a char containing output product that comprises at least 15 % of the nitrogen that was present in the MDF ; ∘ by the solid-gas reaction, cracking molecules in the waste gas thereby obtaining an output waste gas ; and - evacuating the output waste gas from the first furnace ; - obtaining the char containing output product from the first furnace . - providing MDF to a first furnace ; - carbonizing MDF in the first furnace by pyrolysis to obtain an intermediate product comprising char and a waste gas , wherein the waste gas comprises nitrogen-containing components; - piling the char of the intermediate product in a pile in front of a through-hole in the first furnace ; - evacuating the waste gas from the first furnace by first forcing the waste gas through the char of the intermediate product thereby: ∘ obtaining a solid-gas reaction between the nitrogen in the waste gas and the char of the intermediate product ; ∘ by the solid-gas reaction, loading the char of the intermediate product with the nitrogen to obtain a char containing output product that comprises at least 15 % of the nitrogen that was present in the MDF ; ∘ by the solid-gas reaction, cracking molecules in the waste gas thereby obtaining an output waste gas ; and ∘ obtaining a solid-gas reaction between the nitrogen in the waste gas and the char of the intermediate product ; ∘ by the solid-gas reaction, loading the char of the intermediate product with the nitrogen to obtain a char containing output product that comprises at least 15 % of the nitrogen that was present in the MDF ; ∘ by the solid-gas reaction, cracking molecules in the waste gas thereby obtaining an output waste gas ; and - evacuating the output waste gas from the first furnace ; - obtaining the char containing output product from the first furnace .
A system, comprising an RFID tag for a flexible material product, the tag comprising: a tag base ; and an RFID inlay attached to the tag base , said RFID inlay having an IC chip and an inlay antenna portion , and being capable of performing wireless data communication, wherein the tag base is made of a flexible material, and the tag base includes a base antenna portion including a conductive thread integrated into the tag base ; wherein the RFID inlay is attached in and to an attachment pocket provided on the tag base , characterized in that the system further comprising the flexible material product , which is separate and different from the tag base including the base antenna portion , and the tag base is attached to said flexible material product by sewing or adhesion. a tag base ; and an RFID inlay attached to the tag base , said RFID inlay having an IC chip and an inlay antenna portion , and being capable of performing wireless data communication, wherein the tag base is made of a flexible material, and the tag base includes a base antenna portion including a conductive thread integrated into the tag base ; wherein the RFID inlay is attached in and to an attachment pocket provided on the tag base , characterized in that the system further comprising the flexible material product , which is separate and different from the tag base including the base antenna portion , and the tag base is attached to said flexible material product by sewing or adhesion.
A foam dispenser comprising: a dispenser housing ; a drive motor ; a foam pump operatively coupled to the drive motor ; the foam pump is secured to the housing and the foam pump includes: a pump housing; a molded multi-chamber diaphragm; the molded multi-chamber diaphragm comprising: a liquid pump chamber (1002; 1124; 2224); two or more air pump chambers (1004, 1006; 1126; 2226); and one or more outlet valves (323 A, 323B, 323C); a mixing chamber downstream of the one or more outlet valves for mixing foamable liquid from the liquid pump chamber with air from each of the two or more air pump chambers; a foam cartridge in fluid communication with the mixing chamber ; and an outlet for dispensing foam wherein the outlet is in fluid communication with the foam cartridge . a dispenser housing ; a drive motor ; a foam pump operatively coupled to the drive motor ; the foam pump is secured to the housing and the foam pump includes: a pump housing; a molded multi-chamber diaphragm; the molded multi-chamber diaphragm comprising: a liquid pump chamber (1002; 1124; 2224); two or more air pump chambers (1004, 1006; 1126; 2226); and one or more outlet valves (323 A, 323B, 323C); a pump housing; a molded multi-chamber diaphragm; the molded multi-chamber diaphragm comprising: a liquid pump chamber (1002; 1124; 2224); two or more air pump chambers (1004, 1006; 1126; 2226); and one or more outlet valves (323 A, 323B, 323C); a liquid pump chamber (1002; 1124; 2224); two or more air pump chambers (1004, 1006; 1126; 2226); and one or more outlet valves (323 A, 323B, 323C); a mixing chamber downstream of the one or more outlet valves for mixing foamable liquid from the liquid pump chamber with air from each of the two or more air pump chambers; a foam cartridge in fluid communication with the mixing chamber ; and an outlet for dispensing foam wherein the outlet is in fluid communication with the foam cartridge .
Sintering agent for dry particulate refractory composition comprising at least 70 wt.-% of refractory aggregates, with said sintering agent comprising: - 1 to 99 wt.-% of at least one phosphate compound having a loss on ignition (at 900°C) of less than 20%; - 1 to 99 wt.-% of at least one mineral containing feldspar. - 1 to 99 wt.-% of at least one phosphate compound having a loss on ignition (at 900°C) of less than 20%; - 1 to 99 wt.-% of at least one mineral containing feldspar. - 1 to 99 wt.-% of at least one mineral containing feldspar.
A cleaner for a spray gun comprising a vessel having an inner wall, an inlet , a drain and a port for receiving an atomizer of the spray gun ; an impeller rotatably mounted within said vessel in fluid communication with said inlet , the impeller having an offset cleaning nozzle for projecting a cleaning spray of solvent towards said port , a rotational nozzle for projecting a rotational spray to effect rotation of said impeller ; and, an air wipe down for removing excess solvent from the atomizer of the spray gun as it leaves the following a wash cycle; said air wipe down comprising: (a) a cap attached to the vessel and having a neck extending upwardly therefrom; (b) a sleeve , coaxial with the neck of the cap , and together with the neck of the cap defining a channel for fluid communication with an air source; (c) said sleeve defining a plurality of air holes therethrough in fluid communication with the channel to direct a flow of air toward the atomizer ; and, (d) a flushing means by which a helical flow pattern is formed along the inner wall of the vessel . (a) a cap attached to the vessel and having a neck extending upwardly therefrom; (b) a sleeve , coaxial with the neck of the cap , and together with the neck of the cap defining a channel for fluid communication with an air source; (c) said sleeve defining a plurality of air holes therethrough in fluid communication with the channel to direct a flow of air toward the atomizer ; and, (d) a flushing means by which a helical flow pattern is formed along the inner wall of the vessel .
A magnetic structure including magnetic material and conductive windings for forming a primary or a secondary side of a transformer comprising a magnetic plate having a circular shape, including a raised central post on a top surface of the magnetic plate and a raised magnetic outer edge on the top surface of the magnetic plate, wherein the windings are provided on the top surface of the magnetic plate between the central post and the outer edge, characterised in that - a top surface of the central post is larger than a corresponding bottom surface of this central post on the top surface of the magnetic plate - or the top surface of the central post is larger than a corresponding bottom surface of this central post on the top surface of the magnetic plate and the top surface of the outer edge is larger than a corresponding bottom surface of this outer edge on the top surface of the magnetic plate. - a top surface of the central post is larger than a corresponding bottom surface of this central post on the top surface of the magnetic plate - or the top surface of the central post is larger than a corresponding bottom surface of this central post on the top surface of the magnetic plate and the top surface of the outer edge is larger than a corresponding bottom surface of this outer edge on the top surface of the magnetic plate.
A method for interaction between a data processing device such as a personal computer and a mobile device such as a smartphone for the activation of a software action in form of an activation of a software application installed in the data processing device , comprising the method steps: ― representation of request information in form of a coded image information for activation the software application on a display unit of the data processing device , ― acquisition of the request information with an optical sensor of the mobile device , ― generation of reply information in form of an activation-code in the mobile device or by retriving from a server via a communication connection by the mobile device , and ― representation of the activation-code on a display of the mobile device, wherein the activation-code in the form of a coded image information is generated on the basis of the detected request information or is requested from the server, wherein the coded image information is read by means of an optical reading device coupled to the data processing device from the display of the mobile device and is transmitted to the data processing device , wherein the data processing device is not connected to the data network at least during the data transmission and wherein the data processing device is configured, to detect the coded image information and automatically activate the software-application. ― representation of request information in form of a coded image information for activation the software application on a display unit of the data processing device , ― acquisition of the request information with an optical sensor of the mobile device , ― generation of reply information in form of an activation-code in the mobile device or by retriving from a server via a communication connection by the mobile device , and ― representation of the activation-code on a display of the mobile device,
A porous resin manufacturing method comprising: providing a liquid composition Y, wherein the liquid composition Y is substantially free of polymerizable compound and comprises a solvent Y; providing a liquid composition X, wherein the liquid composition X comprises a polymerizable compound X and a solvent X, wherein the liquid composition X is to form a porous resin X, wherein the polymerizable compound X has a (meth)acryloyl group or a vinyl group, and the solvent X is a porogen liquid compatible with the polymerizable compound X and incompatible with the resin X; selecting the liquid composition X and the liquid composition Y such that: a liquid composition Z comprising 10.0% by mass of the liquid composition X and 90.0% by mass of the liquid composition Y has a light transmittance of 30% or more at a wavelength of 550 nm, the light transmittance measured while the liquid composition Z is being stirred, and a haze measuring element produced from the liquid composition Z has a haze increasing rate of 1.0% or more, applying the selected liquid composition Y; applying the selected liquid composition X to a region to which the selected liquid composition Y has been applied; and curing the selected liquid composition X having been applied. providing a liquid composition Y, wherein the liquid composition Y is substantially free of polymerizable compound and comprises a solvent Y; providing a liquid composition X, wherein the liquid composition X comprises a polymerizable compound X and a solvent X, wherein the liquid composition X is to form a porous resin X, wherein the polymerizable compound X has a (meth)acryloyl group or a vinyl group, and the solvent X is a porogen liquid compatible with the polymerizable compound X and incompatible with the resin X; selecting the liquid composition X and the liquid composition Y such that: a liquid composition Z comprising 10.0% by mass of the liquid composition X and 90.0% by mass of the liquid composition Y has a light transmittance of 30% or more at a wavelength of 550 nm, the light transmittance measured while the liquid composition Z is being stirred, and a haze measuring element produced from the liquid composition Z has a haze increasing rate of 1.0% or more, applying the selected liquid composition Y; applying the selected liquid composition X to a region to which the selected liquid composition Y has been applied; and curing the selected liquid composition X having been applied. a liquid composition Z comprising 10.0% by mass of the liquid composition X and 90.0% by mass of the liquid composition Y has a light transmittance of 30% or more at a wavelength of 550 nm, the light transmittance measured while the liquid composition Z is being stirred, and a haze measuring element produced from the liquid composition Z has a haze increasing rate of 1.0% or more, applying the selected liquid composition Y; applying the selected liquid composition X to a region to which the selected liquid composition Y has been applied; and curing the selected liquid composition X having been applied.
A resin composition comprising an alkenyl-substituted nadimide and a perinone-based colorant, wherein a content of the perinone-based colorant is 0.8 parts by mass or less based on 100 parts by mass in total of resin-constituting components in the resin composition, and the content of the alkenyl-substituted nadimide is 15 to 60 parts by mass based on 100 parts by mass in total of resin-constituting components in the resin composition. a content of the perinone-based colorant is 0.8 parts by mass or less based on 100 parts by mass in total of resin-constituting components in the resin composition, and the content of the alkenyl-substituted nadimide is 15 to 60 parts by mass based on 100 parts by mass in total of resin-constituting components in the resin composition.
Unit for packaging bags, sachets, sticks, flowpacks or the like in box-shaped cases , comprising means for supporting at least one box-shaped case while said box-shaped case is open at one side and while said means are in abutment with one flank of said box-shaped case , and a station for inserting one or more sachets , or the like, within the case , said insertion station comprising insertion means suitable to push one or more sachets , or the like, towards the interior of the case through said open side , said supporting means comprising positioning members of said box-shaped case in a configuration in which said flank is inclined by a pre-established angle (α) with respect to a horizontal plane (A), wherein said positioning members comprise at least one first surface to which said flank of said box-shaped case adheres, said first surface being inclined by said pre-established angle (α) with respect to said horizontal plane (A), and wherein said positioning members comprise inclination means suitable to selectively bring said first surface from a position in which said flank is substantially parallel to said horizontal plane (A) and in which the insertion of the sachets into said box-shaped case is carried out, to a position in which said flank is inclined by a pre-established angle (α) with respect to said horizontal plane (A), characterized in that said inclination means comprise a fixed element, integral with the framework of the packaging unit, and conveyor means, provided with a plurality of housings for respective box-shaped cases , said conveyor means being movable with respect to said fixed element, said fixed element being shaped in such a way as to determine a change in the inclination of said flanks when said box-shaped cases come in contact with said fixed element, when said box-shaped cases are pulled by said conveyor means.
A method for reducing the content of at least one pollutant selected from the group consisting of nitrobenzene, formate, phenol, methylenedianiline, in particular 4,4'-Methylenedianiline (MDA), and aniline, in hypersaline wastewater, whereby said hypersaline wastewater is derived from production of diarylcarbonate, production of polycarbonates or production of diamines and polyamines of the diphenylmethane series and whereby said hypersaline wastewater comprises NaCl in a concentration of at least 6 % (w/v) up to 25% (w/v) based on the total volume of the hypersaline wastewater, said method comprising the steps of (a) providing a composition A comprising hypersaline wastewater and said at least one pollutant, and (b) contacting composition A with Haloferax mediterranei cells, thereby generating a composition B comprising said composition A and Haloferax mediterrani cells, and (c) incubating composition B, thereby reducing the content of said at least one pollutant. (a) providing a composition A comprising hypersaline wastewater and said at least one pollutant, and (b) contacting composition A with Haloferax mediterranei cells, thereby generating a composition B comprising said composition A and Haloferax mediterrani cells, and (c) incubating composition B, thereby reducing the content of said at least one pollutant.