mhurhangee/patent-ind-claim-en huggingface dataset:
An ink cartridge , configured to be installed in an installation portion comprising multiple groups of contact pins and an ink supply portion , wherein the ink cartridge has a housing , the housing has a side portion and an inner portion, an ink cartridge chip is installed on the housing of the ink cartridge, an accommodation portion is further disposed on the housing, and the accommodation portion is configured to accommodate the ink cartridge chip, characterized in that : the ink cartridge chip is installed on the side portion of the housing of the ink cartridge, the ink cartridge chip being configured for being movable relative to the housing towards the inner portion of the ink cartridge; the ink cartridge chip is installed on a chip rack , the chip rack is installed on the side portion of the housing, the accommodation portion is further configured to accommodate the chip rack, and the chip rack is configured for being movable relative to the housing; an abutting portion is disposed on the chip rack, and an elastic element is clamped between the abutting portion and the housing; and connecting rods are disposed on two sides of the chip rack, an installation groove is provided on the housing, the connecting rods are inserted in the installation groove, and a groove wall of the installation groove that is used to support movement of the connecting rods has a projection distance in a direction perpendicular to an installation direction (P) of the ink cartridge and toward the inner portion of the ink cartridge. the ink cartridge chip is installed on the side portion of the housing of the ink cartridge, the ink cartridge chip being configured for being movable relative to the housing towards the inner portion of the ink cartridge; the ink cartridge chip is installed on a chip rack , the chip rack is installed on the side portion of the housing, the accommodation portion is further configured to accommodate the chip rack, and the chip rack is configured for being movable relative to the housing; an abutting portion is disposed on the chip rack, and an elastic element is clamped between the abutting portion and the housing; and connecting rods are disposed on two sides of the chip rack, an installation groove is provided on the housing, the connecting rods are inserted in the installation groove, and a groove wall of the installation groove that is used to support movement of the connecting rods has a projection distance in a direction perpendicular to an installation direction (P) of the ink cartridge and toward the inner portion of the ink cartridge.
A rolled graphene fiber having a hollow core extending longitudinally through the rolled graphene fiber, the rolled graphene fiber comprising a graphene film formed into an elongated fiber-like shape and having amine groups formed on at least an outer surface of the graphene film and epoxide groups formed on at least one edge of the graphene film.
An active radiator with omnidirectional air convection comprising: a radiator body provided with heat dissipation channels, and a heat transfer assembly at least partially transversely arranged inside the radiator body and in form of an integrity with the radiator body, wherein the radiator body comprises a first radiator fin group and a second radiator fin group both provided with heat dissipation channels, and the extension direction of heat dissipation channels of the first radiator fin group is interlaced with that of the second radiator fin group , wherein the second radiator fin group comprises two groups respectively arranged on two sides of the first radiator fin group , wherein the first radiator fin group is constituted by a plurality of spaced first radiator fins , and the two second radiator fin groups are constituted by a plurality of spaced second radiator fins , gaps between the first radiator fins and those between the second radiator fins defining the heat dissipation channels, characterized in that the whole first radiator fin group is in form of inverted T-shaped structure, and the two second radiator fin groups perpendicular to the first radiator fin group are arranged on the stepped recess area on either side of the inverted T-shaped first radiator fin group .
A method for preserving living large volume cellular material, wherein the cellular material has a volume greater than 4 mL, comprising: exposing the cellular material to a cryoprotectant formulation containing from 0.5 M to 2 M of at least one sugar selected from trehalose and/or sucrose, wherein the cellular material is obtained from liver, lung, intestine, heart, pancreas, testes, placenta, thymus, adrenal gland, arteries, veins, lymph nodes, bone or skeletal muscle, subjecting the cellular material to a preservation protocol in which ice-induced damage to the cellular material does not occur, wherein the preservation protocol includes a cooling protocol, a storage phase, and a warming protocol, where a further cryoprotectant is added to the cryoprotectant formulation prior to or during the cooling protocol, the further cryoprotectant being different from the at least one sugar, and the cryoprotectant formulation contains the at least one sugar and the further cryoprotectant at a concentration of from 6.5 to 11 M, and during the cooling protocol a continuous controlled rate of about -0.1 to about -2°C per minute is used to cool the cellular material from a point of initiation temperature to -80°C or lower, the point of initiation temperature being in a range of from about +4 to -30°C, and after completion of the preservation protocol obtaining a cryopreserved cellular material. exposing the cellular material to a cryoprotectant formulation containing from 0.5 M to 2 M of at least one sugar selected from trehalose and/or sucrose, wherein the cellular material is obtained from liver, lung, intestine, heart, pancreas, testes, placenta, thymus, adrenal gland, arteries, veins, lymph nodes, bone or skeletal muscle, subjecting the cellular material to a preservation protocol in which ice-induced damage to the cellular material does not occur, wherein the preservation protocol includes a cooling protocol, a storage phase, and a warming protocol, where a further cryoprotectant is added to the cryoprotectant formulation prior to or during the cooling protocol, the further cryoprotectant being different from the at least one sugar, and the cryoprotectant formulation contains the at least one sugar and the further cryoprotectant at a concentration of from 6.5 to 11 M, and during the cooling protocol a continuous controlled rate of about -0.1 to about -2°C per minute is used to cool the cellular material from a point of initiation temperature to -80°C or lower, the point of initiation temperature being in a range of from about +4 to -30°C, and after completion of the preservation protocol obtaining a cryopreserved cellular material.
A polyamide resin composition for a blow-molded article exposed to high-pressure hydrogen gas, the polyamide resin composition comprising: 70 to 99 parts by weight of a polyamide 6 resin (A); 1 to 30 parts by weight of an impact modifier (B); and 0.005 to 1 parts by weight of a metal halide (C) with respect to a total of 100 parts by weight of the polyamide 6 resin (A) and the impact modifier (B), wherein the polyamide 6 resin (A) has a relative viscosity (ηr) of 3.3 to 7.0 at a temperature of 25°C in a 98% sulfuric acid solution having a resin concentration of 0.01 g/ml, wherein an ethylene/α-olefin copolymer modified with an unsaturated carboxylic acid and/or its derivative is used as the impact modifier (B), wherein the derivative of an unsaturated carboxylic acid is an unsaturated carboxylic acid compound having a carboxyl group whose hydroxy moiety is substituted to form an unsaturated carboxylic acid compound selected from a metal salt, acid halide, ester, acid anhydride, amide, and an imide, wherein an amount of the unsaturated carboxylic acid and/or its derivative introduced from the modification is 0.1 to 2.5 parts by weight with respect to 100 parts by weight of the ethylene/α-olefin copolymer modified with the unsaturated carboxylic acid and/or its derivative, wherein the polyamide resin composition has a melt tension of 20 mN or more when measured at 260°C and a take-up speed at strand broke of 50 m/min or more when measured at 260°C, wherein the melt tension and the take-up speed at strand broke are measured according to the methods in the description. 70 to 99 parts by weight of a polyamide 6 resin (A); 1 to 30 parts by weight of an impact modifier (B); and 0.005 to 1 parts by weight of a metal halide (C) with respect to a total of 100 parts by weight of the polyamide 6 resin (A) and the impact modifier (B), wherein the polyamide 6 resin (A) has a relative viscosity (ηr) of 3.3 to 7.0 at a temperature of 25°C in a 98% sulfuric acid solution having a resin concentration of 0.01 g/ml, wherein an ethylene/α-olefin copolymer modified with an unsaturated carboxylic acid and/or its derivative is used as the impact modifier (B), wherein the derivative of an unsaturated carboxylic acid is an unsaturated carboxylic acid compound having a carboxyl group whose hydroxy moiety is substituted to form an unsaturated carboxylic acid compound selected from a metal salt, acid halide, ester, acid anhydride, amide, and an imide, wherein an amount of the unsaturated carboxylic acid and/or its derivative introduced from the modification is 0.1 to 2.5 parts by weight with respect to 100 parts by weight of the ethylene/α-olefin copolymer modified with the unsaturated carboxylic acid and/or its derivative, wherein the polyamide resin composition has a melt tension of 20 mN or more when measured at 260°C and a take-up speed at strand broke of 50 m/min or more when measured at 260°C, wherein the melt tension and the take-up speed at strand broke are measured according to the methods in the description.
Articulated arm assembly for motor vehicles, the assembly comprising: - at least a first arm portion for attaching to a motor vehicle; - a second arm portion for carrying an electric device, with the second arm portion being capable of rotating with respect to the first arm portion around an axis of rotation (Y); - at least one coaxial cable associated with the electric device and at least partially running along the first and second arm portions ; and - a coaxial cable carrying structure having at least one first carrying portion associated with the first arm portion and at least one second carrying portion associated with the second arm portion , said first and second carrying portions being configured such that the coaxial cable permanently intersects the axis of rotation (Y) at one and the same intersection area (P) regardless of the rotational movement of the second arm portion with respect to the first arm portion such that, during use, the coaxial cable does not move at least in areas in the vicinity of the axis of rotation (Y), whereby the coaxial cable has a first cable length running at least partially along the first arm portion and lying on a first plane (X1), a second cable length running at least partially along the second arm portion and lying on a second plane (X2), said first and second planes (X1, X2) being spaced apart from each other such that a third, transitional cable length is defined between said first and second cable lengths wherein corresponding bending sections are defined between the third cable length and said first and second cable lengths; characterized in that the first carrying portion and the second carrying portion define corresponding first and second cable clamping portions for clamping the coaxial cable against a longitudinal movement. - at least a first arm portion for attaching to a motor vehicle; - a second arm portion for carrying an electric device, with the second arm portion being capable of rotating with respect to the first arm portion around an axis of rotation (Y); - at least one coaxial cable associated with the electric device and at least partially running along the first and second arm portions ; and - a coaxial cable carrying structure having at least one first carrying portion associated with the first arm portion and at least one second carrying portion associated with the second arm portion , said first and second carrying portions being configured such that the coaxial cable permanently intersects the axis of rotation (Y) at one and the same intersection area (P) regardless of the rotational movement of the second arm portion with respect to the first arm portion such that, during use, the coaxial cable does not move at least in areas in the vicinity of the axis of rotation (Y),
A recloseable container comprising a thermoformed tray comprising a bottom wall 16, side walls , a front wall and a rear wall , the bottom wall having a periphery , the side walls , front wall and rear wall each extending upward from the periphery and terminating in a rim that defines an opening , the tray further comprising a flange extending outwardly from the rim ; and a thermoformed lid comprising a cover portion that covers the opening and a lid flange that extends outward from a periphery of the cover portion and has a rear edge characterized in that : the tray includes an elongated rib extending inwardly from each side wall ; and the cover portion of the lid comprises a rear cover portion defining a plane and a front cover portion , the front cover portion comprising a recessed back wall extending downward from the rear cover portion , a recessed front wall and recessed side walls extending downward from the top wall periphery , and a recessed cover portion extending between the recessed front wall , recessed back wall and recessed side walls , each recessed side wall defining a groove configured to receive one of the elongated ribs in the tray to secure the lid to the tray in sliding fashion; wherein the lid is moveable in a sliding fashion between a fully closed position in which the recessed front wall of the lid abuts the tray front wall , and a fully opened position in which the recessed back wall 66 abuts the tray rear wall . the tray includes an elongated rib extending inwardly from each side wall ; and the cover portion of the lid comprises a rear cover portion defining a plane and a front cover portion , the front cover portion comprising a recessed back wall extending downward from the rear cover portion , a recessed front wall and recessed side walls extending downward from the top wall periphery , and a recessed cover portion extending between the recessed front wall , recessed back wall and recessed side walls , each recessed side wall defining a groove configured to receive one of the elongated ribs in the tray to secure the lid to the tray in sliding fashion; wherein the lid is moveable in a sliding fashion between a fully closed position in which the recessed front wall of the lid abuts the tray front wall , and a fully opened position in which the recessed back wall 66 abuts the tray rear wall .
A chemical mechanical polishing composition comprising: ceria-coated inorganic oxide particles; an organic acetylenic molecule containing an acetylene bond and having at least two ethoxylate functional groups having terminal hydroxyl groups; an organic molecule having at least two hydroxyl functional groups in the same molecule; water soluble solvent; optionally a biocide; and optionally a pH adjuster; wherein the composition has a pH of 4 to 9. ceria-coated inorganic oxide particles; an organic acetylenic molecule containing an acetylene bond and having at least two ethoxylate functional groups having terminal hydroxyl groups; an organic molecule having at least two hydroxyl functional groups in the same molecule; water soluble solvent; optionally a biocide; and optionally a pH adjuster; wherein the composition has a pH of 4 to 9.
Dewar device for mechanical and/or functional components of a watch , said device being provided with a wristlet and a casing , said casing including: - a chamber in which a case of said watch is capable of being arranged in a removable manner, and - a device for reversible fastening by magnetic levitation of said watch case in said chamber configuring a separation between said case and the set of the elements of the casing forming this chamber said set of elements of the casing forming said chamber comprises a glass , an inner peripheral wall of a middle and a bottom of this casing , device in which the glass of the watch case is disposed facing a glass of the casing when the watch case is arranged in said chamber , said Dewar device comprising a middle onto which said wristlet is fastened. - a chamber in which a case of said watch is capable of being arranged in a removable manner, and - a device for reversible fastening by magnetic levitation of said watch case in said chamber configuring a separation between said case and the set of the elements of the casing forming this chamber said set of elements of the casing forming said chamber comprises a glass , an inner peripheral wall of a middle and a bottom of this casing ,
A single lever monobloc mixer tap cartridge, comprising: a fixed disc provided with an outlet port and two further ports, respectively for the hot and cold water coming from two inlet ports ; and a sliding disc that slides on the fixed disc , is controlled by a control rod and having a mixing opening designed to make said inlet apertures in communication with an outlet port , from which the mixed water comes out; the sliding of said sliding disc on said fixed disc causes the partial or complete opening or the closure of the one or both of said openings of said fixed disc , regulating the amount of hot and cold water that passes from said inlet ports to said outlet port of mixed water; said fixed disc and said sliding disc being inserted in a completely closed holder body , which only allows the mixed water to exit from said outlet port , wherein the dynamic seal is provided exclusively on said fixed disc and said sliding disc ; said cartridge being characterized in that said two inlet ports and said outlet port are formed in a base in which the fixed disc is mounted; said holder body being mounted on said base with the interposition of a gasket .
A computer-implemented method for load balancing for processing large data sets based on distribution entropy using a plurality of processors , comprising: identifying , with at least one processor , a number of segments based on a number of the plurality of processors , and a transaction data set comprising transaction data for a plurality of payment transactions, the transaction data comprising a transaction value for each payment transaction of the plurality of payment transactions, wherein the transaction values for the plurality of payment transactions are sorted in a data structure stored in memory of a computer system; determining , with the at least one processor , a distribution entropy of the transaction data set based on the transaction value of each payment transaction of the plurality of payment transactions; repeatedly segmenting (306; 310), with the at least one processor , the transaction data set into respective pairs of segments until the number of segments is reached, based on the distribution entropy of the transaction data set and balancing a respective distribution entropy of each segment such that the respective distribution entropy of each segment is balanced to within a predefined tolerance of the distribution entropy of at least one adjacent segment; and distributing , with the at least one processor , processing tasks associated with the segments to the plurality of processors to process each payment transaction in each respective segment. identifying , with at least one processor , a number of segments based on a number of the plurality of processors , and a transaction data set comprising transaction data for a plurality of payment transactions, the transaction data comprising a transaction value for each payment transaction of the plurality of payment transactions, wherein the transaction values for the plurality of payment transactions are sorted in a data structure stored in memory of a computer system; determining , with the at least one processor , a distribution entropy of the transaction data set based on the transaction value of each payment transaction of the plurality of payment transactions; repeatedly segmenting (306; 310), with the at least one processor , the transaction data set into respective pairs of segments until the number of segments is reached, based on the distribution entropy of the transaction data set and balancing a respective distribution entropy of each segment such that the respective distribution entropy of each segment is balanced to within a predefined tolerance of the distribution entropy of at least one adjacent segment; and distributing , with the at least one processor , processing tasks associated with the segments to the plurality of processors to process each payment transaction in each respective segment.
An air blower for an air conditioner , comprising: a centrifugal fan ; and a fan housing covering the centrifugal fan , and forming a scroll-type flow path having a varying cross-sectional area and guiding air forcibly blown by the centrifugal fan to an outlet , wherein a thickness of a bottom surface of the scroll-type flow path is thinnest at one region of the scroll-type flow path and is thickest at another region of the scroll-type flow path , characterized in that the bottom surface of the scroll-type flow path is inclined such that along a straight line that starts where the bottom surface of the scroll-type flow path is the thinnest and ends where the bottom surface of the scroll-type flow path is the thickest, the thickness of the bottom surface of the scroll-type flow path progressively increases along the straight line, and in that the varying cross-sectional area is formed at least by varying a bottom surface of the scroll-type flow path , and has a thinner thickness bottom surface where the scroll-type flow path ends (P B3 , P B4 ) than a thickness of the bottom surface at a cut-off region where the scroll-type flow path starts (Pci). a centrifugal fan ; and a fan housing covering the centrifugal fan , and forming a scroll-type flow path having a varying cross-sectional area and guiding air forcibly blown by the centrifugal fan to an outlet , wherein a thickness of a bottom surface of the scroll-type flow path is thinnest at one region of the scroll-type flow path and is thickest at another region of the scroll-type flow path , characterized in that the bottom surface of the scroll-type flow path is inclined such that along a straight line that starts where the bottom surface of the scroll-type flow path is the thinnest and ends where the bottom surface of the scroll-type flow path is the thickest, the thickness of the bottom surface of the scroll-type flow path progressively increases along the straight line, and in that the varying cross-sectional area is formed at least by varying a bottom surface of the scroll-type flow path , and has a thinner thickness bottom surface where the scroll-type flow path ends (P B3 , P B4 ) than a thickness of the bottom surface at a cut-off region where the scroll-type flow path starts (Pci).