mhurhangee/patent-ind-claim-en huggingface dataset:
A tripod type constant velocity universal joint comprising: an outer joint member that includes track grooves extending in an axial direction at three locations in a circumferential direction, and has a pair of roller guide surfaces on which the track grooves are arranged so as to face each other in the circumferential direction; a tripod member that includes three leg shafts protruding in a radial direction; a roller that is inserted into the track groove ; and an inner ring that is fitted onto the leg shaft , and rotatably supports the roller , wherein a roller unit including the roller and the inner ring is able to swing with respect to the leg shaft , the roller unit is configured to be movable in an axial direction of the outer joint member along the roller guide surface , a hardened layer is formed on a surface of each leg shaft of the tripod member by carburizing, hardening, and tempering, characterized in that the tripod member is made of a steel material having a carbon content of 0.23% to 0.44%, an effective hardened layer depth (H) of the hardened layer by using, as a Ts torque, 0.3 times a minimum static torsional torque at which a shaft coupled to the tripod member causes torsional fracture and 600HV as limit hardness is equal to or greater than a maximum shear stress depth when the Ts torque is applied, and an internal hardness of the tripod member is 513Hv or more. an outer joint member that includes track grooves extending in an axial direction at three locations in a circumferential direction, and has a pair of roller guide surfaces on which the track grooves are arranged so as to face each other in the circumferential direction; a tripod member that includes three leg shafts protruding in a radial direction; a roller that is inserted into the track groove ; and an inner ring that is fitted onto the leg shaft , and rotatably supports the roller , wherein a roller unit including the roller and the inner ring is able to swing with respect to the leg shaft , the roller unit is configured to be movable in an axial direction of the outer joint member along the roller guide surface , a hardened layer is formed on a surface of each leg shaft of the tripod member by carburizing, hardening, and tempering, the tripod member is made of a steel material having a carbon content of 0.23% to 0.44%, an effective hardened layer depth (H) of the hardened layer by using, as a Ts torque, 0.3 times a minimum static torsional torque at which a shaft coupled to the tripod member causes torsional fracture and 600HV as limit hardness is equal to or greater than a maximum shear stress depth when the Ts torque is applied, and
Gas cooking zone for a hob , comprising 1.1. a cooking plate , 1.2. a burner tray arranged below the cooking plate , 1.3. a pot support having 1.3.1. a supporting shell which at least partially surrounds a burner recess , 1.3.2. at least one supporting element attached to the supporting shell and defining a placement plane for supporting cookware and 1.3.3. a fastening device for attaching the pot support to the cooking plate and 1.4. a gas burner arranged in the region of the burner recess in a plan view, 1.5. wherein the supporting shell delimits, at least in sections, a region for supplying secondary air between the cooking plate and the gas burner from a region for the outflow of hot gas produced during combustion, characterized in 1.6. that the cooking plate is designed as a glass-ceramic plate, 1.7. that the burner tray is firmly bonded to an underside of the cooking plate , and 1.8. that an alignment device is provided for locking the pot support relative to the cooking plate in a certain alignment about a central longitudinal axis of the gas burner , with an alignment means connected to the pot support and a counter-alignment means connected to the burner tray , wherein the counter-alignment means has at least one alignment recess . 1.1. a cooking plate , 1.2. a burner tray arranged below the cooking plate , 1.3. a pot support having 1.3.1. a supporting shell which at least partially surrounds a burner recess , 1.3.2. at least one supporting element attached to the supporting shell and defining a placement plane for supporting cookware and 1.3.3. a fastening device for attaching the pot support to the cooking plate and 1.3.1. a supporting shell which at least partially surrounds a burner recess , 1.3.2. at least one supporting element attached to the supporting shell and defining a placement plane for supporting cookware and 1.3.3. a fastening device for attaching the pot support to the cooking plate and 1.4. a gas burner arranged in the region of the burner recess in a plan view, 1.5. wherein the supporting shell delimits, at least in sections, a region for supplying secondary air between the cooking plate and the gas burner from a region for the outflow of hot gas produced during combustion, 1.6. that the cooking plate is designed as a glass-ceramic plate, 1.7. that the burner tray is firmly bonded to an underside of the cooking plate , and 1.8. that an alignment device is provided for locking the pot support relative to the cooking plate in a certain alignment about a central longitudinal axis of the gas burner , with an alignment means connected to the pot support and a counter-alignment means connected to the burner tray , wherein the counter-alignment means has at least one alignment recess .
A tip electrode assembly for an irrigated ablation catheter , defined by a proximal passive portion having a first diameter that is reduced as compared to a second diameter of a distal active portion , wherein the tip electrode assembly comprises a main magnet body including an electrode base and an electrode tip , wherein the electrode base has a proximal shank portion having the first diameter, a distal portion having the second diameter and an axially-extending central lumen , characterized in that the electrode assembly further comprises an irrigation fluid manifold including a longitudinally-extending tubular portion having a cavity configured to receive irrigation fluid , a fluid inlet and a generally radially distributed distal portion , wherein said distal portion includes a plurality of tubes which include a corresponding plurality of irrigation passageways coupled to said cavity having a distal exit port for delivery of said fluid , wherein the longitudinally-extending tubular portion extends through the axially-extending central lumen of the electrode base encasing the irrigation fluid manifold within the main magnet body and isolating said cavity and said passageways from said body ; and an outer capsule surrounding said body , said capsule comprising electrically conductive material including a distal ablation surface.
A process for the preparation of polybutene having an exo-olefin content of at least 50 mol. % from an impure isobutene or an isobutene-containing monomer feedstock containing from 5 ppm to 500 ppm of polar impurities, which process comprises contacting said impure isobutene or isobutene-containing feedstock, with a Lewis acid catalyst complexed with a Lewis base in a molar ratio of from 1:1 to 1:8, in a substantially or completely apolar polymerization medium, and initiating polymerization of said isobutene or isobutene-containing feedstock with an initiator, wherein said Lewis acid catalyst is a Lewis acid of the formula R'AlCl 2 , wherein R' is a hydrocarbyl group; said Lewis base is a dihydrocarbyl ether wherein each hydrocarbyl group is independently selected from hydrocarbyl groups having 1 to 8 carbon atoms and one or both hydrocarbyl groups of the dihydrocarbyl ether are substituted with an electron withdrawing group and the initiator is a compound of the formula RX, wherein X is a halide; R is a hydrocarbyl group capable of forming a stable carbocation, and wherein the carbon linking group R to group X is tertiary, benzylic or allylic; wherein the amount of water in said feedstock is controlled to be between an amount at least equal to the molar amount of polar impurities in said feedstock, and less than 5 mM per liter of feedstock.
A thermal printer , comprising: a head unit including a thermal head configured to perform printing on a recording sheet ; a platen unit , which includes a platen roller configured to convey the recording sheet , and is separably combined with the head unit ; a printer main body , which has a recording-sheet receiving portion configured to receive the recording sheet , and has the head unit mounted thereto; and a printer cover , which has the platen unit mounted thereto, and is coupled to the printer main body so as to be pivotable, characterised in that the thermal printer further comprising a separator , which is provided in the recording-sheet receiving portion , and is configured to separate parts of the recording sheet , which is rolled into a roll shape around a core body , folded on each other at a rolling start portion , which is rolled around the core body and has a turn-back shape. a head unit including a thermal head configured to perform printing on a recording sheet ; a platen unit , which includes a platen roller configured to convey the recording sheet , and is separably combined with the head unit ; a printer main body , which has a recording-sheet receiving portion configured to receive the recording sheet , and has the head unit mounted thereto; and a printer cover , which has the platen unit mounted thereto, and is coupled to the printer main body so as to be pivotable, characterised in that the thermal printer further comprising a separator , which is provided in the recording-sheet receiving portion , and is configured to separate parts of the recording sheet , which is rolled into a roll shape around a core body , folded on each other at a rolling start portion , which is rolled around the core body and has a turn-back shape.
Steam generating unit of dual circuit reactor with blowdown and drain system, comprising four identical steam generators , each of them is connected to a steam header , a protection tight volume , a hot primary circuit header and a cold primary circuit header of a primary coolant with pockets and a salt compartment , feed water supply pipelines , and blowoff lines from the salt compartment , from a lower casing component and pockets of the primary circuit headers , characterized in that all the blowoff lines of each steam generator are combined into a single blowdown header of the steam generator with further combination into a common blowdown header of the steam generators that is connected to a regenerative heat exchanger inlet , with a discharge line connected to a blowdown aftercooler and a drain cooling line that is connected to a discharge line of blowdown aftercooled water that is taken out of the protective tight volume and connected to an active water treatment system with a discharge line of treated blowdown water of the steam generators and mounted thereon by means of, at least, one treated blowdown water pump which pressure line is made in the protective tight volume and connected to a regenerative heat exchanger intertubular space inlet , with an outlet connected to feed water supply pipelines of the respective steam generator via a common pipeline for the treated blowdown water supply and pipelines for treated blowdown water supply of each steam generator .
A polymorph of a benzamide compound, wherein the polymorph of the benzamide compound is a polymorph A of benzamide compound of 3-bromo-N-[2,4-dichloro-6-[(methylamino)carbonyl]phenyl]-1-(3,5-dichloro-2-pyridinyl)-1 H -pyrazole-5-carboxamide; by using Cu-Kα radiation, the polymorph A is characterized by x-ray powder diffraction pattern having the 2θ reflection positions: 10.24, 12.40, 17.84, 18.96, 19.12, 22.76, 23.92, 24.72, 25.92, 26.12, 28.64, 31.96, 34.00, 38.92, 42.20 and 46.24.
An electric machine rotation angle measurement device, comprising: a signal conditioning circuit , configured to receive three-phase output voltages UA, UB and UC of an electric machine, and generate a first square wave signal (Sab) corresponding to UA-UB, a second square wave signal (Sbc) corresponding to UB-UC, and a third square wave signal (Sca) corresponding to UC-UA respectively; and a processor , configured to generate a six-fold frequency pulse whenever a jump of any one of the first square wave signal, the second square wave signal, and the third square wave signal is detected during a rotation period of the electric machine, generate compensating pulses between a current six-fold frequency pulse and a next six-fold frequency pulse based on a time interval between the current six-fold frequency pulse and a previous six-fold frequency pulse and a preset compensating subdivision coefficient k, and accumulate a number of the compensating pulses, wherein the number of the compensating pulses is related to a rotation angle of the electric machine. a signal conditioning circuit , configured to receive three-phase output voltages UA, UB and UC of an electric machine, and generate a first square wave signal (Sab) corresponding to UA-UB, a second square wave signal (Sbc) corresponding to UB-UC, and a third square wave signal (Sca) corresponding to UC-UA respectively; and a processor , configured to generate a six-fold frequency pulse whenever a jump of any one of the first square wave signal, the second square wave signal, and the third square wave signal is detected during a rotation period of the electric machine, generate compensating pulses between a current six-fold frequency pulse and a next six-fold frequency pulse based on a time interval between the current six-fold frequency pulse and a previous six-fold frequency pulse and a preset compensating subdivision coefficient k, and accumulate a number of the compensating pulses, wherein the number of the compensating pulses is related to a rotation angle of the electric machine.
A telecommunications apparatus comprising: a processing system ; a cellular-network radio transceiver ; a first radio module ; and a smart card comprising a microcontroller , an electrical interface , and a second radio module , wherein: the cellular-network radio transceiver and the first radio module are connected to the processing system by one or more electrical connections ; the smart card is coupled to the cellular-network radio transceiver through the electrical interface ; and the processing system is arranged to use a radio communication link between the first radio module and the second radio module to communicate data with the microcontroller of the smart card ; characterised in that the smart card is configured to generate an interrupt to trigger an action on the processing system by sending data over the radio communication link between the first radio module and the second radio module . a processing system ; a cellular-network radio transceiver ; a first radio module ; and a smart card comprising a microcontroller , an electrical interface , and a second radio module , the cellular-network radio transceiver and the first radio module are connected to the processing system by one or more electrical connections ; the smart card is coupled to the cellular-network radio transceiver through the electrical interface ; and the processing system is arranged to use a radio communication link between the first radio module and the second radio module to communicate data with the microcontroller of the smart card ;
A printer for printing plate-like media made of plastic and/or metal, in particular for printing marker cards made of plastic and/or metal with markers for marking electrical appliances, which has various functional devices (I, II, III, IV), and an apparatus for handling the printable plate-like media, in particular the marker cards with markers for marking electrical appliances, in the printing process with which the plate-like media are handled in the printer, and thereby conveyed in the printer, wherein they are conveyed further at least between the functional devices (I, II, III, IV), wherein the handling apparatus has several stations , that means has at least three or more stations , such that at least a first station, a second station and a third station are provided which are formed in each case as receiving and fixing apparatuses for in each case a plate-like medium to be printed, in particular in each case a marker card , wherein one or more of the stations are configured so as to be pivotable, in such a way that it or they can be pivoted out of a first pivot position into a second pivot position in each case against a resilient stop , characterised in that each station in each case has a conveying means for further conveying the respective plate-like medium inside the station and from station to station ..
An enamel composition comprising: a glass frit; and a metal oxide catalyst, wherein the metal oxide catalyst includes a binary metal oxide, wherein the binary metal oxide includes at least one selected from the group of a Cu-Mo alloy metal oxide and a Bi-Mo alloy metal oxide, and wherein the enamel composition comprises: 90 wt% to 98 wt% of the glass frit; and 2 wt% to 10 wt% of the metal oxide catalyst. a glass frit; and a metal oxide catalyst, wherein the metal oxide catalyst includes a binary metal oxide, wherein the binary metal oxide includes at least one selected from the group of a Cu-Mo alloy metal oxide and a Bi-Mo alloy metal oxide, and wherein the enamel composition comprises: 90 wt% to 98 wt% of the glass frit; and 2 wt% to 10 wt% of the metal oxide catalyst.
A gum of vegetable origin for rolling cigarette paper comprising a defined percent solids content, characterised in that it comprises a mixture of cannabinoids and edible oil, the edible oil being present in the mixture in a proportion p such that 0% ≤ p ≤ 80% by weight of the mixture, that the maximum amount of edible oil in the gum is limited to 20% by weight of the gum solids content, preferably less than 16% by weight of the gum solids content.
An axial piston pump of the inclined plate type for pumping liquid comprising: - a head in which there is at least partially a plurality of cylinders in a number greater than three, with central parallel axes, - a plurality of pistons that each slide within a respective cylinder of the plurality of cylinders for the pumping of the liquid, - a suction channel of the liquid to pump, which comprises a primary duct and a plurality of branch ducts , each of said branch ducts being adapted to place the primary duct in fluid communication with a respective cylinder of the plurality of cylinders , in which the primary duct is positioned between central axes of the cylinders , said axial piston pump being characterized by the fact that the branch ducts each comprise: - a pair of side walls , opposing each other and each having a respective curved surface with a single transversal axis of curvature in relation to a plane perpendicular to the central axes of the cylinders , and - an additional pair of side walls , which are flat and opposed to each other, and wherein each of said additional side walls extends from a side wall to the opposite side wall . - a head in which there is at least partially a plurality of cylinders in a number greater than three, with central parallel axes, - a plurality of pistons that each slide within a respective cylinder of the plurality of cylinders for the pumping of the liquid, - a suction channel of the liquid to pump, which comprises a primary duct and a plurality of branch ducts , each of said branch ducts being adapted to place the primary duct in fluid communication with a respective cylinder of the plurality of cylinders , - a pair of side walls , opposing each other and each having a respective curved surface with a single transversal axis of curvature in relation to a plane perpendicular to the central axes of the cylinders , and - an additional pair of side walls , which are flat and opposed to each other, and wherein each of said additional side walls extends from a side wall to the opposite side wall .
Linear lighting apparatus, comprising a plurality of lighting sources aligned along a main axis of the apparatus (X), a cylindrical lens with its axis parallel to the main axis of the apparatus, said cylindrical lens being suitable to receive most of the light emission generated by the lighting sources and to emit a substantially collimated light beam, a reflector (16;16") suitable to reflect at least a portion of the light emission not refracted by the cylindrical lens, and an inner profile that forms a support surface for the lighting sources and two side walls delimiting, together with said support surface , a longitudinal chamber in which are housed the reflector (16; 16") and the cylindrical lens , wherein said side walls support, longitudinally spaced between them, at least two lens-holder plates shaped to realise a shape-coupling with the cylindrical lens to support said cylindrical lens .
A method for processing blockchain data, the method comprising: receiving (So) a state transition message of a smart contract at a plurality of blockchain nodes of a blockchain system, wherein the state transition message comprises signature data of at least one state participant of the smart contract; verifying (S2), at a blockchain node of the plurality of blockchain nodes of the blockchain system, the signature data by using at least one public key of the at least one state participant; and confirming (S 4 ) a smart contract state in the state transition message if signature data of the at least one state participant of the smart contract is verified, wherein a number of the at least one state participant is pre-determined in the smart contract, wherein the smart contract includes a plurality of participants, and wherein the at least one state participant comprises all or some of the plurality of participants of the smart contract, and wherein a public key used during verification processing of the signature data comprises a temporary key that is dynamically updated according to a predetermined rule and received at the blockchain node where verification is performed. receiving (So) a state transition message of a smart contract at a plurality of blockchain nodes of a blockchain system, wherein the state transition message comprises signature data of at least one state participant of the smart contract; verifying (S2), at a blockchain node of the plurality of blockchain nodes of the blockchain system, the signature data by using at least one public key of the at least one state participant; and confirming (S 4 ) a smart contract state in the state transition message if signature data of the at least one state participant of the smart contract is verified, wherein a number of the at least one state participant is pre-determined in the smart contract, wherein the smart contract includes a plurality of participants, and wherein the at least one state participant comprises all or some of the plurality of participants of the smart contract, and wherein a public key used during verification processing of the signature data comprises a temporary key that is dynamically updated according to a predetermined rule and received at the blockchain node where verification is performed.