mhurhangee/patent-ind-claim-en huggingface dataset:
A muffler for a single-cylinder diesel engine having an oxidation catalyst with a muffler housing, which is attached to the cylinder head of the engine, wherein the muffler housing is divided by an intermediate wall into two chambers and the oxidation catalyst is fastened in the intermediate wall in such a way that it places two chambers fluidically in communication with one another, and wherein an outlet chamber of the muffler, connected downstream from the intermediate wall in flow direction, is joined in gas-tight manner to an outlet pipe for the post-treated exhaust gas, wherein the muffler housing is attached by means of a flanged joint directly to the cylinder head and the intermediate wall has openings for gas-tight installation of mounting pipes , which traverse the muffler housing and at their engine-side ends are fastened to the inside of a muffler-side attachment flange in association with its joint bores , for the purpose of applying a screw coupling of the attachment flange to a corresponding flange part of the cylinder head, characterized in that the intermediate wall has an opening for receiving the closed inner end of the exhaust pipe in a gas-tight manner.
Household appliance input unit, in particular for a hob , having at least one control element unit embodied as a control element power unit , wherein the control element power unit has a plurality of control areas , which can be assigned at least two main stages and at least two intermediate stages , wherein the intermediate stages correspond to stages subordinate to the main stages , characterised in that the control areas of the intermediate stages are arranged alternately to the control areas of the main stages .
A vehicular power supply system comprising: a first power supply mounted on a vehicle (V); a first power supply line (W11, W12, W13) connected to the first power supply ; a second power supply mounted on the vehicle (V), that is different from the first power supply ; a second power supply line (W21, W22, W23) connected to the second power supply ; a third power supply line (W3) in which one end is connected to the first power supply line (W11, W12, W13) and another end is connected to the second power supply line (W21, W22, W23); and a power semiconductor that switches between short-circuiting and opening of the third power supply line (W3); control units generating command values to the power semiconductor so as to switch between short-circuiting and opening of the third power supply line (W3), wherein the power semiconductor switches between short-circuiting and opening of the third power supply line (W3) according to the command values of the control units ; characterized in that the first power supply line (W12, W13, W14) is disposed on one side in a width direction or a front-rear direction of the vehicle (V); the second power supply line (W21, W22, W23) is disposed on another side in the width direction or the front-rear direction of the vehicle (V); and the control units generate the command values according to a detected faulty part of the vehicle (V) or a breakage state of the first power supply line (W11, W12, W13) or the second power supply line (W21, W22, W23). a first power supply mounted on a vehicle (V); a first power supply line (W11, W12, W13) connected to the first power supply ; a second power supply mounted on the vehicle (V), that is different from the first power supply ; a second power supply line (W21, W22, W23) connected to the second power supply ; a third power supply line (W3) in which one end is connected to the first power supply line (W11, W12, W13) and another end is connected to the second power supply line (W21, W22, W23); and a power semiconductor that switches between short-circuiting and opening of the third power supply line (W3); control units generating command values to the power semiconductor so as to switch between short-circuiting and opening of the third power supply line (W3), wherein the power semiconductor switches between short-circuiting and opening of the third power supply line (W3) according to the command values of the control units ; characterized in that the first power supply line (W12, W13, W14) is disposed on one side in a width direction or a front-rear direction of the vehicle (V); the second power supply line (W21, W22, W23) is disposed on another side in the width direction or the front-rear direction of the vehicle (V); and the control units generate the command values according to a detected faulty part of the vehicle (V) or a breakage state of the first power supply line (W11, W12, W13) or the second power supply line (W21, W22, W23).
A process for dispensing material between two rolls of a laminator comprising: a) releasing at least two reactants from separate reactant storage tanks b) contacting the reactants with a mixer having a mixing speed in the range of from 1000 rpm to 8000 rpm and; c) mixing the reactants in the mixer for less than 60 seconds to form mixed product d) depositing the mixed product into a dispensing nozzle e) dispensing mixed product from the dispensing nozzle between the two rolls ; f) discontinuing the release of the reactants; g) releasing a first solvent from a first solvent storage container h) contacting the first solvent with the mixer i) depositing the first solvent into the dispensing nozzle ; j) dispensing the first solvent from the dispensing nozzle between the two rolls; k) discontinuing the release of the first solvent; and l) repeating steps a) through e). a) releasing at least two reactants from separate reactant storage tanks b) contacting the reactants with a mixer having a mixing speed in the range of from 1000 rpm to 8000 rpm and; c) mixing the reactants in the mixer for less than 60 seconds to form mixed product d) depositing the mixed product into a dispensing nozzle e) dispensing mixed product from the dispensing nozzle between the two rolls ; f) discontinuing the release of the reactants; g) releasing a first solvent from a first solvent storage container h) contacting the first solvent with the mixer i) depositing the first solvent into the dispensing nozzle ; j) dispensing the first solvent from the dispensing nozzle between the two rolls; k) discontinuing the release of the first solvent; and l) repeating steps a) through e).
A cartridge , wherein wherein the cartridge comprises: - a housing with an interior volume , wherein the housing comprises a first guiding structure within the interior volume for guiding a second guiding structure of an inserter along an guiding path, wherein the housing and preferably the first guiding structure comprises a rigid element for engaging a stored energy component of an insertion mechanism of the inserter; and - a cradle for mounting a medical appliance, wherein the cradle comprises a subcutaneous element, wherein the cradle is within the interior volume, wherein the cradle further comprises an insertion needle, wherein the insertion needle is configured for being actuated to insert the subcutaneous element into the subject, wherein the cradle comprises an adhesive layer for attaching to an exterior surface of a subject, wherein the cradle comprises a backing material layer covering the adhesive layer to prevent the adhesive layer from sticking to the interior volume, wherein the housing has an opening , wherein a portion of the backing material is attached to the housing. - a housing with an interior volume , wherein the housing comprises a first guiding structure within the interior volume for guiding a second guiding structure of an inserter along an guiding path, wherein the housing and preferably the first guiding structure comprises a rigid element for engaging a stored energy component of an insertion mechanism of the inserter; and - a cradle for mounting a medical appliance, wherein the cradle comprises a subcutaneous element, wherein the cradle is within the interior volume, wherein the cradle further comprises an insertion needle, wherein the insertion needle is configured for being actuated to insert the subcutaneous element into the subject, wherein the cradle comprises an adhesive layer for attaching to an exterior surface of a subject, wherein the cradle comprises a backing material layer covering the adhesive layer to prevent the adhesive layer from sticking to the interior volume, wherein the housing has an opening , wherein a portion of the backing material is attached to the housing.
A compound shown by the following general formula (1-2) or (1-3), wherein AR3 represents a benzene ring, a naphthalene ring, a thiophene ring, a pyridine ring, or a diazine ring optionally having a substituent; AR4 and AR5 each represent a benzene ring, a naphthalene ring, a thiophene ring, or a pyridine ring optionally having a substituent; "m" is 0 or 1; when m = 0, AR4 and AR5 do not form a bridged structure, when m = 1, AR4 and AR5 form a bridged structure through X; and X represents a single bond or any of groups shown by the following formulae (1-2-1); "s" is 2 to 4; when s = 2, Z represents a single bond, a divalent atom, or a divalent organic group; and when s = 3 or 4, Z represents a trivalent or quadrivalent atom or organic group, wherein AR3 is as defined above; R represents a hydrogen atom or a monovalent organic group having 1 to 30 carbon atoms; s and Z is as defined above.
A shaft-hub assembly, comprising: 1) a split shaft with adjustment setting and comprising a first part , a second part and a central sleeve of cylindrical section, wherein the first part and the second part comprise grooves on their outer surface and the central sleeve comprises grooves on its inner surface, wherein the diameter of the cylindrical section of said first part ) and second part of the shaft is equal, and the diameter of the inner cylindrical section of said sleeve is greater the diameter of the cylindrical section of said first part and second part of the shaft ; 2) a cylindrical hub comprising two couplable parts, wherein said hub comprises a central portion of cylindrical section which extends axially to form an inner seat, wherein in one of the parts there are inserted and assembled the inner parts that form the shaft-hub assembly and the other part of the hub is used to fasten a cutting disk; 3) at least two tapered rollers ; 4) at least two retainers , to retain a lubricant grease, made of rubber; 5) at least two dust covers , made of felt and attached to a washer, which are used to block dust from entering the internal lubricated part of the hub; and 6) at least two rings or latches , fitted at the ends of the two sides of the hub, to prevent the escape of any internal parts, wherein said cylindrical hub further comprises a perforated section . 1) a split shaft with adjustment setting and comprising a first part , a second part and a central sleeve of cylindrical section, wherein the first part and the second part comprise grooves on their outer surface and the central sleeve comprises grooves on its inner surface, wherein the diameter of the cylindrical section of said first part ) and second part of the shaft is equal, and the diameter of the inner cylindrical section of said sleeve is greater the diameter of the cylindrical section of said first part and second part of the shaft ; 2) a cylindrical hub comprising two couplable parts, wherein said hub comprises a central portion of cylindrical section which extends axially to form an inner seat, wherein in one of the parts there are inserted and assembled the inner parts that form the shaft-hub assembly and the other part of the hub is used to fasten a cutting disk; 3) at least two tapered rollers ; 4) at least two retainers , to retain a lubricant grease, made of rubber; 5) at least two dust covers , made of felt and attached to a washer, which are used to block dust from entering the internal lubricated part of the hub; and 6) at least two rings or latches , fitted at the ends of the two sides of the hub, to prevent the escape of any internal parts,
An inulosucrase from Bacillus agaradhaerens (INUO) comprising a polypeptide consisting of amino acids 32-453 of SEQ ID NO: 4, a variant thereof, or an active fragment thereof, wherein the variant is able to catalyze polymerization of inulin oligosaccharides containing β-(2→1) linkages, and wherein the variant has at least 80% sequence identity with amino acids 32-453 of the amino acid sequence of SEQ ID NO: 4, and wherein the active fragment retains a measurable inulosucrase activity and is able to catalyze polymerization of inulin oligosaccharides containing β-(2→1) linkages.
A transaction security processing method, applied to a terminal device, wherein the terminal device comprises a rich execution environment, REE, and a trusted execution environment, TEE, wherein the method comprises: receiving (S301), in the REE, a screen jump instruction triggered by a user on a first screen, wherein the screen jump instruction is used for jumping to a second screen, and the second screen can be displayed only in the TEE; and entering (S302) the TEE and loading a trusted application, TA, in the TEE, obtaining a first audio file from storage space on an REE side and playing the first audio file by using the TA, wherein the first audio file is used to represent that the terminal device is currently running in a trusted environment, and displaying the second screen generated by using the TA, wherein the obtaining a first audio file from storage space on an REE side by using the TA comprises: obtaining the encrypted first audio file from the storage space on the REE side by using the TA; and the playing the first audio file by using the TA comprises: decrypting the encrypted first audio file by using the TA by using a key stored on a TEE side, to obtain the decrypted first audio file; and playing the decrypted first audio file by using the TA. receiving (S301), in the REE, a screen jump instruction triggered by a user on a first screen, wherein the screen jump instruction is used for jumping to a second screen, and the second screen can be displayed only in the TEE; and entering (S302) the TEE and loading a trusted application, TA, in the TEE, obtaining a first audio file from storage space on an REE side and playing the first audio file by using the TA, wherein the first audio file is used to represent that the terminal device is currently running in a trusted environment, and displaying the second screen generated by using the TA, wherein the obtaining a first audio file from storage space on an REE side by using the TA comprises: obtaining the encrypted first audio file from the storage space on the REE side by using the TA; and the playing the first audio file by using the TA comprises: decrypting the encrypted first audio file by using the TA by using a key stored on a TEE side, to obtain the decrypted first audio file; and playing the decrypted first audio file by using the TA. obtaining the encrypted first audio file from the storage space on the REE side by using the TA; and the playing the first audio file by using the TA comprises: decrypting the encrypted first audio file by using the TA by using a key stored on a TEE side, to obtain the decrypted first audio file; and playing the decrypted first audio file by using the TA. decrypting the encrypted first audio file by using the TA by using a key stored on a TEE side, to obtain the decrypted first audio file; and playing the decrypted first audio file by using the TA.
Method for controlling a temperature (T) of a power converter of an automobile vehicle , the converter connecting an electrical network and a first inverter of an electric motor of the automobile vehicle , the electric motor being coupled, via a first coupling device , to at least one of the wheels of the vehicle automobile so as to move the automobile vehicle , the automobile vehicle comprising a system for cooling a plurality of elements including the converter and the first inverter , the control method comprising a comparison of a current value (Tc) of a temperature (T) of one of the elements of the plurality of elements cooled by the cooling system with a value (T 1 ,T 2 ) threshold, and, when the current value (Tc) of the temperature (T) is greater than the value (T 1 ,T 2 ) threshold, a reduction of a work of the motorization electric moving the automobile vehicle compensated by a work (W) of a second motor moving the automobile vehicle , the control method being characterized in that the compensation of the reduction in work comprises a forced coupling (F F ) of a second device for coupling the second motorization to at least one of the wheels of the automobile vehicle .
A photonic platform comprising: a buried oxide layer ; a first optical layer on the buried oxide layer , wherein the first optical layer is made of silicon and includes a continuous slab and a plurality of rib waveguides protruding upwardly from the slab ; a substrate , wherein the buried oxide layer is disposed on the substrate ; characterized by a second optical layer spaced above the first optical layer , the second optical layer defining an upper waveguide that crosses over the plurality of rib waveguides , wherein the first optical layer comprises tapered transitions extending under the upper waveguide laterally in opposite directions from the slab . a buried oxide layer ; a first optical layer on the buried oxide layer , wherein the first optical layer is made of silicon and includes a continuous slab and a plurality of rib waveguides protruding upwardly from the slab ; a substrate , wherein the buried oxide layer is disposed on the substrate ; characterized by a second optical layer spaced above the first optical layer , the second optical layer defining an upper waveguide that crosses over the plurality of rib waveguides , wherein the first optical layer comprises tapered transitions extending under the upper waveguide laterally in opposite directions from the slab .
An aircraft landing gear assembly comprising: a main strut having a mounting lug at one end region via which it is arranged to be pivotally coupled to an aircraft so as to be movable between a stowed condition for flight and a deployed condition for take-off and landing; an elongate bogie beam comprising first and second end regions connected by a central body portion at which the bogie beam is pivotally coupled to the main strut via a bogie pivot pin ; a first axle mounted at the first end region of the bogie beam, the first axle being arranged to carry one or more first wheel assemblies and first brake assemblies, each first brake assembly being coupled to the first axle or the bogie beam such that the first axle or the bogie beam inhibits rotation of the first brake assembly relative to the first axle when braking; a second axle mounted at the second end region of the bogie beam, with the bogie pivot pin between the first and second end regions, the second axle being arranged to carry one or more second wheel assemblies and second brake assemblies; and an actuator coupled between the main strut and the bogie beam and operable to extend to apply a compensating force to the bogie beam during braking, wherein the end regions of the bogie beam are arranged to position the bogie pivot axis (BP) below the plane (P2) intersecting the axes of rotation of the first and second wheel assemblies when the main strut is in the deployed condition and characterised in that the end regions extend from the central body portion at an angle of between 20° and 70°. a main strut having a mounting lug at one end region via which it is arranged to be pivotally coupled to an aircraft so as to be movable between a stowed condition for flight and a deployed condition for take-off and landing; an elongate bogie beam comprising first and second end regions connected by a central body portion at which the bogie beam is pivotally coupled to the main strut via a bogie pivot pin ; a first axle mounted at the first end region of the bogie beam, the first axle being arranged to carry one or more first wheel assemblies and first brake assemblies, each first brake assembly being coupled to the first axle or the bogie beam such that the first axle or the bogie beam inhibits rotation of the first brake assembly relative to the first axle when braking; a second axle mounted at the second end region of the bogie beam, with the bogie pivot pin between the first and second end regions, the second axle being arranged to carry one or more second wheel assemblies and second brake assemblies; and an actuator coupled between the main strut and the bogie beam and operable to extend to apply a compensating force to the bogie beam during braking, wherein the end regions of the bogie beam are arranged to position the bogie pivot axis (BP) below the plane (P2) intersecting the axes of rotation of the first and second wheel assemblies when the main strut is in the deployed condition and characterised in that the end regions extend from the central body portion at an angle of between 20° and 70°.
A method of managing battery life of a toll transponder, the method implemented by the toll transponder comprising: repeatedly detecting trigger signals and sending a response signal in reply to each trigger signal ; and determining that a threshold parameter has been reached during the repeatedly detecting and, based on that determination, entering a reduced-responsiveness state during which some detected trigger signals are ignored, wherein the threshold parameter comprises a maximum time since receipt of a first trigger signal and during which subsequent trigger signals are consistently received within a threshold time value of each other, wherein entering the reduced-responsiveness state comprises: cyclically, ignoring detected trigger signals and sending no response signal during a silence period , and detecting one or more trigger signals after the silence period and sending a response signal to each of the one or more trigger signals , and wherein said silence period is reconfigured to be longer when the transponder has been in the reduced-responsiveness state for a pre-defined period of time. repeatedly detecting trigger signals and sending a response signal in reply to each trigger signal ; and determining that a threshold parameter has been reached during the repeatedly detecting and, based on that determination, entering a reduced-responsiveness state during which some detected trigger signals are ignored, ignoring detected trigger signals and sending no response signal during a silence period , and detecting one or more trigger signals after the silence period and sending a response signal to each of the one or more trigger signals , and