mhurhangee/patent-ind-claim-en huggingface dataset:
A ceramic matrix composite comprising: a matrix; a fiber preform embedded within the matrix; and wherein the matrix includes a rigidization layer comprising silicon carbide, an infiltration layer, and a barrier layer sandwiched between the rigidization layer and the infiltration layer, the barrier layer comprising silicon nitro-carbide or silicon nitride. a matrix; a fiber preform embedded within the matrix; and wherein the matrix includes a rigidization layer comprising silicon carbide, an infiltration layer, and a barrier layer sandwiched between the rigidization layer and the infiltration layer, the barrier layer comprising silicon nitro-carbide or silicon nitride.
A method comprising the steps of: obtaining a file to be checked for Data Loss Prevention (DLP); determining a cryptographic hash of the file and comparing the cryptographic hash to corresponding cryptographic hashes of indexed files; responsive to a match between the cryptographic hash and one of the corresponding cryptographic hashes, determining a DLP match and performing an action based thereon; responsive to no match , extracting text from the file and creating an ordered sequence of hashes of variable length chunks of the extracted text; and determining the DLP match with text in one or more of the indexed files based on comparing the ordered sequence of hashes with corresponding ordered sequence of hashes of the indexed files, wherein the DLP match includes the file having some or all of the text in the one or more of the indexed files. obtaining a file to be checked for Data Loss Prevention (DLP); determining a cryptographic hash of the file and comparing the cryptographic hash to corresponding cryptographic hashes of indexed files; responsive to a match between the cryptographic hash and one of the corresponding cryptographic hashes, determining a DLP match and performing an action based thereon; responsive to no match , extracting text from the file and creating an ordered sequence of hashes of variable length chunks of the extracted text; and determining the DLP match with text in one or more of the indexed files based on comparing the ordered sequence of hashes with corresponding ordered sequence of hashes of the indexed files, wherein the DLP match includes the file having some or all of the text in the one or more of the indexed files.
Bicycle frame for an electric bicycle, comprising a multi-tubular and one-piece frame section comprising a support tube and a housing tube , the support tube defining a support chamber extending in the longitudinal direction of the frame section and the housing tube defining a housing chamber extending in the longitudinal direction of the frame section , wherein the housing tube comprises a battery opening through which a battery can be inserted into the housing chamber , characterised in that the support tube has a larger wall thickness (T) than the housing tube . a multi-tubular and one-piece frame section comprising a support tube and a housing tube , the support tube defining a support chamber extending in the longitudinal direction of the frame section and the housing tube defining a housing chamber extending in the longitudinal direction of the frame section , wherein the housing tube comprises a battery opening through which a battery can be inserted into the housing chamber , characterised in that the support tube has a larger wall thickness (T) than the housing tube .
A lighting system comprising: - a power supply circuit comprising two output terminals , and - a first string of solid state light sources and a second string of solid state light sources connected in parallel between said two output terminals , characterized in that said power supply circuit is configured to provide a regulated voltage ( V out ) via said two output terminals , wherein said regulated voltage ( V out ) is activated periodically for a first duration ( T ON ) and deactivated for a second duration ( T OFF ) as a function of a dimming signal, wherein said first string of solid state light sources and a first current regulator are connected in series between said two output terminals , wherein said first current regulator is configured to regulate the current ( i 22a ) flowing through said first string , wherein said second string of solid state light sources and a second current regulator are connected in series between said two output terminals , wherein said second current regulator is configured to regulate the current ( i 22b ) flowing through said second string , and wherein said light sources of said first string have a first correlated color temperature and said light sources of said second string have a second correlated color temperature, wherein said second correlated color temperature is smaller than said first correlated color temperature, and wherein said system comprises means configured to activate the current ( i 22a ) flowing through said first string when a given time ( ΔT ) has elapsed since a rising edge of said regulated voltage ( V out ) and deactivate the current ( i 22a ) flowing through said first string simultaneously with a falling edge of said regulated voltage ( V out ). - a power supply circuit comprising two output terminals , and - a first string of solid state light sources and a second string of solid state light sources connected in parallel between said two output terminals ,
An aqueous polyurethane dispersion, comprising polyurethane-acrylate particles dispersed in an aqueous medium, said particles comprising the reaction product obtained by polymerizing the components of a pre-emulsion formed from: (A) an active hydrogen-containing polyurethane acrylate prepolymer, comprising a reaction product obtained by reacting: (i) a polyol; (ii) a polymerizable ethylenically unsaturated monomer containing at least one hydroxyl group; (iii) a compound comprising a C 1 -C 30 alkyl group having at least two active hydrogen-containing groups selected from carboxylic acid groups and hydroxyl groups, wherein at least one active hydrogen-containing group is a hydroxyl group; and (iv) a polyisocyanate; (B) one or more hydrophobic polymerizable ethylenically unsaturated monomers; and (C) a crosslinking monomer having two or more sites of polymerizable ethylenic unsaturation; wherein the active hydrogen-containing polyurethane acrylate prepolymer of (A) includes at least 30 percent by weight of polyurethane acrylate prepolymer comprising one or more prepolymers having at least one terminal polymerizable site of ethylenic unsaturation at one end of the molecule and at least one active hydrogen-containing group at the opposite end of the molecule; and at least 10 percent by weight of the polyurethane acrylate prepolymer comprising one or more prepolymers having at least one terminal polymerizable site of ethylenic unsaturation at each end of the molecule. (A) an active hydrogen-containing polyurethane acrylate prepolymer, comprising a reaction product obtained by reacting: (i) a polyol; (ii) a polymerizable ethylenically unsaturated monomer containing at least one hydroxyl group; (iii) a compound comprising a C 1 -C 30 alkyl group having at least two active hydrogen-containing groups selected from carboxylic acid groups and hydroxyl groups, wherein at least one active hydrogen-containing group is a hydroxyl group; and (iv) a polyisocyanate; (i) a polyol; (ii) a polymerizable ethylenically unsaturated monomer containing at least one hydroxyl group; (iii) a compound comprising a C 1 -C 30 alkyl group having at least two active hydrogen-containing groups selected from carboxylic acid groups and hydroxyl groups, wherein at least one active hydrogen-containing group is a hydroxyl group; and (iv) a polyisocyanate; (B) one or more hydrophobic polymerizable ethylenically unsaturated monomers; and (C) a crosslinking monomer having two or more sites of polymerizable ethylenic unsaturation;
A method implemented by a printer to control a fluid firing unit of a printhead, when said printhead is coupled to said printer, to operate according to any one of a normal printing mode and a recovery mode, wherein said method includes: • if the fluid firing unit is operated according to said normal printing mode, applying a first voltage to said fluid firing unit to fire said fluid firing unit during a printing operation; and • if the fluid firing unit is operated according to said recovery mode, applying a second voltage higher than said first voltage to the fluid firing unit to clean said fluid firing unit wherein the fluid firing unit is operated according to said recovery mode if a predetermined condition is met, the predetermined condition comprising detection of any one of • insertion of a new printhead within said printer, • an idle time of the fluid firing unit exceeding a first predetermined time threshold, or • an uncap time during which a printhead of said printer is uncapped exceeding a second predetermined time threshold. • if the fluid firing unit is operated according to said normal printing mode, applying a first voltage to said fluid firing unit to fire said fluid firing unit during a printing operation; and • if the fluid firing unit is operated according to said recovery mode, applying a second voltage higher than said first voltage to the fluid firing unit to clean said fluid firing unit wherein the fluid firing unit is operated according to said recovery mode if a predetermined condition is met, the predetermined condition comprising detection of any one of • insertion of a new printhead within said printer, • an idle time of the fluid firing unit exceeding a first predetermined time threshold, or • an uncap time during which a printhead of said printer is uncapped exceeding a second predetermined time threshold.
A voltage source converter comprising: first and second DC terminals for connection to a DC network ; and at least one converter limb , the or each converter limb extending between and being connected to the first and second DC terminals and including first and second limb portions separated by a respective AC terminal for connection to a corresponding phase of an AC network , each first limb portion extending between the first DC terminal and corresponding AC terminal , each second limb portion extending between and being connected to the second DC terminal and corresponding AC terminal ; the voltage source converter being characterized in that each limb portion includes a respective chain-link converter defined by a plurality of series-connected switching modules configured to operate in combination to provide a stepped variable voltage source; and in that it further comprises a control apparatus configured to coordinate operation of the chain-link converters to cause an exchange of power between the DC and AC networks , the control apparatus being configured to evaluate a combined performance of the switching modules within at least one chain-link converter and being configured to modify a coordinated operation of the chain-link converters when the combined performance of the said switching modules becomes degraded to a predetermined extent by varying active and/or reactive power transfer demands (P * , Q * ) that the voltage source converter is required to provide. first and second DC terminals for connection to a DC network ; and at least one converter limb , the or each converter limb extending between and being connected to the first and second DC terminals and including first and second limb portions separated by a respective AC terminal for connection to a corresponding phase of an AC network , each first limb portion extending between the first DC terminal and corresponding AC terminal , each second limb portion extending between and being connected to the second DC terminal and corresponding AC terminal ; the voltage source converter being characterized in that each limb portion includes a respective chain-link converter defined by a plurality of series-connected switching modules configured to operate in combination to provide a stepped variable voltage source; and in that it further comprises a control apparatus configured to coordinate operation of the chain-link converters to cause an exchange of power between the DC and AC networks , the control apparatus being configured to evaluate a combined performance of the switching modules within at least one chain-link converter and being configured to modify a coordinated operation of the chain-link converters when the combined performance of the said switching modules becomes degraded to a predetermined extent by varying active and/or reactive power transfer demands (P * , Q * ) that the voltage source converter is required to provide.
A customization method of a motor control device for controlling a motor , the customization method achieving customization in the motor control device by providing a customizing element in each function unit for allowing a user to modify a specific function, the customization method comprising: forming a customization module for executing a modifying operation of the specific function in the customizing element, and configuring a customization module group by a set of customization modules; allowing the user to form a user module for executing an operation related to the specific function in the customizing element, the user module including one or more programs created by the user; and providing a buffer memory accessible from the customization module and the user module, wherein the motor control device includes a CPU , the CPU is reading the user module and is writing the one or more programs created by user to the buffer memory, and the CPU is refering to the one or more programs created by user stored in the buffer memory and is executing the specific function stored in the customization module based on the one or more programs created by user stored in the buffer memory, characterized in that the CPU is executing the modifying operation according to a preinstalled procedure of the one or more programs of the customization module, and the CPU is executing the operation related to the specific function according to a command procedure of the one or more programs created by the user. forming a customization module for executing a modifying operation of the specific function in the customizing element, and configuring a customization module group by a set of customization modules; allowing the user to form a user module for executing an operation related to the specific function in the customizing element, the user module including one or more programs created by the user; and providing a buffer memory accessible from the customization module and the user module, wherein the motor control device includes a CPU , the CPU is reading the user module and is writing the one or more programs created by user to the buffer memory, and the CPU is refering to the one or more programs created by user stored in the buffer memory and is executing the specific function stored in the customization module based on the one or more programs created by user stored in the buffer memory, characterized in that the CPU is executing the modifying operation according to a preinstalled procedure of the one or more programs of the customization module, and the CPU is executing the operation related to the specific function according to a command procedure of the one or more programs created by the user.
A disposable adhesive substrate adapted to be arranged on a medical device having EMG electrodes , the substrate comprising - a first adhesive layer on a first plane side of the substrate configured for attaching the substrate to the medical device , - a second adhesive layer on a second opposite plane side of the substrate configured for attaching the substrate to the skin of a user of the medical device , and - conductive contact areas configured for providing electrical connection between the EMG electrodes and the skin of a user of the medical device , characterized in that the circumferential outline of the substrate is rotationally asymmetric around any two perpendicular rotation axes through the centre of the substrate and in the plane of the substrate . - a first adhesive layer on a first plane side of the substrate configured for attaching the substrate to the medical device , - a second adhesive layer on a second opposite plane side of the substrate configured for attaching the substrate to the skin of a user of the medical device , and - conductive contact areas configured for providing electrical connection between the EMG electrodes and the skin of a user of the medical device ,
A method for verifying a physical connection of an unverified thermal device to a specific combined district heating and cooling system , wherein the specific combined district heating and cooling system comprises a hot fluid conduit for transporting hot fluid, and a cold fluid conduit for transporting cold fluid, wherein, during operation, the hot fluid is warmer than the cold fluid, the method comprising: receiving , from a verified thermal device (106a-e, 112) already verified as physically connected to the specific combined district heating and cooling system , reference data pertaining to a physical characteristic associated to the specific combined district heating and cooling system , wherein the reference data is measured by one or more sensors associated to the verified thermal device ; receiving , from the unverified thermal device , test data pertaining to a physical characteristic of a combined district heating and cooling system the unverified thermal device is connected to, wherein the test data is measured by one or more sensors associated to the unverified thermal device ; determining a comparison criterion based on the reference data; and comparing the test data and the comparison criterion; upon the comparison fulfills the comparison criterion, verifying that the unverified thermal device is physically connected to the specific combined district heating and cooling system . receiving , from a verified thermal device (106a-e, 112) already verified as physically connected to the specific combined district heating and cooling system , reference data pertaining to a physical characteristic associated to the specific combined district heating and cooling system , wherein the reference data is measured by one or more sensors associated to the verified thermal device ; receiving , from the unverified thermal device , test data pertaining to a physical characteristic of a combined district heating and cooling system the unverified thermal device is connected to, wherein the test data is measured by one or more sensors associated to the unverified thermal device ; determining a comparison criterion based on the reference data; and comparing the test data and the comparison criterion; upon the comparison fulfills the comparison criterion, verifying that the unverified thermal device is physically connected to the specific combined district heating and cooling system .
A calibrator sleeve for a block calibrator for calibrating a temperature sensor , wherein the calibrator sleeve is formed as cylindrical and has at least one sensor bore into which the temperature sensor is insertable along a longitudinal direction (L), wherein the body of the calibrator sleeve has at least two sections having different thermal conductivities (λ1, λ2, λ2') characterized in that a first section having a higher thermal conductivity (λ1) forms a calibration section ; and in that a second section adjoins the calibration section in the longitudinal direction (L) and forms a connecting section that has a lower thermal conductivity (λ2') and/or that is formed from a material having a lower thermal conductivity (λ2).
A device for use in a mobile communication user equipment, UE, the device comprising processing circuitry arranged to: receive cell data pertaining to a plurality of assistance data cells, and receive offset information, wherein the plurality of assistance data cells includes an assistance data reference cell and a plurality of neighbour cells (130a-c), the cell data includes: (i) information to describe timings of positioning reference signals, PRSs, of the assistance data reference cell, and (ii) neighbour information, the neighbour information to describe timings, relative to the assistance data reference cell, of positioning reference signals, PRSs, of the plurality of neighbour cells, and wherein the offset information describes respective LTE frame offsets between the assistance data reference cell and each of the neighbour cells. receive cell data pertaining to a plurality of assistance data cells, and receive offset information, wherein the plurality of assistance data cells includes an assistance data reference cell and a plurality of neighbour cells (130a-c), the cell data includes: (i) information to describe timings of positioning reference signals, PRSs, of the assistance data reference cell, and (ii) neighbour information, the neighbour information to describe timings, relative to the assistance data reference cell, of positioning reference signals, PRSs, of the plurality of neighbour cells, and wherein (i) information to describe timings of positioning reference signals, PRSs, of the assistance data reference cell, and (ii) neighbour information, the neighbour information to describe timings, relative to the assistance data reference cell, of positioning reference signals, PRSs, of the plurality of neighbour cells, and wherein the offset information describes respective LTE frame offsets between the assistance data reference cell and each of the neighbour cells.