mhurhangee/ep-ind-claims huggingface dataset:
A resonant transducer comprising: a resonator which comprises a long plate shaped vibrating element; a fixed electrode which is arranged in the vicinity of the resonator along a longitudinal direction of the long plate shaped vibrating element, so that between the fixed electrode and the resonator a resonator gap is formed; a resonator electrode which is fixed and connected to an end part of the resonator and extends in a direction perpendicular to the long shaped vibrating element, so that between the fixed electrode and the resonator electrode an electrode separating gap is formed; an oxide film which is formed on the fixed electrode and the resonator electrode covers the sides of the electrode separating gap; and a buried part which is made of polysilicon or a material which can withstand vapor of hydro-fluoric acid or hydrogen fluoride and formed between the fixed electrode and the resonator electrode, wherein the buried part is buried in the oxide film, wherein the buried part is not formed between the fixed electrode and the resonator, wherein the electrode separating gap is formed to be larger than the resonator gap, and wherein the resonator, the resonator electrode and the fixed electrode are formed by the same active layer on a substrate. a resonator which comprises a long plate shaped vibrating element; a fixed electrode which is arranged in the vicinity of the resonator along a longitudinal direction of the long plate shaped vibrating element, so that between the fixed electrode and the resonator a resonator gap is formed; a resonator electrode which is fixed and connected to an end part of the resonator and extends in a direction perpendicular to the long shaped vibrating element, so that between the fixed electrode and the resonator electrode an electrode separating gap is formed; an oxide film which is formed on the fixed electrode and the resonator electrode covers the sides of the electrode separating gap; and a buried part which is made of polysilicon or a material which can withstand vapor of hydro-fluoric acid or hydrogen fluoride and formed between the fixed electrode and the resonator electrode,
A press pad a press pad for a hydraulic single-level or multi-level heating and cooling press for producing circuit boards, high pressure laminates or similar plate material, the press pad comprising: two outer layers arranged on two opposite sides of the press pad and respectively made from a foil made from a high temperature resistant thermoplastic polymer with a very low friction coefficient; a center layer made from a flat fiber contexture and arranged between the two outer layers; and two connection layers made from a fluor elastomeric material or a fluor rubber and respectively arranged between the center layer and the two outer layers, wherein at least a major portion of the fibers, or all the fibers of the flat contexture of the center layer are made from a material with a negative thermal expansion coefficient. two outer layers arranged on two opposite sides of the press pad and respectively made from a foil made from a high temperature resistant thermoplastic polymer with a very low friction coefficient; a center layer made from a flat fiber contexture and arranged between the two outer layers; and two connection layers made from a fluor elastomeric material or a fluor rubber and respectively arranged between the center layer and the two outer layers, wherein at least a major portion of the fibers, or all the fibers of the flat contexture of the center layer are made from a material with a negative thermal expansion coefficient.
A method performed at an interface between a user device and a transaction system for interfacing the user device to the transaction system, the method comprising: associating an authentication level with each of a plurality of instructions, wherein the authentication level is selected from a set of authentication levels comprising: no authentication, device authentication, user authentication, and re-authentication; wherein the re-authentication authentication level requires authentication of a user prior to processing of the instruction regardless of whether authentication has previously been performed; receiving an instruction from an SMS gateway in an SMS message, the SMS message originating from the user device; parsing the instruction to obtain a corresponding transaction and determining the authentication level associated with the instruction; performing authentication in dependence on the determined authentication level; and, if authentication succeeds: calling a function on the transaction system for performing the transaction; receiving a response from the transaction system; and transmitting the response to the user device in a response SMS message. associating an authentication level with each of a plurality of instructions, wherein the authentication level is selected from a set of authentication levels comprising: no authentication, device authentication, user authentication, and re-authentication; wherein the re-authentication authentication level requires authentication of a user prior to processing of the instruction regardless of whether authentication has previously been performed; receiving an instruction from an SMS gateway in an SMS message, the SMS message originating from the user device; parsing the instruction to obtain a corresponding transaction and determining the authentication level associated with the instruction; performing authentication in dependence on the determined authentication level; and, if authentication succeeds: calling a function on the transaction system for performing the transaction; receiving a response from the transaction system; and transmitting the response to the user device in a response SMS message. calling a function on the transaction system for performing the transaction; receiving a response from the transaction system; and transmitting the response to the user device in a response SMS message.
A method of managing lawful interception, LI, data in a telecommunication network, the method comprising: - setting up a permissioned blockchain among participants, said participants comprising a law enforcement agency, LEA, function, a LI mediation and delivery, MF/DF, function, and a intercepting network function, - registering a smart contract in the blockchain, said smart contract comprising conditions associated with intercept related information, IRI, and/or call content, CC, transactions performed by the participants (131, 132, 133), - registering, in the blockchain, IRI and/or CC transactions performed by the participants (131, 132, 133) during LI of communication between two entities (101, 102) in the telecommunication network, - propagating the registered IRI and/or CC transactions among the participants (131, 132, 133), - executing the smart contract to verify whether or not the registered IRI and/or CC transactions are compliant with the smart contract, and - informing the participants (131, 132, 133) about whether or not the registered IRI and/or CC transactions are compliant with the smart contract. - setting up a permissioned blockchain among participants, said participants comprising a law enforcement agency, LEA, function, a LI mediation and delivery, MF/DF, function, and a intercepting network function, - registering a smart contract in the blockchain, said smart contract comprising conditions associated with intercept related information, IRI, and/or call content, CC, transactions performed by the participants (131, 132, 133), - registering, in the blockchain, IRI and/or CC transactions performed by the participants (131, 132, 133) during LI of communication between two entities (101, 102) in the telecommunication network, - propagating the registered IRI and/or CC transactions among the participants (131, 132, 133), - executing the smart contract to verify whether or not the registered IRI and/or CC transactions are compliant with the smart contract, and - informing the participants (131, 132, 133) about whether or not the registered IRI and/or CC transactions are compliant with the smart contract.
A thermal spray powder comprising: a first component A mechanically blended with a second component B; wherein the first component A is a solid lubricant clad with a metal alloy, and wherein the solid lubricant comprises hexagonal boron nitride; and wherein the second component B is a metal. a first component A mechanically blended with a second component B; wherein the first component A is a solid lubricant clad with a metal alloy, and wherein the solid lubricant comprises hexagonal boron nitride; and wherein the second component B is a metal.
Method for producing a component of valves, fittings or tap assemblies comprising the steps of: • providing a metal substrate; • depositing a first layer of copper on at least one portion of the metal substrate; and • depositing a second layer of chrome on at least a portion of the first layer of copper and in direct contact therewith, in order to obtain said component; the method being characterized by the fact that: the metal substrate comprises at least one wall which defines at least one cavity of the substrate; the wall having an inner surface defining the cavity and an outer surface, opposite to the inner surface; the step of depositing the first layer of copper comprises a step of depositing the first layer of copper in the substrate cavity, and in particular on the inner surface of said cavity; and the step of depositing the second layer of chrome comprises a step of depositing the second layer of chrome externally to the cavity of the substrate. • providing a metal substrate; • depositing a first layer of copper on at least one portion of the metal substrate; and • depositing a second layer of chrome on at least a portion of the first layer of copper and in direct contact therewith, in order to obtain said component; the metal substrate comprises at least one wall which defines at least one cavity of the substrate; the wall having an inner surface defining the cavity and an outer surface, opposite to the inner surface; the step of depositing the first layer of copper comprises a step of depositing the first layer of copper in the substrate cavity, and in particular on the inner surface of said cavity; and the step of depositing the second layer of chrome comprises a step of depositing the second layer of chrome externally to the cavity of the substrate.
A method of manufacturing a heat treated coated glass pane with a low-emissivity and/or solar control coating comprising the following steps in sequence a) providing a glass substrate, b) depositing by chemical vapour deposition at least one CVD coating on a surface of the glass substrate using titanium tetraisopropoxide (TTIP) as a precursor, and c) depositing by physical vapour deposition at least one PVD coating on said at least one CVD coating; and d) heat treating the coated glass pane to a temperature at or above the softening point of the glass pane, followed by cooling. a) providing a glass substrate, b) depositing by chemical vapour deposition at least one CVD coating on a surface of the glass substrate using titanium tetraisopropoxide (TTIP) as a precursor, and c) depositing by physical vapour deposition at least one PVD coating on said at least one CVD coating; and d) heat treating the coated glass pane to a temperature at or above the softening point of the glass pane, followed by cooling.
A method of controlling operation of a gas turbine, the method including: determining a first temperature associated with a portion of the gas turbine during operation of said gas turbine; sensing an operational parameter of the gas turbine during operation of the gas turbine; sensing an ambient pressure in an ambient environment of the gas turbine; correcting the operational parameter using the ambient pressure sensed in the ambient environment of the gas turbine to establish a corrected operational parameter; determining a threshold temperature based at least in part on the corrected operational parameter; and initiating a backup routine that limits operation of the gas turbine when the first temperature is greater than or equal to the threshold temperature. determining a first temperature associated with a portion of the gas turbine during operation of said gas turbine; sensing an operational parameter of the gas turbine during operation of the gas turbine; sensing an ambient pressure in an ambient environment of the gas turbine; correcting the operational parameter using the ambient pressure sensed in the ambient environment of the gas turbine to establish a corrected operational parameter; determining a threshold temperature based at least in part on the corrected operational parameter; and initiating a backup routine that limits operation of the gas turbine when the first temperature is greater than or equal to the threshold temperature.
A wireless communication system in which a first wireless access point which is adapted to communicate with one or more wireless stations (STA11-STA12) within a first cell by orthogonal frequency-division multiple access and a second wireless access point which is adapted to be capable of performing carrier sensing with the first wireless access point and to communicate with one or more wireless stations (STA21-STA23) within a second cell by the orthogonal frequency-division multiple access are adapted to operate in cooperation with each other, wherein the first wireless access point comprises a transmission opportunity acquiring means which is adapted to acquire a transmission opportunity when data to be transmitted is generated, and the wireless communication system is characterized in that the first wireless access point further comprises a transmitting means of permission for use which is adapted to transmit permission for use of channels which are not scheduled to use within the first cell, to the second wireless access point in a period in which the transmission opportunity is acquired, and the second wireless access point comprises a communication means which is adapted to communicate with the wireless stations within the second cell via the channels in which the permission for use is acquired from the first wireless access point.
Method for producing a tubular filter membrane element for microfiltration, wherein a membrane tube portion composed of plastic is closed at its one axial end and is provided at the opposite axial end with an adapter part composed of plastic, wherein the membrane tube portion is composed of a permeable plastics material, wherein the permeability is formed either by a fundamental porosity of the material and/or by a subsequently introduced perforation, wherein the membrane tube portion is arranged in a cavity of an injection-moulding device on a positioning mandrel and is held by said mandrel during the injection-moulding process, characterized in that the adapter part is injection-moulded onto the membrane tube portion, wherein the adapter part is configured in the form of a connection socket for a fluid line, wherein the adapter part is welded to the membrane tube portion, wherein the membrane tube portion is closed at its one axial end by virtue of this end of said portion being brought into abutment with a hot die and being shaped into a desired shape, wherein a form which tapers conically in an axial direction is formed at the closed end of the membrane tube portion, wherein the membrane tube portion is positioned on a mandrel during the closing of its one axial end, and wherein the membrane tube portion is rotated about its longitudinal axis during the closing of the axial end, and/or in that the hot die is rotated during the closing of the axial end of the membrane tube portion. wherein the membrane tube portion is composed of a permeable plastics material, wherein the permeability is formed either by a fundamental porosity of the material and/or by a subsequently introduced perforation, wherein the membrane tube portion is arranged in a cavity of an injection-moulding device on a positioning mandrel and is held by said mandrel during the injection-moulding process, the adapter part is injection-moulded onto the membrane tube portion, wherein the adapter part is configured in the form of a connection socket for a fluid line, wherein the adapter part is welded to the membrane tube portion, wherein the membrane tube portion is closed at its one axial end by virtue of this end of said portion being brought into abutment with a hot die and being shaped into a desired shape, wherein a form which tapers conically in an axial direction is formed at the closed end of the membrane tube portion, wherein the membrane tube portion is positioned on a mandrel during the closing of its one axial end, and wherein the membrane tube portion is rotated about its longitudinal axis during the closing of the axial end,
Cooling system for a hybrid powertrain of a motor vehicle comprising an internal combustion engine and an electric traction assembly comprising a main circuit which is able to be traversed by a heat transfer fluid in order to cool the internal combustion engine to a first temperature level and a secondary circuit which is able to be traversed by a heat transfer fluid in order to cool the electric traction assembly to a second temperature level, lower than the first level, each of the circuits (10, 20) comprising a radiator (11, 21) which is capable of cooling the heat transfer fluid by heat exchange with an air flow, at least one hydraulic pump (12, 22, 23, 24) for circulating the heat transfer fluid in the cooling circuits (10, 20) and an electronic control unit which is capable of controlling the hydraulic pumps (12, 22, 23, 24), characterized in that the control unit comprises a module for recovering information on the dynamics of the vehicle and a module for controlling the flow rate from the hydraulic pumps (12, 22, 23, 24) as a function of this information, and in that the control unit comprises a module for controlling the change of drive mode as a function of the information on the dynamics of the vehicle or according to a manual selection by the driver, the information on the dynamics of the vehicle comprising the speed of the motor vehicle, the steering angle of the steering wheel (α), the gradient of the road (β) and the adhesion to the ground.
A roof window comprising a frame, a sash pivotally mounted within the frame, and a latch means for releasably coupling the sash and frame together in a closed coplanar position, the roof window having a sash movement restriction means mounted on said frame, the sash movement restriction means comprising a movable barrier means operable between a locking position and an open position via biasing means, characterized in that the movable barrier means is movable from the locking position to the open position and back to the locking position by moving the sash past the movable barrier means in the direction of closing of the sash.
A batch process for preparing polybutylene terephthalate, comprising: heating at approximately 245-260 °C and 1 atmosphere (101325 Pa) of pressure PBT oligomer having an intrinsic viscosity of 0.1 to 0.2 dL/g and a carboxylic acid end group concentration of 90 to 180 mmol/kg until the PBT melts and becomes homogeneous to form melted homogeneous PBT oligomer; wherein the PBT oligomer contains 0 to 300 ppm tetra(C 1 -C 8 alkyl) titanate catalyst; polycondensing the melted homogeneous PBT oligomer by adding 0.1 to 250 ppm tetra(C 1 -C 8 alkyl) titanate catalyst, reducing the pressure to approximately 0.1 to 4 mm Hg (133 to 533 Pa), and maintaining the temperature at approximately 245-260 °C for a sufficient time to provide PBT having an IV of between 0.55 and 1.20 dL/g; wherein the IV and CEG are measured according to the method of the description. heating at approximately 245-260 °C and 1 atmosphere (101325 Pa) of pressure PBT oligomer having an intrinsic viscosity of 0.1 to 0.2 dL/g and a carboxylic acid end group concentration of 90 to 180 mmol/kg until the PBT melts and becomes homogeneous to form melted homogeneous PBT oligomer; wherein the PBT oligomer contains 0 to 300 ppm tetra(C 1 -C 8 alkyl) titanate catalyst; polycondensing the melted homogeneous PBT oligomer by adding 0.1 to 250 ppm tetra(C 1 -C 8 alkyl) titanate catalyst, reducing the pressure to approximately 0.1 to 4 mm Hg (133 to 533 Pa), and maintaining the temperature at approximately 245-260 °C for a sufficient time to provide PBT having an IV of between 0.55 and 1.20 dL/g; wherein the IV and CEG are measured according to the method of the description.
A retractable leash for restraining an animal attached to the retractable leash, the retractable leash comprising a housing, wherein the housing is configured to substantially cover the other parts of the retractable leash, a spool in the housing, a leash, wherein the leash is wound around the spool and at least a portion of the leash can be extracted from the housing, an automatic brake, wherein the automatic brake is configured to lock the leash and prevent further extraction of the leash from the housing if the leash is extracted above a threshold speed, a manual brake, wherein the manual brake is configured to prevent rotation of the spool when engaged by a user and wherein the automatic brake is configured to engage the manual brake, said automatic brake comprising: a cam, wherein the cam is configured to be forced outward against the housing when the spool rotates above the threshold speed; said retractable leash being characterized in that said automatic brake further comprises: a lever, wherein one end of the lever is configured to be moved by the cam when the spool rotates above the threshold speed and the other end of the lever engages the manual brake. a cam, wherein the cam is configured to be forced outward against the housing when the spool rotates above the threshold speed; said retractable leash being characterized in that said automatic brake further comprises: a lever, wherein one end of the lever is configured to be moved by the cam when the spool rotates above the threshold speed and the other end of the lever engages the manual brake. a lever, wherein one end of the lever is configured to be moved by the cam when the spool rotates above the threshold speed and the other end of the lever engages the manual brake.