mhurhangee/ep-ind-claims huggingface dataset:
Method for controlling the access to a specific type of services among a plurality of type of services proposed by a service supplier, this method comprising the following steps comprising the following steps: - entering, into an authentication device of this user, a personal identification code specific to this user, this personal identification code being identical for at least two different types of services proposed by the service supplier, the proposed services from one type of service being grouped as a function of the necessary rights to access these services; - indication, by said user, of said specific type of services for which the access is required, this indication being made in the authentication device; this method being characterized in that it furthermore includes the steps of: - transformation of said personal identification code in the authentication device, in a way depending on at least one cryptographic function specific to said user and to said required specific type of services, this cryptographic function being memorized in the authentication device; - transmission of the result of the transformation of said personal identification code to the service supplier; - user authentication by the service supplier, by means of the transmitted result of said transformation; - assignation or refusal of assignation, by the service supplier, of the access right to said specific type of services required according to the result of the authentication. - entering, into an authentication device of this user, a personal identification code specific to this user, this personal identification code being identical for at least two different types of services proposed by the service supplier, the proposed services from one type of service being grouped as a function of the necessary rights to access these services; - indication, by said user, of said specific type of services for which the access is required, this indication being made in the authentication device; - transformation of said personal identification code in the authentication device, in a way depending on at least one cryptographic function specific to said user and to said required specific type of services, this cryptographic function being memorized in the authentication device; - transmission of the result of the transformation of said personal identification code to the service supplier; - user authentication by the service supplier, by means of the transmitted result of said transformation; - assignation or refusal of assignation, by the service supplier, of the access right to said specific type of services required according to the result of the authentication.
A valve operating mechanism comprising: a valve body provided at an air passage of an internal combustion engine; an actuator causing the valve body to rotate so as to adjust a cross-sectional area of the air passage; a shaft body supporting the valve body; a link member connected to the shaft body and integrally rotating with the valve body; an actuator rod rotatably connected to the link member and transmitting a driving force of the actuator to the link member through a pivot shaft provided on the actuator rod, whereby the valve body rotates between an open position and the closed position by the operation of the actuator rod; and a biasing member includes a first linear portion which engages with the link member, a second linear portion which engages with the pivot shaft of the actuator rod and a coil-shaping portion which wound via the shaft body, whereby the biasing member biasing the link member and pivot shaft of the actuator rod so as to contact each other along an operative direction of the actuator rod; in case with the valve body is in an open state, the pivot shaft is located in the protrudes direction side along the operative direction of the actuator rod relative to the shaft body; and in case with the valve body is in an closed state, the pivot shaft is located in the returns direction side along the operative direction of the actuator rod relative to the shaft body. a valve body provided at an air passage of an internal combustion engine; an actuator causing the valve body to rotate so as to adjust a cross-sectional area of the air passage; a shaft body supporting the valve body; a link member connected to the shaft body and integrally rotating with the valve body; an actuator rod rotatably connected to the link member and transmitting a driving force of the actuator to the link member through a pivot shaft provided on the actuator rod, whereby the valve body rotates between an open position and the closed position by the operation of the actuator rod; and a biasing member includes a first linear portion which engages with the link member, a second linear portion which engages with the pivot shaft of the actuator rod and a coil-shaping portion which wound via the shaft body, whereby the biasing member biasing the link member and pivot shaft of the actuator rod so as to contact each other along an operative direction of the actuator rod; in case with the valve body is in an open state, the pivot shaft is located in the protrudes direction side along the operative direction of the actuator rod relative to the shaft body; and in case with the valve body is in an closed state, the pivot shaft is located in the returns direction side along the operative direction of the actuator rod relative to the shaft body.
A computer-implemented method for determining at least one linear parameter of a transmission line, said method comprising the following steps: • determining at least one measurement of a complex propagation factor γ as a function of frequency from at least one measurement carried out on the transmission line, • determining at least one measurement of the linear attenuation α of the transmission line equal to the real part of the measurement of the complex propagation factor γ and/or at least one measurement of the phase factor β of the transmission line equal to the imaginary part of the measurement of the complex propagation factor γ, • filtering the measurement of the linear attenuation α and/or the measurement of the phase factor β with a polynomial frequency regression model dependent on the physical characteristics of the transmission line. • determining at least one measurement of a complex propagation factor γ as a function of frequency from at least one measurement carried out on the transmission line, • determining at least one measurement of the linear attenuation α of the transmission line equal to the real part of the measurement of the complex propagation factor γ and/or at least one measurement of the phase factor β of the transmission line equal to the imaginary part of the measurement of the complex propagation factor γ, • filtering the measurement of the linear attenuation α and/or the measurement of the phase factor β with a polynomial frequency regression model dependent on the physical characteristics of the transmission line.
- Compressed air foam system, CAFS, comprising a source of water, an air management system for providing a compressed air flow, a solution dosing module for providing an additive solution and a mixing chamber module configured to provide an air-solution mixture to an output device, said mixing module comprising an outlet conduit fluidly connected to said output device and an inlet conduit fluidly connected to said source, said mixing module comprising a plurality of by-pass conduits (9a, 9b, 9c, 9d, 9e) between said inlet conduit and said outlet conduit each of said by-pass conduits (9a, 9b, 9c, 9d, 9e) having a hydraulic diameter different with respect to the other, said air management system and said dosing module being fluidly connected to at least one of sais by-pass conduits (9a, 9b, 9c, 9d, 9e), said air-solution mixture being obtainable by said compressed air, said water and said additive solution in said outlet conduit. said mixing module comprising an outlet conduit fluidly connected to said output device and an inlet conduit fluidly connected to said source, said mixing module comprising a plurality of by-pass conduits (9a, 9b, 9c, 9d, 9e) between said inlet conduit and said outlet conduit each of said by-pass conduits (9a, 9b, 9c, 9d, 9e) having a hydraulic diameter different with respect to the other, said air management system and said dosing module being fluidly connected to at least one of sais by-pass conduits (9a, 9b, 9c, 9d, 9e), said air-solution mixture being obtainable by said compressed air, said water and said additive solution in said outlet conduit.
Rotor arrangement for a turbomachine, comprising a rotor having a first rotor stage, a shaft, and a first hub for connecting the first rotor stage to the shaft, the first hub having a balancing device for balancing the first rotor stage, characterized in that the first rotor stage is connected to the shaft by means of the first hub as a front hub connection, which can be referred to as the front hub, the first rotor stage comprising a first rotor main body, and a second rotor stage comprising a second rotor main body having a rotor arm for connecting the first rotor stage to the second rotor stage, and in that the rotor arm has a radial through-opening for fluids to flow through from a rotor interior into a rotor exterior.
An absorbent article comprising a front sheet, a back sheet and an absorbent body disposed in a laminate of the front sheet and the back sheet, and having a lengthwise direction, a widthwise direction and a thickness direction, the absorbent article comprising: a waist expandable-and-shrinkable member that is expandable and shrinkable in an expansion-and-shrink direction and is disposed in the laminate so that the expansion-and-shrink direction is along the widthwise direction; wherein the waist expandable-and-shrinkable member is disposed between the absorbent body and the front sheet in the thickness direction, and is bonded to the front sheet, a portion of the waist expandable-and-shrinkable member overlaps with the absorbent body in the thickness direction and is in contact but non-bonded to it, and a portion of the waist expandable-and-shrinkable member that is not overlapping with the absorbent body in the thickness direction is bonded to the back sheet. a waist expandable-and-shrinkable member that is expandable and shrinkable in an expansion-and-shrink direction and is disposed in the laminate so that the expansion-and-shrink direction is along the widthwise direction; wherein the waist expandable-and-shrinkable member is disposed between the absorbent body and the front sheet in the thickness direction, and is bonded to the front sheet, a portion of the waist expandable-and-shrinkable member overlaps with the absorbent body in the thickness direction and is in contact but non-bonded to it, and a portion of the waist expandable-and-shrinkable member that is not overlapping with the absorbent body in the thickness direction is bonded to the back sheet.
A venting valve for removing air from a vulcanising mould of a vehicle tyre, wherein the venting valve comprises: a valve body comprising a first end configured to face towards an interior of the mould and a second end configured to face away from the interior of the mould; a venting channel passing longitudinally through the valve body; a movable valve stem arranged inside the venting channel and comprising a first end provided with a valve member for opening and closing the venting channel, and a second end provided with a collar; a spring element for pressing the valve stem in opening direction towards an opening position wherein air flow through the venting channel is allowed; and a locking element which is located at a second end of the valve body and is configured to limit the movement of the valve stem in the opening direction; characterized in that the locking element is an external retaining ring; the second end part of the valve body is provided with a retaining groove on its outer surface for receiving the retaining ring; bottom of the retaining groove is provided with at least two slits forming openings extending to the venting channel; and the retaining ring mounted inside the retaining groove is configured to partly protrude inside the venting channel whereby the protruding parts of the retaining ring are configured to form retaining surfaces preventing the collar to pass them. a valve body comprising a first end configured to face towards an interior of the mould and a second end configured to face away from the interior of the mould; a venting channel passing longitudinally through the valve body; a movable valve stem arranged inside the venting channel and comprising a first end provided with a valve member for opening and closing the venting channel, and a second end provided with a collar; a spring element for pressing the valve stem in opening direction towards an opening position wherein air flow through the venting channel is allowed; and a locking element which is located at a second end of the valve body and is configured to limit the movement of the valve stem in the opening direction; characterized in that the locking element is an external retaining ring; the second end part of the valve body is provided with a retaining groove on its outer surface for receiving the retaining ring; bottom of the retaining groove is provided with at least two slits forming openings extending to the venting channel; and the retaining ring mounted inside the retaining groove is configured to partly protrude inside the venting channel whereby the protruding parts of the retaining ring are configured to form retaining surfaces preventing the collar to pass them.
A non-aqueous electrolyte for a lithium secondary battery, the non-aqueous electrolyte comprising an organic solvent; a lithium salt; and a compound represented by Formula 1.
A backscatter device (108, 110, 200) comprising: an antenna configured to backscatter a carrier signal having a first frequency; baseband circuitry configured to provide data for transmission; a waveform generator configured to provide a waveform having a second frequency, wherein the waveform comprises two square waves including a first square wave and a second square wave, the second square wave shifted one quarter period from the first square wave, and wherein the second frequency is an absolute difference between the first frequency and a third frequency; a sub-carrier phase modulator coupled to the baseband circuitry and the waveform generator, the sub-carrier phase modulator configured to adjust a phase, amplitude, or combinations thereof, of the waveform in accordance with the data to provide an output signal; and a switch coupled to the antenna, the switch configured to control an impedance of the backscatter device to switch between at least four complex impedance states each having real and imaginary components to backscatter the carrier signal in accordance with the output signal such that the first frequency is mixed with the second frequency to transmit the data in a backscatter signal in a single sideband at the third frequency. an antenna configured to backscatter a carrier signal having a first frequency; baseband circuitry configured to provide data for transmission; a waveform generator configured to provide a waveform having a second frequency, wherein the waveform comprises two square waves including a first square wave and a second square wave, the second square wave shifted one quarter period from the first square wave, and wherein the second frequency is an absolute difference between the first frequency and a third frequency; a sub-carrier phase modulator coupled to the baseband circuitry and the waveform generator, the sub-carrier phase modulator configured to adjust a phase, amplitude, or combinations thereof, of the waveform in accordance with the data to provide an output signal; and a switch coupled to the antenna, the switch configured to control an impedance of the backscatter device to switch between at least four complex impedance states each having real and imaginary components to backscatter the carrier signal in accordance with the output signal such that the first frequency is mixed with the second frequency to transmit the data in a backscatter signal in a single sideband at the third frequency.
A method for controlling the command of the lifting of a load suspended from a boom and having a mass, carried by a mast of a crane, comprising at least a step of determining, from lifting speed setpoints, optimized lifting speed setpoints (CMD') intended to be executed by a motor device for displacing the suspended load according to a lifting movement so that the acceleration related to the lifting movement remains, in absolute value, less than or equal to a maximum permitted lifting acceleration (L" MAX), said method being characterized in that it includes the following preliminary steps: • a first step of determining, depending on the mass of the suspended load, a specified load factor (Ψ 0 *) quantifying an acceptable exceedance related to a predetermined maximum allowable load for said crane; and • a second step of determining the maximum permitted lifting acceleration (L" MAX), depending on the mass of the suspended load, on the specified load factor (Ψ 0 *) and on the distribution position (X c) of the load suspended on the boom with respect to the mast. • a first step of determining, depending on the mass of the suspended load, a specified load factor (Ψ 0 *) quantifying an acceptable exceedance related to a predetermined maximum allowable load for said crane; and • a second step of determining the maximum permitted lifting acceleration (L" MAX), depending on the mass of the suspended load, on the specified load factor (Ψ 0 *) and on the distribution position (X c) of the load suspended on the boom with respect to the mast.
A high electron mobility transistor (HEMT) (10; 40), comprising: a plurality of active semiconductor layers (14, 16, 18) on a substrate; a two dimensional electron gas at the heterointerface between two group-III nitride semiconductor layers (16, 18) of said plurality of active layers (14, 16, 18); source and drain electrodes (20, 22) in contact with said 2DEG; a gate between said source and drain electrodes and on said plurality of active layers; a spacer layer on the gate, on the surface of said plurality of active layers between said gate and said source electrode and on the surface of said plurality of active layers between said gate and said drain electrode; a field plate (30; 42) on said spacer layer; and at least two conductive paths electrically connecting said field plate to said source electrode, wherein said at least two conductive paths are on and cover less than all of the spacer layer between said gate and said source electrode. a plurality of active semiconductor layers (14, 16, 18) on a substrate; a two dimensional electron gas at the heterointerface between two group-III nitride semiconductor layers (16, 18) of said plurality of active layers (14, 16, 18); source and drain electrodes (20, 22) in contact with said 2DEG; a gate between said source and drain electrodes and on said plurality of active layers; a spacer layer on the gate, on the surface of said plurality of active layers between said gate and said source electrode and on the surface of said plurality of active layers between said gate and said drain electrode; a field plate (30; 42) on said spacer layer; and at least two conductive paths electrically connecting said field plate to said source electrode, wherein said at least two conductive paths are on and cover less than all of the spacer layer between said gate and said source electrode.
Method for manufacturing printed products on a production system equipped with a digital printing press and at least one further processing machine arranged downstream of the digital printing press, wherein the printed products are manufactured in accordance with production orders (51, 52), in order to process which, the digital printing press prints a printing material web transported in a conveying direction at a first web speed with printing images and process-technical elements, and the at least one further processing machine processes the printing material web further to form printed products, wherein the production system is converted when different printed products are to be manufactured with a following production order as compared with a preceding production order, wherein the conversion comprises adjustment of at least one of the further processing machines, carried out during a conversion time, and wherein the printing material web continues to be transported through the digital printing press during the conversion, characterized in that - firstly a time period for the adjustment of the further processing machine which requires the longest adjustment time is determined, - the at least one further processing machine to be adjusted begins the adjustment as soon as the last printed product of the preceding production order leaves this further processing machine, - the at least one further processing machine to be adjusted begins processing the following production order as soon as the time period determined for the adjustment of the further processing machine which requires the longest adjustment time has elapsed following the start of the adjustment, - and for the time period determined, during the conversion of the production system, the digital printing machine prints the printing material web only with process-technical elements or only an unprinted printing material web is produced. - firstly a time period for the adjustment of the further processing machine which requires the longest adjustment time is determined, - the at least one further processing machine to be adjusted begins the adjustment as soon as the last printed product of the preceding production order leaves this further processing machine, - the at least one further processing machine to be adjusted begins processing the following production order as soon as the time period determined for the adjustment of the further processing machine which requires the longest adjustment time has elapsed following the start of the adjustment, - and for the time period determined, during the conversion of the production system, the digital printing machine prints the printing material web only with process-technical elements or only an unprinted printing material web is produced.