mhurhangee/ep-ind-claims huggingface dataset:
Method for sending a multicarrier signal using a send power mask, the signal sent (Se A) being transmitted by a transmission channel separating a sender device (Ea A) having means of reception (REC AA) from a remote receiver (RE B), which comprises: - adapting the send power mask by increasing it as a function of the estimation of an echo function characterizing an echo due to the reflection of a part of the power of a signal sent by the sender device and received by said reception means, so as to take account of the power lost because of the echo. - adapting the send power mask by increasing it as a function of the estimation of an echo function characterizing an echo due to the reflection of a part of the power of a signal sent by the sender device and received by said reception means, so as to take account of the power lost because of the echo.
A power seat apparatus for a vehicle, comprising: a lower rail provided at a vehicle floor; an upper rail slidably supported by the lower rail and holding a seat for the vehicle; a screw member (23, 26) arranged between the lower rail and the upper rail and extending in a direction where the upper rail is slidable; a feed nut member (24, 65) meshed with the screw member; a retention member fixed to the upper rail; a holding member (75, 6) held by the retention member; a drive unit transmitting a rotation drive force to one of the screw member and the feed nut member; and first and second cut-and-lifted portions (60,61,66,67,85,87,88,89,70,71,72,73) formed at first and second longitudinal walls of the upper rail respectively, the cut-and-lifted portions making contact with the holding member (75, 6) when a load is applied to one of the screw member and the feed nut member in an axial direction thereof to distribute the load to the upper rail, the cut-and-lifted portions being formed by bending portions of the first and second longitudinal walls. a lower rail provided at a vehicle floor; an upper rail slidably supported by the lower rail and holding a seat for the vehicle; a screw member (23, 26) arranged between the lower rail and the upper rail and extending in a direction where the upper rail is slidable; a feed nut member (24, 65) meshed with the screw member; a retention member fixed to the upper rail; a holding member (75, 6) held by the retention member; a drive unit transmitting a rotation drive force to one of the screw member and the feed nut member; and first and second cut-and-lifted portions (60,61,66,67,85,87,88,89,70,71,72,73) formed at first and second longitudinal walls of the upper rail respectively, the cut-and-lifted portions making contact with the holding member (75, 6) when a load is applied to one of the screw member and the feed nut member in an axial direction thereof to distribute the load to the upper rail, the cut-and-lifted portions being formed by bending portions of the first and second longitudinal walls.
The use of a composition containing at least one curable polyvinyl alcohol and at least one polyether siloxane as a wetting agent for coating a heat exchanger made of aluminum, steel or galvanized or alloy-galvanized steel strip.
A method for managing digital certificates by entities operable to perform computing on digital values and to communicate with each other, each digital certificate comprising a corresponding linkage value linkable to linkage values of one or more other digital certificates to define one or more groups of digital certificates, the method comprising performing the following operations to generate the digital certificates: generating, by a first entity, first pre-linkage values, wherein the first entity is an entity receiving and validating requests for batches of pseudonym certificates from devices; receiving, by the first entity, encrypted second pre-linkage values from a second entity, wherein each encrypted second pre-linkage value is not decryptable by the first entity; for each digital certificate: selecting, by the first entity, a first pre-linkage value among the generated first pre-linkage values and an encrypted second pre-linkage value among the received encrypted second pre-linkage values; combining, by the first entity, the selected first pre-linkage value with the selected encrypted second pre-linkage value without decrypting the second pre-linkage value, to obtain an encrypted combined value, the encrypted combined value being decryptable by the second entity but not the first entity; and sending, by the first entity to the second entity, a certificate generation request comprising the encrypted combined value. generating, by a first entity, first pre-linkage values, wherein the first entity is an entity receiving and validating requests for batches of pseudonym certificates from devices; receiving, by the first entity, encrypted second pre-linkage values from a second entity, wherein each encrypted second pre-linkage value is not decryptable by the first entity; for each digital certificate: selecting, by the first entity, a first pre-linkage value among the generated first pre-linkage values and an encrypted second pre-linkage value among the received encrypted second pre-linkage values; combining, by the first entity, the selected first pre-linkage value with the selected encrypted second pre-linkage value without decrypting the second pre-linkage value, to obtain an encrypted combined value, the encrypted combined value being decryptable by the second entity but not the first entity; and sending, by the first entity to the second entity, a certificate generation request comprising the encrypted combined value.
A vehicle comprising a vehicle part, the vehicle part comprising: a relatively electrically conductive core; a relatively non-electrically conductive outer skin, the outer skin being made of a radar-absorbent material, the outer skin surrounding, at least to some extent, the core such that the core is not visible from outside the vehicle; and one or more relatively electrically conductive members; wherein each of the one or more members is electrically connected to the core; each of the one or more members is a tapered member having a relatively large cross sectional area where that member is electrically connected to the core, and tapers from its end that is electrically connected to the core to a point; and the point of each member is located at an outer surface of the external skin such that the point of each of the members is exposed. a relatively electrically conductive core; a relatively non-electrically conductive outer skin, the outer skin being made of a radar-absorbent material, the outer skin surrounding, at least to some extent, the core such that the core is not visible from outside the vehicle; and one or more relatively electrically conductive members; wherein each of the one or more members is electrically connected to the core; each of the one or more members is a tapered member having a relatively large cross sectional area where that member is electrically connected to the core, and tapers from its end that is electrically connected to the core to a point; and the point of each member is located at an outer surface of the external skin such that the point of each of the members is exposed.
A method for producing purified water comprising a step of passing water through a mixed bed ion exchanger consisting of a mixture of anion exchange particles and cation exchange particles, wherein the mean particle diameter of the beads of the mixed bed ion exchanger is less than 0.5 mm, and the anion exchange beads and the cation exchange beads are monodisperse, respectively, characterized in that the water is further passed through an ultrafiltration means with a cut-off at 5 kDa or larger, wherein the ultrafiltration means is located upstream of said mixed bed ion exchanger, and characterized in that the method comprises a further step of passing water through an activated carbon bed located downstream of the ultrafiltration means and optionally downstream of the mixed bed ion exchanger.
A method for the production of a solid nitrile group-containing copolymer rubber, the solid nitrile group-containing copolymer rubber containing α,β-ethylenically unsaturated nitrile monomer units in a ratio of 10 to 60 wt% and diene monomer units and/or α-olefin monomer units in a ratio of 40 to 90 wt%, having a Z-average radius of gyration of 100 nm or more and having a plasticity number of 14 to 90, wherein the method comprises a step for copolymerizing monomers for forming the solid nitrile group-containing copolymer rubber by emulsion polymerization method in the presence of a first alkylthiol compound and a second alkylthiol compound, the first alkylthiol compound is an alkylthiol compound having 12 to 16 carbon atoms which has at least three tertiary or higher carbon atoms and a thiol group directly bonding with at least one tertiary carbon atom, the second alkylthiol compound is an alkylthiol compound having 9 to 16 carbon atoms which has less than three tertiary or higher carbon atoms or an alkylthiol compound having 9 to 16 carbon atoms which has three or more tertiary or higher carbon atoms and does not have a thiol group directly bonding with a tertiary carbon atom, the plasticity number is measured based on JIS K6300-3, and the Z-average radius of gyration is measured by dissolving the solid nitrile group-containing copolymer rubber in tetrahydrofuran. the method comprises a step for copolymerizing monomers for forming the solid nitrile group-containing copolymer rubber by emulsion polymerization method in the presence of a first alkylthiol compound and a second alkylthiol compound, the first alkylthiol compound is an alkylthiol compound having 12 to 16 carbon atoms which has at least three tertiary or higher carbon atoms and a thiol group directly bonding with at least one tertiary carbon atom, the second alkylthiol compound is an alkylthiol compound having 9 to 16 carbon atoms which has less than three tertiary or higher carbon atoms or an alkylthiol compound having 9 to 16 carbon atoms which has three or more tertiary or higher carbon atoms and does not have a thiol group directly bonding with a tertiary carbon atom, the plasticity number is measured based on JIS K6300-3, and the Z-average radius of gyration is measured by dissolving the solid nitrile group-containing copolymer rubber in tetrahydrofuran.
Plug connector for an uninterruptible power supply, with a connector housing, wherein terminals of at least two UPS power connections (15, 16) and terminals of at least one UPS signal line are installed in the connector housing, characterised in that the UPS power connections comprise a UPS power output and a UPS power input, wherein the connector housing comprises two power connection cable collets, one for each of the UPS power connections (15, 16)
Generally spherical resin particles formed of a thermoplastic resin, having a sphericity of 0.90 to 1.00, wherein the sphericity is measured as defined in section "Measurement of sphericity" of the description, a light scattering index of 0.6 to 1.0, wherein the light scattering index is measured as defined in section "Measurement of light scattering index" of the description, and a linseed oil absorption of 30 to 150 mL/ 100 g, wherein the linseed oil absorption is measured as defined in section "Measurement of linseed oil absorption" of the description, wherein the thermoplastic resin is at least one resin selected from the group consisting of polybutylene succinate and polyhydroxyalkanoate, and wherein the generally spherical resin particles have a volume average particle diameter of 3 to 500 μm, as determined by a Coulter Counter method, wherein the measurement sample used is a dispersion obtained by dispersing 0.1 g of the generally spherical resin particles in 10 mL of 0.1% by weight nonionic surfactant aqueous solution by using a touch mixer and a ultrasonic cleaner, and wherein the volume average particle diameter of the generally spherical resin particles is an arithmetic average in the volume-based particle size distribution of 100,000 resin particles. wherein the thermoplastic resin is at least one resin selected from the group consisting of polybutylene succinate and polyhydroxyalkanoate, and wherein the generally spherical resin particles have a volume average particle diameter of 3 to 500 μm, as determined by a Coulter Counter method, wherein the measurement sample used is a dispersion obtained by dispersing 0.1 g of the generally spherical resin particles in 10 mL of 0.1% by weight nonionic surfactant aqueous solution by using a touch mixer and a ultrasonic cleaner, and wherein the volume average particle diameter of the generally spherical resin particles is an arithmetic average in the volume-based particle size distribution of 100,000 resin particles.
A speed reduction ratio automatic switching device capable of automatically switching a rotational driving force inputted to an input shaft at a predetermined speed reduction ratio to output the switched rotational driving force from an output shaft, the speed reduction ratio automatic switching device comprising: a planetary gear mechanism including a sun gear provided for the input shaft, a planetary gear (34a, 34b, 34c) in mesh with an outer circumferential side of the sun gear, an internal gear in mesh with an outer circumferential side of the planetary gear, and a carrier (38, 40) made of a hysteresis material, the carrier being coupled to the output shaft, configured to support the planetary gear in a rotatable manner, and rotate together with the planetary gear along with revolution of the planetary gear; a resisting element configured to generate a thrust force in an axial direction between the internal gear and the carrier; and a braking element configured to restrict rotation of the internal gear when the internal gear moves in the axial direction by the thrust force, as a result of a change of output load applied to the output shaft, wherein each of the sun gear, the planetary gear, and the internal gear comprises a helical gear, characterized in that the resisting element comprises a magnet (52, 54) provided between the internal gear and the carrier. a planetary gear mechanism including a sun gear provided for the input shaft, a planetary gear (34a, 34b, 34c) in mesh with an outer circumferential side of the sun gear, an internal gear in mesh with an outer circumferential side of the planetary gear, and a carrier (38, 40) made of a hysteresis material, the carrier being coupled to the output shaft, configured to support the planetary gear in a rotatable manner, and rotate together with the planetary gear along with revolution of the planetary gear; a resisting element configured to generate a thrust force in an axial direction between the internal gear and the carrier; and a braking element configured to restrict rotation of the internal gear when the internal gear moves in the axial direction by the thrust force, as a result of a change of output load applied to the output shaft, wherein each of the sun gear, the planetary gear, and the internal gear comprises a helical gear,
A method of operating a mobile transceiver having a plurality of Subscriber Identity Module, SIM, cards, the method comprising: waking up the mobile transceiver from a low power mode in response to a pre-programmed wakeup event; determining whether a subscriber identity module, SIM, card of the plurality of SIM cards has been pre-selected for the wakeup event, wherein the wakeup event comprises a time-based alarm and the determining comprises determining if an identifier of the wakeup event has been associated with a pre-selected SIM card; and when a SIM card has been pre-selected for the wakeup event: activating a cellular transceiver using the pre-selected SIM card; and searching, via the cellular transceiver, for available wireless services associated with the pre-selected SIM card,. waking up the mobile transceiver from a low power mode in response to a pre-programmed wakeup event; determining whether a subscriber identity module, SIM, card of the plurality of SIM cards has been pre-selected for the wakeup event, wherein the wakeup event comprises a time-based alarm and the determining comprises determining if an identifier of the wakeup event has been associated with a pre-selected SIM card; and when a SIM card has been pre-selected for the wakeup event: activating a cellular transceiver using the pre-selected SIM card; and searching, via the cellular transceiver, for available wireless services associated with the pre-selected SIM card,. activating a cellular transceiver using the pre-selected SIM card; and searching, via the cellular transceiver, for available wireless services associated with the pre-selected SIM card,.
A cutting platform for use with an agricultural harvester, comprising: at least one platform section (18, 20), each said platform section (18, 20) including: a frame; a cutterbar assembly defining a leading edge of said platform section (18, 20), said cutterbar assembly being movable in a localized manner in upwards and downwards directions; an endless belt (32A, 32B); and a plurality of float arms pivotally attached to said frame, a number of said float arms each carrying a respective roller supporting said endless belt (32A, 32B) and positioned within a loop of said endless belt (32A, 32B), said roller being one of pivotable and removable relative to said corresponding float arm and being one of a drive roller, an inner idler roller, and an outer idler roller, characterized in that one of said float arms carries a pair of drive rollers, one said drive roller carrying a first endless belt and another said drive roller carrying a second endless belt. at least one platform section (18, 20), each said platform section (18, 20) including: a frame; a cutterbar assembly defining a leading edge of said platform section (18, 20), said cutterbar assembly being movable in a localized manner in upwards and downwards directions; an endless belt (32A, 32B); and a plurality of float arms pivotally attached to said frame, a number of said float arms each carrying a respective roller supporting said endless belt (32A, 32B) and positioned within a loop of said endless belt (32A, 32B), said roller being one of pivotable and removable relative to said corresponding float arm and being one of a drive roller, an inner idler roller, and an outer idler roller, a frame; a cutterbar assembly defining a leading edge of said platform section (18, 20), said cutterbar assembly being movable in a localized manner in upwards and downwards directions; an endless belt (32A, 32B); and a plurality of float arms pivotally attached to said frame, a number of said float arms each carrying a respective roller supporting said endless belt (32A, 32B) and positioned within a loop of said endless belt (32A, 32B), said roller being one of pivotable and removable relative to said corresponding float arm and being one of a drive roller, an inner idler roller, and an outer idler roller, characterized in that one of said float arms carries a pair of drive rollers, one said drive roller carrying a first endless belt and another said drive roller carrying a second endless belt.
A moving bed carburettor comprising a carburettor compartment with a carburettor free space and a carburettor base, wherein the carburettor free space is surrounded by a carburettor jacket and is provided with a synthesis gas outlet at its first, closed end and via its second open end it is connected to the carburettor base by the carburettor jacket, wherein the interior of the carburettor jacket is designed as a carburettor pot into which a feed device and at least one inlet lead, the carburettor pot encloses with the carburettor jacket an insulation space through which the feed device, the inlet, the central shaft and the agitator shaft with conveying unit are guided, wherein the carburettor base jacket holds these components, and a carburettor dome is arranged in the carburettor compartment in such a way that a gap is created between the carburettor dome and the carburettor jacket and/or the carburettor pot, characterized in that the carburettor pot has a bottom provided with recesses opposite the carburettor compartment, wherein the bottom opens into a central shaft, the central shaft passes into a discharge shaft, and agitator tools are pivoted in the carburettor pot via a horizontal agitator shaft, wherein the agitator shaft is surrounded by a conveyor unit.
A radiating element, comprising: a first dipole radiator that extends along a first axis, the first dipole radiator including a first pair of dipole arms that are configured to resonate at a first frequency and a second pair of dipole arms that are configured to resonate at a second frequency that is different than the first frequency, wherein each dipole arm in the first pair of dipole arms comprises a plurality of widened sections that are connected by intervening narrowed sections, wherein the first frequency and the second frequency are within a first operating frequency band of the radiating element, and wherein the first dipole radiator is configured to transmit radio frequency, RF, signals in the first operating frequency band and to be substantially transparent to RF signals in a second operating frequency band. a first dipole radiator that extends along a first axis, the first dipole radiator including a first pair of dipole arms that are configured to resonate at a first frequency and a second pair of dipole arms that are configured to resonate at a second frequency that is different than the first frequency, wherein each dipole arm in the first pair of dipole arms comprises a plurality of widened sections that are connected by intervening narrowed sections, wherein the first frequency and the second frequency are within a first operating frequency band of the radiating element, and wherein the first dipole radiator is configured to transmit radio frequency, RF, signals in the first operating frequency band and to be substantially transparent to RF signals in a second operating frequency band.
A single unit dosage form for use in the treatment of inflammation following cataract surgery, consisting of 4 μL ±1% to 6 μL ±1% of a composition consisting of (a) 9% ±1% (w/w) dexamethasone and 91% ±1% (w/w) triethyl acetyl citrate, or (b) 12% ±1% (w/w) dexamethasone and 88% ±1% (w/w) triethyl acetyl citrate, wherein the dosage form is formulated for administration by injection into the anterior segment of an eye following cataract surgery, wherein said single unit dosage form releases said dexamethasone for at least 3 days and retains at least 30% of said dexamethasone after 3 days, as measured by ultra performance liquid chromatography, in saline solution, 10mL 0.9% NaCl, pH 6-8, at 37°C, under infinite sink conditions. (a) 9% ±1% (w/w) dexamethasone and 91% ±1% (w/w) triethyl acetyl citrate, or (b) 12% ±1% (w/w) dexamethasone and 88% ±1% (w/w) triethyl acetyl citrate,
An electric tool comprising: a motor; a rotating tool driven by the motor; and a control unit configured to control at least braking of the motor, wherein the control unit sets a braking force at the time of braking in accordance with a moment of inertia of the rotating tool; and characterised in that: when the moment of inertia of the rotating tool is a prescribed value or more, the control unit reduces the braking force as compared with when the moment of inertia is less than said prescribed value. a motor; a rotating tool driven by the motor; and a control unit configured to control at least braking of the motor, wherein the control unit sets a braking force at the time of braking in accordance with a moment of inertia of the rotating tool; and characterised in that: when the moment of inertia of the rotating tool is a prescribed value or more, the control unit reduces the braking force as compared with when the moment of inertia is less than said prescribed value.