mhurhangee/ep-ind-claims huggingface dataset:
A method for discovering the configuration of a home automation installation, the home automation installation comprising a plurality of home automation devices and a plurality of central control units (U1, U2); the method being executed by a management unit (Sv) or by a mobile terminal connected to the at least one home automation installation, characterized in that it comprises the following steps: i. Reception (EDCfT3) of a first message (MSScn1) coming from a first control unit among the plurality of central control units (U, U1, U2), the first message comprising a first signaling information concerning at least one first sub-scenario (SScn1) prerecorded in said first central control unit in connection with a scenario identifier (ScnID), the first sub-scenario (SScn1) comprising at least one first command intended for at least one device related to said first central control unit; ii. Reception (EDCfT4) of a second message (MSScn2) coming from a second control unit among the plurality of central control units (U, U1, U2), the second message comprising a second signaling information concerning at least one second sub-scenario (SScn2) prerecorded in said second central control unit in connection with the scenario identifier (ScnID), the second sub-scenario (SScn2) comprising at least one second command intended for at least one device related to said second central control unit; iii. Reconstitution (EDCfT5) of a scenario (Scn) associated with the scenario identifier (ScnID) comprising at least the at least one first command and the at least one second command, by combination of the first sub-scenario (SScn1) and the second sub-scenario (SScn2); i. Reception (EDCfT3) of a first message (MSScn1) coming from a first control unit among the plurality of central control units (U, U1, U2), the first message comprising a first signaling information concerning at least one first sub-scenario (SScn1) prerecorded in said first central control unit in connection with a scenario identifier (ScnID), the first sub-scenario (SScn1) comprising at least one first command intended for at least one device related to said first central control unit; ii. Reception (EDCfT4) of a second message (MSScn2) coming from a second control unit among the plurality of central control units (U, U1, U2), the second message comprising a second signaling information concerning at least one second sub-scenario (SScn2) prerecorded in said second central control unit in connection with the scenario identifier (ScnID), the second sub-scenario (SScn2) comprising at least one second command intended for at least one device related to said second central control unit; iii. Reconstitution (EDCfT5) of a scenario (Scn) associated with the scenario identifier (ScnID) comprising at least the at least one first command and the at least one second command, by combination of the first sub-scenario (SScn1) and the second sub-scenario (SScn2);
A rotary, nutating sprinkler head comprising: a housing supporting a nozzle including a tube provided with a first radial flange at one end, said tube extending in a downstream direction, concentric with a vertical center axis of the sprinkler head; a spool assembly loosely supported on said tube, said spool assembly including a double- flanged spool and a water-deflection plate carried by said spool, said water-deflection plate formed with one or more grooves shaped to cause said spool assembly to rotate when impinged upon by a stream emitted from said nozzle; characterised in that said double-flanged spool comprises a cylindrical hub portion having an upper flange and a lower flange extending away from said hub portion and a center disc within said hub portion, said center disc having a center opening therein; said tube passing through said center opening such that said center disc is engaged with said first radial flange when the sprinkler head is at rest. a housing supporting a nozzle including a tube provided with a first radial flange at one end, said tube extending in a downstream direction, concentric with a vertical center axis of the sprinkler head; a spool assembly loosely supported on said tube, said spool assembly including a double- flanged spool and a water-deflection plate carried by said spool, said water-deflection plate formed with one or more grooves shaped to cause said spool assembly to rotate when impinged upon by a stream emitted from said nozzle; characterised in that said double-flanged spool comprises a cylindrical hub portion having an upper flange and a lower flange extending away from said hub portion and a center disc within said hub portion, said center disc having a center opening therein; said tube passing through said center opening such that said center disc is engaged with said first radial flange when the sprinkler head is at rest.
A vehicular power reception device for receiving electric power from a power source outside a vehicle, comprising: a first power reception unit (40, 45) configured to receive the electric power from said power source via a power line; a second power reception unit configured to receive the electric power from said power source in a non-contact manner; a first communication unit for communicating first information about power reception by said first power reception unit with an outside of the vehicle; and a second communication unit for communicating second information about power reception by said second power reception unit with the outside of the vehicle, characterized in that it further comprises a control unit (55, 90) configured to control said first and second communication units, when power reception from said power source is performed using both of said first and second power reception units, to communicate common information with the outside of the vehicle using only one of said first and second communication units, said common information being information in common with each other in information contained in said first information and information contained in said second information. a first power reception unit (40, 45) configured to receive the electric power from said power source via a power line; a second power reception unit configured to receive the electric power from said power source in a non-contact manner; a first communication unit for communicating first information about power reception by said first power reception unit with an outside of the vehicle; and a second communication unit for communicating second information about power reception by said second power reception unit with the outside of the vehicle, characterized in that it further comprises a control unit (55, 90) configured to control said first and second communication units, when power reception from said power source is performed using both of said first and second power reception units, to communicate common information with the outside of the vehicle using only one of said first and second communication units, said common information being information in common with each other in information contained in said first information and information contained in said second information.
A hidden device for the wall assembly of a structural component of a piece of furniture, said device comprising a box-shaped body which houses a first and second regulation mechanism, in height and depth respectively, provided with a first and second regulation screw, respectively, each having a head (35,49) comprising a toothed crown, characterised in that, the box-shaped body comprises, for each screw (33, 46) at least three access holes (91,92,93,95,96,97) which develops radially with respect to the toothed crown and ends in correspondence with the same, so that the toothed crown is suitable for allowing a direct radial engagement with a tool, wherein, for each screw (33,46), at least two access holes (91, 92; 95, 96) develop radially with respect to the toothed crown according to at least two separate access directions aligned with each other and lying on a common orthogonal plane with respect to the rotation axis of the respective screw (33,46), and said body further comprises, for each screw (33,46), at least a third access hole (93,97) which develops radially with respect to the toothed crown according to a third access direction, lying on the same plane as said two access directions and positioned at 90° with respect to the latter.
A music reproducing device having a balanced mode and an active control ground mode comprising: a first amplifier; a second amplifier; and a controller, wherein in the balanced mode, an audio signal is configured to be amplified by the first amplifier, a negative-phase signal of the audio signal is configured to be amplified by the second amplifier, and the amplified audio signal and the amplified negative-phase signal are configured to be mixed so as to be output, in the active control ground mode, the audio signal is configured to be amplified by the first amplifier, ground is configured to be maintained by the second amplifier, and the controller is configured to decrease volume of the audio signal that is output in the balanced mode compared with volume of the audio signal that is output in the active control ground mode. a first amplifier; a second amplifier; and a controller, wherein in the balanced mode, an audio signal is configured to be amplified by the first amplifier, a negative-phase signal of the audio signal is configured to be amplified by the second amplifier, and the amplified audio signal and the amplified negative-phase signal are configured to be mixed so as to be output, in the active control ground mode, the audio signal is configured to be amplified by the first amplifier, ground is configured to be maintained by the second amplifier, and the controller is configured to decrease volume of the audio signal that is output in the balanced mode compared with volume of the audio signal that is output in the active control ground mode.
Primary optical element for motor-vehicle headlamps illuminating the road in front of the vehicle, comprising a plurality of light guides (3a-3d), the light guides (3a-3d) being joined exit-end to a corrective part comprising an exit face that is at least partially of substantially spherical dome shape, the light guides (3a-3d) and the corrective part forming a one-piece structure, characterized in that the entrance face of at least one light guide (3a-3d) comprises a convex portion and/or a concave portion.
A fluorochemical nitrogen-containing diketone compound comprising: a first terminal, branched perfluoroalkylcarbonyl group having from 3 to 10 in-chain carbon which can include, optionally, one or more in-chain oxygen atoms; at least one linear, branched, or cyclic perfluoroalkylene segment having 4 or more in-chain carbon or nitrogen atoms attached to the first terminal, branched perfluoroalkylcarbonyl group, said perfluoroalkylene segment containing one or more in-chain tertiary nitrogen atoms wherein the perfluoroalkylene segment includes a perfluoropiperazinyl, perfluoropiperidinyl, or a perfluoropyrrolidnyl group; and a second terminal, branched perfluoroalkylcarbonyl group having from 3 to 10 in-chain carbon atoms which can include, optionally, one or more in-chain oxygen atoms, wherein the second perfluoroalkylcarbonyl group is attached to the perfluoroalkylene segment. a first terminal, branched perfluoroalkylcarbonyl group having from 3 to 10 in-chain carbon which can include, optionally, one or more in-chain oxygen atoms; at least one linear, branched, or cyclic perfluoroalkylene segment having 4 or more in-chain carbon or nitrogen atoms attached to the first terminal, branched perfluoroalkylcarbonyl group, said perfluoroalkylene segment containing one or more in-chain tertiary nitrogen atoms wherein the perfluoroalkylene segment includes a perfluoropiperazinyl, perfluoropiperidinyl, or a perfluoropyrrolidnyl group; and a second terminal, branched perfluoroalkylcarbonyl group having from 3 to 10 in-chain carbon atoms which can include, optionally, one or more in-chain oxygen atoms,
A radio communication device for transmitting a signal using a resource of a control channel in communications from the radio communication device to a communicating device, representing a first direction of communications, wherein a control channel in the first direction is configured so that signals to be transmitted from a plurality of radio communication devices to the communicating device are code-multiplexed using a code sequence containing an orthogonal code and a cyclic-shifted sequence and the code-multiplexed signal is transmitted, and the resources of the control channel in the first direction are set for respective codes of the code sequence and are allocated corresponding to control information reported from the communicating device by communications in a second direction from the communicating device to the radio communication device, the radio communication device comprising: a cyclic delay diversity indication section which is configured to indicate application of cyclic delay diversity with respect to transmission signals if it is determined that, within resources allocated to the radio communication device for the control channel, there is an unused resource located on the right on an axis of a cyclic-shifted amount of the cyclic-shifted sequence in the same orthogonal code of the code sequence; and a transmission section which is configured, if the cyclic delay diversity is applied in response to the indication from the cyclic delay diversity indication section, to transmit the transmission signals to the communicating device through a first antenna using a resource allocated to the radio communication device and through a second antenna using at least one unused resource, wherein these resources are given different cyclic-shifted amounts in the same orthogonal code. a cyclic delay diversity indication section which is configured to indicate application of cyclic delay diversity with respect to transmission signals if it is determined that, within resources allocated to the radio communication device for the control channel, there is an unused resource located on the right on an axis of a cyclic-shifted amount of the cyclic-shifted sequence in the same orthogonal code of the code sequence; and a transmission section which is configured, if the cyclic delay diversity is applied in response to the indication from the cyclic delay diversity indication section, to transmit the transmission signals to the communicating device through a first antenna using a resource allocated to the radio communication device and through a second antenna using at least one unused resource, wherein these resources are given different cyclic-shifted amounts in the same orthogonal code.
A method for modulating a power generated by a thermal solar power plant comprising at least one solar panel, the method comprising the following steps: - at least one solar panel is available, comprising a tracking device configured to rotate the solar panel in at least one direction of rotation; - an installation is available, to provide a variable thermal power over time from the irradiation received by the solar panel; - an angle of inclination of the solar panel is determined, to produce the thermal power to be provided to the installation from the irradiation measured in real time; and - the solar panel is rotated with the tracking device to reach the determined angle of inclination. - at least one solar panel is available, comprising a tracking device configured to rotate the solar panel in at least one direction of rotation; - an installation is available, to provide a variable thermal power over time from the irradiation received by the solar panel; - an angle of inclination of the solar panel is determined, to produce the thermal power to be provided to the installation from the irradiation measured in real time; and - the solar panel is rotated with the tracking device to reach the determined angle of inclination.
A facility for heat-shrinking sleeves made of a heat-shrinkable material inserted onto supports, such as containers, comprising: - an enclosure, - heat-diffusion means arranged in the enclosure, heat-diffusion means being a means for heating by steam - at least one conveyor for carrying the supports through the enclosure between an intake of the enclosure and an output of the enclosure, with the facility being characterized in that the heating by steam means form a single unit removably mounted on the base of the enclosure, with the heating by steam means including: a means for quick connection to a heat-generation means leading into the enclosure, the quick-connection means being thus capable of sealingly engaging with at least one steam-intake opening (101a, 101b) being arranged in the enclosure, a framework which support the quick-connection means, and steam-diffusion means which comprises at least one diffuser which is connected to the steam-intake opening (101a, 101b) by the quick-connection means. - an enclosure, - heat-diffusion means arranged in the enclosure, heat-diffusion means being a means for heating by steam - at least one conveyor for carrying the supports through the enclosure between an intake of the enclosure and an output of the enclosure, a means for quick connection to a heat-generation means leading into the enclosure, the quick-connection means being thus capable of sealingly engaging with at least one steam-intake opening (101a, 101b) being arranged in the enclosure, a framework which support the quick-connection means, and steam-diffusion means which comprises at least one diffuser which is connected to the steam-intake opening (101a, 101b) by the quick-connection means.
Arrangement for assisting a parking brake, which parking brake comprises a brake lever which is pivotably supported in a carrier device between a release position and a locking position and is able to be coupled to a braking system by means of a transmission means, whereby the arrangement comprises a lifting element with an energy storage unit, whereby the lifting element is operatively connected to the brake lever, characterized in that the operative connection comprises a redirecting element which is supported in a way pivotable about a pivot axis and is arranged in such a way that the redirecting element couples the lifting element to the brake lever.
A process for the anticorrosion pretreatment of a metallic surface comprising steel, galvanized steel, aluminum, magnesium and/or a zinc-magnesium alloy, where the metallic surface is brought into contact with an aqueous composition A which comprises a) from 0.01 to 0.5 g/l, calculated as solid addition, of at least one copolymer comprising, in an alternating configuration, i) monomer units which comprise at least one carboxylic acid group, phosphonic acid group and/or sulfonic acid group and ii) monomer units which do not comprise any acid group, and the metallic surface is brought into contact with an acidic aqueous composition B which comprises b1) at least one compound selected from the group consisting of titanium, zirconium and hafnium compounds, wherein the metallic surface is brought into contact i) firstly with the composition A and then with the composition B or ii) firstly with the composition B and then with the composition A. a) from 0.01 to 0.5 g/l, calculated as solid addition, of at least one copolymer comprising, in an alternating configuration, i) monomer units which comprise at least one carboxylic acid group, phosphonic acid group and/or sulfonic acid group and ii) monomer units which do not comprise any acid group, and the metallic surface is brought into contact with an acidic aqueous composition B which comprises b1) at least one compound selected from the group consisting of titanium, zirconium and hafnium compounds, wherein the metallic surface is brought into contact i) firstly with the composition A and then with the composition B or ii) firstly with the composition B and then with the composition A. i) firstly with the composition A and then with the composition B or ii) firstly with the composition B and then with the composition A.
A vehicle propulsion system comprising: an alternating current traction drive; a first energy storage system electrically coupled to said traction drive through a direct current link; a second energy storage system electrically coupled to said traction drive such that the voltage output from said second energy storage system is decoupled from said DC link (114, 124) using a bi-directional boost converter; a uni-directional current device that is poled to conduct current from a low voltage side of a boost converter to a high voltage side of said boost converter; characterized in that said first energy storage system comprises a first ultracapacitor that is coupled on said boost converter high voltage side, and wherein said second energy storage system comprises a second ultracapacitor and a high-specific energy battery that are each coupled on said boost converter low voltage side, wherein said second ultracapacitor has a voltage rating that is between approximately two and approximately three times greater than a nominal voltage rating of said high specific energy battery. an alternating current traction drive; a first energy storage system electrically coupled to said traction drive through a direct current link; a second energy storage system electrically coupled to said traction drive such that the voltage output from said second energy storage system is decoupled from said DC link (114, 124) using a bi-directional boost converter; a uni-directional current device that is poled to conduct current from a low voltage side of a boost converter to a high voltage side of said boost converter; characterized in that said first energy storage system comprises a first ultracapacitor that is coupled on said boost converter high voltage side, and wherein said second energy storage system comprises a second ultracapacitor and a high-specific energy battery that are each coupled on said boost converter low voltage side, wherein said second ultracapacitor has a voltage rating that is between approximately two and approximately three times greater than a nominal voltage rating of said high specific energy battery.
A method of performing sensor placement error detection and correction for a system for tracking human motion comprising - at least one sensor unit (12,14), - at least one sensor holder (16,18), characterized in that the method comprises at least the following steps forming a method routine: - Analyzing, whether there is at least one unmet condition, indicating an incorrect sensor unit placement; - In case of detecting such at least one unmet condition preparing a list of potential reasons for the incorrect sensor unit placement; - Remove the possible reasons for incorrect sensor unit placement already presented to the user; - Select the one of the reasons and present it to a user; and - After one of the reasons has been selected and presented, repeating the analyzing step to analyze, by assessing at least one orientation reported by the at least one sensor unit at a step before a motion tracking procedure where the user is asked to stand still in a specified position, if there is at least one unmet condition, and if there is, repeating the detecting, removing and selecting steps. - at least one sensor unit (12,14), - at least one sensor holder (16,18), - Analyzing, whether there is at least one unmet condition, indicating an incorrect sensor unit placement; - In case of detecting such at least one unmet condition preparing a list of potential reasons for the incorrect sensor unit placement; - Remove the possible reasons for incorrect sensor unit placement already presented to the user; - Select the one of the reasons and present it to a user; and - After one of the reasons has been selected and presented, repeating the analyzing step to analyze, by assessing at least one orientation reported by the at least one sensor unit at a step before a motion tracking procedure where the user is asked to stand still in a specified position, if there is at least one unmet condition, and if there is, repeating the detecting, removing and selecting steps.