mhurhangee/ep-ind-claims huggingface dataset:
A wind-power generation system including a plurality of wind turbines (10, 10-1,... 10-n), wherein the output power of the individual wind turbines is supplied to a utility grid through a common interconnection point, the wind-power generation system comprising: wind-condition forecast means for forecasting wind conditions; and a central control unit that gives a control command to the individual wind turbines (10, 10-1,... 10-n), characterized in that in the case where an output-power limiting operation for decreasing grid frequency in which a rotational speed of each of the wind turbines (10, 10-1,... 10-n) is higher than that in a normal operation is performed, when the central control unit outputs a disconnection command to a wind turbine (10, 10-1,... 10-n) that is forecasted to receive wind having a wind speed higher than or equal to a preset first threshold value on the basis of the result of forecast by the wind-condition forecast means, the central control unit outputs an output-power command so as to compensate for an output power reduction due to the disconnection of the wind turbine to the other wind turbines that maintain the interconnection; and in that the first threshold value is set to a wind speed lower than a cut-out wind speed of the normal operation. wind-condition forecast means for forecasting wind conditions; and a central control unit that gives a control command to the individual wind turbines (10, 10-1,... 10-n), characterized in that in the case where an output-power limiting operation for decreasing grid frequency in which a rotational speed of each of the wind turbines (10, 10-1,... 10-n) is higher than that in a normal operation is performed, when the central control unit outputs a disconnection command to a wind turbine (10, 10-1,... 10-n) that is forecasted to receive wind having a wind speed higher than or equal to a preset first threshold value on the basis of the result of forecast by the wind-condition forecast means, the central control unit outputs an output-power command so as to compensate for an output power reduction due to the disconnection of the wind turbine to the other wind turbines that maintain the interconnection; and in that the first threshold value is set to a wind speed lower than a cut-out wind speed of the normal operation.
A method of laying a branch cable between a trunk cable and a desired node location comprising the steps of: locating a pre-existing supply, drain, waste water or sewage pipe for the node location adjacent to the trunk cable; introducing the branch cable into the pre-existing pipe; passing the branch cable along the pre-existing pipe; and removing the branch cable from the pre-existing pipe adjacent to the node location; the introduction or removal of the cable from the pre-existing pipe being enabled by the provision of a cable transfer means, said cable transfer means comprising: a Y-junction inserted into a gap provided in the pre-existing pipe, the Y-junction comprising a leg and one arm having open ends adapted to be connected to the pre-existing pipe, and another arm; wherein the cable is threaded along a microduct tube and wherein the other arm is of considerably narrower diameter than the open arm and the leg such that it tightly encloses a cable passage in the form of a duct adapted to fit around the microduct tube to prevent the passage of water alongside said microduct tube, and wherein the microduct enters and leaves the cable passage via ends, the ends provided with barbed or wedged projections to improve the sealing and help restrain the microduct tube securely in position.
An antitheft lock for a motor vehicle steering column comprising: - a stator comprising a stator head in which an opening is formed, - a rotor mounted movable in rotation relative to the stator about an axis and comprising an annular collar, - a cam intended to be secured in rotation to the rotor, - an elastic element arranged between the cam and the rotor for axially urging said rotor in thrust, wherein the opening is shaped so that its cooperation with the annular collar blocks the rotation of the rotor in a predetermined direction of rotation from a predetermined angular position and authorizes the rotation of the rotor beyond the predetermined angular position by prior pushing of the rotor, in which: - the annular collar comprises an extension which extends axially towards the head of the rotor intended to receive an insert over a first angular sector, and - the opening is substantially circular and includes a clearance to authorize the passage of the extension of the annular collar, the clearance extending radially outwardly of the opening over a second angular sector and being shaped so that its cooperation with the annular collar axially retains the rotor within the head of the stator. - a stator comprising a stator head in which an opening is formed, - a rotor mounted movable in rotation relative to the stator about an axis and comprising an annular collar, - a cam intended to be secured in rotation to the rotor, - an elastic element arranged between the cam and the rotor for axially urging said rotor in thrust, - the annular collar comprises an extension which extends axially towards the head of the rotor intended to receive an insert over a first angular sector, and - the opening is substantially circular and includes a clearance to authorize the passage of the extension of the annular collar, the clearance extending radially outwardly of the opening over a second angular sector and being shaped so that its cooperation with the annular collar axially retains the rotor within the head of the stator.
An apparatus for opening envelopes, comprising: an input bin for receiving a stack of envelopes; a cutter operable to sever an edge of the envelopes; a cutter transport for conveying the envelopes from the input bin past the cutter; a sensor (40, 50, 96a, 96b, 96c) for detecting a characteristic of an envelope as the cutter transport conveys the envelope wherein the sensor (40, 50, 96a, 96b, 96c) is positioned along the cutter transport so that the sensor (40, 50, 96a, 96b, 96c) detects the characteristic while the cutter cuts the envelope; a first sort conveyor having at least a portion positioned underneath a portion of the cutter transport, wherein the first sort conveyor conveys cut envelopes from a drop area to a first output area; a second sort conveyor for conveying cut envelopes to a second output area; a gate moveable between a first position and a second position, wherein the gate is controllable in response to the characteristic sensed by the sensor (40, 50, 96a, 96b, 96c) for each envelope; wherein in the first position, the gate directs the envelope toward the second sort conveyor and in the second position the envelope is directed to the drop area of the first conveyor; wherein the gate is spaced apart from a distal end of the cutter transport by a gap so that when the gate is in the second position, the envelope falls through the gap to the drop area of the first conveyor. an input bin for receiving a stack of envelopes; a cutter operable to sever an edge of the envelopes; a cutter transport for conveying the envelopes from the input bin past the cutter; a sensor (40, 50, 96a, 96b, 96c) for detecting a characteristic of an envelope as the cutter transport conveys the envelope wherein the sensor (40, 50, 96a, 96b, 96c) is positioned along the cutter transport so that the sensor (40, 50, 96a, 96b, 96c) detects the characteristic while the cutter cuts the envelope; a first sort conveyor having at least a portion positioned underneath a portion of the cutter transport, wherein the first sort conveyor conveys cut envelopes from a drop area to a first output area; a second sort conveyor for conveying cut envelopes to a second output area; a gate moveable between a first position and a second position, wherein the gate is controllable in response to the characteristic sensed by the sensor (40, 50, 96a, 96b, 96c) for each envelope; wherein in the first position, the gate directs the envelope toward the second sort conveyor and in the second position the envelope is directed to the drop area of the first conveyor; wherein the gate is spaced apart from a distal end of the cutter transport by a gap so that when the gate is in the second position, the envelope falls through the gap to the drop area of the first conveyor.
Electric cable for charging an electric vehicle, comprising an elongated flexible body extending between a first end intended to be electrically connected to an electric power source and a second end intended to be electrically connected to said electric vehicle to recharge it with said electric energy; said elongated flexible body comprising inside an external covering layer: - at least one internal core made of electrically conductive material, extending between said first end and said second end and configured to carry said electrical energy; - at least one electrically insulating layer placed around said at least one internal core; said covering layer of said elongated flexible body being made, at least in a portion thereof, of thermochromic material configured to vary at least between a first coloring and a second coloring at least when said covering layer reaches or exceeds a predetermined threshold temperature, characterized in that said covering layer also comprises, preferably at least in correspondence with said portion: - at least one antioxidant phenolic compound, and - at least one imidazole compound, preferably mercaptobenzimidazole or derivatives thereof. said elongated flexible body comprising inside an external covering layer: - at least one internal core made of electrically conductive material, extending between said first end and said second end and configured to carry said electrical energy; - at least one electrically insulating layer placed around said at least one internal core; - at least one internal core made of electrically conductive material, extending between said first end and said second end and configured to carry said electrical energy; - at least one electrically insulating layer placed around said at least one internal core; said covering layer of said elongated flexible body being made, at least in a portion thereof, of thermochromic material configured to vary at least between a first coloring and a second coloring at least when said covering layer reaches or exceeds a predetermined threshold temperature, characterized in that said covering layer also comprises, preferably at least in correspondence with said portion: - at least one antioxidant phenolic compound, and - at least one imidazole compound, preferably mercaptobenzimidazole or derivatives thereof. - at least one antioxidant phenolic compound, and - at least one imidazole compound, preferably mercaptobenzimidazole or derivatives thereof.
A method for charging a battery from a power supply device using an electrical rotating machine, said method comprising the following steps: - having a stator of the electrical rotating machine having a frame on which electrical conductors are coiled so as to form N coils, N being equal to or higher than four and - electrically connecting the coils (6 j) to the power supply device so that each coil (6 j) is crossed by an own electrical current (i j) delivered by the power supply device and has an input of current from the power supply device which is common with another coil (6 j) of the stator, said other coil forming a complementary coil of said coil, coiling and connecting the coils (6 j) to the power supply device being such that said coil and said complementary coil are diametrically opposite with respect to an axis of the stator and are crossed by respective own currents (i j) phase-shifted by an angle equal to Π, and connecting the stator to the power supply device being performed so that when one moves around the axis of the stator from a reference coil (6 l), the phase-shift between the current (i l) crossing said reference coil and the current (i j) specific to each of the other coils (6 j) varies in a strictly monotonous way as one moves from said reference coil (6 l), and - charging the battery using the coils (6 j) of the stator, the currents (i j) having flowed in the coils being rectified before supplying the battery thereafter. - having a stator of the electrical rotating machine having a frame on which electrical conductors are coiled so as to form N coils, N being equal to or higher than four and - electrically connecting the coils (6 j) to the power supply device so that each coil (6 j) is crossed by an own electrical current (i j) delivered by the power supply device and has an input of current from the power supply device which is common with another coil (6 j) of the stator, said other coil forming a complementary coil of said coil, coiling and connecting the coils (6 j) to the power supply device being such that said coil and said complementary coil are diametrically opposite with respect to an axis of the stator and are crossed by respective own currents (i j) phase-shifted by an angle equal to Π, and connecting the stator to the power supply device being performed so that when one moves around the axis of the stator from a reference coil (6 l), the phase-shift between the current (i l) crossing said reference coil and the current (i j) specific to each of the other coils (6 j) varies in a strictly monotonous way as one moves from said reference coil (6 l), and - charging the battery using the coils (6 j) of the stator, the currents (i j) having flowed in the coils being rectified before supplying the battery thereafter.
Application head especially designed for producing composite material parts, comprising an application system, guiding means defining a guiding plane and a clamping system for clamping a fiber guided by the guiding means and applied by the application system, the clamping system comprising a first jaw movable in translation in a clamping direction (Tb) between an inactive position (θ 1) and an active position (θ 2), and a second jaw movable in translation in the clamping direction (Tb) between an inactive position (θ 3) and an active position (θ 4), the first and second jaws (71, 73) being in abutment against each other in their respective active positions (θ 2, θ 4), characterized in that it comprises stripper means (41, 43) fixed in the clamping direction (Tb) in positions (τ 1, τ 3) with respect to which the inactive positions of the jaws (71, 73) are set back, the stripper means comprise two stripping plates (41, 43) each provided with a through hole (411, 431) for the passage of a jaw (71, 73), the two facing surfaces of the stripping plates are spaced apart from each other and are in positions (τ 1, τ 3) with respect to which the inactive positions (θ 1, θ 3) of the jaws are set back.
A nanoparticle having a formula of: A/[M 1 x M 2 y M 3 z]O n H m where M 1, M 2, and M 3 are in the crystal lattice structure of the nanoparticle and M 1 is a Column 13 element selected from the group consisting of aluminum (Al), gallium (Ga), indium (In), and thallium (Tl), M 2 and M 3 are each a Column 2 metal, a Column 14 metal, or a transition metal, with the proviso that M 2 and M 3 are different, x is 0.03 to 3, y is 0.01 to 0.4, z is 0.01 to 0.4 and n and m are determined by the oxidation states of the metals M 1, M 2, and M 3, and A is a well treatment additive capable of being released from the nanoparticle. M 1, M 2, and M 3 are in the crystal lattice structure of the nanoparticle and M 1 is a Column 13 element selected from the group consisting of aluminum (Al), gallium (Ga), indium (In), and thallium (Tl), M 2 and M 3 are each a Column 2 metal, a Column 14 metal, or a transition metal, with the proviso that M 2 and M 3 are different, x is 0.03 to 3, y is 0.01 to 0.4, z is 0.01 to 0.4 and n and m are determined by the oxidation states of the metals M 1, M 2, and M 3, and A is a well treatment additive capable of being released from the nanoparticle.
An electronic apparatus comprising: a memory configured to store waveform information of a signal received from a user's body and authentication key information corresponding to a predetermined function; a transceiver configured to receive a signal from an external apparatus using the user's body as a communication medium; and at least one processor configured to: obtain key information from the received signal; confirm whether or not each of the obtained key information and a waveform of the received signal corresponds to each of the stored authentication key information and the stored waveform information, and perform the predetermined function depending on the confirmation result, wherein the at least one processor is further configured to, when the transceiver receives a key registration signal through the user's body: generate waveform information on the basis of a waveform of the key registration signal; store the waveform information in the memory, and store key information obtained from the key registration signal as the authentication key information corresponding to the predetermined function in the memory. a memory configured to store waveform information of a signal received from a user's body and authentication key information corresponding to a predetermined function; a transceiver configured to receive a signal from an external apparatus using the user's body as a communication medium; and at least one processor configured to: obtain key information from the received signal; confirm whether or not each of the obtained key information and a waveform of the received signal corresponds to each of the stored authentication key information and the stored waveform information, and perform the predetermined function depending on the confirmation result, obtain key information from the received signal; confirm whether or not each of the obtained key information and a waveform of the received signal corresponds to each of the stored authentication key information and the stored waveform information, and perform the predetermined function depending on the confirmation result, wherein the at least one processor is further configured to, when the transceiver receives a key registration signal through the user's body: generate waveform information on the basis of a waveform of the key registration signal; store the waveform information in the memory, and store key information obtained from the key registration signal as the authentication key information corresponding to the predetermined function in the memory. generate waveform information on the basis of a waveform of the key registration signal; store the waveform information in the memory, and store key information obtained from the key registration signal as the authentication key information corresponding to the predetermined function in the memory.
A refrigerator vegetable room, comprising: a case formed with a freezing chamber side plate, an outside plate, an upper plate, a lower plate, a closed rear surface and an open front; a drawer inserted into a front side opening portion of the case in a drawable manner to store fruits and vegetable therein; and a metal plate (200; 400) provided to be brought into contact with at least two surfaces of the case to cause heat transfer from one surface of the case to the other surface thereof, wherein the metal plate comprises an external metal plate attached to the outside of the case; characterized in that an insulating material is attached to an outer side of the freezing chamber side plate of the case; a plurality of ribs (111a, 111b) are formed to be protruded from an external surface of the case 110); and the external surface and insulating material of the case are disposed to be separated from one another by the ribs (111a, 111b). a case formed with a freezing chamber side plate, an outside plate, an upper plate, a lower plate, a closed rear surface and an open front; a drawer inserted into a front side opening portion of the case in a drawable manner to store fruits and vegetable therein; and a metal plate (200; 400) provided to be brought into contact with at least two surfaces of the case to cause heat transfer from one surface of the case to the other surface thereof, wherein the metal plate comprises an external metal plate attached to the outside of the case; characterized in that an insulating material is attached to an outer side of the freezing chamber side plate of the case; a plurality of ribs (111a, 111b) are formed to be protruded from an external surface of the case 110); and the external surface and insulating material of the case are disposed to be separated from one another by the ribs (111a, 111b).
An electret sheet comprising an electrically charged propylene-based resin foam sheet having an average thickness of 90 to 150 μm, a foaming ratio of 3.5 to 9 times, and a gel fraction of 30% to 50% by weight as measured according to the method described in the description, wherein the propylene-based resin foam sheet includes a resin composition containing a crosslinked body of a propylene-α-olefin random copolymer having a weight average molecular weight of 370,000 to 420,000 at a proportion of 60% by weight or more.
A method for assessing health of a mechanical system, the method comprising: receiving discontinuous system data from one or more first sources that is obtained intermittently and is associated with health of the system; and receiving continuous system data from one or more second sources that is obtained continuously and is associated with the health of the system; characterized in further comprising generating a single discontinuous health index that is based on the discontinuous system data; generating a single continuous health index that is based on the continuous system data, wherein the discontinuous health index and the continuous health index are configured to be combinable; combining the discontinuous health index and the continuous health index, including combining one or more discontinuous health indexes generated over time and one or more continuous health indexes generated over time; generating an overall health index based on the combination of the discontinuous health index and the continuous health index; and automatically taking one or more actions to maintain or improve health of the mechanical system and/or avoid risk based on the overall health index. receiving discontinuous system data from one or more first sources that is obtained intermittently and is associated with health of the system; and receiving continuous system data from one or more second sources that is obtained continuously and is associated with the health of the system; generating a single discontinuous health index that is based on the discontinuous system data; generating a single continuous health index that is based on the continuous system data, wherein the discontinuous health index and the continuous health index are configured to be combinable; combining the discontinuous health index and the continuous health index, including combining one or more discontinuous health indexes generated over time and one or more continuous health indexes generated over time; generating an overall health index based on the combination of the discontinuous health index and the continuous health index; and automatically taking one or more actions to maintain or improve health of the mechanical system and/or avoid risk based on the overall health index.