mhurhangee/ep-ind-claims huggingface dataset:
A system for continuous flow production of nanometric or sub-micrometric powders under the action of laser pyrolysis comprising a laser emitting a beam along an axis OX followed by an optical device allowing transmission of a beam of elongated shape having its energy distributed along a first axis perpendicular to the propagation axis OX of the beam in an elongated cross-section with adjustable dimensions, wherein at least the width or the height of the elongated cross-section can be modified independently, at least one interaction area (20, 20') between the elongated beam and at least two flows of reagents which are perpendicular to a plane containing the axis OX and the first axis, at least two injectors (22, 23, 24; 22', 23', 24') respectively emitting the at least two flows of reagent, the at least two injectors being located along an axis parallel to the first axis so that the flow of reagents output from these at least two injectors are all covered by the elongated cross-section of the beam.
An asymmetry composite material comprising a first polymer layer, a metal porous body and a second polymer layer sequentially stacked, wherein the first polymer layer and the second polymer layer comprise different components, wherein the metal porous body comprises a first region in which a first polymer component of the first polymer layer is present and a second region in which a second polymer component of the second polymer layer is present and wherein a thickness of the first region is in a range of 0.01 to 0.99 times a thickness of the metal porous body. wherein the first polymer layer and the second polymer layer comprise different components, wherein the metal porous body comprises a first region in which a first polymer component of the first polymer layer is present and a second region in which a second polymer component of the second polymer layer is present and wherein a thickness of the first region is in a range of 0.01 to 0.99 times a thickness of the metal porous body.
A method for producing a transparent electroconductive thin film comprising: dispersing single-walled carbon nanotubes of mixed metallic single-walled carbon nanotubes (m-SWNTs) and semiconductor single-walled carbon nanotubes (s-SWNTs) in an amine solution containing an amine having a boiling point of from 20 to 400°C as a dispersant, centrifuging or filtering the resulting dispersion to concentrate m-SWNTs, thereby giving a dispersion rich in m-SWNTs, and applying the resulting dispersion rich in m-SWNTs onto a substrate which substrate is a solid substrate, film or sheet of transparent resin or a glass sheet, to form thereon a thin film with a thickness from 10 to 100 nm. dispersing single-walled carbon nanotubes of mixed metallic single-walled carbon nanotubes (m-SWNTs) and semiconductor single-walled carbon nanotubes (s-SWNTs) in an amine solution containing an amine having a boiling point of from 20 to 400°C as a dispersant, centrifuging or filtering the resulting dispersion to concentrate m-SWNTs, thereby giving a dispersion rich in m-SWNTs, and applying the resulting dispersion rich in m-SWNTs onto a substrate which substrate is a solid substrate, film or sheet of transparent resin or a glass sheet, to form thereon a thin film with a thickness from 10 to 100 nm.
An amplifier system (1, 21) with controllable load driving characteristics, the amplifier system comprising: an output terminal configured to connect to a load; a first output switch and a second output switch; an operational amplifier (11, 31) having a voltage output electrically connected to the output terminal through the first output switch; a transconductance amplifier (12, 32) having a current output electrically connected to the output terminal through the second output switch; and a control circuit (19, 39) configured to control the first output switch to selectively, based on the load, connect the voltage output of the operational amplifier (11, 31) to the output terminal, and to control the second output switch to selectively, based on the load, connect the current output of the transconductance amplifier (12, 32) to the output terminal. an output terminal configured to connect to a load; a first output switch and a second output switch; an operational amplifier (11, 31) having a voltage output electrically connected to the output terminal through the first output switch; a transconductance amplifier (12, 32) having a current output electrically connected to the output terminal through the second output switch; and a control circuit (19, 39) configured to control the first output switch to selectively, based on the load, connect the voltage output of the operational amplifier (11, 31) to the output terminal, and to control the second output switch to selectively, based on the load, connect the current output of the transconductance amplifier (12, 32) to the output terminal.
System for supplying energy to and controlling a plurality of intelligent drives of window casements, ventilation flaps, doors and/or the like, wherein the intelligent drives are each provided with integrated control electronics and are networked to one another via at least one bus, via which the drives can communicate with one another and are connected to the sensors, buttons and/or the like, and at least one electrical energy supply unit, in particular a common electrical energy supply unit, is assigned to the drives, sensors, buttons and/or the like, and wherein the intelligent drives networked to one another can be completely disconnected from the electrical energy supply unit in order to reduce the energy consumption in the standby mode and can be woken up again and can be connected to the electrical energy supply unit again via the sensors, buttons and/or the like, characterized in that the intelligent drives networked to one another can be completely disconnected from the electrical energy supply unit and can be connected to the latter again via at least one switching unit which can be controlled by the sensors, buttons and/or the like, wherein the sensors, buttons and/or the like are also connected to the electrical energy supply device during the standby mode of the intelligent drives.
An electric drive vehicle comprising a current collecting device installed at an upper portion of a vehicle body and configured to receive an electric power from an overhead wire, wherein the current collecting device includes: a framework having an underframe, a lower frame that is pivotably linked to the underframe, and an upper frame that is pivotably linked to the lower frame; a current collecting portion that is supported by the upper frame; and a lock mechanism that holds the framework in a predetermined posture, the framework is capable of moving up and down between a standing posture in which the current collecting portion is ascended and a folded posture in which the current collecting portion is descended, characterized in that the lock mechanism includes an adsorption plate made of a magnetic material provided in the upper frame, and a hook device which is equipped with an electromagnet (24a-1) and adsorbs to hold the adsorption plate by a magnetic force to hold the framework in the folded posture as the predetermined posture. wherein the current collecting device includes: a framework having an underframe, a lower frame that is pivotably linked to the underframe, and an upper frame that is pivotably linked to the lower frame; a current collecting portion that is supported by the upper frame; and a lock mechanism that holds the framework in a predetermined posture, a framework having an underframe, a lower frame that is pivotably linked to the underframe, and an upper frame that is pivotably linked to the lower frame; a current collecting portion that is supported by the upper frame; and a lock mechanism that holds the framework in a predetermined posture, the framework is capable of moving up and down between a standing posture in which the current collecting portion is ascended and a folded posture in which the current collecting portion is descended, characterized in that the lock mechanism includes an adsorption plate made of a magnetic material provided in the upper frame, and a hook device which is equipped with an electromagnet (24a-1) and adsorbs to hold the adsorption plate by a magnetic force to hold the framework in the folded posture as the predetermined posture.
A cap configured to be attached to an extraction port of a container, comprising: a cap main body detached from the container at time of opening; a ring remained on the container at the time of opening; and a passage portion, wherein the passage portion includes a leg portion provided in the cap main body, wherein the passage portion contains a detection member, characterized in that the passage portion is formed separately from the cap main body and the ring, and attached to the cap main body and the ring, or the passage portion is formed by one or more recesses between the cap main body and a cover, wherein said recesses are formed on a side surface and an upper surface of the cap main body or are formed inside the cover, and the cover covers said side surface and the upper surface of the cap main body and the ring; wherein the passage portion includes a leg portion provided in the ring; wherein at least an upper portion (17a1) of the leg portion provided in the cap main body, and a middle portion (17a3) communicate with each other by a passage of the passage portion, wherein said middle portion (17a3) being between the upper portion (17a1) and a lower portion (17a2) of said leg portion provided in the ring; and wherein, when the middle portion (17a3) of the leg portion is broken, at least one of air and the detection member passes through said passage of the passage portion, and a state of the detection member provided in the passage portion changes. a cap main body detached from the container at time of opening; a ring remained on the container at the time of opening; and a passage portion, wherein the passage portion includes a leg portion provided in the cap main body, wherein the passage portion contains a detection member, characterized in that the passage portion is formed separately from the cap main body and the ring, and attached to the cap main body and the ring, or the passage portion is formed by one or more recesses between the cap main body and a cover, wherein said recesses are formed on a side surface and an upper surface of the cap main body or are formed inside the cover, and the cover covers said side surface and the upper surface of the cap main body and the ring; wherein the passage portion includes a leg portion provided in the ring; wherein at least an upper portion (17a1) of the leg portion provided in the cap main body, and a middle portion (17a3) communicate with each other by a passage of the passage portion, wherein said middle portion (17a3) being between the upper portion (17a1) and a lower portion (17a2) of said leg portion provided in the ring; and wherein, when the middle portion (17a3) of the leg portion is broken, at least one of air and the detection member passes through said passage of the passage portion, and a state of the detection member provided in the passage portion changes.
Light-generating arrangement comprising a light-emitting semiconductor element having electrical supply lines, and comprising a transparent light-orienting element arranged in front of the semiconductor element at a distance in the emission direction, by means of which light-orienting element the light emitted by the semiconductor element can be concentrated to form a directed luminous flux, characterized in that the coupling-out surface of the light-orienting element has a microstructure formed from a multiplicity of elevations and depressions, by means of which microstructure the individual beam paths of the directed light beams of the luminous flux can be deflected by an angle of < 5°.
A method of operating a wind turbine, the wind turbine comprising a tower and a rotor with at least one rotor blade, the rotor being connected to the tower and being adapted to drive a generator, wherein a pitch angle of each rotor blade is adjustable, the method comprising actively promote tower oscillations of the tower up to a predefined oscillation threshold, and when the predefined oscillation threshold is reached the active promotion of the tower oscillations is stopped; determine at least one physical parameter relating to the tower oscillation, wherein the promotion of oscillations is performed during normal operation of the wind turbine by adjustments in the pitch and/or the rotor torque signals by super imposing a pitch signal and/or rotor torque signal onto the normal pitch signal and/or rotor torque operating signals.
A kit comprising: an RNA linker comprising: (i) a first polynucleotide, and, (ii) a second polynucleotide, wherein the first and the second polynucleotides form a first double stranded region flanked by a first ligation compatible end, and a 3'-overhang at the 3'-end of the first polynucleotide, wherein the 3'-overhang comprises a random-sequence primer; and, a DNA linker comprising: (iii) a third polynucleotide, and, (iv) a fourth polynucleotide, wherein the third and the fourth polynucleotides form a second double stranded region flanked by a blunt end and a second ligation compatible end, wherein the first and the second ligation compatible ends ligate to each other, or are adaptable to ligate to each other. an RNA linker comprising: (i) a first polynucleotide, and, (ii) a second polynucleotide, wherein the first and the second polynucleotides form a first double stranded region flanked by a first ligation compatible end, and a 3'-overhang at the 3'-end of the first polynucleotide, wherein the 3'-overhang comprises a random-sequence primer; and, (i) a first polynucleotide, and, (ii) a second polynucleotide, a DNA linker comprising: (iii) a third polynucleotide, and, (iv) a fourth polynucleotide, wherein the third and the fourth polynucleotides form a second double stranded region flanked by a blunt end and a second ligation compatible end, (iii) a third polynucleotide, and, (iv) a fourth polynucleotide,
A driving assistant method for a vehicle comprising a driving assistant system and an energy storage device, being traction storage batteries, wherein the method comprises the following steps: providing a warning signal by the driving assistant system, if residual capacity of the energy storage device reaches a tolerance status which is determined by comparison between the residual capacity of the energy storage device and required energy capacity for supporting the vehicle to reach the nearest at least one energy supply station, and releasing reserve capacity of the energy storage device according to the warning signal, wherein the reserve capacity of the energy storage device is released automatically or based on instruction from a user of the vehicle by the driving assistant system, wherein the magnitude of the reserve capacity can be set by the user as required. providing a warning signal by the driving assistant system, if residual capacity of the energy storage device reaches a tolerance status which is determined by comparison between the residual capacity of the energy storage device and required energy capacity for supporting the vehicle to reach the nearest at least one energy supply station, and releasing reserve capacity of the energy storage device according to the warning signal, wherein the reserve capacity of the energy storage device is released automatically or based on instruction from a user of the vehicle by the driving assistant system, wherein the magnitude of the reserve capacity can be set by the user as required.
An electric power system monitoring apparatus comprising: a dynamic behavior constant estimation unit to estimate a predetermined dynamic behavior constant from a measurement signal obtained from an electric power system; characterised in that it further comprises: a relative accuracy calculation unit to calculate, from the measurement signal, a relative accuracy index that indicates accuracy of a dynamic behavior constant estimation value estimated at the dynamic behavior constant estimation unit; and an estimation error calculation unit to calculate an estimation error from reference dynamic behavior information, the dynamic behavior constant estimation value, and the relative accuracy index. a dynamic behavior constant estimation unit to estimate a predetermined dynamic behavior constant from a measurement signal obtained from an electric power system; characterised in that it further comprises: a relative accuracy calculation unit to calculate, from the measurement signal, a relative accuracy index that indicates accuracy of a dynamic behavior constant estimation value estimated at the dynamic behavior constant estimation unit; and an estimation error calculation unit to calculate an estimation error from reference dynamic behavior information, the dynamic behavior constant estimation value, and the relative accuracy index. a relative accuracy calculation unit to calculate, from the measurement signal, a relative accuracy index that indicates accuracy of a dynamic behavior constant estimation value estimated at the dynamic behavior constant estimation unit; and an estimation error calculation unit to calculate an estimation error from reference dynamic behavior information, the dynamic behavior constant estimation value, and the relative accuracy index.
A control system comprising a camera and a control device; the camera being arranged in a state facing upwards and configured to inspect a suction nozzle by imaging the suction nozzle from below to obtain image data of the tip of the suction nozzle; the control device comprising: a calculating section configured to identify an opening of a tip of a suction nozzle used in a component mounter based on image data of the tip of the suction nozzle, divide the identified opening into multiple regions, and calculate an area of the identified opening for each of the multiple regions; and a determining section configured to determine whether the suction nozzle is good based on the area calculated by the calculating section for each of the multiple regions. a calculating section configured to identify an opening of a tip of a suction nozzle used in a component mounter based on image data of the tip of the suction nozzle, divide the identified opening into multiple regions, and calculate an area of the identified opening for each of the multiple regions; and a determining section configured to determine whether the suction nozzle is good based on the area calculated by the calculating section for each of the multiple regions.
A backrest for a scuba diver comprising a shaped plate for supporting at least one air cylinder, said shaped plate comprising at least one lower right slide-through element and at least one lower left slide-through element; a left strap and a right strap fixed at the top to said shaped plate and slidable through said slide-through elements, comprising an upper right portion configured to fit around the scuba diver's right shoulder, an upper left portion configured to fit around the scuba diver's left shoulder and a lower left portion and lower right portion configured to fit around the scuba diver's abdomen, wherein said left strap and right strap comprise a right adjustment block between said upper right portion and said right lower portion, and a left adjustment block between said upper left portion and said left lower portion, wherein each adjustment block is a monolithic piece, has a first pin engaged in a first loop of one end of said upper portion of said strap, a second pin engaged in a second loop of one end of said lower portion of said strap, a clamp element for clamping said lower portion of said strap to block the sliding of said end of said lower portion of said strap around said second pin, and a handgrip element for actuating said clamp element between a position of blocking and a position of unblocking the sliding of said end of said lower portion of said strap around said second pin, characterised in that said first pin and said second pin respectively having at least one or more protuberances (60i, 80i) for engaging in a blocked position respectively with said first loop of said upper left portion and with said second loop of said lower portion of said strap, and in that said lower portion is slidable for adjustment through said slide-through element to secure the backrest in a first position, the dorsal position.
An aircraft having at least one rotor, each rotor having a plurality of blades, the aircraft comprising an ice management system, the system comprising: an electrical power supply carried by the aircraft remote from the rotor; at least one heater (39, 41) carried by the rotor for heating at least a portion of the rotor; and a first solid-state control relay and a second solid-state relay, the first solid-state relay and the second solid-state relay being carried by the rotor and conductively coupled between the power supply and the at least one heater for selectively controlling a flow of electrical power from the power supply to the at least one heater; wherein the first solid state relay and the second solid state relay are configured to provide zero-cross switching such that the first solid state relay and the second solid-state relay enable channeling of electrical power only as the waveform of a current to the at least one heater reaches zero; and wherein the first solid-state relay and the second solid state relay are electrically connected in series. an electrical power supply carried by the aircraft remote from the rotor; at least one heater (39, 41) carried by the rotor for heating at least a portion of the rotor; and a first solid-state control relay and a second solid-state relay, the first solid-state relay and the second solid-state relay being carried by the rotor and conductively coupled between the power supply and the at least one heater for selectively controlling a flow of electrical power from the power supply to the at least one heater; wherein the first solid state relay and the second solid state relay are configured to provide zero-cross switching such that the first solid state relay and the second solid-state relay enable channeling of electrical power only as the waveform of a current to the at least one heater reaches zero; and wherein the first solid-state relay and the second solid state relay are electrically connected in series.
A method of providing a user signature on a network transaction, comprising: receiving, by a network based security server directly from a network site, transaction information representing a transaction between a network user and a network site; calculating, by the security server, a one-time-password based on (i) the received transaction information and (ii) a secret shared by the security server and the network site, but not by the user, wherein the one-time-password is independently calculable by the network site based on the shared secret and the transaction information; and transmitting, by the security server, the calculated one-time-password for application as the user's signature on the transaction to be transmitted to the network site. receiving, by a network based security server directly from a network site, transaction information representing a transaction between a network user and a network site; calculating, by the security server, a one-time-password based on (i) the received transaction information and (ii) a secret shared by the security server and the network site, but not by the user, wherein the one-time-password is independently calculable by the network site based on the shared secret and the transaction information; and transmitting, by the security server, the calculated one-time-password for application as the user's signature on the transaction to be transmitted to the network site.