mhurhangee/ep-ind-claims huggingface dataset:
An organic hydride generation system comprising: an electrolytic bath having an anode electrode for oxidizing water to generate protons, a cathode electrode for hydrogenating a hydrogenation target substance with the protons to generate an organic hydride, an anode chamber accommodating the anode electrode, a cathode chamber accommodating the cathode electrode, and a diaphragm partitioning the anode chamber and the cathode chamber; a main power supplier structured to supply power to the electrolytic bath; an auxiliary power supplier structured to supply power to the electrolytic bath independently of the main power supplier; a detector structured to detect a voltage between the anode electrode and the cathode electrode, a potential of the anode electrode, or a potential of the cathode electrode; and a controller structured to control the supply of power to the electrolytic bath on the basis of a detection result of the detector, wherein the controller controls the auxiliary power supplier so as to supply the power to the electrolytic bath, when it is detected that the voltage has decreased to a specified voltage, the potential of the anode electrode has changed to a specified potential E AN1, or the potential of the cathode electrode has changed to a specified potential E CA1 during operation stop of the organic hydride generation system in which the power from the main power supplier is not supplied to the electrolytic bath. an electrolytic bath having an anode electrode for oxidizing water to generate protons, a cathode electrode for hydrogenating a hydrogenation target substance with the protons to generate an organic hydride, an anode chamber accommodating the anode electrode, a cathode chamber accommodating the cathode electrode, and a diaphragm partitioning the anode chamber and the cathode chamber; a main power supplier structured to supply power to the electrolytic bath; an auxiliary power supplier structured to supply power to the electrolytic bath independently of the main power supplier; a detector structured to detect a voltage between the anode electrode and the cathode electrode, a potential of the anode electrode, or a potential of the cathode electrode; and a controller structured to control the supply of power to the electrolytic bath on the basis of a detection result of the detector, wherein the controller controls the auxiliary power supplier so as to supply the power to the electrolytic bath, when it is detected that the voltage has decreased to a specified voltage, the potential of the anode electrode has changed to a specified potential E AN1, or the potential of the cathode electrode has changed to a specified potential E CA1 during operation stop of the organic hydride generation system in which the power from the main power supplier is not supplied to the electrolytic bath.
A method for assembling a Braille cell assembly, the Braille cell assembly including a printed circuit board having a pair of alignment apertures, the method utilizing an alignment guide, the alignment guide having first and second surfaces (122, 124) that are angled with respect to each other, the second surface having a pair of alignment tabs that are formed at either end of second surface and a peripheral edge, a series of contacts releasably secured to the peripheral edge of the second surface of the alignment guide, the method comprising the following steps: positioning the alignment guide upon the printed circuit board by inserting the pair of alignment tabs into the pair of alignment apertures, whereby the series of contacts are aligned upon the PCB; soldering each contact onto the PCB; separating the alignment guide from the soldered contacts. the second surface having a pair of alignment tabs that are formed at either end of second surface and a peripheral edge, a series of contacts releasably secured to the peripheral edge of the second surface of the alignment guide, the method comprising the following steps: positioning the alignment guide upon the printed circuit board by inserting the pair of alignment tabs into the pair of alignment apertures, whereby the series of contacts are aligned upon the PCB; soldering each contact onto the PCB; separating the alignment guide from the soldered contacts. positioning the alignment guide upon the printed circuit board by inserting the pair of alignment tabs into the pair of alignment apertures, whereby the series of contacts are aligned upon the PCB; soldering each contact onto the PCB; separating the alignment guide from the soldered contacts.
A non-aqueous electrolyte cell comprising a rolled electrode body consisting of a positive electrode having a strip electrode collector whose both sides are coated with a positive electrode active material layer and a negative electrode having a strip negative electrode collector whose both sides are coated with a negative electrode active material layer, which positive electrode and negative electrode are layered via a non-aqueous electrolyte layer and rolled in the longitudinal direction, wherein said rolled electrode body is covered by a casing film made from an insulating material; the positive electrode is positioned at the outermost circumference and has a collector one-side exposed portion at its one end in the longitudinal direction and the collector one-side exposed portion covers the outer circumference of said rolled electrode body by one turn or more, the electrode active material is formed only on one side of the one-side exposed portion leaving the other side exposed; adjacent to said collector one-side exposed portion is a collector both-side exposed portion where both sides of the collector are exposed, and said collector both-side exposed portion covers the outer circumference of said collector one-side exposed portion by one turn or more the negative electrode is positioned at the innermost circumference and has a collector one-side exposed portion at its one end in the longitudinal direction of the electrodes and said collector one-side exposed portion covers the inner circumference of said rolled electrode body by one turn or more a positive electrode terminal is connected to the positive electrode, a negative electrode terminal is connected to the negative electrode, and said positive electrode terminal and said negative electrode terminal are inserted into a sealing portion which is a peripheral portion of said casing film.
Compressed air supply installation (10, 10A, 10B, 10C) for operating a pneumatic installation, in particular an air suspension installation of a vehicle, said compressed air supply installation comprising: - an air supply unit and an air compression unit for supplying a compressed air supply unit with compressed air, - a bleeding line, comprising a bleeding valve arrangement in the form of a controllable solenoid valve arrangement (40, 40A, 40B, 40C) comprising a magnetic part (43, 43A, 43B, 43C) and a pneumatic part (44, 44A, 44B, 44C), and comprising a bleeding port for bleeding air, and - a compressed air supply line, comprising an air dryer and a compressed air port for supplying the pneumatic installation with compressed air, the pneumatic part (44, 44A, 44B, 44C) of the solenoid valve arrangement (40, 40A, 40B, 40C) being open in the unactivated state of the magnetic part (43, 43A, 43B, 43C) of the solenoid valve arrangement (40, 40A, 40B, 40C), characterized in that the solenoid valve arrangement (40, 40A, 40B, 40C) has a current-adjustable pressure limiter. - an air supply unit and an air compression unit for supplying a compressed air supply unit with compressed air, - a bleeding line, comprising a bleeding valve arrangement in the form of a controllable solenoid valve arrangement (40, 40A, 40B, 40C) comprising a magnetic part (43, 43A, 43B, 43C) and a pneumatic part (44, 44A, 44B, 44C), and comprising a bleeding port for bleeding air, and - a compressed air supply line, comprising an air dryer and a compressed air port for supplying the pneumatic installation with compressed air, the pneumatic part (44, 44A, 44B, 44C) of the solenoid valve arrangement (40, 40A, 40B, 40C) being open in the unactivated state of the magnetic part (43, 43A, 43B, 43C) of the solenoid valve arrangement (40, 40A, 40B, 40C), characterized in that the solenoid valve arrangement (40, 40A, 40B, 40C) has a current-adjustable pressure limiter.
An interventional instrument comprising an ultrasound unit and a rotation unit (5; 105; 205) for rotating the ultrasound unit (41; 241), wherein the rotation unit (5; 105; 205) comprises an actuation element (8; 108; 208) being: an electroactive polymer (8; 108) for actuating the rotation of the ultrasound unit, wherein the ultrasound unit is arranged within a housing (12; 112) of the interventional instrument, wherein the rotation unit (5; 105) comprises a support means on which the ultrasound unit is rotatably supported, wherein the support means and the housing (12; 112) form a first space and a second space, wherein the rotation unit comprises a pump with the electroactive polymer, wherein the pump is adapted to pump a filling material from the first space to the second space, wherein the housing, the support means and the ultrasound unit are arranged such that the ultrasound unit is rotated, if the filling material is pumped from the first space to the second space, or a one-way shape memory alloy for actuating the rotation of the ultrasound unit, wherein the one-way shape memory alloy is formed as a coil which is configured to provide a rotating force for rotating the ultrasound unit from an initial position to a rotated position, wherein the rotation unit comprises a force providing element for providing a force for forcing the ultrasound unit back from the rotated position to the initial position. an electroactive polymer (8; 108) for actuating the rotation of the ultrasound unit, wherein the ultrasound unit is arranged within a housing (12; 112) of the interventional instrument, wherein the rotation unit (5; 105) comprises a support means on which the ultrasound unit is rotatably supported, wherein the support means and the housing (12; 112) form a first space and a second space, wherein the rotation unit comprises a pump with the electroactive polymer, wherein the pump is adapted to pump a filling material from the first space to the second space, wherein the housing, the support means and the ultrasound unit are arranged such that the ultrasound unit is rotated, if the filling material is pumped from the first space to the second space, or a one-way shape memory alloy for actuating the rotation of the ultrasound unit, wherein the one-way shape memory alloy is formed as a coil which is configured to provide a rotating force for rotating the ultrasound unit from an initial position to a rotated position, wherein the rotation unit comprises a force providing element for providing a force for forcing the ultrasound unit back from the rotated position to the initial position.
A continuous fabric for use in forming a repair liner for reinforcing a pipe, the fabric having a total of four layers (102, 104, 106, 108), these layers comprising: a top layer; a top intermediate layer; a bottom intermediate layer; and a bottom layer; wherein the continuous fabric is characterized in that: a fiber density of the top layer is between 10-80 g/m 2; a fiber density of the top intermediate layer is between 10-50 g/m 2; a fiber density of the bottom intermediate layer is between 300-600 g/m 2 across most or all of its width; a width of the top layer is less than the width of the continuous fabric; a width of the top intermediate layer is equal to the width of the continuous fabric; a width of the bottom intermediate layer is equal to the width of the continuous fabric, and; a width of the bottom layer is equal to the width of the continuous fabric. a top layer; a top intermediate layer; a bottom intermediate layer; and a bottom layer; a fiber density of the top layer is between 10-80 g/m 2; a fiber density of the top intermediate layer is between 10-50 g/m 2; a fiber density of the bottom intermediate layer is between 300-600 g/m 2 across most or all of its width; a width of the top layer is less than the width of the continuous fabric; a width of the top intermediate layer is equal to the width of the continuous fabric; a width of the bottom intermediate layer is equal to the width of the continuous fabric, and; a width of the bottom layer is equal to the width of the continuous fabric.
Insulation system for processing by a VPI process, comprising a solid insulation material with a depot accelerator and an impregnating resin having oxirane functionalities, wherein, after the impregnation by the VPI process, a catalyst is additionally provided, which is at least partly in gaseous form under hardening conditions and arrives via convection and/or diffusion processes at the surface of the impregnating resin, where it initiates the hardening after the impregnation of the solid insulation material, and wherein this catalyst comprises at least one compound in the form of an alkylimidazole.
A processor programmed to perform a video compression method, the method comprising: determining with the processor any first pixels in a frame having color in a predetermined tone region; determining with the processor any second pixels in the frame that are part of at least one facial feature; for each pixel in a block of the frame: assigning a first value to the respective pixel if the pixel is one of the first pixels, and the pixel is not one of the second pixels; assigning a second value to the respective pixel if the pixel is one of the second pixels and is not within a specified threshold distance to one of the first pixels; assigning a third value to the respective pixel if the location of the pixel is within the specified threshold distance to a first pixel and the pixel is a second pixel; and assigning a fourth value to the respective pixel if the pixel is not one of the first pixels and is not one of the second pixels; averaging the assigned pixel values on a block by block basis within the frame to generate respective block scores; and compressing with the processor the frame using coding parameters selected based on the block scores. determining with the processor any first pixels in a frame having color in a predetermined tone region; determining with the processor any second pixels in the frame that are part of at least one facial feature; for each pixel in a block of the frame: assigning a first value to the respective pixel if the pixel is one of the first pixels, and the pixel is not one of the second pixels; assigning a second value to the respective pixel if the pixel is one of the second pixels and is not within a specified threshold distance to one of the first pixels; assigning a third value to the respective pixel if the location of the pixel is within the specified threshold distance to a first pixel and the pixel is a second pixel; and assigning a fourth value to the respective pixel if the pixel is not one of the first pixels and is not one of the second pixels; averaging the assigned pixel values on a block by block basis within the frame to generate respective block scores; and compressing with the processor the frame using coding parameters selected based on the block scores. assigning a first value to the respective pixel if the pixel is one of the first pixels, and the pixel is not one of the second pixels; assigning a second value to the respective pixel if the pixel is one of the second pixels and is not within a specified threshold distance to one of the first pixels; assigning a third value to the respective pixel if the location of the pixel is within the specified threshold distance to a first pixel and the pixel is a second pixel; and assigning a fourth value to the respective pixel if the pixel is not one of the first pixels and is not one of the second pixels; averaging the assigned pixel values on a block by block basis within the frame to generate respective block scores; and compressing with the processor the frame using coding parameters selected based on the block scores.
An apparatus, comprising: a receiver adapted to receive first information that indicates whether a first apparatus will apply traffic steering rules for routing data traffic on a first route across a first access network and a second route across a second access network, wherein the first and second routes are different; a storage device adapted to store a representation of the first information; and a transmitter adapted to transmit second information that indicates whether offloading a predetermined data traffic type is permitted by a second apparatus, wherein the apparatus is adapted to determine the second information based on the representation of the first information. a receiver adapted to receive first information that indicates whether a first apparatus will apply traffic steering rules for routing data traffic on a first route across a first access network and a second route across a second access network, wherein the first and second routes are different; a storage device adapted to store a representation of the first information; and a transmitter adapted to transmit second information that indicates whether offloading a predetermined data traffic type is permitted by a second apparatus, wherein the apparatus is adapted to determine the second information based on the representation of the first information.
A switch valve which is configured such that a plurality of land sections (5, 6) and a valley section between the land sections are formed in a valve element that advances or retreats in an axial direction according to a manual operation, a plurality of port sections (10, 11, 12, 13, 14, 15 / 10A, 11A, 12A, 13A, 14A, 15A) to be opened or closed are provided in a cylinder section in which the valve element is inserted so as to be capable of advancing and retreating, and the prescribed port sections are made communicate with each other via the valley section according to a position of the valve element in the axial direction or be blocked by the land section (5, 6), wherein a seal section (16, 17) is provided in each of the two land sections (5, 6) that define the valley section, and the plurality of port sections include an input port (12/12A) and an output port (11, 13, 14/11A, 13A, 14A) that open to the valley portion in a state where the seal sections (16, 17) seal gaps between the respective land sections (5, 6) and the cylinder section in a liquid-tight manner, the switch valve being characterized in that the output port includes a forward travel port (13, 14/11A) that is configured to communicate with a forward travel engagement device (19/20) and a reverse travel port (11/13A, 14A) that is configured to communicate with a reverse travel engagement device (20/19), the seal sections (16, 17) are configured to seal the gaps between the respective two land sections (5, 6) and the cylinder section in a liquid-tight manner in a state where the input port (12/12A) and either one of the forward travel port (13, 14/11A) and the reverse travel port (11/13A, 14A) are both allowed to open to the valley section, the valve element is configured to be moved to a position where both the forward travel port (13, 14/11A) and the input port (12/12A) are allowed to open to the valley section and a position where both the reverse travel port (11/13A, 14A) and the input port (12/12A) are allowed to open to the valley section, and the switch valve comprises a supply discharge oil passage in communication with the input port (12/12A), which supply discharge oil passage has a supply valve that makes the input port (12/12A) communicate with a hydraulic pressure source and be blocked against the hydraulic pressure source and a discharge valve that makes the input port (12/12A) communicate with a drain portion of the input port (12/12A) and be blocked against the drain portion of the input port (12/12A).
A mixing nozzle adapted to be releasably coupled to a fluid cartridge for mixing and dispensing first and second fluids, the fluid cartridge including a housing with a distal end and first and second fluid chambers (22, 24) configured to hold respective first and second fluids and communicating with respective first and second outlets (30, 32) at the distal end, and the nozzle comprising: a first portion configured to be releasably attached to the distal end of the housing; a second portion located distal to the first portion; an internal fluid passage communicating between the first and second portions (50, 52); a static mixing element in the second portion; a dispensing opening located distal to the static mixing element; and a tubular fluid separator element in the first portion, the tubular fluid separator element defining first and second flow passages (62, 64), the first flow passage contained in a central tubular portion of the tubular fluid separator element and adapted to be coupled for communication to the first outlet and the second flow passage located radially outside of the central tubular portion and adapted to be coupled for communication with the second outlet, wherein the fluid separator element maintains the flow of the first fluid separate from the flow of the second fluid in the first portion of the mixing nozzle, wherein the central tubular portion includes a bore configured to receive a tubular outlet member. characterized by the mixing nozzle further comprises an internal wall and the tubular fluid separator element further comprises a flange that engages the internal wall, the flange including the second flow passage adapted to communicate with the second outlet of the housing. a first portion configured to be releasably attached to the distal end of the housing; a second portion located distal to the first portion; an internal fluid passage communicating between the first and second portions (50, 52); a static mixing element in the second portion; a dispensing opening located distal to the static mixing element; and a tubular fluid separator element in the first portion, the tubular fluid separator element defining first and second flow passages (62, 64), the first flow passage contained in a central tubular portion of the tubular fluid separator element and adapted to be coupled for communication to the first outlet and the second flow passage located radially outside of the central tubular portion and adapted to be coupled for communication with the second outlet, wherein the fluid separator element maintains the flow of the first fluid separate from the flow of the second fluid in the first portion of the mixing nozzle, wherein the central tubular portion includes a bore configured to receive a tubular outlet member.