mhurhangee/ep-ind-claims huggingface dataset:
A method for manufacturing a composite material, comprising: producing a plant fiber yarn from a plant raw material; weaving the plant fiber yarn to obtain a plant fiber fabric; and using the plant fiber fabric to form the composite material whose outermost layer is the plant fiber fabric; wherein the step of using the plant fiber fabric to form the composite material comprises: impregnating the plant fiber fabric with a resin to form a plant fiber fabric prepreg; placing the plant fiber fabric prepreg on an upper surface of a base prepreg and optionally on a lower surface of the base prepreg to form a composite material precursor, and curing the composite material precursor to form the composite material; characterized in that the producing the plant fiber yarn from the plant raw material comprises chemical degumming of raw fibers; the chemical degumming comprises adding in the degumming process sodium triphosphate (Na 5 P 3 O 10), a surfactant and a non-acid leaching preparation to replace two boilings after acid leaching with a one-pot cooking method of a non-acid leaching, wherein the surfactant is selected from sodium dodecylbenzene sulfonate, sodium polyacrylate, polyvinyl alcohol, alkyl polyoxyethylene ether, and sodium dibutyl naphthalene sulfonate; and the non-acid leaching preparation is selected from an antifoaming agent, urea, and caustic soda. producing a plant fiber yarn from a plant raw material; weaving the plant fiber yarn to obtain a plant fiber fabric; and using the plant fiber fabric to form the composite material whose outermost layer is the plant fiber fabric; impregnating the plant fiber fabric with a resin to form a plant fiber fabric prepreg; placing the plant fiber fabric prepreg on an upper surface of a base prepreg and optionally on a lower surface of the base prepreg to form a composite material precursor, and curing the composite material precursor to form the composite material; characterized in that the producing the plant fiber yarn from the plant raw material comprises chemical degumming of raw fibers; the chemical degumming comprises adding in the degumming process sodium triphosphate (Na 5 P 3 O 10), a surfactant and a non-acid leaching preparation to replace two boilings after acid leaching with a one-pot cooking method of a non-acid leaching, wherein the surfactant is selected from sodium dodecylbenzene sulfonate, sodium polyacrylate, polyvinyl alcohol, alkyl polyoxyethylene ether, and sodium dibutyl naphthalene sulfonate; and the non-acid leaching preparation is selected from an antifoaming agent, urea, and caustic soda.
A method of washing fabric articles in a continuous batch tunnel washer, comprising the steps of: a) providing a continuous batch tunnel washer having an interior, an intake, a discharge, and a plurality of modules that segment the interior and wherein one of the modules is an empty pocket that is drained of water, said modules including a first module next to the intake and a final module next to the discharge; b) moving the fabric articles and a volume of liquid from the intake to the discharge and through the modules in a sequence beginning with the first module and ending with the final module; c) adding a washing chemical to one or more of the modules; d) rinsing the fabric articles by counter flowing liquid in the washer interior along a flow path that is generally opposite the direction of travel of the fabric articles in steps "b" and "c"; e) wherein one of the modules defines an empty pocket module that does not contain fabric articles and that is drained of liquid during step "d"; and f) wherein the modules that are not empty pocket modules contain both fabric articles and liquid. a) providing a continuous batch tunnel washer having an interior, an intake, a discharge, and a plurality of modules that segment the interior and wherein one of the modules is an empty pocket that is drained of water, said modules including a first module next to the intake and a final module next to the discharge; b) moving the fabric articles and a volume of liquid from the intake to the discharge and through the modules in a sequence beginning with the first module and ending with the final module; c) adding a washing chemical to one or more of the modules; d) rinsing the fabric articles by counter flowing liquid in the washer interior along a flow path that is generally opposite the direction of travel of the fabric articles in steps "b" and "c"; e) wherein one of the modules defines an empty pocket module that does not contain fabric articles and that is drained of liquid during step "d"; and f) wherein the modules that are not empty pocket modules contain both fabric articles and liquid.
Jet suction pump, comprising a propulsion jet nozzle with a round nozzle opening, a mixing pipe, a suction opening, a suction line arranged thereon and a pot, in which at least part of the mixing pipe is arranged, characterized in that the bottom of the pot has a shape differing from a planar surface for swirling the delivered medium emerging from the mixing pipe.
A flexible hose comprising: an elastomer inner tube layer, an elastomer outer cover layer, and a barrier layer, wherein said barrier layer is an intermediate layer to said tube and cover layers, characterized in that said barrier layer comprises a polyamide 6 having branched molecular structure and impact modifier.
Logistics system for storage, retrieval and collation of unit loads, comprising at least a store for storing unit loads, at least one conveyor system and at least one storage and retrieval device, the conveyor system for conveying unit loads comprising a first conveyor (17, 22) having a first conveying direction, a second conveyor having a second conveying direction and at least one conveyor element (12, 13, 14, 15, 23, 24, 25, 26), said conveyor element comprising conveyor means for transporting at least two unit loads from the first conveyor to the second conveyor in a third conveying direction which is perpendicular to the first and second conveying direction, the at least two unit loads being arranged side by side in a direction transverse to the third conveying direction, the storage and retrieval device (19, 30) comprising at least one carrier and a load bearing module, characterised in that the load bearing module has at least two carriages (19a, 19b, 32a, 32b), wherein the length of the carriages (19a, 19b, 32a, 32b) matches the width of a conveyor surface of the conveyor element (12, 13, 14, 15, 23, 24, 25, 26), so that the length of the carriage (19a, 19b, 32a, 32b) matches the width of a row of unit loads arranged side by side in the conveyor element (12, 13, 14, 15, 23, 24, 25, 26) and each carriage can accommodate exactly one of these rows
A manufacturing method of a metal ingot by semi-continuous casting, said metal ingot comprising a titanium-based alloy or a titanium-based intermetallic composite, said method comprising the following steps: S1: melting of all or part of the metal to obtain molten metal, S2: transfer by flow of the molten metal into a crucible, said crucible having a bottom plate and at least one side wall together delimiting an enclosure configured to receive the molten metal, the side wall having a first width along a first axis, S3: displacement of the bottom plate relative to the side wall at a controlled speed depending on a flow speed of the molten metal and, S4: progressively solidification of the molten metal from the bottom plate of the crucible, the manufacturing method further comprising: - during step S3 of displacement of the bottom plate, a step S5 of application of a compressive force to the metal which is between the bottom plate and the side wall, said compressive force being applied by at least one press, each press comprising a pair of opposing hammers moving along a same direction intersecting a longitudinal axis and whose movement is synchronised, along a second axis parallel to the first axis so as to deform said metal and obtain an ingot having a second width along this first axis which is less than the first width, and - during step S5, the bottom plate is also deformed, and the pair of hammers is moved along the longitudinal axis at the same speed as the bottom plate in order to follow the intermediate ingot when the compression force is applied and to eject it downwards, before returning to their initial position, - a subsequent step of cutting the base plate. S1: melting of all or part of the metal to obtain molten metal, S2: transfer by flow of the molten metal into a crucible, said crucible having a bottom plate and at least one side wall together delimiting an enclosure configured to receive the molten metal, the side wall having a first width along a first axis, S3: displacement of the bottom plate relative to the side wall at a controlled speed depending on a flow speed of the molten metal and, S4: progressively solidification of the molten metal from the bottom plate of the crucible, - during step S3 of displacement of the bottom plate, a step S5 of application of a compressive force to the metal which is between the bottom plate and the side wall, said compressive force being applied by at least one press, each press comprising a pair of opposing hammers moving along a same direction intersecting a longitudinal axis and whose movement is synchronised, along a second axis parallel to the first axis so as to deform said metal and obtain an ingot having a second width along this first axis which is less than the first width, and - during step S5, the bottom plate is also deformed, and the pair of hammers is moved along the longitudinal axis at the same speed as the bottom plate in order to follow the intermediate ingot when the compression force is applied and to eject it downwards, before returning to their initial position, - a subsequent step of cutting the base plate.
A process for obtaining a material comprising a substrate, selected from a a sheet of glass, glass-ceramic or organic polymer material, coated, on at least one face, with a stack of thin layers, comprising the following stages: - a stack of thin layers comprising a first dielectric layer, a wetting layer, a silver layer and a second dielectric layer is deposited on said at least one face of said substrate, - said at least one coated face is heat treated using at least one laser radiation emitting in at least one wavelength between 100 and 2000 nm; characterized in that at least one of said first and second dielectric layers is a dielectric layer based on substoichiometric oxide and in that an oxygen-donating layer is positioned in the vicinity of the dielectric layer based on substoichiometric oxide, said oxygen-donating layer being based on an oxide having a redox potential lower than the wetting layer. - a stack of thin layers comprising a first dielectric layer, a wetting layer, a silver layer and a second dielectric layer is deposited on said at least one face of said substrate, - said at least one coated face is heat treated using at least one laser radiation emitting in at least one wavelength between 100 and 2000 nm;
A negative electrode for a lithium secondary battery comprising: a lithium metal layer; and a protective layer formed on at least one surface of the lithium metal layer, wherein the protective layer comprises a conductive fabric with pores formed therein, and wherein the conductive fabric is a conductive fabric consecutively coating a metal material and a carbon material on a thread-weaved base fabric. a lithium metal layer; and a protective layer formed on at least one surface of the lithium metal layer, wherein the protective layer comprises a conductive fabric with pores formed therein, and wherein the conductive fabric is a conductive fabric consecutively coating a metal material and a carbon material on a thread-weaved base fabric.
Device for fixing an open oral cavity of a rodent in position, having a base plate with a supporting surface for the rodent, a first retaining clip, protruding from the base plate, for fixing an upper jaw of the rodent in position, and having a second retaining clip, protruding from the base plate, for fixing a lower jaw of the rodent in position, wherein the first and/or the second retaining clip (16, 18) are able to be fixed to the base plate at a variable distance therefrom, characterized in that the first and/or the second retaining clip (16, 18) are held on the base plate in a displaceable manner such that, depending on the size and the anatomy of the rodent to be fixed in position, the retaining clips are settable individually in order to open and keep open the corresponding oral cavity.
A detachable LED lighting device comprising: a lighting module unit that includes a substrate having a plurality of LEDs, and that emits a light according to the supply of power; a connector unit that is coupled to the lighting module unit and provides a hitch protrusion on the upper portion, and that adopts a lower connector, that is inserted into a connection opening, for supplying power to the substrate; and a frame unit that has the connection opening through which the hitch protrusion of the connector unit is inserted from the bottom and then is fixed by being hitched, and that has a power connector for supply power to the lower connector from an embedded power supply unit, characterized in that the connector unit further comprises: a moving shaft portion of which one end is fixed to a housing; a pressing plate that moves along the moving shaft portion, and of which one side is exposed to the outside; the hitch protrusion that moves together with the pressing plate; and a spring that restores the position of the pressing plate. a lighting module unit that includes a substrate having a plurality of LEDs, and that emits a light according to the supply of power; a connector unit that is coupled to the lighting module unit and provides a hitch protrusion on the upper portion, and that adopts a lower connector, that is inserted into a connection opening, for supplying power to the substrate; and a frame unit that has the connection opening through which the hitch protrusion of the connector unit is inserted from the bottom and then is fixed by being hitched, and that has a power connector for supply power to the lower connector from an embedded power supply unit, characterized in that the connector unit further comprises: a moving shaft portion of which one end is fixed to a housing; a pressing plate that moves along the moving shaft portion, and of which one side is exposed to the outside; the hitch protrusion that moves together with the pressing plate; and a spring that restores the position of the pressing plate. a moving shaft portion of which one end is fixed to a housing; a pressing plate that moves along the moving shaft portion, and of which one side is exposed to the outside; the hitch protrusion that moves together with the pressing plate; and a spring that restores the position of the pressing plate.
A locker for temporary storage of a user's articles, the locker having a door and a movable latch positioned to secure the door when In latched position and to unlock the door when moved on an unlatched position, and an electronic lock for controlling the latch, comprising: an Inner housing and an outer housing, the Inner housing being secured at the inside of the door and the outer housing being secured at a directly opposed position on the outside of the door such that the door is sandwiched between the two housings, with a cable extending from one of the housings and carrying at its end one component of a pin/socket connector, the cable extending through an opening in the door, and the other of the housing having a mating component of the pin/socket connector, electronic access means in the outer housing, for receiving an access code input by a user, electromagnetic drive means in the inner housing, connected to the latch so as to control the position of the latch, microcontroller means connected between the electronic access means and the electromagnetic drive means, for causing the drive means to change the position of the latch when a preselected access code is received by the electronic access means, and a battery in one of the housings, connected to supply power to the electronic lock, characterized by a pocket (26, 26a) formed In one of the housings, the pocket (26, 26a) being at a side of the one housing adjacent to the door panel, providing an enclosed space for between the one housing and the door panel within which excess length of the cable is fully stowed when the pin/socket connector Is assembled together. an Inner housing and an outer housing, the Inner housing being secured at the inside of the door and the outer housing being secured at a directly opposed position on the outside of the door such that the door is sandwiched between the two housings, with a cable extending from one of the housings and carrying at its end one component of a pin/socket connector, the cable extending through an opening in the door, and the other of the housing having a mating component of the pin/socket connector, electronic access means in the outer housing, for receiving an access code input by a user, electromagnetic drive means in the inner housing, connected to the latch so as to control the position of the latch, microcontroller means connected between the electronic access means and the electromagnetic drive means, for causing the drive means to change the position of the latch when a preselected access code is received by the electronic access means, and a battery in one of the housings, connected to supply power to the electronic lock, characterized by a pocket (26, 26a) formed In one of the housings, the pocket (26, 26a) being at a side of the one housing adjacent to the door panel, providing an enclosed space for between the one housing and the door panel within which excess length of the cable is fully stowed when the pin/socket connector Is assembled together.
Motorcycle comprising an in-vehicle picture storage device (110, 300) having a camera (111, 112) mounted in the motorcycle, a storage device for storing pictures taken by the camera (111, 112), wherein the camera (111, 112) contains a first camera for imaging a rider's facial expression and a second camera, which is a front-view camera, for imaging scenes in front of the motorcycle, the motorcycle comprises an in-vehicle monitor; the storage device is configured to store pictures taken by the first camera and to store pictures taken by the second camera such that only the pictures taken by one of these cameras (111, 122) may be displayed on the in-vehicle monitor, and the storage device is configured further to store vehicle environmental information in association with the pictures taken by the first and second camera (111, 112) and to associate them with each other with respect to time, wherein the vehicle environmental information is vehicle speed information from an ECU.
An apparatus to recover an aircraft, the apparatus comprising a kite (116, 402); a tether line to be supported by the kite (116, 402) at a distal end thereof; and a parafoil (130, 404), the tether line carrying the parafoil; a release device configured to deploy the parafoil (130, 404) from the tether line in response to the aircraft contacting the tether line, wherein the kite (116, 402) is configured to change its shape to a trailing edge drag device in response to the parafoil (130, 404) being deployed. a tether line to be supported by the kite (116, 402) at a distal end thereof; and a parafoil (130, 404), the tether line carrying the parafoil; a release device configured to deploy the parafoil (130, 404) from the tether line in response to the aircraft contacting the tether line, wherein the kite (116, 402) is configured to change its shape to a trailing edge drag device in response to the parafoil (130, 404) being deployed.
A recoil starter comprising: a rope reel in which a ratchet attachment portion is provided at the center thereof; a drive pulley which is disposed to cover the ratchet attachment portion; a ratchet member which is attached to the ratchet attachment portion and disposed on an inner side of the drive pulley; and a control member which is attached coaxially with the rope reel so that the control member can rotate with friction resistance given thereto, and which has an engagement portion capable of engaging with the ratchet member; a shaft hole is formed in the ratchet attachment portion and in parallel with a rotation axis of the rope reel; the ratchet member is a wire-like member having a circular shape in section and rotatably attached to the shaft hole, and includes a rotary shaft portion which is inserted into the shaft hole, an arm portion which is extended from the rotary shaft portion and bent substantially at a right angle therewith, and a distal end portion which is extended from the arm portion, characterised in that the distal end portion is bent in parallel with the rotary shaft portion; and the ratchet member is further arranged so that, when the rope reel rotates in an engine start direction, the arm portion is thrust against the engagement portion of the control member so that the distal end portion is rotated to protrude in an outer diameter direction and the rotated distal end portion engages with the drive pulley so as to transmit torque of the rope reel to the drive pulley. a rope reel in which a ratchet attachment portion is provided at the center thereof; a drive pulley which is disposed to cover the ratchet attachment portion; a ratchet member which is attached to the ratchet attachment portion and disposed on an inner side of the drive pulley; and a control member which is attached coaxially with the rope reel so that the control member can rotate with friction resistance given thereto, and which has an engagement portion capable of engaging with the ratchet member; a shaft hole is formed in the ratchet attachment portion and in parallel with a rotation axis of the rope reel; the ratchet member is a wire-like member having a circular shape in section and rotatably attached to the shaft hole, and includes a rotary shaft portion which is inserted into the shaft hole, an arm portion which is extended from the rotary shaft portion and bent substantially at a right angle therewith, and a distal end portion which is extended from the arm portion, characterised in that the distal end portion is bent in parallel with the rotary shaft portion; and the ratchet member is further arranged so that, when the rope reel rotates in an engine start direction, the arm portion is thrust against the engagement portion of the control member so that the distal end portion is rotated to protrude in an outer diameter direction and the rotated distal end portion engages with the drive pulley so as to transmit torque of the rope reel to the drive pulley.