54results about "Auxillary apparatus" patented technology

The invention relates to a template thread connection system for connecting a thread end (11A) of a take-up spool (11) with a thread start (8A) of a reserve spool (8) in the area of ​​a spool creel (3) having at least two adjacent spool storage positions (31) for receiving the take-up spool (11) and reserve spool (8), with receiving units for receiving the thread start of the reserve spool and the thread end of the take-up spool, positioning units for positioning a thread segment connected with the thread end and the thread start in the thread splicing device (31), the thread splicing device (71) for preparing and connecting the thread start and the thread end, and a control unit for initiating the start of the splicing process and for carrying out the splicing process.Furthermore, the invention relates to a spool creel arrangement with a template thread connection system and a method for connecting a thread end of a take-up spool with a thread start of a reserve spool using a template thread connection system.

This utility model relates to the field of yarn generation technology, and in particular to a yarn feeding and untwisting device. A yarn feeding and untwisting device includes a supporting main body, with a vertically upward-facing plate on one side. The upper end of the plate has a first through hole for yarn to pass through. A winding post, parallel to the upper surface of the main body, is mounted on the end face of the plate. A rotatable rotating disk is mounted at the end of the winding post, and a second through hole for yarn to pass through is located on the outer circumference of the rotating disk. This yarn feeding and untwisting device is supported by the main body, with a vertically upward-facing plate on one side. The upper end of the plate has a first through hole for yarn to pass through. A winding post, parallel to the upper surface of the main body, is mounted on the end face of the plate. A rotatable rotating disk is mounted at the end of the winding post, and a second through hole for yarn to pass through is located on the outer circumference of the rotating disk. This structure provides stable support through the main body and the plate, guides the yarn using the first and second through holes, and the rotating disk, in conjunction with the winding post, completes the yarn untwisting operation.

The utility model discloses a kind of wear-resistant mesh belt production and manufacturing equipment, including heat setting table, the rear side of heat setting table is provided with mesh belt loom, the upper end of heat setting table is provided with heating bin, the upper end of heating bin is provided with drive bin, further including blowing mechanism;Blowing mechanism: it includes sliding slot, work type seat, fixed pipe, rotating pipe and blow pipe, the upper end of heating bin is symmetrically provided with sliding slot, the inside of sliding slot is slidably connected with work type seat, the inside of work type seat is provided with through-hole, the lower end of through-hole is fixedly connected with fixed pipe, the lower end of fixed pipe outer surface is rotatably connected with rotating pipe, the lower end of rotating pipe is provided with blow pipe, the lower end of blow pipe is provided with evenly distributed nozzle, this wear-resistant mesh belt production and manufacturing equipment, hot air can be more quickly and completely covered on the surface of polyester mesh belt with higher degree of freedom inside heating bin, wind direction is more diverse, greatly improve the heat setting efficiency of polyester mesh belt.

The application discloses an energy-saving refrigeration device for a heald motor based on air-jet weaving, and relates to the technical field of heald motors.The energy-saving refrigeration device comprises a heald motor body and a radiator shell arranged at the tail end of the heald motor body, and a heat dissipation fan for heat dissipation is arranged in the radiator shell;one end of the radiator shell close to the heald motor body is provided with a locking assembly;the tail end of the radiator shell is fixedly provided with a filter screen;and the outer walls on the upper side and the lower side of the radiator shell are fixedly connected with fixed supports in a symmetrical mode.The friction strip can use static electricity generated by friction and the rough surface of the friction strip to rub off the flying fluff accumulated on the surface of the filter screen, and the flying fluff is rubbed into thick strips through reciprocating movement, so that the surface of the filter screen can be cleaned, the adhesion of the flying fluff is reduced, the weight of the flying fluff in the form of strips is increased, the flying fluff cannot be secondarily adsorbed on the filter screen due to the suction force generated by the heat dissipation fan, and the flying fluff is convenient to recycle and reuse.

This application relates to a waste edge tray structure for a rapier loom, belonging to the field of loom technology. The waste edge tray structure includes a support, a fixed shaft, a tray body, and a limiting member. The support extends along the height direction; one end of the fixed shaft is fixed to the support, and the other end extends horizontally. The fixed shaft is manufactured by hard chrome plating; the tray body is I-shaped and sleeved on the fixed shaft, with yarn wound around it. The yarn can be pulled out by the loom, thereby driving the tray body to rotate; the limiting member is sleeved on the other end of the fixed shaft and restricts the movement of the tray body. This application addresses the problem that current rapier looms use a steel shaft as the support shaft for the waste edge tray, resulting in high friction and easy wear.

This utility model relates to the technical field of papermaking, and in particular to a side support device for a papermaking mesh weaving machine. It allows adjustment of the position of the side support plate and multiple side hooks without stopping the machine, is simple to operate, does not interfere with normal production, and has good practicality. It includes a motor frame and a motor, with the motor frame mounted on the machine frame and the motor mounted on the motor frame. It also includes a mounting plate, a telescopic shaft, a side support plate, multiple side hooks, a bearing plate, and a telescopic component. The mounting plate is mounted on the motor frame, and the telescopic shaft is rotatably mounted on the mounting plate. The telescopic shaft has a telescopic structure, and its input end is connected to the output shaft of the motor via a coupling. The side support plate is concentrically mounted on the output shaft end of the telescopic shaft. The multiple side hooks are evenly distributed circumferentially on the side support plate. The rotating disc of the bearing plate is concentrically mounted on the end face of the side support plate facing the mounting plate. One end of the telescopic component is connected to the mounting plate, and the other end of the telescopic component is connected to the fixed disc of the bearing plate.

This utility model discloses a fabric trimming and weaving machine with ceramic scissors, including a base. Two support legs are fixedly installed on the bottom wall of the base. A double-headed screw is rotatably mounted on the upper surface of the base via a support frame. A motor connected to the double-headed screw is fixedly installed on the outer wall of the support frame. A limit rod is fixedly installed inside the support frame. Two movable sleeves are threaded onto the outer wall of the double-headed screw. The limit rod slides through the two movable sleeves. A first connecting frame is fixedly installed on the bottom wall of each of the two movable sleeves. A second connecting frame is rotatably installed inside each of the two first connecting frames via a connecting mechanism. This utility model, by setting up components such as a double-headed screw, a limit rod, and movable sleeves, allows the motor to drive the double-headed screw to rotate. When the double-headed screw rotates, the movable sleeves move in conjunction with the limit rod. This enables the horizontal position adjustment of the two scissor bodies, adapting to the trimming needs of fabrics of different widths and improving the versatility of the equipment.

This utility model provides a three-way water jet loom device, belonging to the technical field of textile machinery. It includes a textile mechanism, comprising a frame for supporting the weaving components; a collection mechanism, including an upper cover fixedly installed on the outside of the frame, a lower cover threadedly connected to the upper cover, a curved pipe fixedly installed on the lower cover for conveying waste selvage yarn, and an anti-tangling component for cutting the waste selvage yarn through the curved pipe to prevent accumulation. This utility model avoids turbulence caused by right-angle bends through the streamlined inner wall of the curved pipe, and accelerates airflow with a conical absorption inlet, significantly improving waste yarn conveying efficiency. The anti-tangling component uses an interference fit structure of a V-shaped blade and a tapered groove, actively cutting the waste selvage yarn under inclined guidance to prevent fiber entanglement and accumulation; it maintains stable suction, promptly removes waste yarn, effectively avoids the impact of back yarn accumulation on weaving, and significantly improves the reliability and production efficiency of the equipment.

A superconducting permanent magnetic piece shuttle for heavy load wide fabric weft insertion and its recovery device, including shuttle body, superconductor, permanent magnet array and weft gripper, the middle part of the lower end surface of the shuttle body is provided with the permanent magnet array which interacts with the traveling wave magnetic field to realize the weft insertion movement of the piece shuttle, the inside of the shuttle body is provided with the weft gripper for clamping weft, both sides of the shuttle body are provided with a number of through cavities, both sides of the shuttle body are provided with a number of grooves which are communicated with the through cavities, the superconductor which interacts with the track of the permanent magnet array to realize the suspension of the piece shuttle is inserted in the through cavities; the recovery device includes three-axis moving chuck and synchronous belt, the synchronous belt includes a number of synchronous belts, the first synchronous belt is arranged downwardly, the second synchronous belt is arranged horizontally, the two sides of the second synchronous belt are provided with liquid nitrogen pools for cooling the superconductor through the grooves. The design not only realizes the weft insertion of heavy load wide fabric, but also improves the adaptability of weft.

A loom yarn hook device, comprising a shears support frame, a cantilever beam, a yarn hook hanger and a yarn hook, the cantilever beam is inserted into the shears support frame, the yarn hook hanger is fixed on the cantilever beam, the cantilever beam is fixed with a yarn hook fixing rod, the rod body of the yarn hook fixing rod is fixed with the yarn hook on the side away from the shears support frame, the yarn hook hanger is provided with a strip-shaped hole, the yarn hook fixing rod is provided with a blocking cover corresponding to the limiting block slot on the periphery of the strip-shaped hole, and the end of the yarn hook fixing rod on the side of the recess in the blocking cover is screwed with a second locking nut after passing through the strip-shaped hole. The yarn hook device creatively provides a positioning structure between the yarn hook hanger and the yarn hook fixing rod, which is not easy to loosen horizontally and vertically, is firmly positioned, and does not produce burrs on the guide part due to up-down movement positioning, solves the defects that the yarn hook fixing rod of the existing yarn hook device is not firmly positioned and is easy to produce burrs due to movement, and can effectively ensure the guiding effect of the fabric or yarn.

This invention relates to the field of air-jet loom accessories, and in particular to a kinetic energy and temperature recovery device for air-jet looms. The device includes an air-jet loom body, a lateral air collection hood bolted to the outer wall of the loom body at the air outlet position, and a lateral air collection disc fixedly mounted at the air outlet position on the outer side of the lateral air collection hood. A power recovery impeller is movably mounted inside the lateral air collection disc. This invention's kinetic energy and temperature recovery device for air-jet looms uses the lateral air collection hood to rapidly guide the blown high-pressure air into the lateral air collection disc, thereby driving the power recovery impeller used to control the bottom-mounted generator. This significantly improves the kinetic energy recovery efficiency of the high-pressure air, making it more energy-efficient and environmentally friendly. A lateral heat recovery device is installed outside the lateral air collection disc to filter dust from the air, improving the air quality around the equipment and enhancing the working environment and respiratory health of operators.

The utility model provides a kind of sword belt supporting device for precision wire mesh weaving, the sword belt supporting device for precision wire mesh weaving includes base, supporting roller, guide roller and brush.The utility model provides sword belt supporting device for precision wire mesh weaving, sword belt in moving process, sword belt bottom is supported on supporting roller, two side edges of sword belt are supported on two side guide rollers, and supporting roller and guide roller can rotate with the movement of sword belt, avoid friction to cause sword belt wear out.And the application is also installed with brush in base interior, the height of brush is slightly higher than the highest point of supporting roller, so that when sword belt in moving process, sword belt bottom surface sundries can be swept to the interior of base by brush, avoid sundries to fall into to weave net area.Through the setting of supporting roller, guide roller and brush, the wear of sword belt can be reduced, avoid falling fiber to fall into to weave net area, improve the production quality of wire mesh.

The utility model discloses a temple fixing device, including upper temple, the bottom of upper temple is provided with the connecting mechanism for to the upper temple support position adjustment, the bottom of connecting mechanism is provided with the support mechanism of adjustable temple height, the upper temple includes, bearing assembly is set up in the bottom of upper temple, the utility model discloses the cooperation setting of upper temple and connecting mechanism can realize the advantage of adjusting temple position in actual use process, to realize full width temple and side temple according to the position of adjustment, like the full width temple state that present existing is, when needing to change into side width temple, can loosen first bolt and make upper temple and lower temple slide and move to the outside, until after being located at the required position, can be fixed in the preset position with first bolt, and the same reason needs to change into full width temple state, can pass through moving upper temple and lower temple to the inside then lock tightly fixed.

The utility model provides a kind of good stability water-jet loom rack, it belongs to loom rack technical field, it includes fixed shell and first fixed plate, the top of the fixed shell is fixedly connected with first fixed plate, the inside of the first fixed plate is equipped with the embedded hole, the top bolt connection of the first fixed plate has support bolt, the top of four support bolts is fixedly connected with lifting plate, the top of the lifting plate is equipped with fixed groove.The utility model adds shielding pole, conveying pump and output pipe by fixed shell, when water body is conveyed to the top of shielding pole, shielding pole intercepts sundries in water body, at this time, electric energy can be conveyed to the inside of conveying pump by external control component, at this time, conveying pump generates suction force to water body inside fixed shell, and water body is conveyed to the inside of output pipe, at this time, output pipe conveys water body to the inside of external receiving component, so as to subsequent water body reuse, reduce the use cost of water-jet loom.

The utility model discloses a clamping device and draw-in machine, clamping device includes first resistance mechanism and second resistance mechanism, and first resistance mechanism and second resistance mechanism can move along the first direction to each other. First resistance mechanism includes a plurality of first resistance unit, and a plurality of first resistance unit interval arrangement along the first direction, and second resistance mechanism includes a plurality of second resistance unit, and a plurality of second resistance unit interval arrangement along the first direction, and one first resistance unit and one second resistance unit correspond, and one first resistance unit and one second resistance unit correspond respectively are used with the opposite sides of string pole along the first direction resistance, wherein, first resistance unit and second resistance unit along the first direction are opposite, and interval arrangement, or, first resistance unit defines first gap, and second resistance unit and first gap along the first direction are opposite, and interval arrangement. The utility model discloses a clamping device can reduce the deflection amplitude that makes string pole when clamping device clamps string pole, reduces the wear and tear to the row of comprehensive wheel.

The utility model discloses a kind of braid weaving devices, including machine body, weaving mechanism is provided on the machine body, the other side of weaving mechanism relative to the machine body is also provided with support frame, line pressing table is movably provided on the support frame, and multiple support columns for supporting the bottom of line pressing table are arranged in the support frame, a plurality of rotating shafts are rotatably arranged in the support frame, the rotating shaft is above line pressing table, connecting piece, press wheel are sequentially fixed on the side of rotating shaft towards line pressing table, and press wheel abuts on the top of line pressing table. By line pressing table longitudinal height adjustment and the overturning of press wheel driven by rotating shaft, the pressure received by braid can be accurately controlled, this double-dimension adjustment mode can be adapted to braid of different thickness and material, realize the dynamic adaptation of braid flattening forming process, simultaneously, by physical adjustment instead of complex control system, staff can quickly complete parameter setting by intuitive mechanical adjustment, not only reduce the operation threshold, also further improve production efficiency.

A projectile loom for weft insertion of heavy-duty wide-width fabrics includes a projectile shuttle, a weft insertion track, and three-axis moving suction cups. The weft insertion track includes a permanent magnet array track and an electromagnetic coil array track, with the permanent magnet array track positioned on both sides of the electromagnetic coil array track. Three-axis moving suction cups are located at both ends of the weft insertion track, and a synchronous belt is positioned between the three-axis moving suction cups. The projectile shuttle includes a shuttle body, a superconductor, a permanent magnet array, and a weft clamp. A permanent magnet array is installed in the middle of the lower end face of the shuttle body, interacting with the electromagnetic coil array track to achieve the weft insertion movement of the projectile shuttle. A weft clamp for holding the weft yarn is installed inside the shuttle body. A first through-cavity is opened on both sides of the shuttle body, and a first groove is opened on both sides of the shuttle body communicating with the first through-cavity. A superconductor that interacts with the permanent magnet array track to levitate the projectile shuttle is inserted into the first through-cavity. This design not only achieves weft insertion of heavy-duty wide-width fabrics but also improves the adaptability of the weft yarn.

The utility model discloses a kind of automatic edge cutting and waste collection devices of arrow beam loom, it is related to arrow beam loom technical field, including support, the inside rotationally connected with guide roller of support, the inside symmetrical of support is provided with two blades, two The blade is located below guide roller, one end of the support is provided with loom main body, the end of the support away from loom main body is provided with guide frame, one side of the support is provided with material receiving box, material receiving box is penetrated to the other side outside of support, it is provided with adjusting mechanism on the support for the spacing of two blades is conveniently adjusted. The utility model can conveniently adjust the spacing of two blades according to the width of cloth, and ensure the tensioning effect on cloth edge, and when blade edge cutting is carried out on cloth edge, waste generated by edge cutting can be guided and transported to the inside of material receiving box, so that waste can be conveniently collected.

This application discloses a fiber dust collection device for a water-jet loom, belonging to the field of fiber dust collection. It includes a machine body, with a frame fixedly installed on the outer side of the machine body. A water curtain generator is installed on the inner wall of the frame. One end of a water pipe is fixedly connected to the outer side of the water curtain generator, and the other end of the water pipe is fixedly connected to a water tank. A water collection trough is fixedly installed on the outer side of the machine body, and an inclined grid is fixedly installed on the inner wall of the water collection trough. A high-pressure pump drives water from the water tank to the interior of the water curtain generator, spraying water onto the interior of the frame to form a water curtain. Fiber dust is then adsorbed by the water curtain and enters the water collection trough through a notch. It then passes sequentially through the inclined grid, two brush rollers, and a honeycomb activated carbon plate for layered filtration. This device can be used to adsorb long fibers, short fibers, and colloidal impurities, thereby reducing airborne fiber dispersion and humidity, and can comprehensively intercept the water curtain.

The utility model discloses arrow beam loom fixed width length counter device relates to textile equipment technical field, and this arrow beam loom fixed width length counter device includes bottom plate, and the bottom plate upper end fixedly connected two fixed plate no.

The utility model discloses a textile jacquard machine, include: the casing, the jacquard machine is fixedly installed in the casing, and the casing one end is in -built and is provided with the mounting groove, and the alternate air purification mechanism is installed in the mounting groove, and the upper half of casing one end sliding installation has the close lid. The application through the design of alternate air purification mechanism, let it can according to the operation time of fan to start motor and drive the air filter board filled in the plug -in mouth to carry out the operation of the alternate of time, and this kind of alternate process does not need staff real -time monitoring filter core state or manual dismantling ring, and then can reduce the manual input, ensure that the air in the casing can be sustained purification.

The utility model relates to water jet loom technical field, and disclose a kind of water jet loom with thread cleaning mechanism for polyester cloth production, including water jet loom body, the side surface of water jet loom body is fixedly installed with water tank, the top of water jet loom body is fixedly installed with fixed frame, this water jet loom with thread cleaning mechanism for polyester cloth production is provided with control assembly, in the process of transverse motion of support plate, the thread adhered in spray head can be scraped using bristle, when fixed block is in contact with the section of support block, the support rod fixed on the surface of support block can drive sliding plate to move transversely along the surface of horizontal rod, when sliding plate moves, the support plate fixed on the surface of sliding plate can move synchronously, since support block moves intermittently, so that the bristle on the top of support plate can wipe spray head intermittently, so that the thread adhered more stubborn can fall off, avoid the situation that cannot be sprayed due to thread adhesion.

The application discloses a loom waste edge collecting device. Weft is inserted from the first end of the loom to the second end of the loom to weave the fabric with weft and warp. The waste edge collecting device is arranged at the second end of the loom and at one side of the fabric. The waste edge collecting device comprises a weft catching mechanism, a shearing mechanism and a yarn sucking mechanism. The weft catching mechanism comprises a frame structure and a weft catching component. The frame structure is arranged at the second end of the loom. The frame structure is provided with a containing groove. The first end of the weft catching component is arranged in the containing groove. The weft catching component moves along the direction parallel to the warp. The shearing mechanism is arranged at the second end of the weft catching component and is used for shearing the weft at the edge of the fabric. The yarn sucking mechanism is arranged at the end of the shearing mechanism away from the loom and is used for collecting the weft sheared by the shearing mechanism. The yarn pressing mechanism is arranged in the yarn sucking mechanism and is used for pressing the weft collected by the yarn sucking mechanism. The loom waste edge collecting device can shorten the length of the weft at the edge of the fabric, reduce the production cost and improve the production efficiency.

The utility model discloses a guide plate for water jet loom, including bottom plate, the oil containing plate and oil containing cover that set gradually on bottom plate, still include: the spacing adjusting structure is set between bottom plate and oil containing plate, and the upper end left and right sides of oil containing plate set gradually have the connecting block and the limiting piece, the oil containing plate and the oil containing cover in set up the circulating oiling structure for yarn, and the right upper end in -side of oil containing cover nested set up with it closely combined connecting plug, spacing adjusting structure includes adjusting lever, adjusting sleeve, fixed rod and fixed sleeve, and adjusting lever symmetry fixed in the middle in -side of bottom plate and oil containing plate. The guide plate for water jet loom, the height of this guide plate is adjusted conveniently, so as to guide yarn use, make it smearing on yarn, reach the purpose of improving yarn smoothness and antistatic property, and the amount of stretching oil is sensed conveniently, so as to remind adding when being insufficient.

An electromagnetic shuttle insertion device for a rapier loom includes a rapier shuttle, a first permanent magnet array track, a first electromagnetic coil array track, and a three-axis moving suction cup. The first electromagnetic coil array track is arranged on both sides of the first permanent magnet array track. The coils on the first electromagnetic coil array track are grouped in sets of three, with each group carrying a three-phase alternating current, and each coil carrying an alternating current with a phase difference of 120 degrees. The rapier shuttle includes a shuttle body and a Dewar container. The two sides of the shuttle body are symmetrically equipped with permanent magnet arrays that interact with the first electromagnetic coil array track to achieve shuttle insertion. A weft clamp is installed inside the shuttle body. The Dewar container is filled with liquid nitrogen, and a superconductor that interacts with the first permanent magnet array track to levitate the rapier shuttle is inserted at the bottom of the Dewar container. The Dewar container has through holes for injecting liquid nitrogen and venting liquid nitrogen vapors. This design not only achieves controllable weft insertion speed for the rapier shuttle but also improves the applicability of rapier shuttle weft insertion.

This utility model discloses a heald belt drive mechanism with dustproof function, including a dustproof box, a planetary gear assembly, and a connector. The planetary gear assembly includes a gear ring and planetary gears meshing within the gear ring. The dustproof box has sliding holes. One end of the connector is rotatably connected to the planetary gears, and the other end passes through the sliding hole and connects to the heald belt. The planetary gears rotate, causing the connector to slide along the sliding hole, thereby driving the heald belt to reciprocate up and down. This utility model converts rotation into up and down movement through the planetary gear assembly, thereby driving the heald belt to move up and down. Furthermore, because the planetary gear assembly is small in size, the planetary gears and gear ring can be entirely housed within the dustproof box. This allows the dustproof box to not only guide and limit the connector through the sliding hole but also to protect the planetary gear assembly from dust, preventing dust and other particles from affecting the stable meshing of the planetary gears and gear ring. This ensures that the planetary gears can drive the heald belt to move up and down stably through the connector, reducing noise during transmission.

The application relates to the technical field of looms, in particular to a high-precision weaving equipment for papermaking net processing, which comprises a conjugate cam, a driven swing arm, a J-shaped connecting rod, a sword-transmitting connecting rod, a sector gear, a double gear, a sword-guiding wheel and a sword in sequence in the conjugate cam weft guiding mechanism, the sword-transmitting connecting rod comprises a first connecting rod hinged to the J-shaped connecting rod and a second connecting rod hinged to the sector gear, the first connecting rod is telescopically connected with the second connecting rod and is formed with a telescopic cavity, a pre-pressing piece is arranged in the telescopic cavity, the pre-pressing piece has a pre-pressing force along the telescopic direction of the sword-transmitting connecting rod, the pre-pressing force is greater than or equal to the weft guiding force of the conjugate cam weft guiding mechanism, the first connecting rod pushes the second connecting rod through the pre-pressing piece, a one-way pull-back assembly is connected between the first connecting rod and the second connecting rod, and the first connecting rod pulls the second connecting rod through the one-way pull-back assembly. The application provides the active overload protection effect and effectively solves the problem that the structural stress in the mechanism is sharply increased once the movement of the sword is blocked.

The utility model relates to a kind of waste silk electric edge-dropping device of water-jet loom, belong to water-jet loom equipment technical field, including adjusting mechanism and edge-dropping mechanism, adjusting mechanism includes the adjusting seat for installing edge-dropping mechanism, adjusting seat top is provided with adjusting groove, adjusting groove inner wall is rotatably connected with screw rod, adjusting seat side wall is equipped with servo motor, its output end is fixedly connected with screw rod input end, screw rod outer wall is threadedly equipped with the movable seat for installing edge-dropping mechanism, driven by servo motor screw rod rotates, can make movable seat move on screw rod, to flexibly adjust the position of edge-dropping mechanism, to adapt to different working requirements, realize the pruning action to waste silk to adapt to the waste silk shearing demand under different working conditions.