10results about "Beaming machines" patented technology

The present disclosure provides a system including a warp warping machine and a creel having a plurality of positions, each position configured to support a respective fiber package thereon. The bobbin creel is provided with a first longitudinal end facing the warping machine. The system further includes a plurality of tubes, each of the plurality of tubes having a respective first end configured to receive fibers from a respective one of the plurality of positions toward the first longitudinal end of the creel.

The application provides a twisted composite yarn rewinding method, and relates to the field of twisted composite yarn rewinding. The twisted composite yarn rewinding method comprises the following steps: S1. First, composite yarn is wound and twisted; S2. Then, the composite yarn after the winding and twisting is doubled twisted, so that the composite yarn after the winding and twisting is wound outside a small sleeve; S3. Then, the five small sleeves after winding are divided into a small sleeve, b1 small sleeve, c small sleeve, d1 small sleeve and e small sleeve; S4. At this time, the b1 small sleeve and the d1 small sleeve are rewound by a doubling twisting machine, so that the composite yarn outside the b1 small sleeve is wound outside a new b2 small sleeve, and the composite yarn outside the d1 small sleeve is wound outside a new d2 small sleeve. The application is novel and unique, is convenient for workers to rewind the composite yarn, has good practical effect and high processing efficiency.

The utility model relates to a tension-adjustable re-beaming device which comprises a support, the left side and the right side of the upper end of the support are provided with identical re-beaming barrels, the right side of the upper end of the support is fixedly connected with a rectangular column, the front end of the rectangular column is evenly and movably connected with silk thread barrels, the front end of the left side of the support is slidably connected with an adjusting device, and the center of the lower end of each re-beaming barrel is provided with an auxiliary traction barrel. An assembly cylinder is arranged at the lower end of the second auxiliary traction cylinder, the rear end of the assembly cylinder is movably connected with a bearing seat, the rearmost side of the assembly cylinder is fixedly connected with a gear, the outer side of the gear is in meshed connection with a closed chain, and the left side of the closed chain is connected with a power device. According to the warp rebeaming machine, the warp rebeaming barrel is arranged on the support, the silk thread barrel arranged on the extended rectangular column is used for achieving warp rebeaming of silk threads, then the tensioning degree is adjusted through the adjusting device, and finally the warp threads are combined and collected through the assembly barrel, so that the whole warp rebeaming machine is small in occupied area, high in tensioning degree adjusting capacity and good in silk thread carding effect.

The application discloses a terry tricot machine with a structure distribution of a selvedge bar after beam warping, and belongs to the field of textile equipment, which comprises the following mechanisms: a bobbin creel, which is provided with a plurality of bobbins for winding warp yarns and is used for drawing and releasing the warp yarns; a dividing device, which is provided with a dividing frame provided with a plurality of dividing combs and is used for dividing the warp yarns drawn out of the bobbins; and a warping device, wherein the front section warping of the selvedge area is completed by a plurality of beams of the warping control device, is distinguished and separated from the front section warping of the textile area, is connected and driven by a chain and a chain wheel, is controlled by an EBC / EBA electronic control warp feeding system, is collected on a roller by grouping warp feeding in the rear section, and is then reversed by a warp beam, so that efficient grouping warping is realized, the selvedge terry phenomenon caused by the difference in the front section warp feeding amount and the selvedge stretching and easy-to-break yarn hemming problem are solved, and the flatness and uniformity of the warp-knitted product after warping are improved.

The invention discloses a static electricity eliminating device for a glass fiber warping and sizing machine, and relates to the technical field of static electricity eliminating devices, the static electricity eliminating device comprises a warping and sizing machine head and a static electricity eliminating rod, and further comprises a synergistic mechanism, and the synergistic mechanism is mainly composed of a stability enhancing component and an all-dimensional adsorption component, the stability augmentation component comprises a protection frame, wire pressing assemblies and an inhibitor supply assembly, corresponding wire penetrating grooves are formed in the two sides of the protection frame, and the static electricity elimination rod is located between the two wire pressing assemblies; through the arrangement of the protection frame, when yarns subjected to warping and drying are wound in the warping machine head, the protection frame in the stability increasing component can effectively construct an anti-interference barrier outside the static electricity eliminating rod, so that the yarns cannot be influenced by external airflow and the like when passing through the static electricity eliminating rod on the inner side of the protection frame, and the yarns cannot shake greatly; therefore, stable and efficient static elimination is achieved, and frictional contact between the yarn and the static elimination rod is effectively prevented to a certain extent.

The invention discloses a beaming sheet yarn rewinding process, and relates to the technical field of textile beaming. The method comprises the steps that the two ends of a warp beam are connected to a hoisting mechanism, then the warp beam is hoisted through the hoisting mechanism, and then the warp beam is driven to move to a warp beam frame by moving the hoisting mechanism; the two ends of the warp beam are placed above the two pairs of supporting rollers on the warp beam creel respectively through the hoisting mechanism, then the warp beam is slowly lowered through the hoisting mechanism, the two ends of the warp beam are made to be placed on the two pairs of supporting rollers on the warp beam creel respectively, and then damping limiting is conducted on one end of the warp beam through the damping assembly on the warp beam creel. And a chain wheel on one end part of the warp beam is in transmission connection with a chain wheel on an output shaft of the speed reducing motor through a chain. The production adaptability can be improved, warp waste is avoided, and the production cost of a company is reduced.

This invention provides a high-speed warping machine reversing mechanism, including a warping machine, a first and second spool rotatably mounted on the warping machine, a reversing mechanism for driving the first and second spools to rotate, and a limiting mechanism for locking the reversing mechanism's switching mode. The reversing mechanism includes a mounting plate, on which a second, third, and fourth gear are rotatably mounted, and a switching handle is fixedly mounted. This invention allows for flexible adjustment of the meshing state of the second and third gears with the first gear via the switching handle, enabling synchronous and unidirectional or synchronous and opposite-directional rotation of the first and second spools. The synchronous and unidirectional mode is suitable for conventional yarn rewinding scenarios, efficiently transferring yarn from the warp beam to the weft beam. The synchronous and opposite-directional mode is designed for special textile processes, avoiding yarn cross-entanglement or excessive local tension caused by unidirectional rotation of the spools, effectively reducing the risk of yarn breakage and improving finished product quality.

The invention discloses an efficient intelligent baking-down device for a warp beam and a using method of the efficient intelligent baking-down device, and relates to the technical field of textile, the efficient intelligent baking-down device comprises a shell, a first door, a second door, an air opening, a heating strip, a fan, a filter screen and a clamping and fixing assembly, the first door is installed on the outer wall of the shell, and the second door is installed on the outer wall of the shell; an air opening is formed in the top of the shell, a heating strip is installed on the inner wall of the shell, and a fan is installed on the inner wall of the shell. A collecting wheel is installed to rotate to drive a first pull rope to move, the first pull rope moves to drive a first T-shaped rod to move, the first T-shaped rod moves to drive a first sliding barrel to move, the first sliding barrel moves to enable the first T-shaped rod to drive a first spring to move, and the first spring moves to enable the first T-shaped rod to drive a first clamping head to move; and the first clamping head moves to move out of the first groove, at the moment, the filter screen is pulled out, and the function that the filter screen of the drying and pouring device is rapidly pulled out and cleaned, and manual labor is reduced is achieved.

The system includes a warp beam winding machine and a creel having a plurality of positions, each configured to support its respective fiber package. The creel has a first longitudinal end facing the beam winding machine. The system further includes a plurality of tubes, each of which has a first end configured to receive fibers from each of the plurality of positions toward the first longitudinal end of the creel.

A system includes a warp beaming machine and a creel having a plurality of positions each configured to support a respective fiber package thereon. The creel has a first longitudinal end facing the beaming machine. The system further includes a plurality of tubes, each tube of the plurality of tubes having a respective first end that is configured to receive fiber from a respective position of the plurality of positions toward the first longitudinal end of the creel.