阅读说明：本技术 一种塑料圆织机 (Plastic circular weaving machine ) 是由 张金美 于 2021-01-06 设计创作，主要内容包括：本发明公开了一种塑料圆织机,其结构包括转柄、经纱架、机脚、穿线板,转柄与经纱架安装连接,经纱架与机脚锁定,机脚与穿线板胶连接,经纱架由纱锭架、转环架、定线块组成,纱锭架与转环架轨道连接,转环架与定线块胶连接,转环架包括左部传动结构、转环架本体、右部传动结构,转环架本体左右两端安装有左部传动结构、右部传动结构,左部传动结构包括辅转轮、支撑轴杆,辅转轮与支撑轴杆轴连接,右部传动结构包括上传动轴、主传动轴、底支轴,所述上传动轴、底支轴与主传动轴啮合,本发明转动转柄数下即可实现纱锭架的无限圆周转动,转环架传动灵活稳定性好,降低了人工作业成本,纱线走线更加流畅均匀,成品质量提高。(The invention discloses a plastic circular weaving machine, which comprises a rotating handle, a warp frame, a machine foot and a threading plate, wherein the rotating handle is connected with the warp frame in an installing way, the warp frame is locked with the machine foot, the machine foot is connected with the threading plate in a gluing way, the warp frame consists of a spindle frame, a rotary frame and a routing block, the spindle frame is connected with a rotary frame track, the rotary frame is connected with the routing block in a gluing way, the rotary frame comprises a left transmission structure, a rotary frame body and a right transmission structure, the left and right ends of the rotary frame body are provided with a left transmission structure and a right transmission structure, the left transmission structure comprises an auxiliary rotating wheel and a supporting shaft, the auxiliary rotating wheel is connected with the supporting shaft in a shaft connecting way, the right transmission structure comprises an upper transmission shaft, a main transmission shaft and a bottom fulcrum shaft, the upper transmission shaft and the bottom fulcrum shaft are meshed with the main transmission shaft, the unlimited circumferential rotation of the spindle frame can be realized under the number of the rotating handle, the transmission of the rotary frame is flexible and has, the manual operation cost is reduced, the yarn routing is smoother and more uniform, and the quality of finished products is improved.)

1. The utility model provides a plastics circular weaving machine, its structure includes turning handle (1), bank of warp (2), undercarriage (3), threading board (4), turning handle (1) and bank of warp (2) erection joint, bank of warp (2) and undercarriage (3) locking, undercarriage (3) are glued with threading board (4) and are connected its characterized in that:

the warp creel (2) comprises a spindle rack (20), a rotating frame (21) and a line-defining block (22), the spindle rack (20) is connected with the rotating frame (21) through a track, and the rotating frame (21) is connected with the line-defining block (22) through glue.

2. A plastic circular knitting machine as claimed in claim 1, wherein: the rotary frame (21) comprises a left transmission structure (210), a rotary frame body (211) and a right transmission structure (212), wherein the left transmission structure (210) and the right transmission structure (212) are installed at the left end and the right end of the rotary frame body (211).

3. A plastic circular knitting machine as claimed in claim 2, wherein: the left transmission structure (210) comprises an auxiliary rotating wheel (2100) and a supporting shaft lever (2101), and the auxiliary rotating wheel (2100) is connected with the supporting shaft lever (2101) through a shaft.

4. A plastic circular knitting machine as claimed in claim 2, wherein: the right transmission structure (212) comprises an upper transmission shaft (2120), a main transmission shaft (2121) and a bottom fulcrum (2122), and the upper transmission shaft (2120) and the bottom fulcrum (2122) are meshed with the main transmission shaft (2121).

5. A plastic circular knitting machine as in claim 4 wherein: the upper transmission shaft (2120) comprises a middle shaft rod (50), an upper transmission shaft wheel (51), an upper transmission ear tooth (52) and an upper transmission arch tooth (53), the middle shaft rod (50) is connected with the upper transmission shaft wheel (51) in a shaft mode, and the upper transmission shaft wheel (51) is provided with the upper transmission ear tooth (52) and the upper transmission arch tooth (53).

6. A plastic circular knitting machine as in claim 4 wherein: the main transmission shaft (2121) comprises a main shaft wheel (60), a circulating rotation structure (61) and a handle connecting block (62), wherein the circulating rotation structure (61) is welded with the main shaft wheel (60) and the handle connecting block (62).

7. A plastic circular loom as claimed in claim 6, wherein: spindle wheel (60) are equipped with main wheel arch tooth (600), circulating rotation structure (61) is including rotating bead wheel (610), stabilizing swivel (611), rotate bead wheel (610) and stabilize swivel (611) and connect piece (62) erection joint through the handle, it is equipped with ball (6100) to rotate bead wheel (610), pendulum piece (6110) is installed in stabilizing swivel (611).

8. A plastic circular knitting machine as in claim 4 wherein: the bottom fulcrum shaft (2122) comprises a bottom supporting wheel (70), a side supporting shaft arm (71) and a bottom seat frame (72), the bottom supporting wheel (70) is connected with the side supporting shaft arm (71) in a shaft mode, and the side supporting shaft arm (71) is connected with the bottom seat frame (72) in an installing mode.

Technical Field

The invention relates to the field of textile equipment, in particular to a plastic circular weaving machine.

Background

During processing, warp yarns are led out from the lower part of each row of yarn spindles on the warp frame in a wavy track, the rotating handle rotates to drive the shuttle to do circular motion under the action of the pushing force, the yarns are continuously supplied, and the shuttle and the yarns are matched to weave a cylindrical flat fabric.

The plastic circular weaving machine in the prior art is low in production cost, simple in structure and low in automation degree, the rotating handle is rotated manually, manual operation is labor-consuming and slow in efficiency, yarns are woven at unsmooth rotating speed and are not uniform in running, wavy tracks are easy to block and pause, and thread hooking is caused to lead to cloth thread discharge, so that the quality of finished products is reduced.

Disclosure of Invention

The invention mainly aims to overcome the defects of the prior art and provide a plastic circular weaving machine to solve the problems that the plastic circular weaving machine is low in production cost, simple in structure and low in automation degree, manual operation is labor-consuming and slow in efficiency due to manual rotation of a rotating handle, yarn weaving and routing are not smooth in rotating speed, and finished product quality is reduced due to yarn hooking caused by easy blockage of a wavy track.

The invention is realized by adopting the following technical scheme: the utility model provides a plastics circular loom, its structure includes turning handle, creel, undercarriage, threading board, turning handle and creel right-hand member erection joint, the creel bottom is locked with the undercarriage, the undercarriage front end is glued with the threading board and is connected, the creel comprises spindle frame, swivel frame, alignment block, spindle frame ring side and swivel frame rail coupling, the swivel frame is glued with alignment block bottom and is connected.

Further preferably, the swivel frame comprises a left transmission structure, a swivel frame body and a right transmission structure, and the left transmission structure and the right transmission structure are mounted at the left end and the right end of the swivel frame body.

Further preferably, the left transmission structure comprises an auxiliary rotating wheel and a supporting shaft rod, and the auxiliary rotating wheel is connected with an upper end shaft of the supporting shaft rod.

Further preferably, the right transmission structure comprises an upper transmission shaft, a main transmission shaft and a bottom fulcrum shaft, and the upper transmission shaft and the bottom fulcrum shaft are meshed with the upper end and the lower end of the main transmission shaft.

Preferably, the upper transmission shaft comprises a middle shaft rod, an upper transmission shaft wheel, an upper transmission lug tooth and an upper transmission arch tooth, the bottom of the middle shaft rod is connected with the upper transmission shaft wheel, the upper transmission shaft wheel is provided with the upper transmission lug tooth and the upper transmission arch tooth, and the upper transmission lug tooth and the upper transmission arch tooth are vertically distributed.

Preferably, the main transmission shaft comprises a main shaft wheel, a circulating rotation structure and a handle connecting block, and the left side and the right side of the circulating rotation structure are welded with the main shaft wheel and the handle connecting block.

Further preferably, the main shaft wheel ring side is provided with a main wheel arch tooth, the circulating rotation structure comprises a rotation ball wheel and a stabilization rotating ring, the rotation ball wheel is connected with the stabilization rotating ring through the left end of the handle connecting block in an installing mode, the rotation ball wheel is provided with balls, the balls are more than 3, the stabilization rotating ring is provided with a swinging block, and the swinging block is more than one.

Further preferably, the bottom fulcrum shaft comprises a bottom supporting wheel, a side supporting shaft arm and a bottom seat frame, the bottom supporting wheel is connected with the upper end shaft of the side supporting shaft arm, and the bottom of the side supporting shaft arm is connected with the bottom seat frame in an installing mode.

Advantageous effects

The invention leads the thread to pass through the threading plate 4 and pass through the thread-setting block 22 to install the ring-shaped wavy winding of the spindle frame 20, the spindle frame 20 rotates to realize the fabric after the rotating handle 1 rotates, the rotating handle 1 rotates to drive the rotating ring frame 21 to rotate to realize the rotation of the spindle frame 20, namely, the rotating handle 1 rotates to drive the main transmission shaft 2121 to rotate to drive the rotating ring frame 21 to rotate, meanwhile, the right transmission structure 212 plays a role of supporting the auxiliary main transmission shaft 2121 to rotate stably, the supporting shaft 2101 supports the auxiliary rotating wheel 2100 to assist the stable rotation of the spindle frame 20, the multi-position support is fixed, the temperature of the rotation transmission is improved, the thread routing is smoother and uniform, the quality of the finished product is improved, the circulating rotation structure 61 rotates to drive the continuous rotation of the spindle wheel 60 after the rotating handle connecting block 62 rotates, the circulating rotation structure 61 realizes the endless circulating rotation, namely, the continuous rotation of the upper transmission shaft wheel 51 is realized, go up transmission arch tooth 53 and main wheel arch tooth 600 and be domes, the high rotational stability of the two laminating degree is good, it is protruding structure to go up transmission ear tooth 52, improved the driving force and the stability to spindle frame 20, falling thrust when circulation revolution mechanic 61 rotates through ball 6100 drives the continuous rotation of rotating bead wheel 610, it also follows the rotation to stabilize change 611, pendulum block 6110 makes short distance reciprocating motion and has improved the stability of rotating bead wheel 610 pivoted, avoid rotating bead wheel 610 to take place the fore-and-aft swing when rotating, reduce stability, end fulcrum 2122 is the triangle bearing structure, good stability, bottom seat frame 72 is equipped with the inclined plane and is convenient for the installation fixed.

Compared with the prior art, the invention has the beneficial effects that: the unlimited circumferential rotation of the spindle rack 20 can be realized by rotating the rotating handle 1, the transmission of the rotating ring rack 21 is flexible and stable, the manual operation cost is reduced, the yarn routing is smoother and uniform, and the quality of finished products is improved.

Drawings

Other features, objects and advantages of the invention will become more apparent upon reading of the detailed description of non-limiting embodiments with reference to the following drawings:

fig. 1 shows a schematic structural diagram of a plastic circular weaving machine according to the invention.

Fig. 2 shows a schematic view of the structure of the plane of the circular weaving machine of the present invention.

Fig. 3 shows a schematic structural view of the spindle carrier and the rotating ring carrier of the invention.

Fig. 4 shows a schematic structural view of the upper transmission shaft of the present invention.

Fig. 5 shows a schematic view of the structure of the main drive shaft of the present invention.

Fig. 6 shows a schematic structural view of the circulating rotation structure of the present invention.

Fig. 7 shows a schematic structural view of the bottom fulcrum of the present invention.

In the figure: the yarn guiding device comprises a rotating handle 1, a warp frame 2, a machine foot 3, a threading plate 4, a spindle frame 20, a rotating ring frame 21, a line positioning block 22, a left transmission structure 210, a rotating ring frame body 211, a right transmission structure 212, an auxiliary rotating wheel 2100, a supporting shaft 2101, an upper transmission shaft 2120, a main transmission shaft 2121, a bottom fulcrum 2122, a middle shaft 50, an upper transmission shaft wheel 51, an upper transmission ear tooth 52, an upper transmission arch tooth 53, a main shaft wheel 60, a circulating rotation structure 61, a handle connecting block 62, a main wheel arch tooth 600, a rotating ball wheel 610, a stabilizing rotating ring 611, a ball 6100, a swinging block 6110, a bottom supporting wheel 70, a side supporting shaft arm 71 and a bottom seat frame 72.

Detailed Description

The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.

Embodiment 1 referring to fig. 1 to 3, the present invention provides a technical scheme of a plastic circular weaving machine: the structure of the device comprises a rotating handle 1, a creel 2, a machine foot 3 and a threading plate 4, wherein the rotating handle 1 is connected with the creel 2 in an installing way, the creel 2 is locked with the machine foot 3, the machine foot 3 is connected with the threading plate 4 through glue, the creel 2 consists of a spindle frame 20, a rotating ring frame 21 and a thread positioning block 22, the spindle frame 20 is connected with the rotating ring frame 21 in a track way, the rotating ring frame 21 is connected with the thread positioning block 22 through glue, the rotating ring frame 21 comprises a left transmission structure 210, a rotating ring frame body 211 and a right transmission structure 212, the left end and the right end of the rotating ring frame body 211 are provided with the left transmission structure 210 and the right transmission structure 212, the left transmission structure 210 comprises an auxiliary rotating wheel 2100 and a supporting shaft lever, the auxiliary rotating wheel is connected with the supporting shaft lever 2101 through a shaft, the right transmission structure 212 comprises an upper transmission shaft 2120, a main transmission shaft 2121 and a bottom fulcrum 2122, the right transmission structure 212 plays a role in supporting and supporting the auxiliary transmission shaft 2121, the upper driving shaft 2120 and the bottom fulcrum 2122 are engaged with the main driving shaft 2121, and the supporting shaft 2101 supports the auxiliary rotating wheel 2100 to assist the stable rotation of the spindle frame 20.

The annular that passes threading board 4 through alignment piece 22 installation spindle frame 20 with the line is the wavy winding, spindle frame 20 follows the rotation and realizes the fabric after rotating stem 1, the rotation that drives swivel frame 21 when rotating stem 1 rotates realizes spindle frame 20 and follows the rotation, the rotation that rotates stem 1 promptly makes final drive shaft 2121 follow the rotation, drive swivel frame 21's rotation, meanwhile, right part drive structure 212 plays the effect of supporting supplementary final drive shaft 2121 and stabilizing the pivoted, support axostylus axostyle 2101 supports the supplementary spindle frame 20 of supplementary runner 2100 and stabilizes the rotation, many supports fixedly, the driven temperature nature of rotation has been improved, make the yarn walk the line more smoothly even, finished product quality improves.

Embodiment 2 referring to fig. 4-7, the present invention provides a technical scheme of a plastic circular weaving machine: the structure of the spindle is that the upper transmission shaft 2120 comprises a middle shaft lever 50, an upper transmission shaft wheel 51, an upper transmission ear tooth 52 and an upper transmission arch tooth 53, the middle shaft lever 50 is connected with the upper transmission shaft wheel 51 through a shaft, the upper transmission shaft wheel 51 is provided with the upper transmission ear tooth 52 and the upper transmission arch tooth 53, the upper transmission ear tooth 52 is a convex structure, the pushing force and the stability to the spindle frame 20 are improved, the main transmission shaft 2121 comprises a spindle wheel 60, a circulating rotation structure 61 and a handle connection block 62, the circulating rotation structure 61 is welded with the spindle wheel 60 and the handle connection block 62, the spindle wheel 60 is provided with a main wheel arch tooth 600, the upper transmission arch tooth 53 and the main wheel arch tooth 600 are arch structures, the two have high fitting degree and good rotation stability, the circulating rotation structure 61 comprises a rotation ball wheel 610 and a stabilization rotating ring 611, the rotation ball wheel 610 is connected with the stabilization rotating ring 611 through the handle connection block 62, the rotation ball 6100 is arranged on the rotation ball wheel 610, the pendulum block 6110 moves back and forth in a short distance, so that the rotating stability of the rotating ball wheel 610 is improved, the rotating ball wheel 610 is prevented from swinging back and forth during rotation, the pendulum block 6110 is installed on the stabilizing rotating ring 611, the bottom fulcrum 2122 comprises a bottom supporting wheel 70, a side supporting arm 71 and a bottom seat frame 72, the bottom supporting wheel 70 is connected with the side supporting arm 71 in a shaft mode, and the side supporting arm 71 is connected with the bottom seat frame 72 in a mounting mode.

The handle connecting block 62 rotates the back circulation rotating structure 61 and then rotates, the circulation rotating structure 61 realizes the continuous rotation of the endless circulation rotating driving main shaft wheel 60, namely, the continuous rotation of the upper transmission shaft wheel 51 is realized, the upper transmission arch tooth 53 and the main wheel arch tooth 600 are arch structures, the high rotational stability of the fitting degree of the upper transmission arch tooth and the main wheel arch tooth is good, the upper transmission ear tooth 52 is a convex structure, the driving force and the stability of the spindle frame 20 are improved, the falling thrust when the circulation rotating structure 61 rotates through the ball 6100 drives the continuous rotation of the rotating ball wheel 610, the stabilizing rotating ring 611 also rotates along with the rotation, the swinging block 6110 does short-distance reciprocating movement, the rotating stability of the rotating ball wheel 610 is improved, the swinging back and forth when the rotating ball wheel 610 rotates is avoided, the stability is reduced, the bottom fulcrum 2122 is a triangular support structure, the stability is good, and the bottom seat frame 72 is.

Compared with the prior art, the invention has the technical progress that: the unlimited circumferential rotation of the spindle rack 20 can be realized by rotating the rotating handle 1, the transmission of the rotating ring rack 21 is flexible and stable, the manual operation cost is reduced, the yarn routing is smoother and uniform, and the quality of finished products is improved.

Although the present invention has been described in detail with reference to the foregoing embodiments, it will be apparent to those skilled in the art that various changes in the embodiments and/or modifications of the invention can be made, and equivalents and modifications of some features of the invention can be made without departing from the spirit and scope of the invention.