CN205943601U - Wire winding structure for mica tape winding - Google Patents

Abstract

The utility model provides a structural design wire winding structure for mica tape winding novel, that easily realize, including the rotary disk that can carry out the rotation in a circumferential direction, set up in the stand pipe at this rotary disk center the center of rotary disk still be provided with with the perforation that the inside through -hole of stand pipe communicates treats that winding line runs through via the below of rotary disk in proper order upwards draw forth behind the through -hole of perforation, stand pipe inside, still be provided with the inclined guide rod that outwards heels on the circumferential edge of rotary disk, still be provided with guiding bearing on this guide rod, the bottom of stand pipe is still overlapped and is had swivel bearing, and the mica disc cover is in swivel bearing is last.

Description

The winding structure of Muscovitum band winding

Technical field

This utility model is related to coil winding machine technical field, and the Muscovitum band winding that more particularly, to a kind of Muscovitum band winding is used for is used Winding structure.

Background technology

Mica tape is a kind of refractory insulating material, is wound on electric wire and has the effect such as fire resisting and insulation, therefore, by Muscovitum The production efficiency of enterprise can be improved, improve the quality of its product with high efficiency, high-quality being wound on line.

Content of the invention

The purpose of this utility model is to overcome the deficiencies in the prior art, adapts to reality need, provides a kind of structure design Novelty, the winding structure of the Muscovitum band winding being easily achieved.

In order to realize the purpose of this utility model, the technical scheme that this utility model is adopted is：

Design a kind of winding structure of Muscovitum band winding, including the rotating disk that can be rotated in a circumferential direction, be arranged at this rotation The guide pipe of center of turntable, is additionally provided with, at the center of described rotating disk, the perforation connecting with the through hole within described guide pipe, Line to be wound sequentially passes through via the lower section of rotating disk and draws upwards after the through hole within described perforation, guide pipe；Described The guiding bar tilting laterally is additionally provided with the circumferential edge of rotating disk, this guiding bar is additionally provided with guiding bearing；Institute The bottom stating guide pipe is also cased with swivel bearing, and mica disc is enclosed within described swivel bearing.

Preferably, the press mechanism for being pushed described mica disc is additionally provided with described guide pipe, described Press mechanism includes being enclosed within described guide pipe and connects for mica disc is applied with stressed lower pressure ring and described guiding pipe screw thread The adjusting nut connecing, the spring being enclosed within described guide pipe, described spring be arranged at described lower pressure ring and described adjusting nut it Between.

Preferably, also include guiding tube, described guiding tube is arranged at the top of described guide pipe, and described guiding tube and institute State guide pipe to be coaxially set, export upwards after the passing channel running through within described guiding tube by the line that guide pipe is drawn.

Preferably, the top aperture of the passing channel being arranged on described guiding tube is more than the hole of the lower end of passing channel Footpath.

The beneficial effects of the utility model are：

Its novel in structural design of the design, be easily achieved, by the design of this structure in the application can by mica tape easily, Efficiently, high-quality be wound on line, be favorably improved the production efficiency of enterprise and the quality of product.

Brief description

Fig. 1 is primary structure schematic diagram of the present utility model；

Fig. 2 is use state primary structure schematic diagram of the present utility model；

In figure：1. guiding tube;2. the top of passing channel;3. the lower end of passing channel;4. rotating disk;5. guide pipe;6. Through hole;7. swivel bearing;8. guide bar;9. guide bearing;10. adjusting nut;11. springs;12. times pressure rings;14. lines;15. clouds Stamper;16. mica tapes.

Specific embodiment

With reference to the accompanying drawings and examples this utility model is further illustrated：

Embodiment 1：A kind of winding structure of Muscovitum band winding, referring to Fig. 1, Fig. 2；It includes being rotated in a circumferential direction Rotating disk 4, it is arranged at the guide pipe 5 at this rotating disk 4 center, the design is also additionally provided with and institute at the center of described rotating disk 4 State the perforation of through hole 6 connection within guide pipe 4, drawing of tilting laterally is additionally provided with the circumferential edge of described rotating disk 4 Guide rod 8, is additionally provided with guiding bearing 9 on this guiding bar 8；Also it is cased with swivel bearing 7 in the bottom of described guide pipe 5, make With in, mica disc 15 is enclosed within described swivel bearing 9.Preferably, the design is also additionally provided with for inciting somebody to action on described guide pipe 5 The press mechanism that described mica disc 15 is pushed, specifically, described press mechanism includes being enclosed within described guide pipe 5 and uses In mica disc 15 being applied with the adjusting nut 10 that stressed lower pressure ring 12 threadeded with described guide pipe 5, is enclosed within described guiding Spring 11 on pipe, described spring 11 is arranged between described lower pressure ring 12 and described adjusting nut 10, by spring to pushing Ring applies pressure can prevent mica disc from moving up when rotated；Further, the design it also include guiding tube 1, described Guiding tube 1 is arranged at the top of described guide pipe 5, and described guiding tube 1 is coaxially set it is preferred that setting with described guide pipe 1 Top 2 aperture of the passing channel being placed on described guiding tube is more than the aperture of the lower end 3 of passing channel.

In the application, line 14 to be wound sequentially passes through described perforation, guide pipe 5 via the lower section of rotating disk 4 to this structure Draw upwards after internal through hole 6, after the passing channel then running through within described guiding tube by the line that guide pipe 1 is drawn upwards Output；And the front end of the mica tape 16 on mica disc 15 is fixed on line 14 after bypassing guiding bearing 9, line 14 then to be wound Move upwards, its rotating disk is rotated, hereafter, mica disc is also rotated with rotating disk, and now, mica tape 16 can twine Be around on line 14 it should be noted that, rotate disc spins when, its mica disc is not attached in rotating disk, its cloud Stamper can carry out autobiography around the rotatable relative disk of swivel bearing by the pulling force of mica tape, can be by mica tape by above-mentioned action High efficiency, high-quality it is wound on line 14.

What embodiment of the present utility model was announced is preferred embodiment, but is not limited thereto, the common skill of this area Art personnel, easily according to above-described embodiment, understand spirit of the present utility model, and make different amplifications and change, but as long as Without departing from spirit of the present utility model, all in protection domain of the present utility model.

Claims (4)

1. a kind of winding structure of Muscovitum band winding it is characterised in that：Including the rotating disk that can be rotated in a circumferential direction, it is arranged at The guide pipe of this rotation disk center, is additionally provided with and wearing that the through hole within described guide pipe connects at the center of described rotating disk Hole, line to be wound sequentially passes through via the lower section of rotating disk and draws upwards after the through hole within described perforation, guide pipe；Institute The guiding bar being additionally provided with to tilt laterally is stated on the circumferential edge of rotating disk, this guiding bar is additionally provided with guiding bearing；? The bottom of described guide pipe is also cased with swivel bearing, and mica disc is enclosed within described swivel bearing.

2. Muscovitum band winding as claimed in claim 1 winding structure it is characterised in that：Described guide pipe also sets up There is the press mechanism for being pushed described mica disc, described press mechanism includes being enclosed within described guide pipe and for right Mica disc applies adjusting nut, the spring being enclosed within described guide pipe that stressed lower pressure ring is threadeded with described guide pipe, Described spring is arranged between described lower pressure ring and described adjusting nut.

3. Muscovitum band winding as claimed in claim 2 winding structure it is characterised in that：Also include guiding tube, described draw Conduit is arranged at the top of described guide pipe, and described guiding tube is coaxially set with described guide pipe, is drawn by guide pipe Export upwards after the passing channel that line runs through within described guiding tube.

4. Muscovitum band winding as claimed in claim 3 winding structure it is characterised in that：It is arranged on described guiding tube The top aperture of passing channel is more than the aperture of the lower end of passing channel.