JPS58191411A - Aligning and winding method for extremely thin wire - Google Patents

Abstract

PURPOSE:To align and wind the extremely thin wire accurately by a simple device by energizing the last turn of the extremely thin wire in the direction reverse to the progressive direction of winding at all times while pushing the extremely thin wire wound on a takeup bobbin against the outer circumferential surface of the takeup bobbin when the extremely thin wire is wound on the takeup bobbin. CONSTITUTION:An aligning jig 16 is fitted to a section where the extremely thin wire 10 is wound on the takeup bobbin 14. The jig is formed by a hold-down section 16a, which is arranged near the outer circumferential surface of the takeup bobbin 14 and extends in parallel with an axis of the takeup bobbin, and a hook-shaped section 16b extending toward the outer circumferential surface of the takeup bobbin 14 from a nose. The aligning jig is energized in the direction reverse to the progressive direction [the (a) direction] of winding by a spring 18, and the last turn 10a is energized in the direction reverse to the progressive direction of winding at all times by the hook- shaped section 16b while the extremely thin wire 10 is pushed against the outer circumferential surface of the takeup bobbin 14 by the hold-down section 16a when it is wound on the takeup bobbin 14. The aligning jig 16 is moved in the progressive direction slowly against the force of the spring with the increase of turns of the extremely thin wire 10, and the extremely thin wire 10 is aligned and wound.

Description

DETAILED DESCRIPTION OF THE INVENTION The invention relates to a method for winding an extra fine ribbon on a bobbin, such as a ribbon cable, which is conveniently used in applications such as computers, etc. ID Ru〇Generally, -1 material! However, a traverser is used to pull the 11-size paper over the bobbin.

If the material is extremely fine with 1 pole and 1 haze, it will be butterfly and 1) @w
Traversing with k pitches is m-wise m jll
``C'' 6 ri s There is 1 pause between turns of other thin lines, and Kameji p
One turn of riding can only be done by joining the board and using the Fukiretsu II Seal, and a traversal fee is required, so it often has the disadvantage of being expensive.

The Eye of Invention B9 is a simple device that accurately and luxuriously
The purpose of this invention is to provide a method that can be used to access the size #//.

This threat@C) 14 Example will be described in detail with reference to the drawings.
1 and 2 show an embodiment of the method of the present invention, in which ultra-fine -W is rolled from one live bobbin ν onto the bin 14, while extra-fine -1O is rolled onto the bobbin 714. An alignment jig 16 is provided at the part where the alignment jig 16 is attached. (As shown in Figures 2 and 3, the 011 row jig 16 is arranged near the outer peripheral surface of the bobbin 14 and has a restraining part 16 m parallel to the axis of the winding bobbin. m
This II size jig consists of a hook-shaped part 16b that extends from the tip of the shoe towards the outer circumferential surface of the mebin 14. It is biased in the opposite direction. Therefore, when the ultra-fine wire 10 is hooked onto the hook-shaped bobbin 14, the holding portion 16aK presses it toward the outer periphery of the I-take bobbin 14, and the final turn 10&(Ill 3PjA) is the hook-shaped portion 16.
b, it is always biased in a direction opposite to the direction in which it travels. As Toko@@LO's turns increase! I Evening 11
The 'ft3 tool 16 gradually moves in the same direction as the melody against the spring 18. In this way, the ultra-fine -1O is aligned without forming gaps between turns and without moving upward from one turn to the next. In addition, this luxury 11 jig 16 is attached to the tF throat hobbin 14 by an appropriate hand station (not shown).
IIwJ is restrained by the outer flange in the direction of the pole. Further, the distance d between the holding portion 16h and the spitting bobbin 14 is vaguely set to be extremely thin (outside of 100 mm).

Another example of @4V/A and Fig. 5 line Honpaku-cho is shown, and in this example, it is arranged near the outer peripheral surface of the winding throat bobbin 14.
The axis of the throat bobbin 14 (the axis of the throat bobbin 14 is
The l line lO is pressed toward the outer periphery of the winding bobbin 14, and independently of the holding roller, the I! The two piece-shaped members n placed on IIC are at the pole Ihi [ii 10
This piece-shaped member 22 is engaged with the final turn 101 of
A support frame 24 that supports the holding roller holder is slidably biased in a direction opposite to the direction in which the writing takes place by a spring 28 provided between the page support frame U and the spring catch. Therefore, the last 10 m of the ultra-fine turn is biased in the same direction. In this embodiment as well, the ultra-fine @io is wound on the 41-shaft bobbin 14 with a regular nine windings of VC without any gaps or uppermost. According to the present invention, as described above, the ultra-fine St- can be reliably aligned 411. Or, like a conventional traverser, the jig at the hip also sets the pitch of mts by its movement, so it simply moves to follow the increase in the number of turns, and accuracy is not a must, so equipment costs are reduced. It's cheap and has real benefits.

[Brief explanation of drawings]

@ Figure 1 and Figure 2 are a front view and a front view of one embodiment of the invention. FIG. １０・・・・・・＆＃１１iIts to a・・
...Final turn, 14... Winding and warming bobbin,
16... Adjustment ν1j jig b16a... Holding part, 16 b... Hook-shaped part, 18...
...spring, addition...pressing roller, n...
Komagata parts, bells...Kene.

Claims (3)

[Claims] (1) When winding an extra-fine bobbin onto a 41-fine bobbin, always turn the final turn of the extra-fine bobbin with tI while pressing it against the outer ridge of the extra-fine bobbin wound on the front winding bobbin.
A method for winding thin wires in an aligned manner, characterized by biasing the throat in a direction opposite to the running direction of the throat. (2) What hVr is the outer p@ surface of the winding hobbin of the 11th row jig?
- Press the front winding wire against the outer surface of the front winding bobbin with a V-stretcher that is parallel to the axis of the winding bobbin.
In addition, the hook-shaped portion is engaged with the final turn from the tip of the retainer toward the outer circumferential surface of the winding bobbin, and the pre-arrangement 1
``Jig [Claim WAi 141 Kle et al.] which biases in the direction opposite to the electrical direction of winding - Aligned winding method 0 (3) Press the lk #111 bobbin against the outer edge of the winding bobbin with a holding roller placed at a point in the direction of the front 1 e'l throat bobbin and extending parallel to the axis of the bobbin; 1 Friend Punishment &l: In order to engage in the take-up and final turn, multiple hook-engraved pieces of material that have been cut in the same direction around the circumference of the winding bobbin and parallel to the bobbin axis are IF independently of the holding loan.
The first range of Kamo Tsumugi which is biased in the direction opposite to the direction of movement
Extremely fine-O pH adjustment method 0