JPS588151A - Paraffin treating apparatus of bobbin machine and improvement thereof - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to an improvement in a rough-in processing apparatus, and also to a batsin processing apparatus for use in a large-scale process.

More specifically, the present invention relates to a winding machine (windi%gws).
Regarding the improvements applied to the equipment for alA(%#10)
In order to reduce the flow coefficient of the spun yarn running on the guide member, and to meet other typical requirements for quick-in processing operations. Then, a predetermined amount of 0'f rough-in is placed on the spun yarn.

As a result, the above 4E) II position is aS yarn 0#! & Layer S
It is possible to improve the quality of the final product.

For this purpose, an insufficient amount cannot adequately increase the spun yarn OI'll properties, while a large amount of rough lining increases the friction coefficient of the spun yarn with respect to the guide member, and The accumulation of paraffin and the aforementioned components? +l
It is X* that an optimum amount of 19 rough int # must be placed on the bell yarn to apply / rough in to the spun yarn to be wound, since this will impair the proper working of 19 etc. Such a device is known, and C is Δ rough-in o times E? Chair/(revolvisy di
It consists of washer X pressed against am).

・The spun yarn to be coated with 9 rough-in is made to run 1'&#lt between the washer marked m and the above-mentioned rotating disk,
and the Δ ruffinder Ik cloth osfrt of the spun yarn is substantially determined by the pressure of said 9 shears on said disk.

Such equipment is not very sensitive and therefore spun yarn is the best choice. It cannot always be guaranteed that the content will be %.

One of the objects of the applicant's invention is to eliminate the disadvantages of the known technology by improving an arm rough-in treatment device for a thread winding machine.

The aforementioned improvements always result in the best degree of rough-in treatment, and the coefficient of friction of the spun yarn against one guide member can be reduced by t (minimum 11t) without damaging the spun yarn.

This is accomplished by the use of special yarn stretching means which act as a means for axially positioning the paraffin disks, the position of at least one of said means being adjustable as desired. Check it out.

A particular interaction with the above-mentioned means makes it possible for the spun yarn to be brought into at least partial contact with the front surface and the end sides of the paraffin discs and to be forced to follow the preferred path.

It has been discovered in the laboratory of the present author that a proper restriction of the particular path of the spun yarn in contact with the I4 rough-in can obtain the best reduction in the coefficient of friction of said spun yarn.

Accordingly, the present invention is presented in an improvement to the 14 rough-in processing device for a thread winding machine,9 whereby the said improvement
) is equipped with a suppressing means that applies pressure t to the spinning yarn t7 refining disc traveling in the direction of 14 mentioned above.
The rough-in disc is rotated by motor means VC and axially positioned by axial positioning means, and gt direct mounting means are rotated by piston means applying pressure against said disc. Balanced thrust spring repulsion means (see page 14 and 11)
ringrap-sy davits @contains”
t"tn, - characterized in that said improvement comprises yarn stretching means.

The present invention provides a perafin processing device for a yarn winding machine, comprising adjustable suppression means for applying pressure on the spun yarn running towards the yarn/arm rough-in V against the disk of the arm rough-in. wherein said paraffin disk is rotated by motor means and axially positioned by axial positioning means;
and said axial positioning means includes thrust spring rebound means counterbalanced by piston means applying pressure against said disc, and said device comprises yarn tensioning means. t-% mold.

Preferred embodiments of the invention will now be described with reference to the accompanying drawings, in which: FIG.

Physically, identical parts or parts that perform the same function have the same reference number t-.

Specifically, the d rough-in processing apparatus (pα de αf
f1ni舊gdevise)1G is telescopic/traini/dapush (telamam-p
ia engraving bunk) 18f
Through the motor 1, which is a geared motor in the example of the present invention,
It has a Δ rough-in disc cylinder, ie, a small cylinder 11, which is rotatably rotated at 2 and supported in the axial direction by a drum-shaped support 14.

The arming fin disc 11 is kept in its operating position by suitable axial positioning means 15.

Said axial positioning means l! Thrust spring <thrsatapri> located coaxially with the axis 170 times 9 of the motor 12 in the O-drum-shaped support 14
*S)1@ is equipped.

The thrust blade 16 and the single shaft are teles;
In collaboration with Nitvic Intraining Bush 13,
Then press them upwards and rotate them respectively.

In particular, the repulsive action of said ring 16 is counterbalanced by the action of a piston 18 exerting a pressure t against the disc, which causes the position of said piston 18 to be adjusted to the threaded threaded ring nut 11. can be adjusted by operating the ring nut 1
9 is the support body corresponding to the front piston 18! ! It's tightening up.

The spun yarn (yar%
) A rough-in disc lik is placed at a position perpendicular to the axial direction relative to the axial direction C and Ii]*! It is.

With this kind of adjustment, it is possible to prevent the yarn from intervening! The front of disc 11! It is practically possible to have different contacts with three people.

The above-mentioned means for the axial positioning part 1s of the disk 11 are added in the longitudinal direction to the cross part ogs-tg and the hole-contacting surface a guide (Gang-%t(ajporasj
a(s guide)! 7? The upright 18-118 cross members and horizontal members interact with the yarn 22 through! ! 6-1fill specially shaped 7 rams! The spun yarn drawn by SL is substantially Kg (y
In harmony with aarn-toss (osvr) means ((s
aoartN%@temannet)
Collaborate.

The upright 5iis is used to connect the yarn tensioner WIL 4 of m number to the support 7 frame IAO, but the upright l! 8 is probably missing.

Horizontal Talos member! 11-126 is also a special shaped 7
Laem! Spun yarn in those parts that are not connected to S! A tilted depair that acts as a guide for the mind.
valopm-%t)! Contains IiH.

Said specially shaped frame 2g is arranged coaxially with the P4 rough-in disc 11 and is placed opposite the front-face 23 of said disc and outwardly faces 11.
Spun yarn with a 6-tangential surface that is close to (ta attack% #1
αl ναr attack) has 82 guides 27 (first @
J.

In this way, the disk 11 is made into a specially shaped frame! ! By extruding into S in the axial direction, the degree of inclination is changed and the spun yarn! It is possible to change the two paths.

This is done by adjusting the axial position of the rough-in disc 11 by tightening or loosening the threaded cylinder nut 19' appropriately.

The yarn 22 is thus brought into partial contact with the front surface 23 and at least with the edge of the t-side surface 23, as shown in Figure @1, and in this way the height of the yarn 22 (2
) (ages #%t degree) Paraffin processing is accomplished.

Said front surface 23 can be pulled apart and moved away from the yarn ggtt by means of fluid pressure or pneumatic pressure.

The figure is also spun yarn! ! Pressure means 33 apply a pressure t against the front surface 23 of the arm rough-in disc 11, and the spun yarn 22'l (
A yarn guide that can keep it in the correct position? -ty--
y (takar-i%J 34).

This is the surface of the rotating key that comes into contact at least temporarily! It has 35 connected heads which can fit on their own to any misalignment of 3.

The jujube of the present invention can be applied to the spun yarn 281 by the direct action of the above-mentioned suppressing means 33, or by the action of the axial positioning means ls, or by the combined action of the above-mentioned means 33-18oIX. 11.

Although the present inventors have described preferred embodiments of the invention herein, various modifications may be made by those skilled in the art.

The shape and size can thus be varied and the yarn stretching means 24 can be framed within corresponding slots 31 in the uprights 28! It is also possible to envisage that the axis can be positioned in one direction by adjusting the position of the appropriate screws 30 tightening the frame 2S.

It is also possible to make visible means for fixing said frame 25 which are different from the screw means 30 described and shown, said different means being, for example, only one for sliding. It is of the type with an adjustable fixing part tT4.

Furthermore, it is possible to envisage that the thrust pressure of the suppression means 33t) can be adjusted appropriately.

These and other modifications are all possible to those skilled in the art within the scope of the inventive solution idea.

[Brief explanation of the drawing]

Figure 1 shows a side view diaphragm of an improved rough-in processing apparatus according to the present invention. Figure 2 shows the first factor I-- from above the rough-in processing equipment.
It's watering. The three reasons for this are the three-dimensional drawings of the rough-in processing equipment shown in Figures 1 and 2. 11... I9 Rough-in disk 18... Motor 14... Drum-shaped support l... Axial positioning means 16... Thrust spring 18... Piston 19... Ring nut 24... Spun yarn stretching means

Claims (1)

[Scope of Claims] L Suppression means (3) that applies pressure to the spinning AtΔ rough-in disk (11) traveling toward the spun yarn Δ cage
31? The rough-in disk (113) is rotated by the motor means (l!) and is axially positioned in the axial positioning means (11). , and the axial positioning means (11) include thrust rebound means (1@) counterbalanced by piston means (187) applying pressure against the cough disc (113). Processing device (10) IC) improved, said improvement is equipped with spun yarn stretching means 14) 14? Δ rough-in processing for thread winding machine 11 Mft (10) 0 improved. i Cough spun yarn stretching The means (!4) have at least one upright part (2g-118) and a substantially horizontal loss member (!
A special type equipped with the substantially horizontal loss member (16-1!6) which moves positively with the spun yarn (!2) through a cross-shaped guide (snow 7) fixed to ll-121. shaped frame (251) comprising at least one upright 5
txs-1!8) is the arm fine processing device (10Jt
- Improvement of a rough-in processing device (10) for a thread winding machine according to claim 1, which is arranged to be fixed to a support yv-m<20). A specially shaped frame (25) is positioned on substantially the same axis as the rough-in disc (11) and is in contact with the front surface (!3) of the fine disc (11). and the Δ rough instar (11
) for the yarn (2!) near the outside of the floss-like guide (!?) 1 - equipped claim 11
Improvement of the paraffin processing device (1G) for a thread winding machine as described in item EI or item 11. 4 The horizontal cross member (1@-11・) is connected to the spun yarn <
(12)
Any one of claims 1 to 3 O having 91
Δ rough-in processing device (10) for a thread winding machine according to item 1.
D improvement. ! L For a thread winding machine according to any one of claims 1-4, in which the specially shaped 7-frame (IIi) is substantially fixed to the support frame (!O) K/ #U2i/Improvement of processing device (1G). a specially shaped frame (!! I3 is adapted to be able to be positioned axially, and at least one erect part (马S-t*S) is connected to the specially shaped 7
It is equipped with at least one slot (31) for the positioning of the screw (30) tightening the frame (is) to the scissors support 7 frame (!O) and the specially shaped frame (! 5) is adjusted by sliding and axially positioning the screw erect @ 1g or 128 relative to the screw (30'')
Improvement of the paraffin processing device (10) for a thread winding machine according to any one of the above items. 7. I for visitor machines according to claims 1-6, in which at least one O skeleton upright (!8 or 128) is equipped with means for fixation that can be adjusted by sliding. Improvement of the rough-in processing device (10). Any one of claims 1111-7, which can be adjusted in one direction of the axis by one operation for 1 $13 (with the supporting body (31) corresponding to the tJc ring nut) The thread winding machine OI rough-in mma (1
Improvement of 01. IL# Hera I with suppressor (ss) connected (36・)
Any one of claims 1 to 8 containing F(311)
Improvement of 0). 1 (L spun yarn I armpit - spun yarn t traveling towards V
Suppression means (equipped with [1) to apply pressure to the ridge Δ rough-in disc 11]
11) is rotated by the motor means (11K!), and the axial positioning means (111, J) is rotated, and the axial positioning means (111, J) is rotated and the axial positioning means (111, J) is rotated. Means (18) apply a pressure t against said disk (11) K by means of piston means (IIK) and thrust repulsion means (1113t) for a winding machine (107K) including The device is equipped with yarn stretching means (14)
Delta rough-in processing equipment for thread winding machines that produces mold (107°