JPS5936711A - Pan-single planting wig flocking machine - 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 a bundling wig flocking machine. More specifically, it is a continuous bun/glue implantation artificial skin wig hair transplanting machine that can be used not only for long hair but also for short hair.

Plant a bread shingle: It is planted according to the procedure shown in Figure 1 (1) to (7). Panjingle planting has two hairs that protrude in different directions, and a knot is formed at the base of each hair, so there is no risk of the hair falling out.

Manual bunsing and single wig flocking work is hard labor and requires advanced flocking techniques, so the number of technicians tends to decrease year by year. The purpose of this project is to mechanize the technique of single transplantation, to equalize the intervals and equipment used for electroplantation, and to shorten the time required for hair transplantation.

The hair transplanting machine for a Panjingle planted wig of the present invention comprises a wig base presser, a hair hook 24, a hair box 25, a forked side 27, a bushing bar 30, a hair hook 31, a hair needle post, a hair remover 36, and a wig. It has a base moving device and an actuating device thereof, and these actuating devices are connected to a sequence controller device 1 and configured to operate in a preset order.

Next, the present invention will be explained with reference to Examples and drawings. Second
The figure is a perspective view of one embodiment of the bunsingle wig flocking machine of the present invention. 1 is a sequence controller device,
2 is the main body, 3 is the conductor connecting the N-Kenos controller device 1 and the main body 2, 4C1 is the boss head on which the wig base is placed, 1, and Figure 3 shows the main part of the pan single-planted wig flocking machine of the present invention seen from the front. FIG.

11 is the presser foot 7 cylinder, 12 is the side cylinder, 1
3 is the hair box/lifter, 114 is the center 7 cylinder, and 16 is the down cylinder.
The cylinder 15 is not shown in the drawing because it is obstructed by the presser foot/su/goo 11 and the center cylinder 14. The surface pulling/linder 17 and hair removal/linder 18 are omitted. 6. Is the /linder in Naoki's embodiment operated by compressed air, or is it electrically or mechanically operated? There may be.

Noken Kontroph - Apparatus 1 The following specifications can be cited as an actual example.

The programming method is a time chart type, and the timer function is 9.0 to 59 seconds per step.
An example of such a device is that it is possible to set the time in three stages from 9 minutes and 59 seconds to 0 to 9 hours and 59 minutes. The power source voltage may be 100 or 200 mm, the human power may be 4 without voltage contact, and the output may be a non-contact relay, a solenoid, etc.

Various methods such as pneumatic, electric, mechanical, etc. can be used for the operation, and the operation and stop can be performed by a signal from an output non-contact relay, solenoid, etc. Using a conventional method, a program is set in the sequence controller device 1 so that the operations described below are carried out in sequence.

Hereinafter, the present invention will be explained in more detail by giving examples of dopan/ngle-planted wig hair transplantation.

Attach the wig base to post head 4.

Next, 5TArt' of the controller device 1
When the l' button is pressed, the following operations are performed in a predetermined order.

First, the explanation will be given with reference to FIG. The presser foot cylinder 11 is lowered one step, and the presser foot 22 installed at Ij presses down the wig base. Guide 1
11 is the installation.

When the presser foot cylinder 11 descends and presses down on the base, the side cylinder 12 pops out, the head of the side cylinder 12 hits the guide bar 23 in front, and the hair pulling needle disposed at the tip of the side cylinder 12 24 protrudes from a hole in the guide bar 23. A guide is provided to prevent the shaft of the side cylinder 12 from rotating.

When the hair pulling needle 24 enters the hole of the guide bar 23, the hair box cylinder 13 descends and presses the hair pulling needle 24 so as to cover it. A hair box 25 is formed at the tip of the hair box cylinder 13, and the hair box 25 stores therein hair or artificial hair held down by a hair holding plate 26 for holding down the hair. A guide is made to prevent the hair box 25 from rotating as well. Incidentally, the hair box cylinder 13 may be operated first and the side cylinder 12 may be operated thereafter. At this point, the state shown in FIG. 1 is reached.

Next, it will be explained with reference to FIG. The side cylinder 12 is retracted. The hair pulling needle 24 pulls out the hair from the hair box 25, and the hair becomes taut between the hair pulling needle 24 and the hair box 25. In this state, the center 7/dar 14 is lowered by 1. A bifurcated needle 27 with a bifurcated tip is disposed at the tip of the center cylinder 14, so when the center cylinder 14 is lowered once, the hair pulling needle 24 pulls out the hair from the hair box 25 twice. The forked needle 27 presses down and pierces the wig base. 271 is a needle fixing head. At this point, the state shown in FIG. 5 is reached.

Next, when the center cylinder 14 is raised by 1, the hair is left in a loop shape on the back side of the wig base.

In addition, the surface of the wig base has loop-shaped hair and hair pulling needles 24.
The hair is kept under tension between the loop-shaped hair and the hair box 25.

The solenoid 301 is actuated to move the pushing bar 30 laterally, pushing the hair left in the loop shape and positioning it parallel to the wig base.

Next, it will be explained with reference to FIG. Quick cylinder = 15 pops out. A hair pulling needle 3 is attached to the tip of the quick cylinder 15.
1 is disposed, and a hair pulling needle 31 penetrates through the wig base, forms a loop, and hooks the hair located on the instep and row on the wig base. Next, when the quick cylinder 15 is retracted by lQm+y+, the looped hair is pulled out to the surface of the looped wig base.

Next, the hair pulling cylinder 17 pops out, and the hair pulling needle 35 installed at the tip of the hair pulling cylinder 17 passes through the loop-shaped hair ring, and one of the two taut hairs is pulled out. Book,
That is, either the hair between the loop-shaped hair and the hair pulling needle 24 or the hair between the loop-shaped hair and the hair removal needle 25.
Hook a book. Next, when the hair pulling/su/goo 17 is retracted, the hair caught on the hair pulling needle 35 is pulled and passed through the loop-shaped hair ring. Next, remove the hair/Linda
18 is activated. The hair remover 36 rotates and removes the hair planted on the wig base.

The wig base is then moved to the next hair planting position. Vacuum pad 40.'' Yuri vacuums up and sucks up the wig base. Next, the presser foot 22 swings its head and moves the wig base to the next hair planting position. Presser foot? ? - comes down and presses down the wig base, then
Vacuum pad 40's vacuum is broken. I!
-Tarillnoit also returns to normal.

And the vacuum pad is one step higher.

In this way, the bun-single planting of one hair is completed 1, and then Cytonlinda-12 pops out, and the bun-single planting of the next hair progresses.

With the Pan Soiguru wig hair transplanting machine of the present invention, Pan Single hair transplanting, which was conventionally done manually, can be performed mechanically, making it possible to reduce the same amount of hair transplanted, and making the hair planting interval and device uniform. can be converted into Furthermore, the trouble of teaching the Pansingle transplantation technique is saved, and manual errors can be avoided, which has short-term benefits.

[Brief explanation of the drawing]

Figure 1 is an explanatory diagram of bread single planting. FIG. 2 is a perspective view of an embodiment of the bunsingle wig flocking machine of the present invention. FIG. 3 is an explanatory diagram showing the main parts of the flocking machine shown in FIG. 2 as seen from the front. FIGS. 4 and 5 are explanatory diagrams of the operation of the main parts. FIG. 6 is an explanatory diagram showing the main parts of the flocking machine of FIG. 2 as seen from the side. DESCRIPTION OF SYMBOLS 1...Next controller device, 2...Main body, 3...Conducting wire, 4・Post head, 11...Presser foot 1) under, 12...Sighton cylinder 113...
Hair box cylinder, 14... Center cylinder - 115... Quick cylinder, 16... Evening run, 7 l) tanta. -117... Hair pulling cylinder, 18... Hair removal/1 nonder, 22... ...Presser foot, 23...Guide, <-1
24... Mori (&h25... Hair box, 27
...Forked side, 31... Hair pulling needle, 35... Hair pulling needle, 3
6. Hair removal. Figure 1 (7)

Claims (1)

[Claims] Katsu Rubase presser, hair pulling needle 04), hair box (two, three-pronged needle, bushing bar (7), hair pulling needle C31), hair pulling needle G), and hair remover (G). , a wig base moving device and an actuating device for these actuators, the actuating devices being connected to a sequence controller device (1) and configured to operate in a predetermined order. Single planted wig flocking machine.