JP3129544U - Electric thread winder - Google Patents

Abstract

An electric yarn winder capable of winding a warp yarn quickly on a weaving machine is provided.
The T-base is square and can be used toward the front when winding a thread, or can be wound sideways. The spooling machine steps on the controller with its feet, and when winding the thread, it controls the winding of the thread with both hands, so that it can wind up the thread with any movement of both hands regardless of the winding piece.
[Selection] Figure 1

Description

In the case of tearing weaving, this new model is designed by first applying warp to the weaving machine. However, depending on the width and length of weaving the fabric, the yarn becomes very long and the work is difficult. For example, when the warp yarn is 300 or 500 stitches, if we want to weave 1 m in length, we will need a warp of 3000 m with 300 stitches × 1 meter. Similarly, if we try to weave 2m with 500 stitches, the warp will be 10000m. I thought it would be more convenient to use electric power rather than manual operation to handle such a long warp.

Conventionally, when a person who tears and weaves winds a thread by himself, it has been a difficult task using both hands and feet. In addition, the two people take up the yarn by separating the skein yarn and the person who winds it. In other cases, use a base as shown in Fig. 1, drill a horizontal hole in the base, pass a winding rod, insert a handle on one side, and insert 3 in Fig. 1 on the other side. . As another method, a winder with a size of about 25 cm with a round carriage manually made of metal is used, and other methods are used. Thus, all rotary and other yarn winding machines are manual.

The world of tear weaving has progressed over time, and as mentioned above, a winder made of hardware (a rounder with a diameter of about 25 cm, a winder that manually rotates large and small gears) and a tool for winding wool There is a manual thread take-up (about 10cm) and lightly fastened with a wire on the fork and a thread winder on the fork. Therefore, this new model is designed so that anyone can quickly and easily wind up.

When weaving is narrow (about 50cm) or when the length is short, split weaving requires less warp, but when it is wide and long, it takes a lot of time and time. There are many requests from people who tear and weave “Is there any machine that can wind up fast?”, And I came up with the idea of using a motor to turn it fast. In making the prototype, we considered the size of the platform, the position of the motor, the overall balance, the speed and the flow of the hoisting device and the thread, and after trial and error, we arrived at the electric thread winder.

Work that has been borrowed by humans so far (manual thread winder with a spool made of hardware and a two-wire winder with two wires sandwiched between 3 in Fig. 1) Using a hand-operated manual thread winder) is an electric thread winder that is convenient, simple, and fast. It can be especially effective in small workshops and is the most troublesome in tear weaving. It depends on how much of that part is solved and will be appreciated by many.

First of all, I made a prototype to check the overall balance and vibration when moving with a large motor on the T platform. There was some vibration, so when 4 rubber feet were attached to T, there was no vibration at all.
The prototype was repeated considering the size of the table, the size of the spool, and various shapes of the spool.
I also thought about how fast the skein yarn should flow through the skeiner. In that respect, as shown in FIG. 4, the speed can be easily adjusted by the adjusting means of K2, in order to take up the motor and the controller with the foot and wind the yarn wound around the bobbin piece with both hands in a well-balanced manner. By the way, if you loosen the 9 bolts on the connecting bumps of M and 1, the thread winding rod will come off. When winding a thick wound yarn, put two pieces of A into a yarn winding rod, and then wind the yarn so that it does not move. A in FIG. 1 is a part used by the thread spool holding means that I put out with the spool pin device last time. (Patent No. 2944637)

The motor means M and the thread winding rod I are not limited to the structure described above, and may have other structures as long as the same action can be obtained.

It is the same partial cutaway front view FIG. It is a partially cutaway side view of the electric yarn winder showing an embodiment of the utility model The front view of the foot controller of the same reduction. Plan view. It is a side view

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Thread winding rod 2 Thread winding rod presser 3 Thread winding rod 4 Thread winding rod presser spring 5 Thread winding rod spring stopper 6 Power supply insertion port 7 Motor raising base 8 Thread winding rod and motor connection cove 9 Thread winding rod and motor connection bolt terminal box Yarn piece holding means (with elasticity)
B Motor speed adjustment switch M Rotation motor means K Foot controller speed adjustment means T Bobbin winder stand P Motor power supply insertion H Thread stand rod hole insertion S Power cord

Claims (1)

Yarn winder. (7) is fixed on (T). Insert (1) at the end of (M) to directly connect (M) and (1), and then insert (3) into (1) so that it is fixed and rotated at (9). Then put (A) so that it does not move firmly. Then, stand (2) vertically and check (H) well, and hold the spring (5) while pulling it from (5) on the right to (5) on the left. Then, the tip of the bobbin is securely tied to (3), and then the process proceeds to the electric direction, and (S) is inserted and electricity is turned on by (P).
Put (64) into (61). Then, adjust the speed with (K2), check (B) and (K2), and slowly depress (K3). This is an electric yarn winder.

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