JP3238650U - Yarn winding machine for making poles - Google Patents

Abstract

[Problem] To simplify and improve the efficiency of the work of manufacturing Japanese fishing rods, it is possible to stably and easily wind a bobbin on joints regardless of the skill of the operator, and to use it when handling long fishing rods. To provide a bobbin winding machine capable of motorizing a driving part according to the demand. The bobbin winder is provided with a driving part and a pressing part arranged at both ends of the rod in order to maintain the posture of the rod during work. Equipped with a mechanism for winding, equipped with a thread retainer for adjusting the thread tension to wind the thread without slack, a manual drive unit can be replaced with a motor according to the application, a variable speed volume, a foot switch, Easy and stable bobbin winding is achieved by controlling the rotation of the rod. [Selection drawing] Fig. 1

Description

TECHNICAL FIELD The present invention relates to a line winding machine for winding a line used for decoration, reinforcement, and attachment of a guide when manufacturing a fishing rod or the like.

More and more people are spending time on their hobbies, and as they bring about a certain economic effect, Japanese rods, which have been handed down as traditional crafts, are also attracting attention. It requires a certain level of proficiency, and it is currently being done only by craftsmen who make a living or some enthusiasts. It is hoped that the difficult work will be simplified by devising the tools to make Japanese rod production more accessible, that traditional crafts will spread, and the market will revitalize.

Japanese Patent Laid-Open No. 11-130008

The work of winding the winding thread applied to the joint, which is a labor-intensive task in the manufacturing process of Japanese rods, is done by turning the rod with your fingertips, so it is necessary to stabilize the posture and rotation speed of the rod and the tension applied to the thread. Skill is required, and the time required to wind the thread depends on the skill. The object of the present invention is to develop a yarn winding machine that has a drive unit that easily controls the attitude of the rod and rotates the rod stably regardless of the skill of the person handling it, and that enables adjustment of the tension applied to the yarn. .

When handling a long rod, the driving part and the position where the line is wound may be far away, and it is difficult to operate the driving part with one hand while winding the line with the other hand. The driving part is motorized according to the condition, and the rotation of the rod can be operated with a switch placed nearby, and the rotation speed can be adjusted according to the level of proficiency and work conditions, achieving stable and efficient work. The task is to develop the machine.

A driving part is arranged at one end of the rod, and a holding part is arranged at the other end, each of which is provided with a conical center and a rod holder, and both ends of the rod are sandwiched and held.
The driving part has a center holder that serves as a rotating shaft, one end of which is equipped with a conical center and the other end is equipped with a pulley. By connecting the pulley and the handle with a rubber belt, when the handle is turned, the rod fixed in parallel moves. It was supposed to rotate.
The rubber belt is equipped with a tension adjustment idler to prevent the rod from rotating unless the handle is operated.
A compression spring is built in between the rod holder of the holding part and the rod holder, and the rod is held and sandwiched by the spring pressure.
Multiple thread spool stands that can be installed at any position are installed, thread spools are set up on these, thread guides are installed to prevent tangling, thread is passed through this, and the appropriate tension is applied to wind the thread without loosening. In order to obtain this, a thread spool presser is provided for adjusting the thread tension.

Remove the detachable pulley, handle, rubber belt, and tension adjustment idler from the drive unit, equip one end of the center holder with a motor, provide a variable speed volume foot switch, and electrically rotate the rod, depending on the situation. Manual rotation has been made electric rotation possible.

Normally, you hold the rod between your sides and rotate the part you want to wind with your fingertips while winding the yarn. It is possible to handle rods of various diameters due to the shape of the conical center and funnel-shaped rod holder provided at both ends, and the rod holder with a built-in compression spring makes it easy to attach and detach the rod. could be stabilized.
In addition, the rod can be rotated stably by operating the handle, and the tension adjustment idler attached to the rubber belt can maintain the rotation position even if the handle is released.
Furthermore, the manual supply of yarn has problems such as the yarn loosening depending on the amount of force applied and the difficulty of interrupting the yarn in the middle. Thus, the yarn can be supplied from the yarn spool with arbitrary strength and constant tension by a simple operation, the winding yarn can be wound regardless of the skill of the work, and the work can be interrupted while maintaining the work state. I was able to

By changing the manual rotation of the pole to an electric rotation by a motor, efficiency is improved and fatigue can be suppressed even when working for a long time.
In addition, by providing a speed change volume, the rotation speed of the rod can be adjusted according to the work situation, and by installing a foot switch, it was possible to operate the rotation start and stop with the foot while using both hands.
Furthermore, when handling a long rod, even if the driving part and the position to apply the yarn are separated, the speed change volume and foot switch are placed near the winding position to operate the rotation of the rod. , it became possible to wind the thread smoothly regardless of the length of the rod.
In general, we were able to simplify the thread winding work, and the ease of operation made it possible for even people with little experience in making poles to handle it, improving work efficiency and making traditional crafts more familiar.

1 is a perspective view showing the overall configuration of the present invention; FIG. It is a perspective view showing the drive unit when motorized.

A form is demonstrated with reference to FIG.1 and FIG.2.
The thread winding machine of the present invention comprises a drive section A, a pressing section B and a thread supply section C arranged at both ends of a rod.
The drive unit A has a center holder a serving as a rotating shaft, one end of which is provided with a conical center 1, and the other end is provided with a pulley 2. An idler 5 shall be provided.
The holding portion B has a rod holder b with a built-in compression spring 6 and a funnel-shaped rod holder 7 at one end thereof.
The yarn supply section C has a yarn spool stand 9 for standing the yarn spool 8, a yarn guide 10 for preventing entanglement, and a yarn spool holder 11 whose holding pressure is adjustable above the yarn spool.
When the rod is electrically rotated, the pulley 2, handle 3, rubber belt 4, and tension adjustment idler 5 detachably provided on the driving part A are removed, the motor 12 is attached to one end of the center holder a, the speed change volume 13, and the foot switch 14. shall be provided.

An embodiment will be described with reference to FIGS. 1 and 2. FIG.
The rod 15 is fixed by applying the conical center 1 of the driving part A to one end and pressing and sandwiching the funnel-shaped rod holder 7 of the holding part B to the other end. It shall be fixed so that it is placed in
For the winding yarn, the yarn spool 8 is set up on the yarn spool stand 9 of the yarn supply part C, the yarn 16 is pulled out, the yarn guide 10 for preventing entanglement is passed through, and the pulled yarn tip is fixed at an arbitrary position on the rod 15. By applying pressure from the upper part of the thread spool presser 11, the delivery of the thread is adjusted so that the winding thread can be wound without slack.
After the above work, the handle 3 of the drive unit A is turned to rotate the rod 15 via the pulley 2 connected by the rubber belt 4 to wind the yarn. In order to maintain the rotation position of the rod even when the handle is released, a tension adjusting idler 5 applies a moderate pressure to the rubber belt 4.例文帳に追加
When the bobbin is electrically wound, the pulley 2, the handle 3, the rubber belt 4, and the tension adjustment idler 5 detachably provided in the drive section A are removed, the motor 12 is attached to one end of the center holder a, and the speed change volume 13 is operated. The rotation speed of the rod was adjusted by controlling the motor, and the foot switch 14 was operated to start and stop rotation while working with both hands. These movably provided control switches were placed near the operator to handle various lengths of spools.

Japanese rods, a traditional craft, are popular as a hobby and are used not only in freshwater but also in seawater, and their production is also attracting attention. Production involves a number of processes, and each process requires a certain amount of skill, making it difficult for those who make a living to improve production efficiency, and this is a hindrance to entry as a hobby for amateurs. In particular, the work of winding the winding yarn, which is performed at the joint or at the time of attaching the guide, is recognized as a troublesome work.
The bobbin winding machine invented by this invention has the characteristic of making these works more efficient and can be handled regardless of skill level, making Japanese fishing rod production more familiar, contributing to the creation of an environment where it is easy to enter as a hobby, and eventually Japanese We believe that we can contribute to spreading the traditional craft of poles and bringing about economic effects.

A Drive part B Holding part C Thread supply part a Center holder b Rod holder 1 Conical center 2 Pulley 3 Handle 4 Rubber belt 5 Tension adjusting idler 6 Compression spring 7 Funnel rod holder 8 Thread link 9 Thread link stand 10 Thread guide 11 Thread retainer 12 Motor 13 Variable speed volume 14 Foot switch 15 Rod 16 Thread

Claims (2)

A thread winding machine that winds thread that is used for decoration and reinforcement in rod manufacturing,
It consists of a drive unit arranged at one end of the rod and a holding unit and a yarn supply unit arranged at the other end,
The drive unit has a center holder that serves as a rotating shaft, one end of which is provided with a replaceable conical center, and the other end of which is provided with a pulley. prepared,
The holding part has a rod holder with a built-in compression spring, and one end thereof is provided with a replaceable funnel-shaped rod holder,
A thread winding machine, wherein the thread supply section includes a thread reel stand for standing the thread reel, a thread guide for preventing entanglement, and a thread reel holder capable of adjusting pressing pressure above the thread reel. 1. The pulley, the handle, the rubber belt, and the tension adjusting idler which are detachably provided to the drive unit are removed, a motor is attached to one end of the center holder, and a speed change volume and a foot switch are provided. The thread winding machine described in .

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