JPS6153928B2 - - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a tool for manufacturing medals, and more particularly to a tool for manufacturing hand-shaped and foot-shaped medals to commemorate a birth.

Conventionally, to manufacture this type of medal, lead, tin, etc. were melted and placed in a mold. However, this process requires many manufacturing tools and time, is dangerous because it uses hot water that has melted metal, and the manufacturing cost of the resulting medals is high. There were many aspects that were inappropriate for the production of molded medals.

The purpose of this invention is to eliminate the drawbacks of conventional means and to provide a tool suitable for producing hand-shaped and foot-shaped medals to commemorate a birth, and which consists of three rings having the same diameter and , a bridge that can be freely installed on the ring and has a hanging rod provided in the center with a cap nut threaded portion at the tip.

The three rings are short and small cylindrical shapes with appropriate heights, and although the heights may be different, they must have the same diameter. Note that when the heights of the kungs are the same, when they are lined up on the same plane, all the heights are the same, making it convenient to store them in a box or the like. Note that this ring preferably has a diameter of about 13 cm to 25 cm and a height of about 1 cm.

The bridge is required to be able to be freely installed on the ring, and in order to be able to be installed at any position on the ring, it must be longer than the diameter of the ring.

A suspension rod is provided in the center of the bridge, and a threaded portion for screwing in a cap nut is formed at the lower end of the suspension rod.

The following describes the embodiment shown in the drawings.
The figure shows the entire device of the present invention, including a first ring 1, a second ring 2, a third ring 3, and a bridge 4.
It shows. The bridge 4 is provided with a through hole 5, into which a hanging rod 6 is inserted. A groove 7 used when rotating the hanging rod 6 is formed at the base end of the hanging rod 6, and a threaded part 9 into which a cap nut 8 is screwed is formed at the tip of the hanging rod 6. are doing.

According to this invention, the hand-shaped and foot-shaped medals commemorating the birth of a child's birth can be manufactured by the following procedure.

After placing the first ring 1 on a flat surface and filling the first ring 1 with clay 10, a straight bar 12 made of stainless steel or the like is moved along the upper end surface 11 of the first ring 1 to fill the clay 10. The surface 13 is made smooth (see FIGS. 2 and 3).

An infant's hands and feet are pressed against the surface of the clay 10 packed inside the first ring 1, and a hand or foot impression 14 is taken. Of course, it is also possible to use adult hand and foot prints (see Figure 4).

An uneven pattern 15 such as a wave shape is formed by pressing rough cloth such as work gloves on the surface 13 of the clay 10 excluding the hand and foot prints (fifth pattern).
(see figure).

Place the second ring 2 on top of the first ring 1,
The clay surface 13 of the hand and foot prints 14, the pattern 15, and the inner surface of the second ring 2 are coated with an undercoat material made of a liquid polyester synthetic resin material (referred to as Makitex) mixed with about 1% coagulant. Apply a thin layer of 16 with a brush (see Figure 6). By applying this undercoat material 16, it is possible to clearly finish the fingerprints of hands and feet and the uneven pattern 15, and it is also possible to smoothly separate the main material from the clay 10 and the second ring 2. .

After the undercoating material 16 has dried, a main coating material 17 made of a liquid polyester-based synthetic resin material called Makitex and Kansui stone powder mixed in a ratio of approximately 1:1 is placed inside the second ring 2. Pour and fill (see Figure 7). By mixing kansui stone, it is possible to increase the hardness and weight, giving the medals a sense of solidity.

After filling the second ring 2 with the main pouring material 17, before the main pouring material 17 solidifies, first,
A cap nut 8 is screwed into a threaded part 6 formed at the tip of a hanging rod 6 provided on the bridge 4. When screwing in a plurality of cap nuts 8, keep the distances from the bridge 4 the same. For this purpose, it is a good idea to put markings and scales on the hanging rods. Next, the third ring 3 is placed on top of the second ring 2. Then, gently insert the cap nut 8 into the third ring 3 from above the third ring 3, and
is secured to the upper end of the third ring and installed. At this time, the base end surface 18 of the cap nut 8 and the main flow material 17
It is preferable to match the surface 19 of the

After the main flow material 17 is solidified, the hanging rod 6 is turned to remove it from the cap nut 8 and removed together with the bridge 4.

Next, the first ring 1 and the second ring 2 are separated, the solidified main flow material 17 inside the second ring 2 is taken out, the surface is washed with water, and the burrs protruding around the periphery are scraped off. Then, the surface is plated to complete the medal.

As described above, the medal manufacturing tool of the present invention includes three rings having the same diameter, and a suspension rod that can be freely installed on the rings and has a cap nut threaded portion at the tip in the center. It is a completely new tool for making medals such as hand and foot prints for birth commemorative items, as it is convenient to carry around and is extremely easy to handle.

[Brief explanation of the drawing]

Drawings Showing an embodiment of the present invention, FIGS. 1A to 2D are perspective views of each part, FIGS. 2 to 5 are perspective views showing the work procedure, and FIGS. 6 to 8 are cross-sectional views. It is a diagram. 1...First ring, 2...Second ring, 3...
3rd ring, 4... Bridge, 6... Hanging rod, 9
...Screw part.

Claims (1)

[Scope of Claims] 1. A bridge comprising three rings having the same diameter, and a hanging rod that can be freely installed on the rings and has a suspension rod in the center with a cap nut threaded portion at the tip. A medal manufacturing tool consisting of.