JPH0257486B2 - - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a method for manufacturing a commemorative medal for the birth of a baby.

Previously, the applicant had devised and provided a medal with a commemorative medal for the birth of a baby attached to the frame (Jikkoaki
53-50632). To manufacture this commemorative medal, three rings with the same diameter were used.
After filling the first ring with clay and making a mold of Akachan's hand on top of the clay, place the second ring on top of the first ring and pour the main sink agent into the second ring. The company provides a manufacturing method for making commemorative medals by solidifying them (Japanese Patent Application Laid-open No. 71165/1983).

However, in the conventional manufacturing method, when the second ring is stacked on top of the first ring, if there is even a slight gap between the first ring and the second ring, the main flushing agent will flow out from this gap. This spilled part solidified and remained as a burr. For this reason,
This washing agent was wasted and required work to remove burrs.

The present invention aims to solve the above-mentioned drawbacks.
The feature is that the first ring is placed on a flat surface, and after filling the first ring with molding material such as clay, the baby's hand or foot is pressed onto the molding material and the hand is molded. Or form a foot shape, then the first
A second ring that can be fitted into the ring is placed on the molding material in the first ring, and thirdly, the main casting material is poured into the second ring and solidified.

Embodiments of the present invention will be described below in order of steps based on the drawings.

(a) 1 is the first ring for mold making with a diameter of 13 to 25 cm and a depth of about 1 cm. Place the first ring on a flat surface 2, fill the inside with viscosity 3, and then apply it to the surface of the first ring. Along the line, the surface of the plaster 3 is smoothed with a long plate 4 or the like.

(b) Press the infant's limbs against the surface 5 of viscosity 3 filled inside the circular first ring to make a hand or foot impression 6.
Take.

(c) Surface 5 of clay 3 excluding the hand and foot prints 6
A textured pattern of work gloves or other cloth is pressed onto the surface to form an uneven pattern 7 such as a waveform.

(d) Place the second ring 8 on the clay inside the first ring 1 so as to surround the handprint or footprint.

(E) The second ring 8 is circular, and the outer diameter 9 of the second ring 8 is slightly smaller than the inner diameter 10 of the first ring, and is large enough to fit inside the first ring 1.

(f) Apply an undercoat material 11 made of a liquid polyester synthetic resin material mixed with about 1% coagulant to the clay surface 5, the hand and foot prints 6, and the inner surfaces of the second ring 8.
Pour it thinly. This is to make the hand/foot print and uneven pattern 7 clear. Note that the undercoat 11 does not necessarily have to be applied.

(g) After the undercoat material 11 has dried, the main pouring material 12 made of liquid polyester-based synthetic resin material is poured into the second ring 8. In addition, when increasing the thickness of the medal, a main-nagashi material made of a synthetic resin material mixed with kansui stone may be used.

(h) Before the main pouring material 12 filled in the second ring 8 hardens, a cap nut 13 for receiving the screw for attaching the metal A to the forehead is buried and fixed.

To embed the cap nut 13 in the main pouring material 12, place the third ring 14 having the same diameter as the second ring 8 on the second ring 8, and
Bridge 15 will be built on top of the bridge. Bridge 15
has one to several holes 15 spaced apart from each other.
is drilled, and a temporary fixing screw 1 is inserted into this through hole 15.
6 and 16, and screw the cap nuts 13 into the temporary fixing screws 16, respectively. When the bridge 15 is installed on the third ring 14, the cap nut 13 suspended from the bridge 15 is vertically embedded and fixed in the main pouring material 12.

(li) After the main flow material 12 has solidified, when the screw 16 is removed, only the cap nut 13 is properly embedded and fixed in the medal, making it possible to securely and easily attach the medal to the forehead.

(N) Next, when the second ring 8 is removed from the clay of the first ring 1, the main pouring material 1 is inside the second ring 8.
2 is solidified and a medal body 17 remains, and the medal body 17 is further separated from the second ring 8, clay adhering to the medal body 17 is washed off with water, and the peripheral edge of the medal body 17 is finished.

(l) Finally, the medal body 17 is plated to complete the medal A.

The thus prepared medal A is screwed to the middle plate of the frame, and is stored within the frame or attached to a paulownia box, thereby making it a birthday commemorative decoration. Figures 8 to 1
Figure 0 shows a state in which medals A manufactured according to the present invention are stored in a box B. Box B is the box body 20
and a lid body 21, and a medal bed member 23 having a recess 22 formed therein that matches the shape of the medal A is fitted into the box main body, and the medal A is inserted into the recess 22.
is installed. The lid 21 is large enough to cover the box body 20, and the inner surface 23 of the lid 21 has a column 24 for writing words related to the baby's birth, a column 25 for writing the baby's name, and a column 25 for writing the baby's date and time. A column 26 and a column 27 for recording records such as weight and height at birth are provided.

In the manufacturing method of the present invention, the first ring is placed on a flat surface, a molding material such as clay is filled in the first ring, and the baby's hand or foot is pressed onto the molding material. to form a hand or foot shape,
Next, a second ring that can be fitted into the first ring is placed on the molding material inside the first ring, and thirdly, the main casting material is poured into the second ring and solidified, and the molding material is poured into the first ring. Fill the molding material such as clay into the first
The second ring, which can fit inside the ring, is placed on top of the molding material inside the first ring, so there are almost no burrs on the finished medal body, ensuring consistent quality and reducing the finishing work to about one-third of the conventional method. Now it only takes .

[Brief explanation of drawings]

1 to 6 are diagrams showing an embodiment of the present invention in the order of steps. FIGS. 1 to 3 are perspective views, FIGS. 4 to 6 are sectional views, and FIG. 7 is a bridge with a bag. Figure 8 is a perspective view with the nut attached, Figure 8 is a perspective view of the medals installed inside the special box, Figure 9 is a plan view of the lid body as seen from inside, Figure 10 is the medals in the box body. It is a top view of a stored state. 1... First ring, 3... Viscosity, 6... Hand print or foot print, 7... Uneven pattern, 8... Second ring, 12
...Main flushing agent, 13...Fukuro nuts, 14...3rd
Ring, 15... Bridge.

Claims (1)

[Claims] 1 Place the first ring on a flat surface, fill the first ring with molding material such as clay, and then press the baby's hand or foot onto the molding material to form a hand or foot shape. Next, a second ring that can be fitted into the first ring is placed on the molding material in the first ring, and thirdly, the main molding material is poured into the second ring and solidified. How to make a commemorative medal for the birth of a baby.