JPS6339662Y2 - - Google Patents

Description

[Detailed Description of the Invention] The present invention relates to glass-contained instruments such as watches, and more specifically to large decorative instruments such as wall clocks and thermohygrometers.

Here, "large" means excluding small items such as wristwatches and pocket watches, and "glass-filled" refers to instruments that have a dial or the like in the central recess on the instrument side and a glass insert. The sales of decorative clocks, etc. are greatly influenced by the design of the clock side, etc., but there is a tendency for more luxurious items to be made without increasing costs, especially for wall clocks used as wedding gifts. has strong demands.

Conventionally, in this type of timepiece, the glass is inserted from the back side of the hollow side, and the hands, dial, and operating body are generally fitted from the back side. Therefore, since the glass seal is applied from the back, it tends not to contribute to the decoration, and although the side side is more luxurious, one drawback is that the area around the glass lacks solidity and three-dimensionality. was. There are also cases where a edging material made of metal plates is placed around the periphery of the glass, but it easily comes off and the glass is easily broken.

In view of the above-mentioned circumstances, the purpose of the instrument of the present invention is to seal the periphery of the glass with a special edging material to make it a more luxurious decorative instrument, and to provide an instrument in which the glass is held elastically. It is something.

An embodiment of the present invention will be described below based on the drawings. 1 is the instrument side of a disc-shaped clock, with a shaft hole 2 drilled in the center, and the surface of the surrounding rim is painted with gold parallel lines and white butterfly patterns 3 on a red background. A step 4 is provided around the inner periphery of the front face on the instrument side of the watch.
A circular glass 5 that can be fitted into the watch can be fitted from the surface of the instrument 1 of the watch. A recessed part 6 is provided inside the inner peripheral corner of the instrument side 1 of the watch through a stepped part 4, and a dial 7 with gold letters on a red background is painted on the surface of the recessed part 6. There is. That is, the shaft hole 2 is bored at the center of the recessed portion 6.

Reference numeral 8 denotes the instrument operation body of a clock using a microcomputer, commonly known as quartz. After the shaft 9 of the main body is loosely inserted from the back side of the shaft hole 2 to the front, the instrument hand 10a of the clock is attached to the shaft 9. 10b and 10c are pivoted,
Insert the glass 5 into the step.

After the glass is fitted, its periphery is sealed with a edging material 11. This edging material 11 is made of a soft synthetic resin mold material 12 made of a black irregularly shaped soft vinyl chloride resin.
Metal foil 13 with silver-colored aluminum vacuum-deposited on the surface of
Furthermore, a polyester film 14 colored in gold is integrally adhered and laminated to the surface of the edging material 11, and both ends of the edging material 11 are fastened with clasps 15 made of the same material to secure the glass 5. It is sealed within the stepped portion 4 of the watch side 1. A color photograph of the watch of the above example is attached for reference.

Since the clock of the present invention has the above-mentioned structure, the periphery of the glass is made of gold-colored edging material, making it more solid and even more luxurious. Further, the dial may be painted separately and fitted, but if it is molded integrally with the side, it can contribute to cost reduction.

In the case of conventionally used metal edging materials, there was a tendency that they could not completely follow the circular periphery as in the above embodiment, but the edging material of the present invention is made of a soft synthetic resin shape. In order to
It is able to conform to any shape and holds the glass elastically, making it difficult for the glass to break or shift.

The instrument of the present invention is characterized in that a glass is fitted into the step on the instrument side, and the periphery of the glass is sealed from the surface with a edging material made of soft synthetic resin and metal foil pasted on the surface. Not limited to the above embodiments, the clock hands, clock face, and clock operating body can be integrated and fitted from the back, and it is a gorgeous, effective and decorative device that can be used as a table clock, thermohygrometer, etc. It provides a practical instrument.

[Brief explanation of the drawing]

Fig. 1 is a perspective view showing the assembled state of a clock as an embodiment of the meter of the present invention, Fig. 2 is an exploded perspective view of the same, and Fig. 3 is an enlarged cross-section of Fig. 2 taken along the -' line. It is a diagram. In the diagram: 1...Instrument side, 2...Shaft hole, 4...Step, 5...Glass, 6...Recessed part, 7...Dial, 8...Instrument operation body, 9...Shaft, 10a,1
0b, 10c...Instrument needle, 11...Edging material, 1
2... Soft synthetic resin mold material, 13... Metal foil, 14
...Colored film.

Claims (1)

[Claims for Utility Model Registration] 1. There is a step on the inner periphery of the front face on the instrument side, a glass is inserted into the step, and a colored film is attached to the periphery of the glass by inserting metal foil into the soft synthetic resin shape. A glass-contained instrument such as a watch, characterized in that it is sealed with a edging material to which is pasted. 2. A recessed part is provided inside the stepped part to serve as a dial,
A shaft hole is bored in the center of the recessed part, and a shaft of a meter operating body is inserted loosely from the back side to the front, and a meter needle is attached to the shaft. Glass-contained instruments such as watches listed in Scope 1.