JPH02300297A - Candle using non-burning wick - Google Patents

Abstract

PURPOSE:To obtain the title candle without the necessity for putting a wick into wax during the manufacturing process and exhibiting no sagging due to flicker of flame caused by breeze by covering a rod-like wax with a non-burning cap on which a non-burning flame wick is attached and using it as a candle. CONSTITUTION:A cylinder 6, in which a flame wick 1 made by putting a copper wire 5 in a glass fiber 4 is placed, on the upper part of which a catch pan 7 is fixed and the lower part of which is made into a circular plate 8, is fixed on a cap 2. A heat insulating outer wall 9 is put into the upper part of the inner part of the cap 2 and a vent hole 10 and a cooling hole 11 are attached on the cap 2. The non-burning cap 2 provided with the non-burning flame wick 1 is laid on a rod-like wax 3 for use as a candle.

Description

DETAILED DESCRIPTION OF THE INVENTION (Industrial Application Field) Unlike conventional candles, the present invention uses a bar-shaped wax as it is as a candle.

(Prior Art) 4.1 Candles conventionally used can be broadly divided into Japanese candles and Western candles.

Japanese candles are made using handmade methods that have been passed down since ancient times, and the shape, materials, and wick of the candle are carefully considered, and are used as luxury items.

Western candles are mechanized with an emphasis on mass production for the masses, and the quality of the wax is carefully selected accordingly.
In any case, the quality is inferior, but a combustible wick is placed in the center of a stick of wax. T' like this!
The current situation is that 4-piece candles have been used for the past 100 years.

(Problem to be solved by the invention) Due to the form of a candle, when a practical wick burns, the combustion heat melts the solidified wax due to heat conduction through the wick, and the liquefied wax is absorbed into the wick. I burn. However, if the wick is combustible, the wick will burn and deform while the wax is burning, causing the wax to liquefy due to the heat, causing the wax to drip, and also changing the shape of the flame. It gets worse and causes various problems.

(Means for solving the problem) As a means, by using a non-combustible material as a practical core, for example,
It is made of materials such as glass fibers and steel fibers, and unlike traditional candle making, a stick of wax is covered with a base to which a non-flammable wick is attached, and the wax on the main body is Use by covering. Therefore, it has a structure in which the main wax and the actual core are separate. Therefore, it can be seen in traditional candles.
This is a means to eliminate obstacles caused by the core.

(Function) Unlike the wick of a conventional candle, a wick that does not burn is used, so a device that uses it is required. The functions of the non-flammable wick and the function of the device will be explained below.

As shown in the perspective view of FIG. 1, the side passage between the flame wick 1 and M2 is as shown in FIG. It is put out in a coil shape from the processing stirring space 5 onto the saucer 6.

Pass the part bent to make the upper protrusion 4 of the rhombus 2 into the outer cylinder 7, insert the base 2 from below, and bend the upper protrusion 4. With this structure, the lid 2 automatically slides on the inner surface of the outer cylinder 7 between the upper projection 4 and the saucer 6, and the outer periphery of the outer cylinder 7 is provided with a hole 13 for cooling.

The rod-shaped wax 3 is held by a needle 9 of a candle holder 8.

The lower part of the fire extinguishing metal fitting 10 is held by the force of the spring 11,
The upper part is a cylinder 12 for extinguishing fire.

The operation will be explained in accordance with the operation diagram in FIG. 2. When the rod-shaped @3 is covered with the outer cylinder 7, the saucer 6 and the outer cylinder 7 of the lid 2 are brought into contact and integrated, and the lid 2 circumscribes the wax 3 with a margin.

When the flame wick 1 is ignited, the wax 3 solidified on the saucer 6 of the lid 2 is liquefied and sucked into the flame wick 1 because the lid 2 is moderately heated by the heat of combustion, and only the wax 3 is burned.

When extinguishing a fire, it is the same as the conventional method, but when the flame is extinguished, the non-liquefied wax 3 in the saucer 6 of M2 solidifies to wrap around the flame wick, making ignition easier.

@3 becomes shorter and reaches the candle holder 8, as shown in the action diagram in Figure 3, the outer cylinder 7 hits the candle holder 8, and as only the lid 2 burns, the upper protrusion 4 hits the outside 1!17. Slide and use wax 3 until the end. Remove the outer cylinder 7 with the fire extinguishing metal fitting 10 and repeat the above steps.

(Example) When you use a candle with a non-flammable wick, the wick is non-flammable, so even the slightest breeze will cause the wax to liquefy and burn evenly. Also beautiful.

(Effects due to invention) 1. Mass production is easy in the production process (there is no need to insert a wick into the wax) 2. It lasts longer than conventional candles at the same size. There is no candle in the hollow)

[Brief explanation of drawings]

Fig. 1 Perspective view Fig. 2 Working view Fig. 3 Working drawing 1 - Flame wick 2 - Lid, 3 - Wax 4 - Upper protrusion 5 - Space
6-Saucer 7-Outer cylinder 8-Candlestick 9-Needle 10-Fire extinguisher metal fitting 11-Spring 12-Fire extinguisher Kawasaki 13-hole

Claims (1)

[Scope of Claims] 1. A candle using a non-combustible wick, which is used as a candle by attaching a non-combustible flame wick 1 and placing a non-combustible lid 2 over a rod-shaped wax 3. 2. Claim 1, characterized in that an apparatus is used that has an upper protrusion 4 and a saucer 5 on the outer periphery of the lid 2 to which the flame wick 1 is attached, and that slides inside the outer cylinder 6. A candle that uses a non-flammable wick as described in the section.