KR20130090723A - The candle, which not only its flame can maintain its position, and it could be set up its size but also its wick could be replaced - Google Patents

Abstract

The present invention maintains the wick height in which the combustion of the flame is maintained in a state in which the size and height of the flame is maintained in the state that the height of the flame wick is maintained to the initial height as much as possible to use for a long time, the wick replacement can determine the flame size and length Provide the available candles.
The object of the present invention is to deliver the ignition spark by the ignition of the upper wick to a thermally conductive metal wire (Wick protection tube) wrapped around the wick to melt the paraffin candle material in the solid state around and below the wick continuously with capillary phenomenon in the wick. By supplying paraffin candle material, the wick is achieved by a candle configuration that allows a constant flame to ignite at the initial height.
The object of the present invention is to replace the second wick with consumables by separating the first wick supplied with the liquefied fuel in the thermally conductive metal wire (wick protective tube) and the second wick responsible for combustion ignition so that the second wick can be replaced with consumables. Just replenish the and paraffin pieces and you'll be able to continue using the candle.
In the above object of the present invention, the purpose of the second wick is that the second wick is carbonized or ashed in the process of being supplied with the fuel ignited in the first wick and no longer supplied with the fuel or the size or length of the flame When you want to adjust it, it is cut to an arbitrary length and inserted into the first wick embedded in the upper part of the wick protection tube.

Description

WCICHLE, WHICH NOT ONLY ITS FLAME CAN MAINTAIN ITS POSITION, AND IT COULD BE SET UP ITS SIZE BUT ALSO ITS WICK COULD BE REPLACED}

The present invention relates to a candle, and more particularly, to a candle in which the wick height at which the combustion of the flame is maintained in a state where a constant flame size and height is maintained in a state where the height of the flame is maintained at the initial height as much as possible is used even for long-term use. It is about.

The candle function was intended as a substitute for a light bulb for emergency use during power outages.

However, in recent years, in addition to the purpose of use during blackouts, it is used as a scent of incense emanation by improving the atmosphere of the interior decoration function, lighting various religious events or lights.

These candles (candle) are manufactured by molding into a certain shape, such as a cylindrical shape in the state of inserting a wick in the inner center of the combustible solid (hereinafter abbreviated as "candle material") that melt at a suitable temperature, such as paraffin wax, beeswax, In use, when the wick is lit, the candle material melts, rises along the wick by capillary action, vaporizes near the end of the wick, and burns to liberate carbon and emit light.

When used for a certain period of time, these candles will flow around the outside of the candle and the candle material of the candle material will flow down incessantly, so it is not aesthetically pleasing, and it is cumbersome to remove the candle one by one when reused, even if the candle is removed. This mess was difficult to use and costly to use new candles.

On the other hand, such a conventional candle has a smell coming from the unique candle raw material every time the vaporization by the ignition of the candle raw material as the wick burns.

In order to compensate for these drawbacks, recently, by mixing a predetermined spice in the outer surface of the candle material or a compound for forming a candle raw material, a scented candle has been developed so that a predetermined fragrance is emitted as the candle raw material burns.

However, such a candle is also aesthetically unpleasant as the candle can flow down around the outside of the candle material when used for a certain time.

In particular, during the long-term combustion, the raw material of the candle is reduced, but the wick length is long, the rapid ignition is made in the exposed state, the size of the flame increases, and in extreme cases, the risk of fire can not be excluded.

Thus, Patent Literature 1 has recently been disclosed as a candle (scented candle) molded in a state where a wick is inserted into an inner central portion of a candle raw material filled in a nonflammable container.

The patent document 1 is a candle material is melted and flowed to the outside to solve the drawbacks of the appearance while eliminating the candle material and fire to prevent the occurrence of fire in the state of filling the wick with a non-flammable material on the bottom of the cup and candle material (paraffin) By filling the ignition state of the wick, even after leaving the ignition, the flame is burned out automatically.

Patent Document 1: Republic of Korea Patent Publication No. 10-1030089 (Patent Application No. 10-2009-0015596)

Patent Document 1 described above, if the use time after the wick ignition for a long time, the candle material in the container is exhausted and gradually decreases to the height of the wick.

This process, that is, as the candle material is reduced and the wick exposure is prolonged, the size of the flame is greatly increased and the waste of the candle material is inevitably intensified.

In particular, when reuse, the wick height inside the container is lowered, there is a disadvantage in that it is inconvenient to re-ignition and the size of the flame is not kept constant.

Thus, the present invention provides a candle that maintains the wick height that maintains a constant flame size and height as much as possible until the flame is ignited at a predetermined position by using thermal conductivity and capillary action to almost consume the remaining amount of candle material (paraffin). It is aimed at.

In addition, the present invention can be used to determine the size of the flame arbitrarily by allowing the replacement of the wick to create a direct flame without the inconvenience of re-ignition by maintaining the height of the wick to the first height to the maximum even in multiple uses due to the purpose of use of the candle The purpose of the present invention is to provide a candle in which the wick height is maintained to minimize the waste of raw materials by setting and maintaining a constant amount of paraffin.

In other words, the present invention maintains the initial wick height and supply of a certain amount of the raw material until the remaining amount of the candle material is almost exhausted to maintain the wick height which is economical by minimizing the waste of raw materials as well as the convenience of re-ignition of the flame. The purpose is to provide a candle that becomes.

In the present invention for solving the above problems,

Non-combustible cups;

A cylindrical wick protection tube coiled with a high thermal conductive metal wire which is erected inside the non-combustible cup; And

A wick assembled into a state in which the first wick inserted into the wick protection tube from the lower part to the upper part of the wick and the second wick which is a flame contacting the upper first wick of the wick protection tube are protruded a predetermined distance; Including

The inside of the non-combustible cup is filled with a liquid paraffin candle material to the upper end of the wick protection tube and provided with a candle that maintains the wick height configured by curing.

Here, the wick protection tube is preferably formed in a cylindrical shape having a certain height wound spirally by a metal wire or copper wire having a good thermal conductivity in the form of a supporting portion to maintain the upright state.

In addition, the wick protection tube is further configured to extend the heating wire in contact with the top of the wick ignition flame temperature of the highest ignition flame and extend the heat conduction induction line in contact with the lower end of the wick protection tube by bending.

In addition, the candle material is more preferably composed of a raw material for paraffin or scented candle having a low melting point.

According to the present invention, the ignition of the flame (ignition of liquefied paraffin) can be continuously maintained at the same height as possible after the wick is ignited, and the waste of raw materials can be minimized by supplying a predetermined amount necessary for ignition of the candle material. .

Further, according to the present invention, the wick height is maintained at the initial height as much as possible at the time of spark ignition according to the reuse, it is possible to increase the reliability of the product by the continuous ignition of a constant spark as always as possible with the convenience of ignition.

In addition, according to the present invention, when paraffin is depleted using a certain time, it is not necessary to purchase a new candle, but it is possible to continue using the candle or paraffin fragment, or simply putting a new refill paraffin into the nonflammable container.

In addition, according to the present invention, by cutting the length of the wick that is the flame, that is, the second wick arbitrarily, it is possible to determine the flame size according to the situation and can be easily replaced when carbonized or ashed.

1 is an overall perspective view of the present invention.
2 is a longitudinal sectional view of the present invention.
3 is an exploded perspective view showing the components of the present invention separately.
4 is an enlarged view of a part of the extract of FIG. 2, which is a flowchart of heat conduction by wicking.

The present invention transmits the ignition spark by the ignition of the second wick on the upper wick to the thermal conductive metal wire surrounding the wick and surrounding the wick to melt the paraffin candle material around the wick and the lower wick as a capillary phenomenon in the wick. By continuously supplying paraffin candle material, the wick is characterized by ignition of a constant flame at the initial height.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, the present invention will be described in detail with reference to the accompanying drawings.

In the description of the present invention, the structure and size of the constituent elements shown in the drawings can be simplified or simplified as long as they do not interfere with the description of the invention.

1 is a perspective view of the present invention, Figure 2 is a longitudinal cross-sectional view of the present invention.

The present invention, as shown in the exploded perspective view of Figure 3, the non-flammable cup 100 of the function of blocking the paraffin candle material (P) in a predetermined shape and the outflow, and the agent contained in the inside of the candle material (P) The first wick 200 and the second wick 300 and the wick protection tube 300 is made of components that can be exchanged.

The non-combustible cup 100 is preferably a glass material, may be utilized as a flame retardant plastic material, and can be used in a variety of shapes, that is, triangular, square or polygonal cups, unlike the cylindrical shape presented in the present invention.

The candle material (P) is better to impart a scent function by using a paraffin raw material containing a low melting point paraffin type or spices.

The first wick 200 is a twisted, braided or knitted fiber capable of supplying the paraffin melted to the second wick 300 by sufficiently holding a paraffin using a fiber or paper or a thin copper wire bundle containing ordinary cotton yarn or paraffin. Or curled species is prepared from.

The second wick 300 may use the same material as the first wick.

The core technology of the present invention protects and supports the first wick 200 and the second wick 300 while the liquid paraffin candle material (P) by the heat transfer the first wick 200 and the second wick 300 By continually supplying constant) to the second wick 300 ignited by the liquefied paraffin is burned by blocking the excessive chlorine of the first wick 200 and the second wick 300 to make the height as initial height as possible To keep.

That is, the candle that the wick height of the present invention is maintained,

Non-combustible cup 100;

A cylindrical wick protective tube 400 coiling a high thermal conductive metal wire 410 erected inside the non-combustible cup 100; And

The first wick 200 and the second wick 300 which is in contact with the upper part of the first wick 200 inserted into the wick protection tube 400 from the lower portion to the upper portion of the wick protrude a certain distance. Including being assembled in one state

The inside of the non-combustible cup 100 is prepared by filling a liquid paraffin candle material (P) to the upper end of the wick protection tube 400 and cured.

Here, the wick protection tube 400 is formed in a cylindrical shape having a certain height wound spirally by a metal wire 410, for example, a copper wire having a high thermal conductivity in a state in which the supporting portion 420 is maintained at the bottom. This is preferred.

In addition, the wick protection tube 400 extends the heating wire 430 in contact with the high flame height of the temperature of the wick 300 ignition flame at the top and the heat conduction in contact with the lower end of the wick protection tube 400 by bending The guide line 440 extends.

The heat conduction induction line 440 is distributed with the spiral metal wire 410 forming the wick protection tube 400 is made of heat conduction, but the spiral metal wire 410 is long in length and the heat conduction is inferior to the lower portion to induce heat conduction Line 440 directly transfers the heat to the cured candle material (paraffin) (P) to induce liquefaction by causing the candle material (P) to be uniformly liquefied over the top, bottom.

The present invention as shown in Figure 4, the wick is burned by the ignition of the second wick (300).

At this time, the flame extends on the upper part of the wick protection tube 400 to heat the heating wire 430 extended at a predetermined distance from the upper end of the second wick 300, that is, the height of the combustion flame.

The heat conduction is performed by the wick protection tube 400 made of a spiral metal wire 410 and the heat conduction induction line 440 extending under the wick protection tube by heating the heating wire 430. Candle material (P) around the 200 is absorbed by the capillary phenomenon in the first wick 200 and the second wick 300 while melting in a liquid phase, the second wick 300 and the upper end of the first wick 200 and In contact with the liquefied paraffin candle material (P) is continuously and constantly supplied.

Therefore, as the liquid candle material is continuously vaporized at the upper end of the second wick 300 and ignited (completely burned), the first wick 200 embedded in the wick 400 is not burned, and the flame at the height thereof does not burn. Combustion is possible.

Although the preferred embodiments of the present invention have been described above, the scope of the present invention is not limited to the structures described above and illustrated in the drawings.

For example, the wick protective tube 300 described above may be possible in the form of a mesh net.

As described above, in the detailed description of the present invention, specific embodiments have been described, but various modifications are possible without departing from the scope of the present invention. Therefore, the scope of the present invention should not be limited by the described embodiments, but should be determined by the scope of the appended claims as well as the appended claims.

The present invention can be applied to a candle that is utilized for various interior or indoor purifying away from the general candle function, and can be used for lanterns lighting outdoors such as camping grounds.

100: non-flammable cup 200: the first wick
300: second wick
400: wick protection tube 410: good thermal conductivity metal wire
420: support portion 430: heating wire
440: heat conduction conductor P: candle material (paraffin)

Claims (4)

Non-combustible cups;
A cylindrical wick protection tube coiled with a high thermal conductive metal wire which is erected inside the non-combustible cup; And
A first wick inserted into the wick protection tube from a lower portion to an upper portion of the wick, and a second wick assembled in a state protruding at a predetermined distance from the upper first wick of the wick protection tube; Including
The inside of the non-combustible cup filled with a paraffin candle raw material to the upper end of the wick protection tube and cured wick configured to maintain the wick height.
The method of claim 1,
The wick protection tube is a wick, characterized in that formed in a cylindrical shape having a certain height wound spirally by a metal wire or a copper wire with high thermal conductivity in a state of forming a supporting portion to maintain the upright state
The method according to claim 1 or 2,
The wick protection tube is a candle that maintains the wick height is configured to extend the heating wire in contact with the top of the wick ignition flame temperature high flame height and extending the heat conduction induction line in contact with the lower end of the wick protection tube by bending .
The method according to claim 1 or 2 or 3,
The second wick embedded in the wick protection tube and the second wick is placed on the first wick to protect the first wick from direct heat and can be replaced in flame length control and old age.

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