KR200375629Y1 - Lighting equipment using candle - Google Patents

Abstract

The present invention relates to a lighting fixture using a candle. A wax container 14 in which paraffin wax is infiltrated in the form of a wax solid body 12 is disposed on the cylindrical support structure 10, and a transparent windshield 16 is covered around the wax container 14. A wick 18 of non-combustible material is disposed in the center of the wax solid 12 of the container 14. According to the present invention, a styrofoam support 20 is disposed on the inner bottom of the wax container 14, and the wax solid 12 is disposed on the support 20, and the wick 18 is in the longitudinal direction on the side surface. The slot 22 is formed and the support pin 24 is coupled to the metal core tube 26 supported by the inner bottom side support 20 of the wax container 14 through the support pin 24. It is disposed in the wax solid (12), the upper end of the wick (26) extends two arc-shaped heat transfer strips 28 (28 ') that can wrap around the candle ignited from the upper end of the wick (18) In the middle of the wick (26), a disc-shaped first heat transfer plate (32) embedded in the wax solid (12) is disposed, and the lower part of the wick (26) has an indentation (34) in the center 2 heat transfer plates 36 are arranged.

Description

Lighting fixture with candle {LIGHTING EQUIPMENT USING CANDLE}

The present invention relates to a luminaire using a candle, and more particularly to a luminaire using a candle to be used as an emergency luminaire for a long time outage.

When abnormal power failure occurs in the conventional night, generally use auxiliary lighting means such as candles. However, in the case of candles, since the wick is combustible and burned out, the paraffin wax constituting the candle melts and burns to the wick in the burning wick, and the upper part of the wick loses support and tilts so that normal combustion does not occur. There is. In addition, the excessively melted wax flows down the main surface of the candle to solidify, and thus does not function as a combustion fuel. Moreover, such candles have a drawback that they cannot be used for long time illumination because of their thin thickness. Above all, the use of candles should be concerned about the danger of fire.

In the present invention, it was devised in view of the conventional point, and there is no exhaustion of the wick, and the paraffin wax for lighting combustion is smoothly supplied to the wick so that the illumination can be performed for a long time, and the molten wax does not pollute the surrounding environment and the fire The object of the present invention is to provide a lighting device using candles that have little risk.

According to the present invention, a wick made of paraffin wax for lighting combustion is placed in a wax container in the form of a wax solid, and a non-flammable or molten wax is raised by a capillary phenomenon so that the combustion of a candle can be performed at the top. It is placed in the center of the solid body and the temperature of the candle can be transmitted radially outward of the wax solid body by the metal wick and the heat conduction means radially arranged thereon so that the wax can be smoothly supplied to the wick side and the wax container It is disposed in a conventional support structure and a transparent wind pipe to provide a lighting device using a candle to be illuminated through the transparent wind pipe.

To this end, in the present invention, a wax container in which paraffin wax is infiltrated in the form of a wax solid on a cylindrical support structure is disposed, and a transparent windshield is covered around the wax container, and a wax container is placed in the center of the wax solid of the wax container. It provides a lighting device using a candle in which the wick of the non-combustible material is disposed. According to the present invention, a styrofoam support is placed on the inner bottom of the wax container so that a wax solid is disposed on the support, and a wick is formed with a slot in the longitudinal direction on the side surface and a support pin is coupled to the support pin. It is embedded in a metal wick which is supported on the inner bottom side support of the wax container and is disposed in the wax solid body. The upper end of the wick extends an arc-shaped two heat transfer strips which can wrap the circumference of a candle fired from the top of the wick. In the middle of the core tube, a disk-shaped first heat transfer plate embedded in the wax solid body is disposed, and a second heat transfer plate having a recess in the center is disposed below the core tube.

Referring to the present invention in more detail based on the accompanying drawings as follows.

A wax container 14 in which paraffin wax is infiltrated in the form of a wax solid body 12 is disposed on the cylindrical support structure 10, and a transparent windshield 16 is covered around the wax container 14. In the non-combustible wick 18 is disposed in the center of the wax solid 12 of the container 14, the support 20 of a material such as foamed polystyrene, that is, styrofoam, on the inner bottom of the wax container 14 To arrange the wax solid 12 on the support 20, the wick 18 is formed with a slot 22 in the longitudinal direction on the side and the support pin 24 is coupled to the support pin (24) is embedded in the metal wick (26) supported on the inner bottom side support 20 of the wax container 14 and disposed in the wax solid body 12, the wick (26) on the upper end of the wick (26) 18) extends two arc-shaped heat transfer strips 28, 28 ', which can wrap around a candle ignited from the top of A plurality of grooves 30 are formed at the periphery thereof, and a disc-shaped first heat transfer plate 32 is entirely disposed in the wax solid body 12, and a lower part of the wick tube 26 has a recess in the center thereof. The second heat transfer plate 36 having 34) is arranged to be embedded in the wax solid 12. As shown in FIG.

The present invention is such that first insert the support 20 of the styrofoam on the inner bottom surface of the wax container 14, and the second heat transfer plate 36 having a concave portion 34 on the upper portion thereof, and then the first in the middle A support pin 24 coupled to the wick tube 26 into which the heat transfer plate 32 is inserted and the wick 18 is extended to the lower side thereof is connected to the support 20 through the through hole of the second heat transfer plate 36. The lower end of the wick 26 is placed on the recess 34 of the second heat transfer plate 36, and finally melted paraffin wax is injected into the wax container 14 to coagulate. The wick 26 and the first and second heat transfer plates 32 and 36 are embedded in the solidified wax, ie, the wax solid 12.

When lighting the top of the wick 18 for illumination, the wax around the top of the wick 18 is melted and supplied to the wick 18 side so as to burn for illumination. When the candle is lit, a portion of its combustion heat is transferred to the heat transfer strips 28 and 28 'configured to extend over the top of the wick tube 26 and surround the candle, thereby heating the wick tube 26 so that the wick is heated. The first and second heat transfer plates 32, 36, which are coupled to the tube 26, are heated. These temperatures are the highest on the upper side of the wick (26), and in turn, heat is transferred to the first and second heat transfer plates (32, 36) to increase the temperature. By heating the wick tube 26 and the first and second heat transfer plates 32 and 36, the wax solid 12 melts the wax adjacent thereto and is formed on the side of the wick tube 26. 22, which is fed to the wick 18, where it rises to a capillary shape, whereby combustion for illumination occurs continuously.

During continuous combustion for illumination, the heat transfer from the radially outer side of the wick 26, i.e., from the inside of the wax container 14 to the wax part located on its inner wall side, is carried out as described above. The molten wax will gradually move toward the wick 26 in the course of being consumed gradually by the plates 32 and 36 and the wax solid 12 is consumed. In the stage where the wax is almost consumed, the molten wax moves to the concave portion 34 side of the second heat transfer plate 36 so that all of the wax can be consumed as much as possible. After the paraffin wax is exhausted, the wax solid 12 may be supplemented by coagulation by injecting a separately melted wax material into the wax container 14.

As described above, the present invention is made of a non-combustible material and the wick is disposed in the wick, there is no exhaustion of the wick and the paraffin wax for lighting combustion is smoothly supplied to the wick by the heat transfer means coupled to the wick to make a long time illumination. It provides a luminaire using candles that melted wax does not pollute the environment and there is little risk of fire.

1 is an exploded perspective view showing the internal structure of the wax container of the present invention.

Figure 2 is a cross-sectional view of the present invention wax container.

Figure 3 is a schematic configuration view showing a luminaire of the present invention.

Explanation of Signs of Major Parts of Drawings

12 ... wax solid 14 ... wax container

18 ... wick 20 ... support

22 ... Slot 24 ... Support pin

26 ... Wick Gwan 28, 28 '... Moonlight Strip

32 ... 1st heat transfer plate 34 ... recessed part

36.2nd heat transfer plate

Claims (1)

A wax container 14 in which paraffin wax is infiltrated in the form of a wax solid body 12 is disposed on the cylindrical support structure 10, and a transparent windshield 16 is covered around the wax container 14. In the case where the wick 18 of a non-combustible material is arrange | positioned in the center of the wax solid 12 of the container 14, the support body 20 of a styrofoam material is arrange | positioned at the inner bottom of the wax container 14, and this support ( 20, a wax solid 12 is disposed, the wick 18 is formed with a slot 22 in the longitudinal direction on the side, and the support pin 24 is coupled to the wax container through the support pin 24. It is embedded in the metal wick tube 26 supported by the inner bottom side support 20 of the (14) and disposed in the wax solid body 12, the upper end of the wick tube 26 is ignited from the upper end of the wick 18 Two arc-shaped heat transfer strips 28, 28 'which can wrap around the candle are extended, and embedded in the wax solid 12 in the middle of the wick 26. A disk-shaped first heat transfer plate (32) is disposed, and a second heat transfer plate (36) having a concave portion (34) at the center of the wick tube (26) is disposed using a candle.