JP3142515U - A structure and a manufacturing method of a candle in which a burning candle and a non-burning foamed polystyrene material or a foamed polystyrene material or a foamed urethane material whose surfaces are processed with wax are integrated. - Google Patents

Abstract

The present invention provides a large candle structure in which the weight is reduced by using a material other than a wax material.
In addition to the combustible candle 1 with the original wick 3, the surface of a material made of foamed polystyrene, foamed polystyrene, or foamed urethane material is subjected to wax processing to reduce the weight and prevent burning. 2 is provided.
[Selection] Figure 1

Description

  The present invention relates to a production effect using candles at a wedding service, a birthday party, a home party, an event, or the like.

  Conventional candles consist of a core and a wax material, and the manufacturing method mainly uses a mold, etc., and the wax material that has reached the melting point is poured into the mold to complete the original intended shape. When the size of the candle is large, the candle taken out from the mold becomes a weight that is difficult to lift easily by human power, producing a large candle that requires elements for ornamental purposes in addition to the original purpose of burning. There was a limit to the size when doing so.

  In addition, even if a small amount of dye is added in the manufacturing process, it is carefully performed because it may interfere with the capillary action function of the core and cause incomplete combustion, etc. It was not manufactured using a large amount of material.

  Furthermore, there has been no manufacturing method in which the surface of a foamed polystyrene material or a foamed polystyrene material or a urethane foam material is processed using wax that has reached the melting point and combined with a conventional candle.

  The area of the core that is ignited and has a flame that melts the wax material and sucks and burns by capillary action is slightly different depending on the room temperature, the outside temperature, and the number of meshes of the cotton core. When the area of about 50 to 80 mm diameter is consumed over time, the area does not change much after that, and the wax material is melted in the lower part of the candle body in a cylindrical shape (Fig. 4). Naturally, the coreless part that maintains the burning is not capable of burning, as an example, except in the vicinity of the flame, as seen in the burning of a 300 mm cube candle (Figure 4). There is no change in the appearance of the candle due to combustion. From these facts, it can be seen that the part other than the wax material required for combustion does not necessarily need to be a wax material, but the melting point of the conventional mold has been reached. Pour the wax material Alone granulation method, to produce a candle that combines solidified material other than combustion purposes and brazing material has a problem.

  In order to reduce the weight of a large candle, in addition to a burning part made of burning wax material, a non-burning part made of a material lighter than the wax material is provided, and a structure that combines them is necessary. As shown in FIG. 2, the burning candle portion 1 is higher than the non-burning portion 2 and the final arrival position of the flame 5 of the burning portion reaches a position equal to or lower than the non-burning portion. When predicted, as shown in the positional relationship in FIG. 2, the structure that maintains the positional relationship in which the distance from the position of the flame 5 to the vicinity of the non-combustion portion 13 is about 100 mm or more causes the flame to burn to the non-combustion portion. It is preferable because there is no.

  In addition, the material used for the non-combustion part is preferably a lightweight polystyrene foam material, or a polystyrene foam material or a urethane foam material. It is preferable to immerse them in a container containing the reached wax material, and to process the wax on the surface so that it cannot be distinguished from the wax material. Further, as shown in FIG. 3, the flame does not burn from the burning part candle. In order not to shift to the portion 2, it is preferable to provide a portion of aluminum or the like 4 that causes the end of combustion at the inner end of the core candle, and to perform a process for arbitrarily terminating the combustion.

  As a method for integrating the burning portion candle and the non-burning portion, a design is made in advance such that a gap is created between the burning candle portion 1 and the non-burning material portion 7 as shown in FIG. After pouring the wax material 9 having reached the melting point into the gap and solidifying it, the combination 10 is immersed in a container containing the wax material 11 having reached the melting point as shown in FIG. Apply a wax on the surface of the surface to integrate. Further, as shown in FIG. 8, as another means, a design is created in which a gap is created in advance between the portion 1 of the candle to be burned and the non-burning portion where the wax material processing 8 has already been applied to the surface, as shown in FIG. The wax material 9 having reached the melting point is poured into the gap to be solidified. In this case, as a method for further integrating the texture, as shown in FIG. 11, it is preferable to immerse the combination 10 in a container containing the wax material 11 having reached the melting point and apply wax to both surfaces.

  Also, as shown in FIG. 9, even when the combined part is not visible from the outside, the candle part 1 to be burned and the non-burning part 7 are combined, and the combined unit 10 reaches the melting point as shown in FIG. Immerse them in a container containing the wax material 11 and apply wax on both surfaces to integrate them. As another means, as shown in FIG. 10, a burning candle portion 1 and a non-burning portion 7 whose surface has already been processed with a brazing material 8 are combined and completed. In this case, as shown in FIG. 11, it is preferable to immerse the combination 10 in a container containing the wax material 11 that has reached the melting point again, and apply wax to both surfaces.

  It is difficult to guess the difference in material from the appearance of the candle that has been processed and the combustion part and the non-combustion part are integrated, and the gloss, texture, color, smell, etc. are completely equivalent to ordinary candles, However, in terms of its light weight, there was a clear difference from conventional candles, the flame that ignited the core of the united candle melted the burning part wax and started the function of the conventional candle, The wax material processed on the surface of the non-burning part reflected the light of the flame to the surface as in the case of the conventional candle, and the appearance of the burning part could not be distinguished.

  The flame of the combustion part shifted to the lower part with the passage of time, but the surface of the non-combustion part closest to the flame and the internal material that had been set in advance were not affected by heat, and the flame was non-combustion part. There was no burning, and the fire was extinguished at the end of the combustion that had been applied in advance, and normal candle burning was shown.

  DESCRIPTION OF THE PREFERRED EMBODIMENTS Embodiments of the present invention will be described based on examples with reference to the drawings.

  In the embodiment shown in FIG. 1, the portion 1 of the burning candle with the upper core from the dotted line indicated by the boundary line 12 and the non-burning portion 2 with the other surface subjected to wax processing are processed with the same wax material. It looks like a huge candle without being able to distinguish gloss, texture, color, smell, etc.

  In the embodiment shown in FIG. 3, the combustion end portion is provided by using aluminum or the like 4 which has an end to the combustion of the wick, and the state of the inside subjected to the processing for preventing the non-combustion portion from being burned by the flame is shown. is there.

  In the embodiment shown in FIGS. 6 and 8, the wax material 9 reaching the melting point is poured into a gap formed between a combustion portion and a non-combustion portion provided in advance, and solidified and combined.

  The embodiment shown in FIGS. 9 and 10 shows the state of the manufacturing method when a candle that is further integrated in appearance is obtained, and a structure that is assembled in an interior that cannot be seen from the outside after the completion of the combustion part and the non-combustion part is provided in advance. It seems that they are combined.

  In the embodiment shown in FIG. 11, in order to unify the gloss, texture, color, odor, etc. of the surface of the original candle, the material in which the burning part and the non-burning part are integrated reaches the melting point and is liquefied. It seems that it is being processed several times by immersing it in a container containing, and applying wax material to the surface.

  At wedding receptions, parties, events, etc., it is necessary to proceed with necessary preparations within the limited time until the actual production, but there are cases where powerless women are involved in transportation and installation, etc. Candles enable smooth transportation and installation work, and are also effective for sudden scene changes and removal during production.

  It is the whole elevation view which combined the combustion part and the non-combustion part.   It is the whole elevation which shows a mode that the candle with the flame just before completion | finish of a combustion has not exerted the change by the heat | fever to the non-burning part and other parts with low height.   FIG. 2 is an elevational view of a partially broken interior inside a burning candle, and the end of the core is processed to finish burning.   It is the elevation which showed the mode of combustion of a normal cubic candle.   It is each sectional drawing before giving the design which produces a clearance gap between the candle of a combustion part, and a non-combustion part beforehand, and combining.   FIG. 4 is a cross-sectional view in which a liquefied wax material that has reached a melting point is poured into a gap formed by combining a burning part candle and a non-burning part, and then cooled and solidified to be integrated.   It is each sectional drawing before giving the design which produces a clearance gap beforehand between the candle of a combustion part, and the non-combustion part which carried out the wax processing on the surface, and combining.   It is sectional drawing which poured the wax material which reached melting | fusing point and liquefied and poured into the clearance gap which formed the combination of the candle of the burning part, and the non-burning part which carried out the wax material processing on the surface, and it solidified by cooling after that.   It is sectional drawing which the candle and non-combustion part of the combustion part assembled, and were integrated.   It is each sectional drawing just before combining the candle of a combustion part, and the non-combustion part which performed the wax material process on the surface.   FIG. 6 is a cross-sectional view of a partial cube with the combined burning portion candle and non-burning portion immersed in a container filled with a liquefied wax material that has reached its melting point.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 The part of the candle to burn 2 The part which consists of a foamed polystyrene material etc. which is not burned 3 The core 4 The part which makes the end of combustion of the core 5 Flame 6 The wax liquefied by the heat of the flame 7 Non-burning material part Solidified wax material 9 Poured and solidified wax material 10 Combustion part and non-combustion part 11 combined together Liquefied wax material 12 contained in the container 12 Boundary line 13 between the burning candle part and the non-burning part The non-burning part with the closest height relationship from the position

Claims (2)

  Combining (10) a portion of the candle to be burned (1) and a non-burning portion (2) made of a foamed polystyrene material or a foamed polystyrene material or a urethane foam material whose surface has been subjected to wax processing, the wax material (11 ) Is a lightweight candle that is soaked in a container containing) and waxed on both surfaces.   A method in which a burning candle part (1) and a non-burning part (7) made of a foamed polystyrene material or a foamed urethane material or a foamed urethane material reach a melting point and are integrated using a liquefied wax material (9).

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