JP3144007U - Flower candle - Google Patents

Abstract

A flower candle having originality and aesthetics is provided.
Around the flower core, 15 fan-shaped petal small sheets 4 are arranged while being displaced in the circumferential direction, and 10 semicircular petal inner sheets 5 are arranged around the outer periphery of the petal small sheet 4. Arranged while shifting the position in the direction, and further arranged 10 large petal sheets 6 while shifting the position in the circumferential direction on the outer periphery of the sheet 5 in the petal, the thread core 2 is inserted through the central hole of the flower core. The flower-shaped candle 1 produced in this way has individual petals, and the size of each petal is changed according to the distance from the center of the flower. It is a candle with excellent aesthetics like flowers.
[Selection] Figure 1

Description

  The present invention relates to a flower candle made of wax.

Generally, a candle is produced by pouring molten wax into a mold in which a thread core is disposed (see, for example, Patent Document 1).
JP 09-227894 A (2nd page, FIG. 1)

  However, since it is possible to easily produce melted wax simply by pouring it into the mold, complicated shapes cannot be produced because the mold is difficult to produce, and there is a tendency to be relatively simple and uniform. is there.

  Therefore, an object of the present invention is to provide a flower candle having originality and aesthetics.

The flower candle according to claim 1 is a flower candle made using wax such as paraffin wax or beeswax,
After adding a dye to the heated wax and coloring it, this wax is melted, and then a teaspoon full of wax is stretched into a thin oval shape on a flat surface to form a petal wax sheet. Of the 20 to 40 petal wax sheets produced repeatedly, 4 to 6 of the petal wax sheets were heated and rounded into a spherical shape, and a flower core provided with a central hole penetrating the central part thereof,
The petal wax sheet is cut into a jagged radial direction from the center and divided into three equal parts in the circumferential direction. A semi-circular petal sheet cut into two equal parts, and a petal large sheet in which a part of the peripheral edge of the petal wax sheet is cut into a jagged shape, and the petal small, medium and large sheets are arcuate. Two or more tacks are taken near the center of the side and formed into a bowl shape that is recessed in a concave shape,
In the vicinity of the central hole on the bottom side of the flower core, the arc sides of the plurality of small petal sheets are arranged with a slight shift in the circumferential direction so that the central hole is not blocked, and the flower is disposed on the outer periphery thereof. In the vicinity of the center hole on the bottom side of the core, the arc side of the plurality of sheets of the petal is arranged with a slight shift in the circumferential direction so that the center hole is not blocked, and further, the flower core is disposed on the outer periphery thereof. In the vicinity of the center hole on the bottom side, the arc side of the plurality of large petal sheets is arranged with a slight shift in the circumferential direction so that the center hole is not blocked,
The petal small, medium and large sheets are melted by heating the petal wax sheet, and the flower core is pressed against the melted petal wax sheet near the central hole on the bottom side. The wax core with a wax penetrates through the petal wax sheet integrally fused with the petal small, medium and large sheets. And cutting through the central hole of the flower core with a part pulled out above and below the central hole.

  According to this flower-shaped candle of claim 1, the small, medium and large sheets of petals having different sizes according to the distance from the flower core are arranged around the flower core one by one. And it becomes a candle having aesthetics like a real flower. If beeswax is used, it is softer and easier to extend than paraffin wax, so that the petal small, medium and large sheets can be easily processed.

  The flower-shaped candle according to claim 2 is a glaze-shaped candle using 15 petal small sheets, 10 petal middle sheets, and 10 petal small sheets. According to the flower-shaped candle of claim 2, it becomes a candle shaped like a real glaze.

  The flower-shaped candle of claim 1 is rich in originality, and can provide a flower-shaped candle with excellent aesthetics and high artisticity. The flower-shaped candle of claim 2 can provide a candle having aesthetics like a real glaze.

  Hereinafter, embodiments of a flower candle according to the present invention will be described with reference to FIGS.

  The flower-shaped candle 1 of the present embodiment imitates a glaze flower, and as shown in FIG. 1, a spherical flower core 3 supporting a thread core 2 is provided at the center (FIG. 2). In addition, a plurality of thin petal sheets are arranged around the flower core 3 with their positions slightly shifted in the circumferential direction. In these petal sheets, a fan-shaped petal small sheet 4 is used on the inner side close to the flower core 3, a semicircular petal sheet 5 is used on the outer periphery, and an elliptical petal large sheet 6 is used on the outer periphery. The petal small / medium / large sheets 4, 5, and 6 are fused together at the bottom.

Next, a method for producing the flower candle 1 will be described with reference to FIGS.
1) Place the enamel pan containing the beeswax of the material on an electromagnetic cooker set at about 70 ° C to melt the beeswax. Beeswax is easier to process because it is softer and easier to extend than paraffin wax.
2) Put the melted beeswax in a heat-resistant cup and add a pink dye to color it.
3) A little beeswax is scooped out of the heat-resistant cup with a spoon 7 and thinly spread in an oval shape on a cooking sheet 8 placed on a flat surface (FIG. 2 (a)).
4) If the beeswax cools and solidifies, gently peel it off the cooking sheet so that it does not break. In this way, 24 oval petal wax sheets 9 are formed.
5) Hot water of about 40 to 50 ° C. is stored in the ball B, and the above petal wax sheet 9 is immersed in hot water to make it warm and soft (FIG. 2 (b)).
6) Four softened petal wax sheets 9 are stacked, rolled while being folded small, and shaped into an ellipsoid having a diameter of 3 cm and a height of 1.5 cm to form a flower core 3 (FIG. 2 (c) ).
7) A center hole 3a is formed vertically in the flower core 3 so as to pass through the center portion of the bamboo skewer 10. At this time, the bamboo skewer 10 passing through the flower core 3 is rotated to widen the center hole 3a so that the thread core 2 can easily pass (FIGS. 2 (d) and 2 (e)).

8) Soak the petal wax sheet 9 in 5 bowls of hot water to soften and soften, then tear each petal wax sheet 9 in the radial direction from the center so that the cut marks become jagged. The fan-shaped petal small sheet 4 is produced by dividing it into three equal parts and having jagged edges on both sides (FIG. 2 (f)).
9) After wiping off each petal small sheet 4 with kitchen paper, wrapping both side edges to adjust the shape (FIG. 2 (g)).
10) Each of the small petal sheets 4 is formed into a bowl shape that is recessed in a concave shape by taking two tacks 4a near the center of the arc side (FIG. 2 (h)).

11) These petal small sheets 4 are arranged around the flower core 3 so that the concave surface is inward and the arc side is located near the center hole 3 a on the bottom surface side of the flower core 3. At this time, each petal small sheet 4 is arranged while being shifted little by little in the circumferential direction so that the central hole 3a of the flower core 3 is not hidden (FIG. 3 (a)). FIG. 3B shows a state in which all 15 petal small sheets 4 are arranged.
12) Soak the petal wax sheet 9 in 5 bowls of hot water to soften and soften, and tear each petal wax sheet 9 into two equal parts in the long axis direction by tearing with a finger so that the cut marks become jagged. Then, the sheet 5 in the petal is produced (FIG. 3 (c)).
13) Wipe off the moisture in the petal sheet 5 with kitchen paper and adjust the shape in the same manner as in steps 9) and 10) above. It is arranged inward so that the arc side is located near the center hole 3a on the bottom side of the flower core 3. At this time, the respective petal seats 5 are arranged while being shifted little by little in the circumferential direction so that the central hole 3a of the flower core 3 is not hidden. FIG. 3 (d) shows a state in which all ten sheets of petal inner sheets 5 are arranged.
14) Immerse the petal wax sheet 9 in 10 bowls of hot water to warm and soften the petals wax sheet 9 with one finger along the short axis direction so that the cut traces are jagged. A tear petal large sheet 6 is formed in the direction (FIG. 3 (e)).
15) Each petal large sheet 6 is wiped off with kitchen paper, shaped in the same manner as in steps 9) and (10) above, and then recessed on the outer periphery of the sheet 5 in the petal. Arranged so that the surface is inward and the arc side is located near the center hole 3a on the bottom side of the flower core 3. At this time, the large petal sheets 6 are arranged while being shifted little by little in the circumferential direction so that the central hole 3a of the flower core 3 is not hidden. FIG. 3 (f) shows a state where all ten petal large sheets 6 are arranged.

16) Slightly squeeze 1 cup of beeswax in a heat-resistant cup and hang it on kitchen paper 8 and spread it into a circle with a diameter of about 6 cm with spoon 7 to make one petal wax sheet 11 (FIG. 3 (g)). .
17) Before the beeswax is cooled and solidified, the flower core 3 is placed on the petal wax sheet 11 so as to press the vicinity of the center hole 3a on the bottom side, and the petal small, medium and large sheets 4, 5, 6 is integrally fused to the bottom side of the flower core 3 to stabilize the bottom (FIG. 3 (h)).
18) Excessive portions at the peripheral edge of the petal wax sheet 11 are removed, and the petal wax sheet 11 is perforated with a central hole 3a of the flower core 3 that is closed with a bamboo skewer or the like.
19) The thread core 2 is passed through the center hole 3a of the flower core 3 from the upper side, the tip of the thread core 2 is projected from the center hole 3a by about 1 cm, the projected thread core is bent at 90 °, and the opposite side If it is cut by leaving about 1 cm of the person to be lit, a glaze candle 1 is completed (Fig. 1).

  The flower-shaped candle 1 produced in this way has individual petals, and the size of each petal is changed according to the distance from the center of the flower. It is a candle with excellent aesthetics like flowers.

  In addition, although this embodiment is a flower-shaped candle imitating a glaze flower, it is applicable not only to a glaze but to a flower with many petals, such as a rose, a ranunculus, a carnation, and a camellia.

The perspective view from diagonally upward which shows embodiment of the flower-shaped candle which concerns on this invention. Explanatory drawing which shows process 1)-10) of the manufacturing method of the flower-shaped candle shown in FIG. Explanatory drawing which shows the process 11) -19 of the manufacturing method of the flower-shaped candle shown in FIG.

Explanation of symbols

1 Petal Candle 2 Thread Core 3 Flower Core 4 Petal Small Sheet 5 Petal Medium Sheet 6 Petal Large Sheet 9, 11 Petal Wax Sheet

Claims (2)

A flower candle made using wax such as paraffin wax or beeswax,
After adding a dye to the heated wax, coloring it, melting this wax, and then stretching this teaspoon full of wax into a thin oval shape on a flat surface to make a petal wax sheet, repeating this series of operations The four to six of the 20 to 40 petal wax sheets prepared above were heated and rounded into a spherical shape, and a flower core provided with a central hole penetrating the central part thereof,
The petal wax sheet is cut into a jagged radial direction from the center and divided into three equal parts in the circumferential direction. It has a semi-circular petal sheet cut into two equal parts and a petal large sheet in which a part of the peripheral edge of the petal wax sheet is cut into a jagged shape, and these petal small, medium and large sheets are: Two or more tacks are taken near the center of the arc side, and it is formed in a bowl shape recessed in a concave shape.
Near the center hole on the bottom side of the flower core, the arc sides of the plurality of small petal sheets are arranged with a slight shift in the circumferential direction so that the center hole is not blocked, and the flower core is disposed on the outer periphery thereof. In the vicinity of the center hole on the bottom side, the arc side of the plurality of sheets of the petal is arranged with a slight shift in the circumferential direction so that the center hole is not blocked, and further, the bottom of the flower core on the outer periphery In the vicinity of the central hole on the side, the arc side of the plurality of petal large sheets is arranged with a slight shift in the circumferential direction so that the central hole is not blocked,
The petal small / medium / large sheets are heated to melt the petal wax sheet, and the flower core is pressed against the melted petal wax sheet near the central hole on the bottom side. The petal wax sheet is integrally fused to the bottom side of the flower core, and the braided thread core is integrally fused to the petal small, medium and large sheets. A flower-shaped candle that is inserted through the central hole of the flower core and cut out in a state in which a part thereof is pulled out above and below the central hole.   The flower-shaped candle according to claim 1, wherein the candle is a glaze shaped candle using 15 petal small sheets, 10 petal middle sheets, and 10 petal small sheets.

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