KR200287169Y1 - Lotus lamp - Google Patents

Abstract

The present invention relates to a lantern, and in particular, a plurality of petals are integrally formed and attached to each other by attaching a plurality of different sized lotus leaves to each other. By attaching the calyx, it is possible to make a real light with a natural sense of expression, and it is possible to mass-produce by reducing the production cost and improving productivity by the very good manufacturability and assemblability. It is possible to hang lanterns by means of resin pipes, and it is possible to install lamps and to install name tags.

Description

Lantern {LOTUS LAMP}

The subject of the present invention relates to a lantern, and in particular, a plurality of petals are formed integrally with each other, and a plurality of lotus leaves of different sizes are superposed and attached to each other. By attaching the calyx, it is possible to make a real light with a natural sense of expression, and it is possible to mass-produce by reducing the production cost and improving productivity by the very good manufacturability and assemblability. It is possible to hang the lantern by the resin pipe, and it is possible to install the lamp and the name tag.

Conventionally, the structure of a lantern hanging on the grounds of a temple for the purpose of achieving a wish includes a core made of a wire for maintaining a skeleton of the lantern, an earth attached to the outside of the core to obtain a spherical surface, and A plurality of lotus leaf attached to the surface, a hook for connecting the two places of the core to hang the lantern, and the lower core of the lamp is formed with a hook for hanging a candle or a name tag It is composed.

However, the lotus leaf attached to the conventional lanterns such as the above should be cut into sheets and twisted to form the wrinkles and twisting one side of the lotus, or to put the sewing by sewing machine, one by one in the core It should be attached to the surface of the earth.

Therefore, even though the heat of attachment of the lotus leaves attached to the sheet is slightly skewed, there are many differences from the actual lotus by the problem of dropping the aesthetics of the whole lantern and the exaggerated expression caused by attaching very many lotus leaves. Furthermore, there was a problem that can not express the natural aesthetic at all.

In addition, wire cores, earth, and a lot of lotus leaves are needed to make a single lantern, and as a result, the work is very poor because the workers complete the assembly by manually attaching their assembly work. Due to the decrease in productivity, mass production was not possible.

And, like the statue, the lanterns made by each worker's hand had a uniform shape and shape without uniformity, and the lanterns had a problem of being very crude.

In addition, the lanterns can be made to look good when the inner core is spherical, but as described above, the core is made of wire, so the deformation is difficult to maintain a certain shape, which makes the lotus attachment work very difficult.

In addition, since the bottom of the lantern, which is the finished portion of the lantern, which has been manufactured as described above, a hanger for attaching a flower holder and a name tag lamp is messy, it was a decisive factor that further blurs the aesthetics of the lantern.

The purpose of this article to solve and complement these conventional problems,

It is possible to make a real light with natural aesthetics, and very good manufacturability and assemblability make it possible to reduce production costs and mass production according to productivity improvement, and at the same time get a very elegant and refined light. Serve the purpose of doing so.

In order to achieve the above object,

After forming a plurality of petals integrally and attaching each of a plurality of different lotus leaf size overlap each other and attaching the integral calyx made in the same way as the integral lotus leaf to the bottom of the integral lotus leaf of the lowest side to produce a lantern If you combine the resin tube with the integral lotus leaf and calyx so that you can hang the lantern consisting of the integral lotus leaf and calyx, the installation of lamps, and the name tag, etc. can achieve the purpose of this paper.

1 to 6 are views for explaining the molding process of the lotus leaf in the present invention

7 is a view showing the structure of the lotus leaf

8 is a view showing the state before assembly of the lotus leaf

9 is a view showing the assembled state of the lotus leaf in the present design

10 shows a second embodiment of the present invention.

11 is a view showing a third embodiment of the present invention

12 is a view showing a fourth embodiment of the present invention

13 is a view showing a fifth embodiment of the present invention;

<Code Description of Main Parts of Drawing>

101-Solid Fabric 102-Lotus

103-engagement hole 104-fold

105-hieroglyph 106-projection

107-fold irregularities 108-lower model

109- recessed part 110- wrinkled irregularities part

111-Attachment 112- Calyx

113-engagement hole 114-fold

121-resin 122-support

122a support base 123 hanger

124-hanger 125-wire

126-Light Bulb 127- Major

128-Name Tag 129-Installation Line

130-prosthesis

The first embodiment will be described in detail with reference to the accompanying drawings.

After cutting the solid fabric (101) made of chemical fiber yarn in a plane state in which a plurality of lotus leaves (102) are integrally attached, the three-dimensional shape and wrinkles (104) of the upper and lower molds (105, 108) are cut. And then attached to both sides of the lotus leaf 102 in the attachment sphere 111 is formed of a variety of sizes and a plurality of integral lotus leaf 102 attached to each other and superimposed,

The integral lotus leaf 102 is made in the same process as the integral lotus leaf 102 and has a unitary calyx 112 attached to the bottom of the integral lotus leaf 102 at the bottom.

Then, the one end of the hook 124 for hanging the one-piece lotus leaf 102 attached to the integrated calyx 112 is attached to the installation string 129, the upper side and the name tag 128 on the lower side A resin tube 121 forming a hanger 123 to hang the

The resin tube 121 was further provided with a support piece 122 formed integrally with the lower side of the resin tube 121 to support the integral lotus leaf 102 and the integral calyx 112.

In addition, formed separately from the resin tube 121 and further attached to the lower side of the resin tube 121 was further provided with a support cap 122a for supporting the integral lotus leaf 102 and the integral calyx 112.

The operation of this paper is as follows.

First, a plurality of lotus leaf 102 shapes are designed on the surface of the solid plate 101 made of chemical fiber yarn as shown in FIG.

Then, when the shape of the lotus leaf 102 is cut using a press or the like, as shown in FIG. 2, a plurality of lotus leaves 102 are integrally formed and a flat integral lotus leaf having a coupling hole 103 formed in the center thereof. (102) can be obtained.

In addition, when the integrated lotus leaf 102 on the plane is positioned in the lower mold 108 as shown in FIG. 3 and the upper mold 105 is collected and heated as shown in FIG. 4, the lotus leaf 102 on the plane is heated. The upper and lower molds 105 and 108 are formed by the protrusions 106 and the recesses 109 in the shape of a real lotus leaf.

The wrinkles 104 are also formed on the surface of the integrated lotus leaf 102 by the wrinkled uneven portions 107 and 110 formed on the surfaces of the protrusions 106 and the recesses 109.

Therefore, it is possible to obtain the integral lotus leaf 102 that is very realistic by the wrinkle portion 104 of the integral lotus leaf 102.

The one-piece lotus leaf 102 is three-dimensionally molded by the upper and lower molds 105 and 108 as described above, one side of both sides of the petals in a state that is mounted on the attachment sphere as shown in Figs. Attached by each one can obtain a completed integral lotus leaf 102 as shown in FIG.

That is, as the area S overlapping the integrated lotus leaves 102 becomes wider, the integrated lotus leaf 102 becomes smaller in size, and as the overlapping area S becomes narrower, the integrated lotus leaf of larger size ( 102).

Therefore, using the overlapping area (S) it is possible to make the integral lotus leaf 102 in each size.

And, in order to remove the integral lotus leaf 102 from the attachment sphere 111 is removed using the elasticity unique to the solid fabric 101 forming the integral lotus leaf 102.

On the other hand, the integral calyx 112 is also manufactured by the same process as the integral lotus leaf 102.

Of course, the integral calyx 112 also maintains a predetermined shape, and wrinkles 114 and coupling holes 113 are also formed.

Each of the integral lotus leaf 102 and the integral calyx 112 of the different sizes as described above are arranged in the order of size as shown in Figure 8 and then attached to the bottom by an adhesive material to obtain a lantern as shown in Figure 9 Will be.

That is, the lanterns of the present invention constituted by the integral lotus leaf 102 and the integral calyx 112 are very natural, so that a great aesthetic can be obtained.

The resin tube 121 is coupled to the coupling hole 113 formed in the integrated calyx 112 and the integrated lotus leaf 102 and fixed by an adhesive.

Since the resin tube 121 is made of a transparent or translucent resin, when the light bulb 126 connected to the wire 125 is positioned and emits light, the light of the light bulb 126 is integrated into the integrated lotus leaf 102. By illuminating it, you can get a soft light, so you get a very elegant and sophisticated lantern.

In addition, one end of the hook rope 124 is bound to the upper portion of the resin tube 121, so when the hook is placed on the rope 129 using the binding rope 124, the lamp of the present invention is also installed on the rope ( 129).

Then, the hanger 123 formed on the lower side of the resin tube 121 can be suspended by using the hanger 127 or the like.

In addition, the support piece 122 formed integrally with the lower side of the resin tube 121 supports a plurality of integrated lotus leaf 102 and the integral calyx 112, so that a more stable lantern can be obtained.

In addition, the second embodiment of the present invention is provided with a support cap 122a formed separately from the resin pipe 121 instead of the support piece 122 integrally formed in the resin pipe 121, and the resin pipe 121 is provided with a support cap 122a. As shown in Fig. 10, the bottom part can be combined and attached with an adhesive material to achieve the purpose of the present invention.

In the third embodiment of the present invention, the lotus leaf 102 may be formed by bonding in a state in which the lotus leaf 102 is not stacked in one layer or at least two or more layers as in the first embodiment.

This molding state is the upper and lower molds 105 in a state in which a plurality of lotus leaf 102 in which a plurality of petals are integrally placed on the lower mold 108 by cutting in the solid fabric 101 as shown in FIG. When pressing 108, the lotus leaf 102 is deformed to conform to the shape of the protrusions 106 and the recesses 109 by the heat emitted from the mold, and the original fabric of the lotus leaf 102 itself. Due to their physical properties, they are integrated by thermal fusion.

In addition, when attaching the lotus leaf 102 of multiple layers as described above, if the adhesive is applied between the lotus leaf before solid work by the upper and lower molds, the solid work is performed by the adhesive force of the adhesive. The adhesive state of the lotus leaf is firm so that the lotus leaf does not fall arbitrarily during use.

The lotus leaf 102 laminated in multiple layers as described above has its own rigidity, so even if a large size lantern is produced according to the intended use, the lotus leaf 102 having an arbitrary shape by solid working is not deformed. It can be used in a state that does not.

In the fourth embodiment of the present invention, when the lotus leaf 102 is stacked in multiple layers as in the second embodiment, the shape of the implant 130 may be molded in order to reinforce the strength of the lotus leaf so that the body is not deformed. It is.

In this regard, the implant 130 may be a wire or resin implant having a strength that does not deform the shape of the lotus leaf.

As shown in FIG. 12, the implant may be radially formed around the coupling hole 103 formed at the center of the lotus leaf 102, and the lotus leaf 102 as shown in FIG. It can also be molded in a state where it is placed along the outer circumference.

In this way, a plurality of petals are integrally formed and each lotus leaf of different sizes is piled up and attached to each other, and then an integral calyx manufactured to be the same as the one-piece lotus leaf is attached to the bottom of the one-piece lotus leaf. It is possible to hang lanterns made of the integral lotus leaf and calyx, and to install the lamp, and to combine the resin tube with the integral lotus leaf and calyx so that the installation of name tags is possible. It is possible to make a lantern such as, and very good manufacturability and assemblability, it is possible to mass production according to the reduction of production cost and productivity improvement, and at the same time has a useful effect to obtain a very elegant and refined lantern.

Claims (10)

After cutting the solid fabric (101) made of chemical fiber yarn in a plane state in which a plurality of lotus leaves (102) are integrally attached, the upper and lower molds (105, 108) of the lotus leaf (102) are formed. After having a three-dimensional shape and wrinkles 104 and attached to both sides of the lotus leaf 102 in the attachment sphere 111 is formed of a plurality of sizes and a plurality of integral lotus leaf 102 attached to each other overlapping, Lantern made of the same process as the one-piece lotus leaf 102 and made of an integral calyx 112 attached to the bottom of the bottom of the one-piece lotus leaf 102. The method of claim 1, The one end of the hanger string 124 that can hang the one-piece lotus leaf 102 attached to the integral calyx 112 is attached to the installation string 129 is connected to the upper side and the name tag 128 hangs on the lower side. A resin tube 121 forming a hanger 123 to be placed thereon, The resin tube 121 is further provided with a support piece 122 formed integrally with the lower side of the resin tube 121 to support the integral lotus leaf 102 and the integral calyx 112. Lanterns. The method of claim 2, Formed separately from the resin tube 121 and attached to the lower side of the resin tube 121 is further characterized in that it further comprises a support cap 122a for supporting the integral lotus leaf 102 and the integral calyx 112. Lanterns. The method of claim 1, Lantern characterized in that the lotus leaf 102 is formed by at least two layers, not one layer. The method of claim 4, wherein In the state in which the adhesive is applied between the lotus leaf to be laminated during molding by stacking the lotus leaf 102 in a plurality of layers to be adhesively molded into an arbitrary shape by thermal fusion of the upper and lower molds 105 (108). Lantern characterized in that. The method of claim 4, wherein Lantern, characterized in that the implant is formed to prevent deformation of the shape between the lotus leaf 102 is laminated in order to prevent the shape of the lotus leaf molded in a predetermined shape by the upper, lower mold. The method of claim 6, Prosthesis 130 is a lamp characterized in that used as a wire having a strength that the shape of the lotus leaf 102 is not deformed. The method of claim 6, Prosthesis 130 is a lamp, characterized in that used as a resin having a strength that the shape of the lotus leaf 102 is not deformed. The method of claim 6, Light fixture, characterized in that the implant (130) formed radially centering on the coupling hole (103) formed in the center of the lotus leaf (102). The method of claim 6, Lantern, characterized in that the implant (130) is formed according to the outer peripheral shape of the lotus leaf (102).