KR20220023045A - Foldable buddhist lamp - Google Patents

Abstract

The present invention relates to a Buddhist lamp and, more specifically, provides a foldable polygonal Buddhist lamp to reduce weight and increase durability. According to the present invention, the outer shape of the Buddhist lamp can be maintained by a body part in which a plurality of triangular faces and a plurality of inverted triangle faces are connected with a plurality of inclined folding lines for easy folding. On the base of a plurality of trapezoidal and inverted trapezoidal faces, the upper and lower slope parts are connected to the base of the triangular and inverted triangular faces of the body part with a horizontal folding line for easy folding. A plurality of side attachment pieces are connected to one side of the plurality of trapezoidal and inverted trapezoidal surfaces or on both sides if necessary with side fold lines for easy folding and the upper and lower slope part are bonded according to a set angle, so that the Buddhist lamp can maintain a three-dimensional shape. In addition, the side attachment pieces are bonded to one side of the trapezoidal surface and the inverted trapezoidal surface by an attachment means.

Description

Foldable Multi-faceted Lotus Lantern {FOLDABLE BUDDHIST LAMP}

The present invention relates to a lotus deung, and in particular, a plurality of triangular surfaces and a plurality of inverted triangular surfaces to be able to maintain the outer shape of the lotus deung by a body portion that is easily folded by a plurality of inclined fold lines, and the triangular surface of the body and the The upper and lower slopes are connected to the base of the inverted triangular faces and the bases of a plurality of trapezoidal faces and inverted trapezoid faces are folded with a horizontal fold line for easy folding. By connecting a plurality of side attachment pieces for easy folding with a side folding line, the upper and lower inclined parts are attached at a set angle to maintain the three-dimensional shape of the lotus lantern, and then attach the side attachment pieces to a trapezoidal surface and an inverted trapezoid by an attachment means. It is made by attaching to one side of the face, and there is no need for a separate kite lamp frame, and the body consists of multiple triangular faces and multiple inverted triangular faces on a single material made of paper, soft synthetic resin, or coated cloth. The strength of the shape of the lantern can be maintained by this, so unlike the conventional one that required a separate frame, a light and durable lantern can be devised. Because a large number of development drawings of lotus lantern can be obtained in one process by press working, the production process of lotus lantern becomes monotonous, and a large amount of development drawings can be loaded in a narrow space, effectively increasing the space utilization rate. If you fold along the horizontal fold line, the inclined fold line, the side fold line, and the upper and lower auxiliary fold lines, you can easily make the shape of a lotus lantern. If the body of the lotus lantern, the upper and lower slopes, and a number of side attachment pieces are connected in an even number as a basic element of one set, it is a folding type that can come up with various shapes of 4,6,8,10...n-shaped lotus lanterns. It is about multiple lanterns.

Conventionally, there is a folding lotus lantern, "folding lotus lamp", published earlier and published in Patent Publication No. 10-2010-0062489.

The above prior art, in the lotus lantern used for Buddhist events at Buddhist temples: having a triangular/square piece in which a through-groove of the same shape is formed in the center, and interposing a junction on the outer peripheral surface of the triangular/square piece, Frame having a folding line to enable folding; and a patterned paper formed in the same shape as the frame and having a pattern to be reflected through the through groove of the triangular/square piece.

That is, the above prior art is an invention for obtaining the effect of improving convenience and productivity, and reducing the manufacturing cost of the product because it is easy to combine in using the lotus lamp.

However, the prior art has a problem in that the number of steps is increased compared to the present invention, and productivity is lowered because the lotus lamp is completed only when the frame and the pattern paper are respectively produced and then combined.

In addition, in the prior art, since the side surfaces of the triangular and square pieces constituting the frame are formed separately from each other, they had to be attached one by one by a joint, so it was a difficult task and the productivity was lowered by that much. it had to be

The object of the present invention to solve and supplement these conventional problems,

The strength of the shape of the lotus lantern can be maintained by the solid structure of the body consisting of multiple triangular faces and multiple inverted triangular faces on a single material made of paper, soft synthetic resin, or coated fabric without the need for a separate kite lantern frame. Unlike the prior art, which required a separate frame, it is possible to create a light and durable kite lamp, and draw a development plan on a flat paper material, soft synthetic resin material, or coated fabric material, and then press-working to produce a large quantity in one process Because the development of the lotus lantern can be obtained, the process of making the lantern becomes monotonous, and a large amount of development can be loaded in a narrow space, effectively increasing the space utilization rate. By folding along the fold line, upper and lower auxiliary fold lines, the shape of a lotus lantern can be easily made. It provides the purpose of devising various shapes of 4,6,8,10...n-shaped lotus lanterns by connecting the part and a plurality of side attachment pieces as a basic element of one set to an even set.

In order to achieve the above objects, the present invention

A plurality of triangular faces and a plurality of inverted triangular faces are connected by a plurality of oblique fold lines for easy folding, so that the outer shape of the lotus lantern can be maintained, and a plurality of trapezoids at the base of the triangular faces and inverted triangular faces of the body are made. The upper and lower slopes are connected for easy folding with a horizontal fold line at the base of the face and the inverted trapezoid face, and multiple trapezoid faces and one side of the inverted trapezoid face, or on both sides as needed, can be easily folded with a side fold line If the side attachment pieces are connected to each other to attach the upper and lower slopes at a set angle to maintain the three-dimensional shape of the lotus lantern, and then attach the side attachment pieces to one side of the trapezoidal surface and the inverted trapezoidal surface by means of an attachment means, the present invention objectives can be achieved.

The present invention as described above, without the need for a separate kite lantern frame, is made of a single material made of paper, soft synthetic resin, or coated cloth, and by the solid structure of the body consisting of a plurality of triangular faces and a plurality of inverted triangular faces. It is possible to maintain the strength of the shape of the lotus lantern, so it has the effect of devising a light and durable lotus lamp unlike the conventional one that requires a separate frame.

In the present invention as described above, since a large amount of development of a lotus lantern can be obtained in one process by drawing a development diagram on a flat paper material, a soft synthetic resin material, and a coated cloth material, and then press-working, the lotus lamp manufacturing process becomes monotonous, A large amount of development drawings can be loaded in a narrow space, which has the effect of efficiently increasing the space utilization rate.

According to the present invention as described above, by folding along the horizontal fold line, the inclined fold line, the side fold line, the upper and lower auxiliary fold lines drawn on the development view, it is possible to easily make the shape of the lotus lantern. It has the effect of improving assembly productivity while at the same time making it possible.

According to the present invention, as described above, when the body of the lotus lantern, the upper and lower slopes, and a plurality of side attachment pieces are connected in an even number as a basic element of one set, 4,6,8,10...n-shaped various kite lanterns It has the effect of creating a shape.

1 is an exploded view showing the configuration of the present invention foldable polygonal kite etc.
Figure 2 is an exploded perspective view shown to explain the configuration of the present invention foldable polygonal kite
Figure 3 is an assembled perspective view showing the assembled state of the present invention foldable polygonal light
Figure 4 is a plan sectional view of an embodiment shown to explain the attachment configuration of the present invention foldable polygonal kite, etc.
5 is a cross-sectional view of a main part of another embodiment shown to explain the attachment configuration of the present invention foldable polygonal light
Figure 6 is a view showing the assembly configuration of the body part of the present invention foldable polygonal kite lamp
7 is an exploded view for explaining another embodiment in which the present invention is composed of a foldable polygonal light with an octagonal body part;
Figure 8 is an assembly perspective view showing the assembled state of the development of Figure 7 of the present invention

The configuration of the present invention will be described in detail with reference to the accompanying drawings.

A body portion 101 in which a plurality of triangular surfaces 102 and a plurality of inverted triangular surfaces 103 are easily folded by a plurality of inclined fold lines 104 in order to maintain the outer shape of the lotus, and

The base of the plurality of trapezoidal surfaces 112 and inverted trapezoidal surfaces 122 on the base of the triangular face 102 and the inverted triangular face 103 of the body 101 can be easily folded with a horizontal fold line 105 The connected upper and lower slopes 111 and 121,

The upper and lower inclined portions 111 and 121 are attached at a set angle to maintain a three-dimensional shape of the lotus lantern on one side of the plurality of trapezoidal surfaces 112 and the inverted trapezoidal surface 122 or on both sides as necessary. A plurality of side attachment pieces 114 connected to the side fold line 113 for easy folding;

It is configured with an attachment means for attaching the side attachment pieces 114 to one side of the trapezoidal surface 112 and the inverted trapezoidal surface 121 .

And, the attachment means is provided with an adhesive layer 151 such as glue or bond.

In addition, the attachment means is provided with an adhesive tape (161).

And, in order to connect a wire or string to the trapezoidal surfaces 112 of the upper inclined part 111 to hang a lantern, the upper side of the trapezoidal surfaces 112 is folded by an upper auxiliary folding line 132. A plurality of upper hanging pieces 131 are further formed to facilitate the operation.

In addition, in order to install and support a pedestal capable of inserting a candlestick on the inverted trapezoidal surfaces 122 of the lower inclined portion 121, the lower auxiliary fold line 142 on the lower side of the inverted trapezoidal surface 122 of the element element. A plurality of lower hanger pieces 141 for perforating the binding hole 143 are further formed for easy folding.

And, when assembling the body 101, the first triangular piece 102 and the inverted triangular face 103 of the last end face to face and fix the extended piece 107 extending on the one side triangular face 102. Insertion hole 106 is perforated and,

It further includes an insertion piece 108 formed on the inverted triangular surface 103 of the last end that is inserted and fixed into the insertion hole 106 .

In addition, the body portion 101, upper and lower inclined portions 111 and 121, and a plurality of side attachment pieces 114 are provided with a paper material.

And, the body portion 101, upper and lower inclined portions 111 and 121, and a plurality of side attachment pieces 114 are provided with a soft synthetic resin material.

In addition, the body portion 101, upper and lower inclined portions 111 and 121, and a plurality of side attachment pieces 114 are provided with a coated cloth material.

And, when the body portion 101, the upper and lower inclined portions 111, 121, and the plurality of side attachment pieces 114 are connected in an even number as a basic element of one set, 4, 6, 8, 10.. It is possible to come up with the shape of .n prismatic lotus lanterns.

The operation of the present invention as described above will be described as follows.

1 is an exploded view shown to explain the configuration of the present invention foldable polygon light, Figure 2 is an exploded perspective view shown to explain the configuration of the present invention foldable polygon light, Figure 3 is an assembled state of the present invention foldable polygon light As an assembling perspective view shown, pressing is performed by drawing a development view on a flat paper material, soft synthetic resin material, and coated cloth material.

That is, if you sequentially fold all of the inclined fold lines 104 located at the boundary between the triangular faces 102 and the inverted triangular faces 103 of the body 101 of the lotus development drawing that are printed in the shape set by the pressing operation, Hexagonal lanterns can be obtained.

When the hexagonal lotus shape is roughly provided as described above, the side edges of the first triangular face 102 and the last inverted triangular face 103 of the body 101 are abutted against each other, and the insertion piece formed on the facing inverted triangular face 103 When the 108 is inserted through the insertion hole 106 formed in the first triangular face 103 of the other party and fixed, the body 101 is fixed in the shape of a hexagonal lotus lantern as shown in FIG. 6 .

As described above, when the body 101 has a hexagonal lotus shape, a plurality of inverted triangular faces 103 and a trapezoidal face 112 and an inverted trapezoid face ( 122) are folded in the inner direction of the lotus based on the horizontal fold line 105.

When a plurality of trapezoidal surfaces 112 and inverted trapezoidal surfaces 122 are folded as described above, a plurality of trapezoidal surfaces 112 and inverted trapezoidal surfaces 122 are connected by a side fold line 113 to one side or to both sides as necessary. The side attachment pieces 114 are positioned on the inner side of the side trapezoidal surface 112 and the inverted trapezoidal surface 122 with respect to the side folding line 113 .

Therefore, using the adhesive layer 151 or adhesive tape 161 such as glue or bond applied to the side attachment piece 114, as shown in FIGS. 3 and 4, the side attachment surface 114 and the trapezoidal surface ( 112) and the inverted trapezoidal surfaces 122 are sequentially attached to each other to three-dimensionally complete the hexagonal upper and lower inclined portions 111 and 121 on the upper and lower portions of the body 101.

On the other hand, by forming a plurality of upper hanging pieces 131 to facilitate folding by the upper auxiliary folding line 132 on the upper side of the trapezoidal surfaces 112 of the upper inclined portion 111, the trapezoid of the upper inclined portion 111 is formed. A wire or string was connected to the sides 112 so that a lotus lantern could be hung.

In addition, the lower side of the element element inverted trapezoidal surface 122 by forming a plurality of lower hanger pieces 141 that are perforated by the lower auxiliary folding line 142 to facilitate folding by the lower side of the lower side of the trapezoidal surface 122. The inverted trapezoidal surfaces 122 of the part 121 were allowed to support a pedestal capable of inserting a candlestick.

In particular, in the present invention, when the body portion 101 of the lotus lantern, the upper and lower slopes 111, 121, and a plurality of side attachment pieces 114 are connected in an even set as a basic element of one set, the development view of FIG. And the octagonal lotus lamp shown in the perspective view of FIG. 8, as well as 4, 6, 8, 10 ... n-shaped lotus lantern shape can be devised.

101 - body 102 - triangular face
103 - inverted triangle face 104 - oblique tangent
105 - Horizontal fold line 106 - Insert hole
107-extension 108-insertion
111-Upper slope 112-Trapezoidal surface
113-side facing wire 114-side attachment piece
121 - Lower slope 122 - Inverse trapezoidal surface
131-Upper side fold line 132-Upper side auxiliary fold line
141-lower hanging piece 142-lower auxiliary folding line
143-bonding hole 151-adhesive
161 - Adhesive Tape

Claims (10)

A body portion 101 in which a plurality of triangular surfaces 102 and a plurality of inverted triangular surfaces 103 are easily folded by a plurality of inclined fold lines 104 to maintain the outer shape of the lotus, and
The base of the plurality of trapezoidal surfaces 112 and inverted trapezoidal surfaces 122 on the base of the triangular face 102 and the inverted triangular face 103 of the body 101 can be easily folded with a horizontal fold line 105. The upper and lower slopes 111 and 121 are connected, and
The upper and lower inclined portions 111 and 121 are attached at a set angle to maintain a three-dimensional shape of the lotus lantern on one side of the plurality of trapezoidal surfaces 112 and the inverted trapezoidal surface 122 or on both sides as necessary. A plurality of side attachment pieces 114 connected to the side fold lines 113 for easy folding;
Folding polygonal lotus lantern, characterized in that it has an attachment means for attaching the side attachment pieces 114 to one side of the trapezoidal surface 112 and the inverted trapezoidal surface 121. The method of claim 1,
The attachment means is a foldable polygonal kite lantern, characterized in that it is provided with an adhesive layer 151 such as glue or bond. The method of claim 1,
The attachment means is a folding polygonal lotus lantern, characterized in that it is provided with an adhesive tape (161). The method of claim 1,
In order to connect a wire or string to the trapezoidal surfaces 112 of the upper inclined portion 111 to hang the lantern, the upper side of the trapezoidal surfaces 112 is foldable by the upper auxiliary folding line 132. Folding polygonal lotus lantern, characterized in that such a plurality of upper hanging pieces (131) are further formed. The method of claim 1,
Fold by a lower auxiliary folding line 142 on the lower side of the inverted trapezoidal surface 122 of the element element to install and support a pedestal capable of inserting a candlestick on the inverted trapezoidal surfaces 122 of the lower inclined portion 121 Folding polygonal lotus lantern, characterized in that it further forms a plurality of lower hanging pieces (141) perforating the binding hole (143) for easy operation. The method of claim 1,
When assembling the body part 101, the first triangular piece 102 and the inverted triangular face 103 of the last end face each other to fix the extension piece 107 extending on the one side triangular face 102. Perforated Insertion hole 106 and,
Folding polygonal lotus lantern, characterized in that it further comprises an insertion piece (108) formed on the inverted triangular surface (103) of the last end that is inserted into the insertion hole (106) and fixed. The method of claim 1,
Folding polygonal lotus lantern, characterized in that the body portion 101, the upper and lower inclined portions 111, 121, and a plurality of side attachment pieces 114 are provided with a paper material. The method of claim 1,
The body part 101, the upper and lower inclined parts 111, 121, and a plurality of side attachment pieces 114 are provided with a soft synthetic resin material. The method of claim 1,
Folding polygonal lotus lantern, characterized in that the body portion 101, the upper and lower inclined portions 111, 121, and a plurality of side attachment pieces 114 are provided with a coated cloth material. The method of claim 1,
When the body part 101, the upper and lower inclined parts 111, 121, and the plurality of side attachment pieces 114 are connected in an even set as a basic element of one set, 4, 6, 8, 10...n Folding polygonal lotus lantern, characterized in that it can devise a square-shaped lotus lantern shape.

Images