JPS5844601A - Lantern and manufacture thereof - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

[Detailed Description of the Invention] The great invention relates to an admiral and its production method, and its purpose is to be able to produce it extremely easily and in a short time without the need for tedious work such as forming a frame or pasting paper. Furthermore, the purpose is to provide a completely new and useful admiral suitable for mass production and a manufacturing method thereof.

As is well known, the conventional structure is manufactured by forming a frame of wood or the like and pasting paper from the outside. However, the frame of this admiral had to be formed by bending a l-sized piece of wood into the desired curved shape and making multiple pieces. Since the entire surface is curved, one sheet of paper is placed on such a curved surface.
The process of pasting the sheets together was not easy. In this way, forming the framework and attaching the paper are both complicated.These two tasks cannot be done simultaneously and in parallel, and it is necessary to perform the work of forming the framework and pasting the paper afterward. However, the problem is that the total production time is extremely large. For these reasons, the conventional Model IIk was not suitable for the general public's busy schedule and was produced in small quantities by craftsmen.

The present invention has been made to solve all of the above-mentioned problems, and its features include a hard, elastic, bulging cylindrical core having a plurality of lips, and a core body that extends along the shape of the lips. The present invention relates to an admiral whose main body is constituted by a soft and ductile cover fitted externally on a core body, and a pair of lid bodies are provided at both ends of the admiral main body, and a manufacturing method thereof.

Hereinafter, one embodiment of the present invention shown in the drawings will be described.
! Explain how to make a light.

First, as shown in Fig. 1, a stone is made of a hard and elastic sheet body (a plurality of parallel sulins to 11) fi+, . Next, the sheet body] 1) is wound into a cylindrical shape as shown in Fig. 2, and both ends +3
1 and +31 are glued together to form a core body (4). 7. A soft, ductile material such as crepe paper, which is approximately the same height as the core body (4) and is preformed into a large stone cylinder shape regardless of its diameter. One piece of cover made of material (1$1 for 3rd
As shown in the figure, the core body 14) is fitted externally and the admiral body (
Configure @1. And as shown in Figure @4, the admiral is roughly (6
Both ends (yl, (71) of the lid 181,
+81 and then connect both ends iy as shown in Figure 5.
The core body 141 is pressed and compressed inward from l and iyl, that is, in the direction of the arrow, to form a plurality of lips (9), . In order to prevent the restoring force of the rice cake (6), the both ends ()), (7) and the lid body i11,
(81) to complete the production of the admiral with the desired bulging shape.

The present invention employs a different manufacturing method as described above, so compared to the conventional method where it was necessary to bend and form wood one thick at a time to form the frame, the admiral body (@) It became possible to form multiple lips (9) at the same time by simply pressing and compressing both ends (71#) inward from the hard core body 14, making the work extremely easy. Since it is made of a soft and ductile A cover (II) fitted on the outside, both ends m # (from 7' to the inside thick body (6)
When compressed, the core body (4) bulges outward along with the stone, and the cover (II) also bulges out, and the core body (4) and the cover (Il) come into close contact with each other. .

Follow? 21(4)K It is possible to make the entire Admiral without attaching the cover (II), and the work is significantly heavier than before.Moreover, the cover (5) bulges outward. Because it is elongated, there is no risk of it breaking when it expands.Furthermore, by simply pressing the admiral body (6) inward from both ends (t) and ('y1), the core body (4) and the cover body ill are formed at the same time. This makes it possible to significantly shorten the manufacturing time compared to the conventional method, which involved forming the frame and pasting the paper separately.

The admiral of the present invention manufactured as described above is 4IE6
As shown in FIG. 7, a hard and elastic bulging cylindrical core body (41) having a plurality of lips (C9), . . . The admiral body (11) is constituted by a soft and ductile cover 111 which is externally fitted into the core body (4), and the thick body (610 and 1, (71K each) Pair of lids + s1"',
(It's a turtle made of a lead pot with a metal seal.

The proposal of the present invention consists of aFi and 'Ili configurations like 'Ili',
As mentioned above, it is extremely easy to manufacture, and the cover is integrated (-1 has high ductility so it will not break, and the core (-1) is
4) - Because it is strong, there is no fear of it breaking, and it can provide an admiral that is stronger and more durable than conventional admirals, and has great practical value.

In the above embodiment, as a means for maintaining the desired bulging shape of the finished product of the admiral, the admiral
The both ends (71, +?1 and the lid body 18) are sealed, but the means for maintaining this desired shape is by no means limited to this embodiment. If the string is strung between the two lids 18), the II light body 18) may be held in a desired shape. In this case, it is necessary to set the length of the string in advance in order to maintain the desired shape.

In addition, the integral cover (il) is by no means limited to the crepe paper used in the above embodiments; in short, it may be made of a soft and ductile material; however, in the case of crepe paper, approximately It has the property of being able to extend up to 3.8 times and is the most suitable for use as the cover unit (1) invented by Shishita.

The material of the core body (41) is by no means limited to the stick of the above embodiment, but the point is that it is made of a hard and elastic material B, and other materials such as slits (!
The shape of 1 and the large number do not matter.

As mentioned above, the present invention presses the admiral from both ends inward.
Multiple lips are formed at the same time just by EIIiJ, and since the ductile cover is attached to the hard core body and is enlarged to fit tightly, there is no need to form a framework or attach paper as in the past. There is no need to perform complicated work, and therefore the manufacturing process is simplified and can be easily manufactured in a very short time.

In addition, the core body and the force/4 body are formed at the same time by simply compressing the thick body, reducing the work time that conventionally required forming the frame and attaching the cover paper separately. There is a great tool that can be very shortened and greatly improve work efficiency.

As described above, according to the present invention, the manufacturing of the admiral is completely innovative and suitable for mass production, and the production efficiency can be greatly improved.

Furthermore, in terms of the structure of the present invention, there is an advantage that the cover will not tear or the core will not break.

It has great practical effects, such as being able to be produced at a low cost because it is suitable for mass production.

[Brief explanation of drawings]

@ Figure 1 is a front view showing the slit forming step of the lantern manufacturing method according to the present invention. Figure 2 is a diagram showing the process of forming the concentric body (A IJ-J front view, (B) is a plan view. Figure 3 is a front view showing the process of externally fitting the cover into the core body. Figure 4 is a front view showing the process of fitting the lid. Figure 5 is a front view showing the Admiral in its generally suppressed and compressed state. Figure 6 is a front view of the completed state. Figure 7 is a sectional view of the same. +11... Sheet (IE l!+-...
Slit 14)...core body (6)...
・One hippo (6)...All the admirals (8)・
... Lid body (91... Replica applicant Aki-e Orimono Co., Ltd. agent Patent attorney original Seal 1m1 1211 (a) (b) Figure 13 6411

Claims (1)

[Claims] l Hard and elastic bulging cylindrical shape with multiple +7 holes
>The admiral body is composed of a core body and a soft and ductile cover that fits over the core body along the shape of the +1 plate, and furthermore, a pair of lid bodies are provided at both ends of the admiral body. Admiral 2. After forming a plurality of slits in a hard and elastic sheet body, the sheet body is made into a cylinder shape to form a core body, and then a soft and ductile stone cylinder is formed. A shaped cover is fitted onto the core body to form the admiral's body, and a pair of lid bodies are fitted to both ends of the thick body. A method for manufacturing an admiral, characterized in that when the admiral is pressed and compressed to form a desired bulging shape, the lantern is manufactured by maintaining the desired bulging shape.