KR20020031562A - the eruption of a volcano miniature - Google Patents

Abstract

PURPOSE: Provided is a volcanic eruption-reappearing model capable of reappearing a scene such as an actual volcanic eruption. CONSTITUTION: The volcanic eruption-reappearing model consists of mountain model(2) made of mortar and stone; a melting furnace(4) comprising a lava inlet(46), a burner(6) and a high pressure exhaust pipe; a plurality of flame-belching devices(10) comprising a fuel supply pipe(100), an ignition unit and a fuel control valve, which are located on the surface of the mountain model(2); and a computer for remotely controlling operations of the burner(6), high pressure exhaust pipe, ignition unit and fuel control valve.

Description

Volcanic eruption replica {the eruption of a volcano miniature}

The present invention relates to a volcanic eruption reproduction model, more specifically, a volcanic eruption reproduction model that can reproduce the scene as if the actual volcanic eruption by actually ejecting lava and flames to utilize the local characteristics as a tourism product It is about.

In general, tourist attractions have character goods that represent the area, and they introduce briefly the features and characters of the area. Among them, Jeju Island has Halla Mountain formed by volcanic activity, and various tourism products have been developed under the theme of volcanic activity. Among them, volcanic eruption model is proposed to reproduce volcanic eruptions, providing both tourism and educational effects. have.

However, the conventional volcanic eruption model is used as a means of learning materials for students to express the scene of volcanic eruption by installing a plurality of LED lamps on a flat volcanic section or model and flashing them sequentially, or more three-dimensionally. In order to produce a real scene, it was only a matter of burying ammonium bichromate powder in the sand and igniting it to generate a flame, but there is an educational effect, but the magnificence and grand scale of the actual volcanic eruption and the body directly The heat that can be experienced cannot be delivered, so the value as a tourist product is low.

In view of the above, the technical problem to be achieved in the present invention is to reduce the real to a certain ratio to produce an acid model having a hollow part on the inside, and to provide a furnace in the inner central part of the mountain model body, It is to provide a volcanic eruption reproduction model which is equipped with a flame ejection crater and an operation computer for controlling and controlling lava ejection and flame ejection operation.

Technical problem of the present invention as described above is produced by reducing the actual proportion to a certain size and the mountain model of the mortar and stone having a hollow portion inside; and vertical and horizontal installed in the inner central portion of the mountain model body Furnace formed by the furnace (furnace) of the horizontal furnace is provided with a lava stone inlet and a burner at one end, a high-pressure jet pipe for ejecting the molten lava liquid to the upper outlet of the furnace ( melting furnace; One end of a fuel supply pipe of a predetermined size is provided with a ignition device and a fuel control valve remotely controlled by an operation computer, and a plurality of flame ejection devices installed on the surface of the mountain model body; and the burner, a high pressure ejection pipe, an igniter, This is achieved by providing a volcanic eruption reproduction model consisting of an operating computer remotely controlling the operation of the fuel control valve.

1 is a partial cutaway perspective view of a volcanic eruption reproduction model according to the present invention

Figure 2 is a cross-sectional view of the volcanic eruption reproduction model according to the present invention

3 shows an embodiment of a volcanic eruption reproduction model according to the present invention.

State of use

* Description of the symbols for the main parts of the drawings *

1: volcanic eruption model 2: mountain model

4: furnace 42: horizontal furnace

44: vertical furnace 46: lava stone entrance

48: spout 6: burner

8: high pressure jet 10: flame jet

12: ignition device 14: fuel control valve

16: flame spray nozzle 100: fuel supply pipe

200: control computer 300: hollow part

400: model tree 500: crater

600: lava solution

When described in detail based on the accompanying drawings, a preferred embodiment of the present invention as follows.

1 is a partial cutaway perspective view of a volcanic eruption reproduction model according to the present invention, FIG. 2 is a cross-sectional view of a volcanic eruption reproduction model according to the present invention, and FIG. 3 shows an embodiment of a volcanic explosion reproduction model according to the present invention. State of use.

As shown in Fig. 1, the volcanic eruption reproduction model 1 according to the present invention includes a mountain model 2 of mortar and stone having a hollow part manufactured at a ratio of a reduced size of a real object. It is formed of horizontal and vertical furnaces 42 and 44 installed in the inner central portion of the mountain model 2, and a lava stone inlet 46 is provided at one side of the horizontal furnace 42 and at one end thereof. Melting furnace (4) is provided with a high-pressure jet pipe (8) for blowing the burner (6) and the molten lava at a high pressure to blow to the upper spout 48 of the vertical furnace (44); A plurality of flame ejection apparatuses (10) are provided on the outer surface of the mountain model (2) is provided with a ignition device (12) and a fuel control valve (14) remotely controlled at one end of the fuel supply pipe (100); and the Operation computer (200) for remotely controlling the operation of the burner (6), high-pressure jet pipe (8), ignition device (12), fuel control valve (14).

This will be described in more detail as follows.

As shown in FIGS. 1 and 2;

The mountain model 2 has a hollow part 300 on the inside, and a plurality of model trees 400 are provided on an outer surface thereof, and a crater 500 is formed on the top part to reduce the size of the real object constantly. It is made of mortar and stone in proportion.

The furnace 4 has a vertical and horizontal furnace 44 and 42 in a "b" shape, and a lava inlet 46 is formed at one side of the horizontal furnace 42 and operated at one end. The burner 6 and the high-pressure jet tube 8 which are remotely controlled by the computer 200 are installed, and the upper spout 48 of the vertical furnace 44 is connected to the crater 500 of the mountain model 2. Communicating.

The flame ejection apparatus 10 includes a ignition device 12 and a fuel control valve 14 remotely controlled by a flame spray nozzle 16 and an operation computer 200 at one end of a fuel supply pipe 100 having a predetermined size. In many cases, it is installed on the outer surface of the mountain model 2.

Referring to the operation of the embodiment according to the present invention configured as described above in detail based on the accompanying drawings as follows.

As shown in FIG. 3, the lava stone is introduced into the blast furnace 4 through the lava stone inlet 46 to be filled, and then the burner 6 is operated under the control of the operation computer 200 to operate the blast furnace 4. When the temperature in the e) rises above the melting temperature of the lava, the lava is melted to form an lava liquid 600 in an emulsion state. At this time, the high-pressure jet device 8 is operated by the control of the operation computer 200 to produce a constant jet. The gas of high pressure is ejected at the time and the ejection pressure, and the molten lava liquid 600 is ejected to the crater 500 through the vertical furnace 44 by the ejected gas pressure. Eruption can be reproduced.

The plurality of flame ejection apparatuses 10 are operated by the control of the operation computer 200 in which the flame ejection time, the intensity of the flames ejected, and the flame ejection order of each flame ejection apparatus 10 are controlled by the operation computer 200. The flames from the digestive acid are expressed.

Due to such a configuration and action, the volcanic eruption reproduction model 1 according to the present invention can reproduce the volcanic activity, the explosion phenomenon, and the process of rock formation by the ejected lava, similar to the actual volcanic eruption phenomenon.

Volcanic eruption reproduction model according to the present invention as described above by reproducing the actual volcanic eruption phenomenon, viewers can directly experience the magnificence and grand scale of the volcanic eruption, so as to maximize the tourism effect as well as the promotional effect of the region In particular, the concept of volcanic eruptions can be easily learned, providing a very educational effect.

Claims (4)

Mounted model (2) made of mortar and stone and the inner center portion is installed in the lava stone inlet 46 is provided on one side, the burner 6 and the high-pressure jet pipe 8 is provided at one end The ignition furnace 12 and the fuel control valve 14, which are remotely controlled at one end of the melting furnace 4 and the fuel supply pipe 100, are provided with a plurality of flames installed on the surface of the mountain model body 2. Volcanic eruption, characterized in that consisting of a control computer 200 for remotely controlling the operation of the ejection device 10, the burner 6, the high-pressure ejection pipe 8, the ignition device 12, the fuel control valve 14 Reproduction model. The mountain model 2 according to claim 1, which is made of mortar and stone at a ratio of the size of a real object being uniformly reduced, and a crater 500 is formed on a top portion and a hollow portion 300 on an inner side thereof. Volcanic eruption reproductions, characterized in that consisting of. The furnace of claim 1, which is formed of vertical and horizontal furnaces (44) and (42) in a "b" shape, with a lava inlet (46) formed at one side of the horizontal furnace (42), and having an operating computer at one end. A burner 6 and a high pressure jet tube 8 remotely controlled by a 200 are installed, and an upper spout 48 of the vertical furnace 44 is coupled to the crater 500 of the mountain model 2. Volcanic eruption reproduction model, characterized in that consisting of the furnace (4). According to claim 1, One end of the fuel supply pipe 100 is provided with a ignition device 12 and a fuel control valve 14 which is remotely controlled by a flame spray nozzle 16 and the operation computer 200, the mountain model body Volcanic eruption reproduction model, characterized in that consisting of a flame ejection device (10), which is installed on one side of the surface of (2).