CN218848942U

CN218848942U - Demonstration interactive system for simulating volcanic eruption

Info

Publication number: CN218848942U
Application number: CN202221818629.3U
Authority: CN
Inventors: 喻小华
Original assignee: Zhejiang Kexin Culture Development Co ltd
Current assignee: Zhejiang Kexin Culture Development Co ltd
Priority date: 2022-07-13
Filing date: 2022-07-13
Publication date: 2023-04-11
Anticipated expiration: 2032-07-13

Abstract

The utility model discloses a demonstration interactive system for simulating volcanic eruption, including the exhibition wall, install control module and the show module that is used for the control system operation in the exhibition wall, and seted up the show groove on the exhibition wall, the show groove includes demonstration region and the model region that is located demonstration region bottom one corner, the show module includes LED screen, audio amplifier, volcanic profile model and interactive assembly, interactive assembly includes that one end rotates the hand wheel axle of installing on volcanic profile model, the rotary encoder who is connected on the hand wheel axle, install the interactive hand wheel on the hand wheel axle and be used for simulating the interior stroboscopic banks that surges of volcanic, control module respectively with rotary encoder, stroboscopic banks, LED screen and audio amplifier electric connection; the mode of simulating and controlling the magma activity and the video is combined for display, the existing abstract picture and text display and the vivid volcanic eruption display principle are replaced, participation, study and understanding of exhibitors are facilitated, and the display effect of the interactive demonstration system is guaranteed.

Description

Demonstration interactive system for simulating volcanic eruption

Technical Field

The utility model belongs to the technical field of the display system, especially, relate to a demonstration interactive system for simulating volcano eruption.

Background

Volcanic eruption is a peculiar geological phenomenon, is an expression form of crustal movement, and is a strongest display of the heat energy in the earth on the earth surface. The discharge of the spurts such as magma from the volcanic entrance to the ground surface in a short time. Because the magma contains a large amount of volatile components and the confining pressure of the overlying strata, the volatile components are dissolved in the magma and cannot overflow, when the magma rises to be close to the ground surface, the pressure is reduced, the volatile components are rapidly released, and volcanic eruption is formed. Volcanic eruption forms volcanic ash.

The popularization of the volcanic eruption principle is generally shown in a written text form, which is often too abstract, and the showing effect is not good, thus being not beneficial to the popularization of related principle knowledge.

SUMMERY OF THE UTILITY MODEL

The utility model discloses an overcome prior art not enough, provide a demonstration interactive system that is used for simulating volcano eruption that the bandwagon effect is good.

In order to achieve the above purpose, the utility model adopts the following technical scheme: the utility model provides a demonstration interactive system for simulating volcanic eruption, includes the exhibition wall, install control module and the show module that is used for the control system operation in the exhibition wall, and seted up the show groove on the exhibition wall, the show groove includes that the demonstration is regional with be located the model region of demonstration regional bottom one corner, the show module including install in demonstrate regional LED screen, install in audio amplifier in the exhibition wall, install in the regional volcanic section model of model and be used for with the interactive subassembly of exhibitor interdynamic, interactive subassembly include that one end rotates install in hand wheel axle on the volcanic section model, connect in last rotary encoder of hand wheel axle, install in last interactive hand wheel of hand wheel axle and be used for simulating the inside stroboscopic banks that surges of volcanic, control module respectively with rotary encoder, stroboscopic banks, LED screen and audio amplifier electric connection, the accessible rotates the scintillation frequency of hand wheel regulation stroboscopic banks.

Preferably, the volcanic profile model includes demountable installation in the showcase skeleton of show slot bottom, be used for expressing the volcanic profile decorative board of volcanic inner structure and be used for expressing the surperficial rock stratum decorative board of volcanic, the showcase skeleton is the ladder frame, the volcanic profile decorative board install in the front end of showcase skeleton, surperficial rock stratum decorative board cladding in on the top and the lateral part inclined plane of ladder frame, the stroboscopic lamp group install in the volcanic profile decorative board is close to the marginal zone of surperficial rock stratum decorative board.

Preferably, the stroboscopic lamp group is a plurality of lamp strips in a shape of a unidirectional pointing sign, the lamp strips are sequentially distributed along the appearance of the surface rock stratum decorative plate, and the pointing direction of the stroboscopic lamp group is that the stroboscopic lamp group points to the demonstration area from the model area along the appearance of the surface rock stratum decorative plate.

Preferably, the volcanic profile decorative plate is sequentially coated with a plurality of color blocks used for representing a lava layer in the volcano from top to bottom, and the color blocks comprise magma color blocks and rock stratum color blocks which gradually change from deep to shallow from top to bottom.

Preferably, the exhibition wall includes the main part, locates the fire-retardant board on main part board surface, locate fire-retardant board surperficial decorative layer, rigid coupling in the square pipe of main part bottom and rigid coupling in the channel-section steel of square pipe below, the trough face of channel-section steel is up, at least partial rigid coupling of channel-section steel in the main part just square pipe supports to press on the trough bottom surface of this part channel-section steel, and other parts extend the main part back and pass through the bolt rigid coupling in subaerial.

Preferably, one side of the exhibition wall is also provided with an image-text plate.

The utility model discloses has following effect: through the structure setting on the exhibition wall, exhibitor rotates interactive hand wheel, under control module's control, flash lamp group lights the back flicker frequency crescent in proper order, with surge frequency and the flow direction of inside magma before showing the volcanic eruption, the video of the rotation state broadcast that the LED screen corresponds interactive hand wheel simultaneously or the inside activity of stop volcanic, combine the show through analog control magma activity and video mode, replace current abstract picture and text show, the principle of vivid show volcanic eruption, make things convenient for exhibitor's participation study and understanding, guarantee demonstration interactive system's bandwagon effect.

Drawings

Fig. 1 is a schematic structural diagram of the present invention.

Fig. 2 is a schematic partial cross-sectional view of a display wall.

Fig. 3 is a schematic view of the internal structure of the side of the display wall.

Fig. 4 is a schematic view of a part of the structure of the present invention.

Fig. 5 is a schematic structural diagram of a volcanic cross-section model.

Fig. 6 is a schematic structural view of the mounting bracket.

In the drawings, the reference numbers correspond to: 1. unfolding the wall; 11. a main body; 12. a flame retardant sheet; 13. a decorative layer; 14. a square tube; 15. channel steel; 16. a control module; 17. a distribution box; 2. a display slot; 21. an LED screen; 3. a volcano profile model; 31. a showcase framework; 32. volcano section decorative plates; 33. surface rock stratum decorative plates; 41. a hand wheel shaft; 42. a rotary encoder; 43. an interactive handwheel; 44. a strobe light set; 45. a mounting frame; 46. a waist-shaped groove; 5. a light strip; 6. protecting glass; 7. an image-text plate.

Detailed description of the preferred embodiments

As shown in fig. 1-3, a demonstration interactive system for simulating volcanic eruption comprises a show wall 1, wherein the show wall 1 is of a mountain-like structure and comprises a main body 11, a flame-retardant plate 12, a decorative layer 13, a square pipe 14 and channel steel 15, a control module 16 and a distribution box 17 are installed at the bottom of the layer of the main body 11, and the control module 16 comprises a computer host; the flame-retardant plate 12 is fixedly connected to the front surface of the main body 11, the decorative layer 13 is also fixedly connected to the front surface of the flame-retardant plate, and the decorative layer 13 is a density plate coated with white paint on three sides; the 15 rigid couplings of channel-section steel in 11 bottoms of main part and notch upwards set up, its partial rigid coupling in 11 bottoms of main part, another part extends 11 backs of main part and are fixed in through expansion bolts subaerial, square tub of rigid coupling in 11 bottoms of main part just channel-section steel 15's inslot, its bottom support press in channel-section steel 15 is located on 11 regional tank bottoms of main part to through channel-section steel 15 and square tub of 14 structure, effectively support exhibition wall 1 and guarantee the steadiness that exhibition wall 1 is fixed.

As shown in fig. 1, further, the notch of the display slot 2 is installed with a cover glass 6.

As shown in fig. 4, further, a display slot 2 is formed in the display wall 1, the display slot 2 includes a demonstration area and a model area, and the model area is located at a lower right corner of the demonstration area; install the show module on the exhibition wall 1, the show module includes LED screen 21, audio amplifier, volcanic profile model 3 and interactive assembly, LED screen 21 install in the demonstration is regional to a scene video for playing the volcanic eruption, the audio amplifier install in the exhibition wall 1, volcanic profile model 3 install in the model region, in order to be used for showing the inner structure of volcanic.

As shown in fig. 5 and fig. 6, specifically, the volcanic section model 3 includes a showcase frame 31, a volcanic section decorative plate 32 and a surface rock layer decorative plate 33, the showcase frame 31 is a trapezoidal frame and is detachably mounted at the bottom of the display slot 2 through bolts, and a trapezoidal slope of the trapezoidal frame faces the demonstration area; the volcanic section decorative plate 32 is mounted at the front end of the showcase framework 31 and used for representing the structure inside the volcanic; the surface rock layer decorative plate 33 is coated on the top and side inclined planes of the trapezoid frame and consists of an outer grey layer and an inner dark red layer, so as to represent the rock layer structure of the volcano surface.

Specifically, volcanic section decorative board 32 surface from last down has coated a plurality of color lumps in proper order, the color lump includes magma color lump and rock stratum color lump, magma color lump and rock stratum color lump from top to bottom the colour by deep shallow gradual change in proper order, just the random connection of magma color lump alternates in the rock stratum color lump for be used for expressing the structure of the inside lava layer of volcano.

Specifically, interactive subassembly includes hand wheel axle 41, rotary encoder 42, interactive hand wheel 43 and stroboscopic banks 44, hand wheel axle 41 rotates and wears to locate on the volcanic section decorative board 32, hand wheel axle 41's one end is located install rotary encoder 42 on and the back of volcanic section decorative board 32, and the other end is located the front and the rigid coupling that the volcanic section was decorated have interactive hand wheel 43, rotary encoder 42 pass through mounting bracket 45 adjustable installation in on the showcase skeleton 31, mounting bracket 45 is the angle steel, and two waist type grooves 46 have been seted up side by side to its bottom, and accessible bolt is adjustable be fixed in on the showcase skeleton 31, in order to adapt to interactive hand wheel 43 and hand wheel axle 41's mounted position and structural length.

Further, the stroboscopic lamp set 44 is installed in the volcanic section decorative plate 32 and located in the top edge area of the volcanic section decorative plate 32, and is composed of a plurality of lamp strips 5 in a unidirectional pointing mark shape, the lamp strips 5 are arranged in sequence along the appearance of the surface rock layer decorative plate 33, and the pointing direction of the lamp strips is along the appearance of the surface rock layer decorative plate 33 sequentially points from the model area to the demonstration area, so as to simulate and indicate the flow direction and the surge frequency of the rock slurry in the volcanic.

Further, the control module 16 is electrically connected to the rotary encoder 42, the strobe light set 44, the LED screen 21 and the sound box, respectively.

Furthermore, an image-text plate 7 is further installed on the exhibition wall 1, and the image-text plate 7 is located on one side of the exhibition groove 2.

The utility model discloses a concrete implementation process as follows: through the structural arrangement on the exhibition wall 1, the exhibitor rotates the interactive hand wheel 43, under the control of the control module 16, the stroboscopic lamp group 44 is sequentially lightened and then the flashing frequency is gradually increased to represent the surging frequency and the flowing direction of the internal rock slurry before the volcano erupts, and simultaneously, along with the rotation of the interactive hand wheel 43, the LED screen 21 correspondingly plays the video of the internal activity of the volcano, wherein when the interactive hand wheel 43 stops rotating, the video stops playing and keeps the current picture, and after the interactive hand wheel 43 continues rotating, the video continues to play; the mode of simulating and controlling the magma activity and the video is combined with the display, the volcanic eruption principle is vividly and visually displayed, the study and the understanding of exhibitors are facilitated, and the display effect of the demonstration interactive system is guaranteed.

Claims

1. A demonstration interactive system for simulating volcanic eruption is characterized in that: including exhibition wall (1), install control module (16) and the display module that is used for the control system operation in exhibition wall (1), and exhibition wall (1) is last to have seted up show groove (2), show groove (2) include demonstration region and are located the model region of demonstration regional bottom one corner, the display module including install in show regional LED screen (21), install in audio amplifier in exhibition wall (1), install in the regional volcanic section model (3) of model and be used for with the interactive subassembly of exhibitor interdynamic, interactive subassembly include that one end rotates install in hand wheel axle (41) on volcanic section model (3), connect in rotary encoder (42) on hand wheel axle (41), install in interactive hand wheel (43) on hand wheel axle (41) and be used for simulating the inside stroboscopic banks (44) that shoves of volcanic, control module (16) respectively with rotary encoder (42), stroboscopic banks (44), LED screen (21) and audio amplifier electric connection, the accessible rotates the flash frequency who adjusts hand wheel banks (44).

2. A demonstration interaction system for simulating a volcanic eruption as claimed in claim 1, wherein: volcanic section model (3) including demountable installation in showcase skeleton (31) of show groove (2) bottom, be used for expressing volcanic section decorative board (32) of volcanic inner structure and be used for expressing surface rock stratum decorative board (33) of volcanic surface rock stratum, showcase skeleton (31) are the ladder-shaped frame, volcanic section decorative board (32) install in the front end of showcase skeleton (31), surface rock stratum decorative board (33) cladding in on the top and the lateral part inclined plane of ladder-shaped frame, stroboscopic lamp group (44) install in volcanic section decorative board (32) are close to the marginal area of surface rock stratum decorative board (33).

3. A demonstration interaction system for simulating a volcanic eruption as claimed in claim 2, wherein: stroboscopic banks (44) include a plurality of lamp areas (5) that are one-way direction mark form, and lamp area (5) are followed the appearance of surface rock stratum decorative board (33) is arranged in proper order and is distributed, and its direction of orientation is for following the appearance of surface rock stratum decorative board (33) is followed in proper order the model region points to demonstration region.

4. A demonstration interaction system for simulating a volcanic eruption as claimed in claim 2, wherein: the surface of the volcanic profile decorative plate (32) is sequentially coated with a plurality of color blocks used for representing a lava layer in the volcano from top to bottom, and the color blocks comprise magma color blocks and rock stratum color blocks which gradually change from deep to shallow from top to bottom.

5. A demonstration interaction system for simulating a volcanic eruption as claimed in claim 1, wherein: exhibition wall (1) includes main part (11), locates main part (11) board surface fire-retardant board (12), locate fire-retardant board (12) surperficial decorative layer (13), rigid coupling in main part (11) bottom square pipe (14) and rigid coupling in channel-section steel (15) of square tub of below, the cell surface of channel-section steel (15) up, at least partial rigid coupling in channel-section steel (15) just square pipe supports to press on the tank bottom surface of this part channel-section steel (15), and other parts extend main part (11) back and through the bolt rigid coupling in subaerial.

6. A demonstration interaction system for simulating a volcanic eruption as claimed in claim 1, wherein: and an image-text plate (7) is also arranged on one side of the exhibition wall (1).

7. A demonstration interaction system for simulating a volcanic eruption as claimed in claim 1, wherein: the exhibition wall is of a structure similar to a mountain.