JPH04193286A - Movable shooting device - Google Patents

Abstract

PURPOSE:To make a great variety of shooting enjoyable by arranging sequentially a plurality of stages constituting a large space of a georema and stereo image, providing simulative guns and moving sequentially a plurality of shooting cars in which a player player gets along the stage. CONSTITUTION:Respective stages I-IV constitute a realistic large space with a stereo georama and stereo large-sized image for forming a virtual image 40 in the georama. When a player gets in a shooting car 4 the shooting car 4 is movably pulled by a chain 23 to come forth at first in front of the stage I. The player enters the world of the large-scaled stereo space of the georama and image and can aim a target composed of the image or georama while getting in the gradually movable shooting car 4 to fire a simulative gun 28. Whether or not the shooting misses is judged to make the image variable. Thus, the player can enjoy a great variety of shooting while moving around a plurality of stages I-IV.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a shooting device that operates a simulated gun to shoot a target provided on a stage.

■Mitsujutsu Conventional shooting devices involve players facing a three-dimensional stage and aiming and shooting at stationary or moving targets set up at various locations on the stage with a simulated gun. there were.

Generally, the location where the player is located is a fixed location, and the opposing stage is one fixed stage.

Therefore, the shooting game itself was monotonous and it was easy to lose interest.

Furthermore, even in games in which the player moves around, the stages are often just dioramas with little variety, which lacks interest.

The present invention has been made in view of the above, and its purpose is to provide a mobile shooting device in which a plurality of stages consisting of a diorama and three-dimensional images can be sequentially experienced, and the interest is aroused at each stage. be.

In order to achieve the above object, the present invention provides a shooting system in which a plurality of stages each comprising a large space using a diorama and three-dimensional images are arranged in sequence, and a plurality of shooting stages equipped with simulated guns and on which players ride. This is a mobile shooting device in which a car sequentially moves from one stage to another along the stages.

The player can board a shooting car and sequentially visit multiple stages, shooting a mock gun at targets set on each different stage.

Each stage is a large space constructed by combining a diorama and a 3D image, so the 3D image with a variety of movements overlaps with the 3D space of the diorama, creating a realistic world. , players board a shooting car and enter the world of each stage, so they can have a unique experience, and at the same time, they can shoot while moving, and sequentially shoot targets on different stages. You can enjoy shooting that is full of variety.

Since a plurality of shooting cars are launched one after another, many players can enter the game.

One embodiment of the present invention illustrated in FIGS. 1 to 7 will now be described.

FIG. 1 is an external view of the mobile shooting device 1 of this embodiment with the roof removed.

Four stages I are located along the outer wall 2 in a rectangular space that is elongated in the front-rear direction and surrounded on four sides by the outer wall 2.

n, m, and rv are partitioned by a partition plate 3.

Inside the stage, a track 5 on which a plurality of shooting cars 4 circulate is formed in an elongated manner from front to back.

The track 5 has a long flat loop shape from front to back, and there are steps at the front and back, with the front side being the upper level and the rear side being the lower level, and the boundary between the two is a smooth slope (see Figure 7).

The front end 5a on the upper stage of the track 5 cuts out the foremost partition wall 3a and projects forward, and a floor 6 is formed between the partition plate 3a and the front outer wall 2a on the same upper level plane as the protruding track 5. It has been made up of a lot.

An open lower part is formed in the front outer wall 2a, a floor 6 extends outward from the open lower part, a turnout bottle stand 8 is provided, and stages 9 for entry and exit are formed on the left and right sides of the turnout bottle stand 8. .

The shooting car 4 rotates clockwise on the track 5, and stages 1 to 1 are rotated clockwise from the platform on the floor 6. It consists of Il, III, and IV.

That is, a stage I is provided on the front side along the left outer wall 2b, a stage ■ is provided on the rear side partitioned by the partition plate 3b, and a stage ■ and the partition plate 3 are provided on the rear side along the opposing right outer wall 2c.
It is partitioned into C and a stage ■ is provided at the front.

Note that there is a control room 10 in front of Stage I.

There is a track 5 on the upper stage corresponding to stages I and ■ on the front side,
There is a track 5 on the lower stage corresponding to the stages ■ and ■ on the rear side.

Large sprockets 20 and 21 are pivotally supported below the front and rear ends of the track 5, which is long in the front and back, with the center axis of rotation perpendicular.
゛The front sprocket 20 is equipped with a motor 22 for rotational driving.
is provided, and the soup rocket 2 is driven by the motor 22.
0 rotates.

A chain (or wire) 23 is spanned between the front and rear sprockets 20 and 21, and is rotated clockwise by a motor 22.

The chain 23 runs approximately in the center of the track 5, and a groove 24 is formed in the track 5 along the chain 23.
A connecting member 25 protruding from the lower surface of the shooting car 4 that moves on the top via wheels 26 penetrates the groove 24 and is fixed to the chain 23, and as the chain 23 rotates, the chain The shooting car 4 rotates on the track 5 as it is pulled by 23.

As shown in FIG. 4, the shooting car 4 has a box shape and has two seats 27 arranged side by side facing outward with respect to the track 5, and in front of the seats 27, mock guns 28 are also arranged side by side. ing.

Therefore, the shooting car 4 moves laterally with its front side always facing the stage, and the player who rides the shooting car 4 and sits on the seat 27 operates the simulated gun 28 to aim and shoot at the target on the stage. I can do it.

Since the plurality of shooting cars 4 are connected to the chain 23 at predetermined intervals, all the shooting cars 4 move at the same time, move at the same speed, and stop at the same time.

Note that the wheels 26 are provided so as to run in the lateral direction, but on the upper track 5, protrusions 29 are laid on the track 5 so that the inner wheels are slightly higher, and conversely, on the lower track 5, Projections 29 are laid on the track 5 so that the outer wheels are higher, so that the shooting car 4 is slightly downward in the upper stage and slightly upward in the lower stage.

The simulated gun 28 is equipped with a sensor that detects the direction of its barrel, and can determine whether it has hit the target based on the position of the shooting car 4 itself and the direction of the barrel at the time the trigger is pulled. It has become.

On the other hand, projection rooms 30 and 31 are provided below where the track 5 is provided on the upper stage, and above where the track 5 is provided on the lower stage. Projectors 32 are lined up and project images onto screens 34 forming the left and right side walls of the projection room 30, respectively, and the three projection screens together constitute one large screen (second
(See Figure 5).

In a place with a projection room 31 above, two projectors 33 are arranged on the left and right, and project images onto screens 35 that form the left and right side walls of the projection room 31, and the two projection screens are combined into one large screen. It makes up the screen (see Figures 2 and 6).

On the other hand, in each stage I, II, III, in front of the TV, there is a half mirror 36 facing the screen 34, 35.
are erected on one side passing through the upper and lower stages, and are adapted to reflect the images projected on the screens 34 and 35, forming a virtual image 40 of the images on the screens 34 and 35 within the stage.

Since the half mirror 36 stands vertically, a virtual image 40 is created at the same height as the image on the screen.

When the projection room 30 is provided in the lower stage, the virtual image 40 is formed in the lower half of the diorama, but since the shooting car 4 running on the upper track 5 faces downward as described above, it is convenient for shooting.

When the projection room 31 is provided in the upper stage, the virtual image is in the upper half and the shooting car 4 rotating in the lower stage faces upward.

Each stage 1. A three-dimensional diorama 38 is made for each of It, III, and IV, and a lighting device 39 is installed.
illuminated by.

As described above, each stage constitutes a realistic large space using a three-dimensional diorama and a large three-dimensional image forming a virtual image 40 within the same diorama.

The shape and movement of targets etc. in the stereoscopic image can be freely varied and extremely varied, which arouses the interest of the player.

Stage 1 consists of such a diorama and three-dimensional images,
Il, IIl, and IV are composed and directed in the order in which the story unfolds, following one story.

When a player first passes through the open lower part of the platform 8 and boards the shooting car 4 on the floor 6, the shooting car 4 is driven by the motor 22 and is pulled by the chain 23 and moves clockwise. come forward.

The player is immersed in the world in front of a large three-dimensional space made up of dioramas and images, and while riding the gradually moving shooting car 4, can aim at targets made of images or dioramas and shoot the mock gun 28. .

The success or failure of a shot is determined from the position of the shooting car 4 and the direction of the barrel of the simulated gun 28, and the image is changed.

Then, when the shooting car 4 goes down the slope from the upper stage to the lower stage along the track 5, the stay
The first stage is over, and the next stage ■ is unfolding.

Since the story is structured so that the story unfolds within the same story, the player can become immersed in the world of the story.

Thus, the four stages I, II, III,
After going around the IV, the shooting car 4 returns to the floor 6, and the player gets off the shooting car 4 and ends the game.

As described above, in this embodiment, you can ride the shooting car 4 and experience the four stages I, If, III, and IV sequentially and enjoy shooting, so you can maintain your interest and furthermore, the stages can be played sequentially with the same story. The structure follows the development of the story to make it more interesting.

Each stage consists of a large space with 3D images, so you can experience the feeling of actually entering the world of the story.

The trajectory 5 has variations from the upper stage to the lower stage and from the lower stage to the upper stage, allowing the player to enjoy a varied game by facing slightly downward or slightly upward.

Since the shooting car 4 faces outside the track 5 and is not facing the direction of travel, other shooting cars 4
Therefore, a large number of shooting cars 4 can be arranged on the track 5 without increasing the distance between the shooting cars 4 so much that many players can enjoy the game at the same time. You can receive it.

Also, since it is not replaceable, it is possible to efficiently enter and exit the hot water.

According to the present invention, a player riding a shooting car can enjoy shooting while going around a plurality of stages, so that the player's interest is maintained and the player never gets bored.

Each stage consists of a large space with dioramas and 3D images, so you can enjoy the experience of being a spy as if you have entered the world of the story, which will keep you interested.

Since a plurality of shooting cars sequentially move around the stage, it is possible to efficiently dispatch players. Fig. 1 is an overall external view with some parts omitted of a mobile shooting device according to an embodiment of the present invention, and Fig. 2 is a partially omitted overall external view of a mobile shooting device according to an embodiment of the present invention. A plan view of the device, FIG. 3 is a sectional view, FIG. 4 is an external view of the shooting car, and FIGS. 5 and 6 are partially omitted sectional views of the shooting force device.
FIG. 7 is a partial explanatory diagram of the device.

1... Mobile shooting device, 2... Outer wall, 3
... Partition plate, 4... Shooting car, 5...
・Track, 6...Floor, 7...Opening, 8...Passenger platform, 9...Stairs, 10...Control room, 20, 21...Sprocket, 22...Motor ,2
3... Chain, 24... Groove, 25... Connecting member, 26... Wheel, 27... Sheet, 28... Simulated gun, 29... Projection, 30, 31.・・Projection room, 32
．． 33...Projector-134°35...Screen, 36.37...Half mirror-138...Diorama, 39...Lighting device, 40...Virtual image.

Claims (1)

[Claims] A movement characterized in that a plurality of stages each comprising a large space made up of a diorama and three-dimensional images are sequentially arranged side by side, and a plurality of shooting cars equipped with simulated guns and ridden by players sequentially move through each stage along the stages. type shooting device.