JP3211704U - Target mechanism to get up by gas pressure such as gas or air - Google Patents

Abstract

Provided is a target structure in which a target that has fallen backward due to impact energy of shooting rises due to externally introduced gas pressure and is prepared for aiming and shooting again. A target body, a piston containing cylinder driven by gas pressure, a cylinder shaft, a pedestal and a pedestal slope, the piston containing cylinder is connected to the pedestal through the cylinder shaft, and the target body is connected to another horizontal shaft, It is connected to the pedestal so that it can rise and fall. Targets that have been knocked back by the impact energy of the bullet can be raised again by operating the cylinder and piston with the gas pressure introduced by remote control, and can safely resume shooting without entering the line of sight. [Selection] Figure 5

Description

      The present invention is a mechanism for raising a toy gun target such as an airsoft gun by remote control.

      Conventional toy gun targets are roughly classified into paper and electronic display types, which are scored by measuring the positions of bullet holes, and those that are hit or dropped by shooting down or shooting down individual targets. The former can make a precise evaluation, but it is less interesting due to physical reaction, and the latter has the opposite property.

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This device is related to an individual target. After shooting, a target that has been knocked down by a hit is awakened by remote control from the shooting position and returned to its original state.

A collapsible target body made of a strong material that does not easily break or deform by landing, a pedestal for supporting and fixing the position, and a gas unit for raising the target from the pedestal Consists of The gas unit is composed of a cylinder for injecting a piston and a gas inlet for the cylinder. The gas inlet is connected by a hose to a seating air switch for remote operation.

When the target is brought down to the pedestal by the bullet energy of the hit shooting, the gas or air pressure is transmitted to the gas unit stored in the pedestal through the hose by the operation of the shooting air switch. The pressure injects the piston forward from within the cylinder of the gas unit and pushes the target from the backside. Once the target is raised to its original upright position, the piston is unable to advance any further and the injection is terminated. When the operation of the air switch is finished, the pressure in the cylinder is released to the outside of the cylinder, and the target can fall down by landing again. This remote-controlled target return system can safely and quickly resume shooting without shooters or personnel entering the line of sight. In addition, it is visually interesting that a distant target is shot down and then stands up again, and in the case of multiple installations, it is more impressive and can be enjoyed by shooting.

It is a front view in the state where the target of the present invention occurred. It is a side view of the state where the target of the present invention has occurred. It is a side view of the state where the target of the present invention is about to fall by landing. It is a side view of the state where the target of the present invention was knocked down by landing. It is a side view of the state where the target of the present invention is about to get up again by the pressure of gas or air by the operation of the air switch. After the target of the present invention has been raised, the residual pressure is exhausted, and the side view is shown in a fallen state due to the next landing.

The present invention provides a horizontal axis at the bottom and is connected to the target body that can be tilted back and forth with the fulcrum as a fulcrum, and pushes the tilted target down with gas pressure such as gas or air. Consists of a pedestal with a piston and cylinder.

Hereinafter, it demonstrates with an accompanying drawing. Reference numeral 1 denotes a target body, and the target shaft hole 1a and the shaft hole 2a of the pedestal 2 are connected by a horizontal axis 3. With the horizontal axis as a fulcrum, the target 1 can be brought down by landing on the pedestal from an upright state. 4 is a cylinder, and 5 pistons are built in. Gas or air pressure is introduced into the gas introduction port 4c from the outside by operating an air switch through the hose 6. The air switch itself is not shown. The introduced pressure seeks to escape and moves the piston 5 forward. The piston tip 5b starts moving forward, and then reaches the pedestal slope 2b and changes the angle upward according to the slope, and pushes up the back surface 1b of the falling target. At this time, the direction of the cylinder and the piston can be changed upward by the cylinder shaft 4d. The cylinder shaft 4d is connected to the base shaft hole 2d. The piston tip 5b pushes up the target 1 to a completely upright state and then stops further advancement. Thereafter, if the introduction of a new pressure is stopped by operating the air switch, the residual pressure in the cylinder is released from the cylinder exhaust port 4e, and at the same time, the piston tip 5b is lowered together with the cylinder 4 to the pedestal slope 2b by its own weight. As a result, the resistance of the rear piston of the target 1 is also reduced, and the target 1 returns to the fallen state due to landing. Since then, it was possible to repeat this cycle every time you hit.

Other than toy guns such as airsoft guns, it can also be used as a retractable target for real guns by changing the material. In addition, since the piston and cylinder units are not fixedly connected to the work arm (in this case, the target), it can be applied as a forced operation device in one direction without requiring energy supply for both opening and closing.

DESCRIPTION OF SYMBOLS 1 Target main body 1a Target shaft hole 1b Target back surface 2 Pedestal 2a Pedestal shaft hole 2b Pedestal slope 3 Horizontal shaft 4 Cylinder 4c Gas inlet 4d Cylinder shaft 4e Exhaust port 5 Piston 5b Piston tip 6 Hose

Claims (3)

    A target mechanism that rises by remote control using a piston and cylinder that operate with gas pressure such as gas or air.     The mechanism of pressure release between the piston and the cylinder that causes the target to fall down again after the state of getting up after the landing.     An arm mechanism that uses a cylinder and piston to change the operating position without fixing either the cylinder or piston to the arm or pedestal, and to efficiently use the driving force by the rod according to the angle.