JPH049599A - Method for electronically controlling number of firing in gun for amusement of air, spring, and gas pressure type - Google Patents

Abstract

PURPOSE:To achieve smooth operation so that number of firing is precisely controlled and the failure of firing is reduced by incorporating a motor, solenoid, battery etc., into a gun for amusement to operate the lock of the gun by the power thereof and causing the gun to fire utilizing various pressure gas and springs. CONSTITUTION:A motor or a solenoid is fixed to or incorporated into a gun for amusement in such a manner that the rotational motion is adjusted to an optional number of revolution through gears and pulleys, changed to a linear motion by means of a crankshaft to grip bullets for amusement so that the bullets are projected by the force of various pressure gas and springs. In order to rotate or stop the motor by means of the solenoid, the number of starting and stopping is optionally controlled by means of electronic circuits, so that any number of firing or stopping at specified position or operation can be achieved. Consequently, successive firings, three or two firings, can be set by one trigger operation, so that the game can be performed more pleasantly.

Description

[Detailed description of the invention] (Industrial application field) The present invention particularly relates to a device for indoor and outdoor use.

(Conventional Technique wJ) Conventional evacuators operate the engine manually and remove fluorocarbon gas.
It was a method of firing recreational bullets using the force of air and springs.

(1ill to be solved by the invention) Conventional devices were actuated mechanically, manually, or by means of air, springs, etc., but the trigger was heavy and hurt the hand, and it was difficult to control the number of bullets fired arbitrarily. I couldn't do it, and even if I could, it didn't work smoothly, so I couldn't enjoy avoiding it.

The present invention is based on the prior art. It was created in consideration of these problems, and its purpose is to achieve smooth operation with light movement, accurate control of the number of game bullets fired, and less malfunction and more fun than ever before. The purpose is to be able to play games.

(Means for Solving Problem 91) In order to achieve the above object, the game gun of the present invention has a motor and a solenoid inside the game gun and the game gun.
IIIC ponds, microswitches, ICs, transistors, relays, and resistors.

By using electronic components such as diodes and electronic circuit control via a mode changeover switch, it is possible to control the arbitrary number of bullets fired during the firing of game bullets, and to always stop or operate the operating parts of the engine part and operating parts at a fixed position. , which fires play bullets using springs in various pressure gas competitions. In electronic circuits, there are many possible combinations of circuits, but circuits that use all electronic components are included as long as they are used to achieve the above purpose. Not even. It goes without saying that it also includes integrally molded circuits.

(Function) A motor or solenoid is installed inside the i111 series and the escape gun, and the motor converts rotational motion to a desired D rotation speed through several gears or pulleys, which is then converted into linear motion using the crankshaft. , grabbed the play bullet,
A game bullet is fired by various pressure gases and the force of a spring. Note that when operated by a solenoid, there is no need to change the rotational motion to linear interlocking, but there may be cases where it is necessary to change the rotational motion to a mechanical mechanism.

It is possible to fire a toy bullet using the above method, but in order to rotate or stop the motor or activate/stop the solenoid, the power must be turned off and on in some way, otherwise it will not rotate, operate, or stop. For example, if the power is on, the motor and solenoid will continue to operate indefinitely, and if the power is off, they will not operate indefinitely.Because of this, electronic circuits can be used to start and stop the motor and solenoid any number of times. It can rotate and rotate M@, and as a result, the number of bullets fired or stop/operation can be determined at a fixed position.

(Example) The present invention will be described in detail with reference to the drawings. However, the dimensions, materials, shapes, openings, and relative positions of the components described in this example are not intended to limit the scope of the present invention to these unless specifically stated. It's just an illustrative example.

The IJI diagram is a method for detecting the final gear 0 rotation speed, and detection can be performed using a microswitch, a photo switch, a Hall switch, etc., but here, detection using a microswitch will be explained.

The concave and convex portion attached to the final gear presses the microswitch every rotation, so that the voltage flowing to the microswitch becomes on-5-off, and a waveform similar to that shown above is generated from the 1st rotation to the Nth rotation.

FIG. 2 shows a rotation speed control and motor brake circuit using an IC circuit including the microswitch section.

To stop the rotation speed at one rotation, set the MS (mode changeover switch) to the 1 position and turn the TG
I ・When TG2 is turned on (pull the trigger), power is supplied to the IC circuit (2V to 8■ is possible), and at the same time, a positive pulse is generated at point P and the register is set to the initial state (C count zero state). do. As a result, 3 is placed in the 1 position of the MS.
(2) occurs, TR()-Runnostar) operates, then the relay (A) operates, and the A2 contact of the relay (A) operates, thereby releasing the brake and rotating the motor (M). l! When the signal from the first rotation of the final gear is input to the 0 point of the register, the MS 1 position changes from 3■ to OV, the TR (transistor) turns off, and the relay (A) also turns off. After restoration, the power supply for the motor (M) and the power supply for the IC circuit, which was self-maintained by the A1 contact of the relay (A), are also cut off.

In addition, due to the restoration of the A2 contact of the relay (A), the motor (
The brake is applied to M) and the final gear stops at the fixed position. The same operation is repeated by turning on TGI/TG2 (pulling the trigger) again.

When stopping the rotation speed at 3 rotations.

Set the MS (mode selector switch) shown in the figure to position 30.

By performing the same operation as in the case of one rotation, 3V is generated at position 3 of the MS. TR (transistor) and relay (A) operate, and motor (M) rotates. When the third rotation signal enters the 0 point, the position of MS 3 changes from 3■ to 0■, and the motor (M
) stops at a fixed position.

In addition, if MS (mode changeover switch) is set to other than F (arbitrary rotation speed), TGl/TG2 (trigger)
Even if you turn it off (even if you release your finger) before reaching that rotation speed, the IC circuit's power is self-maintained by the A1 contact of relay (A), so it will rotate to the set rotation speed. The final gear stops in place.

To stop at any rotation speed, set the MS (mode changeover switch) to the F position. T.G.
When I-TG2 is turned on (pull the trigger), 8 points become 0■
Therefore, even if B is 3■ or 0■, the F point is 3■ and TR
(transistor) operates, then relay (A) operates, motor brake A2 is released, and motor (M
) rotates. If you want to stop at a desired rotation speed, do not use a resistor.

The motor (M) continues to rotate while TGI/TG2 is turned on (trigger is pulled). When you take your finger off the trigger, the motor (M) stops, but this circuit detects the final gear position and stops the moment you take your finger off the trigger. On the circuit, when you release your finger from the trigger, TGI/TG2 becomes in the state shown in the figure. The AI contact is operating because the relay (A) is holding it, and the IC
Power is being supplied to the circuit. However, the motor (M
) is also supplied with power.

By bringing TG2 into the state shown in the figure, 3■ occurs for 8 points. A pulse of D■・3v, which is a rotation signal, is generated at B, and when point 8 and B reach 3■, the position of F is O.
V, the TR (transistor) turns off, and then the relay (
A) is restored, the motor CM) is braked by contact A2, and the position is fixed! It will stop. The IC power supply and motor power supply are turned off.

(Effects of the Invention) Since the present invention is constructed as described above, the following effects can be obtained.

A mode change switch is attached to the toy gun, and by pulling the trigger once, the mode can be set to any setting from 1 to unlimited, and when operated in full auto mode, the bullets in the magazine are It runs out quickly and is a considerable financial burden, but with a single trigger operation, you can set it to fire 3 shots in a row or 2 shots in a row, which reduces the economic burden and makes it even more convenient. The range of play expands so that you can have fun playing games, and this...
It is thought that this will lead to the creation of new ways of playing that have never existed before.

[Brief explanation of drawings]

FIG. 1 shows a method for detecting the number of operations, including detection of the number of rotations using a gear from above, and detection of the number of K11l movement ports using a solenoid. Figure 2 shows registers, NANDs, i-elements, transistors,
This is a relay-based rotation speed control and brake circuit. FIG. 3 shows a non-contact circuit that shows rotation speed control and a play kilometer path using a resistor, a NAND element, and a transistor. FIG. 4 shows a rotation speed control and brake circuit using a register, an AND element, a transistor, and a relay. FIG. 5 shows a rotation control and brake circuit using a resistor, an AND element 5, and a transistor, and is a non-contact circuit that does not use a relay. 65th! lI is the rotational speed lI mainly based on the transistor
l@ and brake circuit. Title of invention: Electronic method for controlling the number of bullets fired in air-type spring-type, gas-pressure-type game guns 5, Date of amendment order: July 31, 1990, 6, Patent application subject to amendment, Request for examination of application: M Book (1 Beno II Beno) 1 drawing (Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5,
Figure 6) Contents of 74 amendment Attachment Relationship to the case of the person making the amendment Patent applicant address (residence) 400-Ol Yamananokeno Subb3 Magno Nokinomachi 3u tt no Nanino 1 568 Oshimo-jo, Shikishima-cho, Nakakoma-gun, Yamanashi Prefecture − Kabutsuki Gaitsuya Name (Name) KSN Co., Ltd. Attached patent application Change the name of the invention. Take parentheses. 2. Request for examination of application Take parentheses to change the name of the invention. 3, Mei 811 Page 1 About the name of the invention Before change After changing the electronic system for firing the number of bullets in play guns and play guns (air type spring type, gas pressure type game type) In air type, spring type and gas pressure type game guns Specification of electronic control method for the number of bullets fired 11 Beno Simple explanation of the drawings Rewritten by hand with a word processor 4. Drawings (Fig. 1, Fig. 2, Fig. 3, Fig. 4. Fig. 5, Fig. 6) Rewriting handwritten text with a word processor Details 1 1. Name of the invention: An electronic method for controlling the number of bullets fired in an air-type, spring-type, two-gas pressure gun. 2. Scope of Claims (1) a A motor, a solenoid, each mi pond, etc. are incorporated inside the play gun and the play gun, and the power is used to operate the engine part, and various pressurized gases (freon, carbonic acid, etc.) and springs are activated. How to use force to fire bullets. A method that uses electronic components such as diodes to constantly stop the engine and operating parts in a fixed position through electronic circuit control via a mode changeover switch. (4) There is a motor and solenoid inside the ffi play gun and play gun.
4. Brief Description of the Drawings Fig. 1 shows a method of detecting the number of operations.The number of rotations is detected using a gear from above, and the number of K111 movement ports is detected using a solenoid.The method is a detection method using a rotating cam. Figure 2 shows registers, NANDs, i-elements, transistors,
This is a relay-based rotation speed control and brake circuit. FIG. 3 shows a non-contact circuit that shows rotation speed control and a play kilometer path using a resistor, a NAND element, and a transistor. FIG. 4 shows a rotation speed control and brake circuit using a register, an AND element, a transistor, and a relay. FIG. 5 shows a rotation control and brake circuit using a resistor, an AND element 5, and a transistor, and is a non-contact circuit that does not use a relay. 65th! lI is the rotational speed lI mainly based on the transistor
l@ and brake circuit.

Claims (6)

[Claims] (1) A motor, a solenoid, various batteries, etc. are installed inside the toy gun and the toy gun, and the power is used to operate the engine part, and the toy gun is used to make the toy gun How to make it fire. (2) A micro switch inside the toy gun and the toy gun, I
C. A method that uses electronic components such as transistors, relays, resistors, and diodes to control the number of bullets fired by electronic circuit control via a mode changeover switch. (3) A method of constantly stopping the engine and operating parts in a fixed position using a toy gun and an electronic circuit built into the toy gun. (4) Claim (1) characterized in that a motor, a solenoid, etc. are built into the game gun and the game gun, and the engine is operated by the power thereof, and the game bullet is fired using various pressure gases and springs. ) The toy guns listed. (5) The game gun according to claims (2) and (3), characterized in that an electronic circuit is incorporated inside the game gun and the game gun to control the number of shot bullets and the stop position of the game bullets. (6) Claims (1) and (2), characterized in that a motor, a solenoid, and an electronic circuit are built into the toy gun and the toy gun are operated by power, and the number of bullets fired and the stop position are controlled by the electronic circuit; The toy gun described in (3), (4) and (5).