JPH0928258A - Fling bullet to be flown in state having fishing device in it and gas-shoot apparatus for shooting the bullet attached on fishing rod - Google Patents

Abstract

PROBLEM TO BE SOLVED: To surely shoot and cast a flying bullet even at a narrow place, by a person poor in strength or by a beginner by inserting a fishing device in a shoot apparatus. SOLUTION: A frying bullet, having wind wings at the head of a bullet and provided with a storage section for a fishing device, is attached on a fishing rod. An energizing relay 2 is placed through a metal fitting 1, and a gas supplying device from a gas cylinder section 7 is fixed on a shoot apparatus.

Description

Detailed Description of the Invention

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a device and a safety device for injecting a fishing tackle from a reel mounted on a fishing rod.

2. Description of the Related Art In the conventional reel-type fishing, a person with a narrow back or weak power cannot throw a tackle far away.

[Problems to be Solved by the Invention] In conventional pitch fishing, it is difficult to throw a tackle if the angler is narrow behind the angler.

When the force is weak, the device cannot be thrown far away.

The present invention can be easily used by a narrow space, a weak person, and a beginner of pitch fishing, and an object of the present invention is to prevent accidents to the surroundings by installing a safety device.

[Means for Solving the Problems] In order to achieve the above-mentioned object, the fishing rod is attached with a metal fitting.
The gimmick injection device of the present invention is fixed, and the gimmick fed from the thread reel is stored in a storage box for the flying ammunition, and the leaf spring of the tail bottom plug retainer and the wind cutting blade at the front of the ammunition are contracted from the tip of the injection cylinder. ， Enter the gas combustion part, operate the gas supply timer, when you hear the chime of completion of supply, select the injection direction and angle, confirm the open of the spool, and use the energizing switch to operate the spark plug. When a projectile with a mechanism is ejected and it hits the water, the mechanism will drop from the floating bullet to the bottom of the water due to its own weight.

[Operation] As described above, when the flight bullet is set and the gas for injection is supplied, the chime operates and can be confirmed when the supply is completed.

Then, if the angle is set within the range of the elevation angle of the injection incorporated in the safety device of the power source arranged at the proper place for the spark plug, the energizing relay operates in the injection ready state.

Further, the relays having a vertical angle or more in the same safety device prevent the injection from the upper side to the rear side.

When the bullet is ejected, a relay which is energized when the veil of the winding reel is in an open state is arranged at the end of the veil to operate.

On the other hand, when the spark plug is actuated to eject the flying projectile, the combustion gas in the gas combustion chamber is prevented from being jetted back to the gas supply port. Due to the action, the iron ball blocks the supply port and prevents the reverse ejection of gas.

[0012] When a bullet is passed through a hole opened at the center and a device is stored, the wind wing extends from the storage by the action of a spring when ejected, and the flight attitude is kept stable.

The bullet that has landed on the water floats on the surface of the water as it is due to the buoyancy of the forehead, and the tail bottom plug at the rear of the bullet is opened by the action of the spring after injection, and the device falls to the bottom of the water.

(Embodiment) FIG. 1 will be described with reference to the drawings.
Then, the gas injection device cylinder 4 is fixed to the fishing rod by screwing it with the metal fitting 1 or the like.

As shown in FIG. 2, a gas supply device 12 in which a coil spring 13 and an iron ball 14 are incorporated in the cylinder bottom 6 of FIG.
And the spark plug 9 of the type screwed in from the outside is arranged. In addition, at the rear part, an elevation angle energizing relay 11 with a built-in arbitrary angle is provided.
And the vertical energizing relay 10 are fixed to the same cylinder bottom 6 at an appropriate angle.

The energizing relays 10 and 11 use the same parts. A balance weight 15 is attached to the tip of the part shown in FIG. 13, and a floating shaft 16 with a rounded end is used as shown in FIG. Increase the accuracy of.

A flying bullet, as shown in FIG. 5, is formed with a hole 26 through which a hanging thread passes at the center of the warhead 17 using a material having buoyancy such as styrofoam so that it can float after landing on water. An appropriate number of wind blades 18 that expand and contract via springs are arranged on the outside together with the storage case 19.
In addition, a rubber ring groove 20 is provided on the outer rear portion to keep the gas combustion chamber airtight, and an appropriate rubber ring is attached.

The device storage 21 shown in FIG. 5 is made to have an appropriate size, and when it is inside the tube 4, the tail bottom plug 23 closes the rear part of the device storage 21 through the leaf spring 24 and ejects it. At this time, the mechanism can be protected from the combustion gas and easily injected.

[Brief description of drawings]

FIG. 1 is an overall view of mounting an injection device.

FIG. 2 is a diagram of a gas combustion chamber and an angle energization relay.

FIG. 3 is a lateral view of the energizing relay.

FIG. 4 is a top view of an energization relay.

FIG. 5 is a structural diagram of a flying projectile storing a device.

[Explanation of symbols]

1 Stopper 17 Warhead 2 Bale end energizing relay mounting part 18 Winding blade 3 Energizing switch 19 Enclosure 4 Cylinder 20, 25 Rubber ring groove 5 Gas combustion chamber 21 Device storage 6 Cylinder bottom 22, 24 Plate spring 7 Gas cylinder chamber 23 Tail Bottom plug 8 Gas cock 26 Hole 9 Spark plug 10,11 Energizing relay 12 Gas reverse ejection preventer 13 Coil spring 14 Iron ball 15,16 Energizing relay

Claims (5)

[Claims] 1. A fishing rod when electricity is operated through a vertical safety relay (10) and an elevation safety relay (11) to activate a spark plug (9) arranged at a bottom (6) of a gas combustion chamber (5). The energizing relay (2) is attached near the bearing at the bale end of the bobbin reel arranged in (1), and the ignition switch (3) arranged on the fishing rod is operated to eject the gimmicked bullet. However, it is a device that allows the energization only when the bail is opened and does not energize when the bail is closed, preventing the fishing line from breaking during injection. 2. When ejecting an ammunition containing a gimmick from a cylinder (4), it is larger than a relay (11) energized at an appropriate elevation angle via a relay (2) at the bottom end of the reel bale and larger than vertical. A safety device equipped with a relay (10) that shields electricity at an angle. 3. A gas oversupply prevention device in which an appropriate timer and chime are incorporated in a gas cock (8) when gas is supplied to the gas combustion chamber (5) through a gas reverse ejection preventer (12). 4. When the supply from the gas cylinder chamber (7) to the gas combustion chamber (5) via the gas supply device (12) is completed, the spring (13) in the device (12) turns the iron ball (14).
A gas blowout preventer when a gas is pressed and ignited by the spark plug (9). 5. A combination of a warhead (17) floating in the water and a tackle storage (21) with a hole (26) through which a fishing line can be inserted in the center with an arbitrary thickness to enter the inside of the tube (3). , The warhead (17) has an appropriate number of expandable windbreak blades (1
8) and a storage room (19) in which it can be placed, and a rubber ring groove (20) and a rear part of a device storage room (21) for keeping the gas combustion chamber (5) airtight in the rear part. The tail bottom plug (23) that closes the tail bottom plug (23) is attached, and the spring (22) that presses the tail bottom plug (23) is arranged. ), The spring (22) opens, and when it reaches the water, the tail bottom plug (23) is opened due to the weight of the device and the storage (2
A flying ammunition designed to drop a bait from 1) and drop to the bottom of the water.