JPS60110232A - Float with bait lively motion apparatus - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention is a float with a bait moving device that automatically moves bait intermittently in order to improve the bite of fish while fishing.

Conventionally, in float fishing in stagnant fishing spots in rivers and lakes with little flow, dead bait, kneaded bait, dumplings, fillets, and artificial baits, as well as live bait, remain completely motionless in the water.

However, fish have a habit of attracting moving bait, and some anglers sometimes move their rods up, down, left and right little by little to shake the bait and attract fish.
In float fishing, it was difficult to constantly move the bait as if it were alive because of the float.

This invention aims to solve the above-mentioned problems.

That is, the present invention is a float with a bait moving device in which a hanging Harris is intermittently moved together with bait via an arm or rod driven by a small power such as a spring mechanism or an electromagnetic mechanism.

Embodiments of the present invention will be described below with reference to the accompanying drawings.

1, 2, and 3 are a perspective view, a vertical side view, and an operation explanatory view showing a first embodiment of the present invention. This float with a bait movement device has a horizontally striped floating rod 2 with a screw 1 carved into the lower end, a female thread 3 for the floating rod in the center of the top, and a bait movement device 4 with a spring mechanism inside. It consists of a shell-shaped float main body 5.

The float main body 5 is composed of a head having an air chamber or a floating chamber 6 such as a foamed polystyrene body inside, a disk-shaped bottom 7, and three arch-shaped columns 8 that integrally connect these two sections. The middle part of the spring arm 8 is a rotation operation chamber 9 for a spring arm (described in detail later), and a stop ring 10 for the thread A is attached to the outer surface of the floating chamber 6. ) A return stop R11 is attached to the bottom part 7, and a thread insertion hole 12 is provided in the center of the bottom part 7.

The bait movement device 4 is equipped with a mainspring mechanism 13 with a speed governor inside the bottom part 7, and this mainspring mechanism 1
3, a horizontal spring arm 16 is fixed with a locking nut 17 to an upper end J""i hole 15 of a vertical cylindrical rotating shaft 14 that rotates at a slow speed of, for example, 4 to 5 Rr'M. In the mainspring mechanism 13, an internal mainspring spring is wound around a spherical handle 18 protruding from the lower surface of the 1-side portion 70).

The spring arm 16 has a locking portion 19 bent upward at the tip, a thread insertion ring 20 is provided at the tip, and the locking portion 19 is attached to the pillar 8 to a required length! (See Figure 3) It is designed to protrude and abut. A strong shock thread 21 is attached to the retaining ring 11, and the shock thread 21 is inserted through the small thread of the spring arm 16 and the thread insertion hole 12 in the center of the bottom part 7, and connected to the Harris 13. There is.

1''!-The child main body 5 is provided with an ON-OFF lever 22 of the mainspring mechanism 13 on the outer surface of the 1r section 7.

According to the bait movement device 4, the locking portion 19 of the spring arm 16, which rotates together with the rotation shaft 14, is bent when it hits the column 8 (see the chain line in FIG. 3), and due to the dynamic vibration due to restoring elasticity at the moment when it comes off from the column 8. The fishing line 21 is strongly pulled up, and the bait D attached to the fishing hook C at the tip of the Norris B starts to dance up. In addition, at this time, it is thought that it is useful for gH fish because the power is transmitted before the water or into the water. Harris B
Car E is parked at the station.

This float with bait movement device is formed so that the attachment of the floating rod 2 is near the roots or on the water surface, so that the gravity and buoyancy of each part are well balanced. Furthermore, you can fine-tune the float level to suit your preference. Further, the protruding length t of the spring arm 16 affects the amount of shock, that is, the magnitude of the dance of the bait D, and
You can freely adjust the length by loosening the length.

In the mainspring mechanism 13, the rotating shaft 14 rotates at a very low speed, and once the mainspring spring is wound and set, the bait can be kept moving for a considerable period of time.

FIGS. 4 and 5 are a perspective view and an operation explanatory diagram showing a second embodiment of the present invention. This bait; 1" 11: The float with a moving device has a front triangular shock rice arm 23 protruding in a slightly four-curve shape at the bottom of the float body 5, and a circular spring arm on the vertical side of the center that rotates. A surface 24 is provided, and a horizontal rotation shaft 14 is protruded from the center of the rotation operating surface 24Q.Furthermore, the float body 5 has an arm 2.
A thread insertion hole 25 is provided at the tip of 3, and three spring arm locking pieces 26 are provided at the peripheral edge of the rotation operating surface 24.
They are protruded at equal intervals, and the floating rods 2 are screwed to the top, and 1if
A guide ring retaining ring 10 is attached to the t portion.

The rotating shaft 14 is driven by an internal vertical spring mechanism (not shown), and has a rod-shaped spring arm 16 at the tip.
is fixed by a locking nut 17. The splinter arm 16 is connected to a shock thread 2 via a crank 27 at its tip.
1 is attached.

This second example of a float with a bait moving device has a spring arm 16 that rotates at a very slow speed that hits the fM stopper 26 +C and bends, and the moment the tip comes off, its restoring elasticity causes the bait to dance up through the shock thread 21. become. The shock thread 21 is not twisted because the crank 27 rotates.

Figures 6 and 7 show a perspective view and a side view of the third practical example of the present invention. The float main body 5 has a cylindrical electrical equipment body 29 with an upper opening at the lower end of the head 28 which has 4 receptacles inside.
It is screwed in a liquid-tight manner.

A floating rod 2 is screwed onto the top of the head 28, and a guide ring 10 is attached to the side. The electrical equipment body 29 consists of a battery chamber 30 with an opening at the top, a timer chamber 31 in the center, and an electromagnetic piston chamber 32 at the bottom.
A timer 34 and a switch 35 are installed in the timer chamber 31, and wiring 37 connecting each contact and the coil 36 of the electromagnetic piston chamber 32 is buried therein.

A cylindrical vertical iron core 38 is installed in the center of the electromagnetic piston chamber 32, and a coil 36 is installed in the upper half of the iron core 38.
A piston 39 is inserted into the iron core 38 so as to be slidable up and down, and a piston rod 42 is protruded from the lower end through-hole 40 via a waterproof ring 41 .

The piston 39 has an outer circumferential surface covered with an iron circular tube 43 to reduce weight.
Plastic molded parts are used.

In the third embodiment of the float with the bait movement device, when the switch 35 is turned on from the outside, the timer 34 is activated, and the iron core of the coil 36 becomes an electromagnet. The piston 39 is attracted upward by the electromagnetic force, and the bait D attached to the fishhook C at the lower end dances with the Harris B via the piston rod 42 which rises rapidly.

During the power cut, the piston 39 descends due to its own weight and repeats this up and down movement. Compared to the first and second embodiments, this third embodiment has the advantage that the trouble of opening and setting the spring spring can be omitted and that the fishing operation can be made more efficient. .

The float with a bait movement device according to the present invention has the above-described structure, and when using it, the tip of the guide line A attached to the rod is tied to the stop ring 10 in the same way as a normal /4 float. , F&:i of the shock thread 21 in the first embodiment and the second embodiment.
, i, in the third embodiment, a Harris B is tied to the do end of the piston rod 42, and the attachment of the floating rod 2 is adjusted so that it is near the root 1.1 or at the water surface.

Adjustments can be made by replacing the floating rod 2 with a different force, or by inserting 1.14-karat gold into the floating rod 1.

Immediately before landing on the water, in the first and second embodiments, the user holds the spherical handle 18 and wraps the mainspring to turn on the temporary lever 22, and in the third embodiment, turns on the switch 35.

In the water, the bait moving device operates, causing the bait D to dance upward intermittently, and the operating sound is transmitted in all directions. In addition, the fish is detected by the movement of the floating rod 2 protruding from the water surface.

As mentioned above, according to the float with the bait YM motion 11j of the present invention, when fishing with a float in a fishing spot with little flow, such as stagnation in rivers and lakes, dead bait, tjj live bait, artificial bait, and stationary growth can be avoided. The fish move intermittently as if they were alive and make a slight operating noise, which has the effect of making it easier for the fish to come close to each other and get a bite.

[Brief explanation of the drawing]

FIG. 1 is a perspective view showing a first embodiment of the present invention, FIG. 2 is a longitudinal side view of the same, FIG. 3 is an explanatory diagram of the same operation, and FIGS. A perspective view and a side view showing the second embodiment, FIGS. 6 and 7 (:l A perspective view showing the third embodiment of the present invention & Q-Vertical 11] [Side view. 2... Float Rod, 5... Float body, 6... Floating chamber, -
r...bottom, 8...column, 10.11...stop ring, 1
3...sensai(,il geometry, 14...rotation axis, 16
... Spring arm, 17... Lock nut, 19.
... Locking part, 21 ... Shock thread, 23 ... Arm, 26 ... Locking piece, 27 ... Crank, 29 ...
・Electrical equipment body, 33... Dry battery, 34... Timer,
35...Switch, 42...Piston rod. Special ti'l' tJ: L'↓゛1 person sa dazzling former branch lid agent dislike 1]" sentence 2

Claims (1)

[Claims] It is equipped with a floating rod on the top, and is equipped with a drive section powered by a spring mechanism or an electromagnetic mechanism inside, and the hanging Harris is moved intermittently along with the bait through an arm or rod operated by this drive section. A float with a bait moving device.