JPH03175923A - Self-propelled float device carrying ground bait sinking basket - Google Patents

Abstract

PURPOSE:To surely attain effects of ground bait at a desired point of fisherman by making constitution wherein a main body of float is sailed to a desired position while an outboard machine is operated by wireless control and a ground bait basket is released by hitching action of fishing line reaching from a fishing rod to a knotting point of a hook. CONSTITUTION:A self-propelled float 10 carrying a ground bait basket is equipped with a main body 12 of boat type float, a ground bait basket 14 to be engaged and disengaged the main body, ground bait engaging and disengaging mechanism 32 to attach and detach the ground bait basket 14 to and from the main body 12 of float, an outboard machine 18 fixed to the end of the main body 12 of float and receiving servo mechanism 20 to receive signal from a wireless transmitter and to control the outboard machine 18. The ground bait engaging and disengaging mechanism 32 is connected to the ground bait basket 14 by a fishing line L reaching from a fishing rod to a knotting point of a hook, the main body 12 of float is sailed to a desired position while controlling the outboard machine 18 by operating the receiving servo mechanism 20 loaded on the main body 12 of float by the wireless transmitter handled by a fisherman and the ground bait box 14 is released by hitching action of the fishing line L reaching from a fishing rod to a knotting point of a hook.

Description

Detailed Description of the Invention ■ Purpose of the Invention (1) Industrial Field of Application The present invention provides a self-propelled spreading device carrying a spreading device used as a fish lure for fishing, which is self-propelled by radio guidance. Relating to flotation devices.

(2) Prior Art Conventionally, in order to obtain more fishing results, it is common practice to scatter bait around a fishing spot in advance to attract fish to fish. For this reason, in addition to scattering bait with a ladle, so-called basket fishing is also practiced. In this fishing.

Each end is fixed to the lower and upper ends of a bell-shaped brush body with an open bottom, and a guide rod is fixed around the guide rod in an arc shape, and the monkey ring is inserted into this guide rod and moves along the guide rod. Store the bait with the opening facing upwards, and in this state, swing the rod in the direction of the point, and while the bait part is moving in the air, move it in a straight line along the guide rod to flip it. An inverted basket with a vertical position, a bottom-mounted basket without an opening, and the like are known.

(3) Problems to be solved by the invention With the above-mentioned inverted baskets and bottom-mounted fishing rods, there is a limit to how far the bait can reach a good point due to the length of the fishing rod and the force of the fishing rod. It was difficult to reliably cast the fish because it depended on the skill of the angler.

As a result, the bait landed on the water before reaching the point, and not only is the bait itself often wasted, but the fishing point itself is limited to the vicinity of the fishing spot, resulting in more catches, especially yellowtail, yellowtail, and amberjack. The present invention was made in view of the above-mentioned conventional problems, and the purpose of the present invention is to attach a scattering device to the main body of the float, which is engaged and detached by a scattering device engagement mechanism. In addition, the float itself is equipped with an outboard motor that is controlled and driven by wireless transmission, and by linking the scattering device engagement and disengagement mechanism and the scattering rotation with a line, it is not only possible to scatter bait at distant fishing points. To provide a self-propelled floating device for scattering, rotating and carrying bait that can reliably perform the effect of scattering bait at a fishing point desired by an angler.

■8 Structure of the invention (1) Means for solving the problems In order to achieve the above object, the present invention provides a boat-shaped floating body 12
, a spreading station I4 that is connected to and detached from the floating body 12, and a spreading station 14 that is provided between the floating body 12 and the spreading station 14.
A spreading device engaging/disengaging mechanism 32 for engaging and disengaging the floating body 12 from the floating body 12; a reception servo mechanism 20 mounted on the float body 12 to control the outer machine 18;
The sowing and setting 14 are linked by a fishing line, and the angler controls the outboard motor 18 by operating the reception servo mechanism 20 mounted on the float body 12 with a radio transmitter 48 operated by the angler. It consists of a self-propelled floating device 10 for carrying a scattering device 10, which is made of a floating device 10, which is made to travel to the position shown in FIG.

Further, the spreading device engaging/disengaging mechanism 32
The hook part 14a provided on the upper part of the floating body 1
The hook portion 14a of the scattering device 14 is drilled in the body of 2.
A rotary disk 34 is pivoted to the end of a stepped portion 42 provided in a curved shape in the first hole 38 into which the rotary disk 34 enters, and an end is inserted into the second hole 40 provided in a position close to the first hole 38. The rotary disk 34 is pivoted so that the portion 36a rotates and stands upright.
The rotary disk 34 has a hook end 15 of the hook portion 14a of the spreading device 14, and one end 34a of the rotating disk 34 engages the hook end 15 of the hook portion 14a of the spreading device 14 when the spreading device 14 enters. The other end 34b is received from the lower part, and the other end 34b is pivotally attached to the stepped portion 42 so as to be locked from rotation, and
The end portion 34a on the receiving side is always biased by a spring 44 to release the receiving portion around the pivot portion, and the shackle rod 36 is always biased by a spring 44 so as to be in an upright state.
The end portion 36a is biased toward the rotary disk 34.
While engaging with the end 34b on the side whose rotation is locked by the stepped portion 42, in the erected state, it is engaged with the end 34b of the rotary disk 34 to maintain the erected state. ii.
It is preferable that the route and the threads linked to the scattering arrangement 14 are linked.

(2) Operation Beforehand, the spreading device is locked to the main body of the boat type T7 by the spreading device locking/disengaging mechanism. In this state, the self-propelled floating device for scattering, carrying, and carrying is lowered to the sea surface and placed in a floating state. Next, the stick of the radio transmitter is operated to input operation signals, and signals for starting, stopping, forward and reverse rotation of the outboard motor, and steering angle control signals are transmitted.

This signal is received by a receiving servo mechanism to drive the outboard motor in forward and reverse directions or to set a desired steering angle. This allows the forward and reverse steering drive to be controlled up to the target point by operating the forward and reverse drive stick and the steering angle stick. When the device reaches the point, the stick is turned off and the rod is jerked toward the user to cause the spreading device to detach from the float body using the spreading device engagement/disengagement mechanism linked by the guide line.

The bait is detached, descends into the sea, and, with the opening facing downward, releases the bait from the opening into the sea at the point where it is locked by a floating stopper attached to the line in order to set the bait to the desired angle. It happens. Since the floating body and the rotation are linked by a guide thread, the floating body is floated by 7 forces (as shown in the figure), with the example of the floating body moving forward in direction E, and this floating body. The 7-spring part becomes the original float, and fishing is done while visually observing this part. When the reel of the fishing line is rewound, the float body and the reel are both connected to the fishing line, so both are attracted to the fishing forecast and the fishing can be continued by performing the same operation again. As a result, it becomes possible to move the floating body carrying the scattering device to a desired point on the sea surface -1- by radio control, and to detach the scattering device by operating it from the fishing shore at the desired point. This makes it possible to fish at points that are substantially far away compared to conventional fishing methods.

(3) Embodiments Hereinafter, preferred embodiments of the present invention will be described with reference to the accompanying drawings.

The figure shows an embodiment of the invention.

FIG. 1 is a schematic plan view of the self-propelled floating device 10 for carrying a spreading/rotating device. In FIG. A small outboard PAts equipped with a screw 16 is provided at the rear end.

As shown in FIGS. 1 to 6, the boat-shaped floating body 12 is approximately cylindrical rocket-shaped and made of plastic, etc., and has necessary equipment, which will be described later, built in, and the gaps between the floating body and each device are , filled with a buoyant material such as urethane, or left hollow.

Further, as shown in FIG. 2, a linking ring I3 is fixed to the rear end of the floating main body 12 for passing the guide line, and a groove for attaching a night light emitting device is attached to the forward end. is formed.

In FIG. 2, a reception servo mechanism 20 for controlling the outboard motor 18 is installed inside the floating body 12. That is, this receiving servo mechanism 20 includes a first receiver 22 that receives pulse signals for controlling and driving start, stop, forward, and reverse rotations of the outboard motor 18, and a steering shaft of the outboard motor 18. It includes a second receiver 24 for receiving a pulse signal for controlling the steering angle of the vehicle.

These first and second receivers detect the pulse width of each signal and transmit an amount proportional to the pulse width to the outboard motor.
A servo circuit 26 is built in to rotate or swing the servo circuit 8. A small servo motor (not shown) is built into the second receiver 24, and the rotating shaft of this servo motor and the outboard motor 18 are connected by a link 28. Then, the servo motor is rotated by the pulse signal command received by the second receiver, and the outboard motor 18 is rotated by a desired rotation angle via the link 28 (6).

Note that 30 is a rechargeable DC battery, which is connected to the first and second receivers 22, 24 and the outboard motor 18, respectively, and supplies the required voltage and current. The forward end of the floating body 12 has a screw-on cap structure, and the present invention, in which the cap is removed and the battery 30 is charged from the terminal 30a, is characterized by a curved end. The main body of the float carrying the water can be moved to a desired point on the sea surface by radio control, and at the desired point, the fishing boat can be operated from the fishing shore to release the fish.

For this reason, the floating main body 12 is provided with a scattering/rotation locking/disengaging mechanism 32 that locks the scattering/rotation and releases the lock by the jerking motion of the fishing line and releases the same amount.

In this embodiment, the spreading rotation engaging/disengaging mechanism 32
a hook portion 14a provided on the upper part of the float body 12, and a rotary disk 34 pivoted so as to always lock the hook portion 14a in a hole drilled in the float body 12 for the hook portion 14a to enter; It includes a shackle rod 36 which is pivotally mounted so as to maintain engagement with the hook portion 14a of the rotary disk 34 at all times.

As shown in FIG. 1O, a hook part 14a having a hook end 15 in the form of a side beak is protrudingly fixed to the upper part of the spreading station 14, and the lower surface of the hook end 15 side is attached to the hook part 14a. A curved surface is formed downward from the base toward the hook end. A hole is provided at the end of the fishing line for threading the fishing line, and the other end is connected to a locking ring connected to the main body of the basket, with a locking device such as a monkey ring attached to the fishing line. The feeder is inserted through the feeder, and the forward end thereof is opened for removing the bait.

In addition, in FIG. 2, a first hole 38 is bored from the bottom surface approximately at the center of the floating body 12. Further, a second hole 40 is bored from the upper part of the floating body 12 so as to communicate with the first hole 38, and a second hole 40 is bored from the upper part of the floating body 12 so as to communicate with the first hole 38. 2nd hole 38.
The connecting portion of 40 is formed into a stepped shape including a curved step portion 42 .

A plate-shaped rotary disk 34, for example, is pivotally attached to the step end 42a of the step portion 42 so as to be freely rotatable.

As shown in FIG. 9, this rotary disk 34 has one end 34a side biased by a spring 44 toward the step wall 42b side of the step portion 42, and is rotationally engaged by a protrusion (not shown) at a position overlapping with the step wall 42b. Along with being stopped.

The other end 34b side rotates until it comes into contact with the stepped surface of the stepped portion 42. Therefore, in the figure, this rotary disk 34 rotates within a range of approximately 90 degrees. The scattering device 14 is inserted into the first hole 38 with the hook portion 14a side of the spreading device 14 facing the stepped portion 42 side, and after installation, the rotary plate 34 is placed in a horizontal state. By holding the hook end 15, the lower part of the hook end 15 is received on the upper surface of the end portion 34a of the rotary disk 34. Said second hole 40
A bearing is provided protruding from one edge of the holder, and a shackle rod 36 is pivotally attached to the bearing such that the lower end portion 36a freely rotates within the second hole. The lower end 36a of this jerking rod 36 is connected to the hole wall 40a so that the rod 36 is placed in an upright position.
regulated by. Then, the end portion 34 of the rotary disk 34
b, rotates approximately 90 degrees to the rear of the floating main body 12, and is housed in a long groove provided in the longitudinal direction of the upper surface of the floating main body 12 when the floating main body 12 is laid down. In addition, in the figure, the hole wall 40
On the inner wall side of the hole a, a leaf spring 46 having one end fixed to the inner wall and the other end protruding above the floating body 12 is sandwiched between the end 36a of the shackle rod 36 and the wall of the hole. It is set in.

Therefore, the shakuri rod 36 is always biased by the spring so as to maintain the upright state, and in the upright state, it is engaged with the end portion 34b of the rotary disk 34, thereby allowing the rotary disk 34 to spread the seeds. This is to lock and hold the receiving state of the lower surface of the hook portion 14a of the housing 14.

In addition, as shown in FIG. 11, a passage hole 36c is provided on the end 36b side of the shakuri rod 36, and the passage hole 36c, the linking ring 13 at the rear of the float body, and the inside of the scattering arrangement are used for threading. is inserted, and here, the floating body 12 and the spreading/rotating device 14 are linked via the spreading/rotating engaging/disengaging mechanism 32.

A flexible protection tube is fastened and fixed along this shakuri rod 36, and the inside of this protection tube is connected to the first and second sections.
An antenna connecting to a receiver 22.24 is inserted through it.

FIG. 7.8 shows a known wireless transmitter 48, in which a sheet is fixed to the upper surface of the holder of a fishing rod held by an angler and the sheet is removably attached to the fishing rod. Since the jerking operation of the line and the radio control of the float body 12 are arranged in close proximity, the rod operation and the radio control can be performed within substantially the same arm operation range.

When using the above-mentioned self-propelled floating device IO for spreading, rotating, carrying, and carrying
Tilt it to the rear side and hold it in the vertical direction in the figure so that the rotating disc 34 overlaps the stepped wall 42b, and in this state,
The hook end 15 of the hook portion 14a of No. 4 is attached to this stepped wall 42b.
The end portion 36a is inserted into the first hole 38 so as to face each other, and then the shackle rod 36 is rotated and erected.
The end portion 34b of the rotary disk 34 is pushed down and rotated in the clockwise direction, and while the end portion 34b is brought into contact with the stepped portion 42, the rotation is stopped and this state is locked. At this time, the end portion 34a of the rotary disk 34
The hook end 1 rotates clockwise along the curved surface within the gap formed by the downward curved surface of the hook end side, and when the hook end 36 is in the upright state, the hook end 1
The lower surface of the floating brush 5 is received and supported, and thereby the fine brush 14 is locked to the floating main body 12.

In this state, as shown in FIGS. 15(a) and 15(b), the device IO is lowered to the sea surface and placed in a floating state.

Next, the stick of the wireless transmitter 48 is operated to perform manual operation, and signals encoded for each channel via the channel encoder, mixer, and transmission circuit are transmitted, for example, to start, stop, and forward/reverse the outboard motor 18. It transmits signals for controlling rotation and steering angle control.

1st. Each signal inputted from the antenna at the second reception 922.24 is sent to a channel-specific signal by a channel separation circuit through a reception circuit including a high-frequency amplification circuit and a demodulation circuit, as shown in FIG. 13, as shown in FIG. is taken out. This signal is supplied to a servo circuit as shown in FIG. 14, which detects the pulse width of the signal separated for each channel, and drives the outboard motor 18 in forward and reverse directions by an amount proportional to the pulse width.
Alternatively, a desired steering angle is set via the link 28.

The receiving servo mechanism 20 operates the forward/reverse drive stick 50 to move it forward as shown in FIG.
2 to control the steering as shown in FIG. 15(d). When the device 10 reaches the point, the stick 50
Turn it off, remove the thread dandruff from the thread, and shake one rod far toward you. At this time, since the end of the thread is locked to the scattering brush 14, the shakuri rod 36 is moved as shown in Fig. 15(e).
As a result, the end 36a of the rod 36 rotates clockwise, and the rotary disk 34 rotates counterclockwise. The locking of the hook part 14a of the scattering brush 14 is released,
As shown in Fig. 15(f), the floating body 12 and the scattered thin brush 14
breaks away and descends into the ocean. At this time.

The fine brush 14 is spread while stalling and scraping the opening downward 4 times.
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It descends until it is stopped by the L. Then, as shown in FIG. 15(g), the rear side of the floating main body 12 is submerged in the sea due to the weight of the scattering brush 14, and a part of the floating main body 12 is exposed above the sea surface with the forward side upward. It will float due to buoyancy. This floating part becomes the original float, and fishing is carried out while observing it visually. When you rewind the reel of the line, the floating body 12i3
Since the fishing line 14 and the fishing line 14 are connected to the same line, both of them are drawn toward the fishing line, and fishing can be continued by performing the same operation again. In this case, the floating main body carrying the thin brush can be moved to a desired point on the sea surface by radio control, and the thin brush can be detached by operating it from the fishing beach at the desired point. It is possible to fish at points that are substantially far away compared to conventional fishing methods. Therefore, you can expect to catch super-large fish that can only be achieved at these points, and you can also expect to catch a large amount of fish more reliably due to the reliable baiting effect.

? P7 Taihatsuguchihirigoigoigosucounterfeit8buttonhokibabohakushujunkimotojj10 Not limited to the above embodiments, but includes a float body and a bait basket that can be attached to and detached from the float body. , a thin end hooking and disengaging mechanism provided on the float body and the bait basket for connecting and disconnecting the bait basket to the float body, an outboard motor provided at the end of the float body, and a radio transmitter. a receiving servo mechanism mounted on the float body to receive the signal and control the outboard motor, and the thin end hooking/disengaging mechanism and the bait basket are linked by a line and operated by an angler. A radio transmitter operates the receiver servo mechanism mounted on the float body to control the outboard motor while the float body travels to the desired position, and the bait basket is released by the jerking motion of the line. This includes the following equipment.

In addition, the thin end hooking and disengaging mechanism may be provided only on the floating body side so as to lock or release the bait basket. It's okay.

■r As described in detail of the invention, according to the self-propelled floating device for carrying and carrying seeds according to the present invention, the bait basket is attached to the floating body and is detachable by the scattering, rotating, engaging and disengaging mechanism; Equipped with an outboard motor that is controlled and driven by wireless transmission, the spreading device can be connected and disconnected 8
! By linking the side and bait basket with a line, it is not only possible to bait at a distant fishing point, but also to ensure the bait effect is carried out at the angler's desired fishing point, and the number and type of bait baskets are both good. You can expect great fishing results.

In addition, the sowing narrow end engagement/disengagement mechanism includes a hook part provided at the top of the sowing bait basket, and a step part provided in a curved shape in the first hole drilled in the body of the float body and into which the hook part of the sowing bait basket enters. A rotary disk is pivotally connected to the end, and the end is pivotally connected to rotate within a second hole provided in a position close to the first hole, and the end is fixed to the end of the rotary disk in an upright state. Has a Shakuri rod,
One end of the rotary disk receives the hook end of the hook portion of the bait basket from below when the bait basket enters, and
The other end is pivotally attached to the stepped portion so as to be locked in rotation, and the end on the receiving side is always biased by a spring toward the side that releases the attachment around the pivot portion. When the rod is biased by a spring so that it is always upright, it becomes 6.

Its end engages with the end of the rotary disk whose rotation is locked by the stepped portion of the rotary disk, and in the upright state, the rotary disk engages with the end and maintains its upright state. By locking and holding the rod, and by configuring the upper end of the rod to be connected to a line that is linked to the bait basket, the float body and the bait basket can be reliably engaged and disengaged. This allows for smooth release of the bait basket using the jerky operation.

[Brief explanation of drawings]

The figure shows an embodiment of the self-propelled floating device for spreading, rotating and carrying according to the present invention. Fig. 1 is a schematic side view of the device; Fig. 2 is an explanatory view of the longitudinal cross-section of Fig. 1 with a connecting ring attached to the rear side; Fig. 3 is a plan view of the device; The figure is a cross-sectional view of the device, Figure 5 is an explanatory view of the device seen from the rear side, and Figure 6 is
A partially cutaway explanatory diagram seen from the forward side. ff7FWI-to4! ! Eta；Taoii @14tr+WR
ICib Nikichi FIQ Figure 8 is a side explanatory view of the transmitter attached to a fishing rod. Fig. 9 is an enlarged explanatory view of the main part of the spreading thin end engagement/disengagement mechanism;
The figure is a partially cutaway enlarged perspective view of the feeding basket, Fig. 11 is an enlarged perspective view of the upper part of the shakuri rod, and Fig. 12 is a wireless transmission,
FIG. 13 is a block diagram of the receiver. Figure 14 is a block diagram of the servo circuit, Figure 15 (
FIGS. 15(a) to 15(g) are explanatory views of the device in use. 10. Self-propelled floating device for spreading, rotating and carrying, 12° boat-shaped floating body, 14. , bait basket, 14a. , hook part, 181. Outboard motor, 20 Receiving servo mechanism, 32. ,, Disconnecting the spreading device 8! Horizontal, 34. . Turntable, 36. ,, Shakurirod, 38. ,. 1st hole, 40. , , second hole, 42. , step part, 4
81. wireless transmitter

Claims (1)

[Scope of Claims] 1. A boat-shaped floating body, a bait basket that is connected to and detached from the floating body, and a bait that is provided on the floating body and the bait basket and that connects and disconnects the bait basket to the floating body. a cage engagement/disengagement mechanism; an outboard motor provided at the end of the float body; a reception servo mechanism mounted on the float body for receiving signals from a wireless transmitter and controlling the outboard motor; The bait basket engagement/disengagement mechanism and the bait basket are linked by a line, and a wireless transmitter operated by an angler operates a receiving servo mechanism mounted on the float body to control the outboard motor and move the float body. A self-propelled floating device for carrying a bait basket, which is made to travel to a desired position and detach the bait basket by the jerking action of a line. 2. The bait basket engagement/disengagement mechanism includes a hook part provided on the upper part of the bait basket and a first hole drilled in the body of the float body into which the hook part of the bait basket enters. a rotary disk pivotally attached to an end of a stepped portion provided in the first hole; and a rotary disk pivotally attached such that the end portion rotates within a second hole provided in a position close to the first hole, and the rotary disk is mounted in an upright state. and a shakuri rod that is attached to an end of the board, and the rotary board has one end that receives the hook end of the hook part of the bait basket from below when the bait basket enters, and the other end of the rotating disc that receives the hook end of the hook part of the bait basket from below. is pivotally attached to the stepped portion so as to be locked in rotation, and the end on the receiving side is always biased by a spring toward the side that releases the receiving, with the pivot portion as the center; The shake rod is biased by a spring so that it is always in an upright state, and its end engages with the end of the turntable whose rotation is locked by the stepped portion, while the shake rod stands upright. In the installed state, it is locked and held so that it is engaged with the end of the rotary disk to maintain its upright state, and a line that is connected to the bait basket is threaded through the upper end of the shake rod. A self-propelled floating device for carrying bait baskets according to claim 1.