JPH0249529A - Fishing rod operation apparatus provided with electrical control device such as limit switch and timing motor - Google Patents

Abstract

PURPOSE:To enable the operation of a number of fishing rods by one operation by converting the power of an electrical control apparatus to mechanical power by the rotation of a fishing rod or a rod-holding member and moving the fishing rod in a specific state. CONSTITUTION:A fishing rod 1 is rotatably attached to a shaft 3 via a fishing rod-holding member 2. When the tip of the fishing rod is bent, an electric circuit is closed by a corresponding limit switch among the limit switches 4, 4a, 5, 5a to start the rotation of a timing motor 6. The supporting shaft 3 is rotated with a speed-reducing apparatus 7 to rotate the fishing rod 1 toward the opposite side. When the fishing rod 1 reaches the extremity of the opposite side, the limit switch is operated to return the fishing rod 1 to the side of sea or river by an electrical means or the motion of the fishing rod 1 is stopped for a short time at the extremity by the adjustment of a limit switch operation ring 8.

Description

[Detailed Description of the Invention] When catching fish that move along the coast in flocks, such as carp, fishermen 68 carry and operate a single fishing rod to capture the catch, as in so-called pole-and-line fishing. Avoiding the means that cause
However, there are electronic control devices such as limit switches and timing motors that allow a single fishing rod operator (such as a fisherman) to operate many fishing rods electrically and mechanically, greatly increasing fishing efficiency. The object of the present invention is to obtain a fishing rod operating device.

In the present invention, a fishing rod is attached to a fishing rod mount rotatably supported on a support shaft, and by rotating the fishing rod or the fishing rod mount, the power of an electric control device such as a limit switch or a timing motor is converted into mechanical power by a deceleration device. The fishing rod is configured to be able to move quickly and repeatedly over a desired range to the sea, river side, and reverse side, and when moving within the desired range, the fishing rod is moved according to the adjusted state or at the desired time. A fishing rod operating device equipped with an electric control device such as a limit switch, a timing motor, etc., characterized in that the movement can be stopped at any point and also reversed, and the number of implementations thereof An example is as follows. In the first embodiment, (1) is a fishing rod, (2) is a fishing rod mounting body, and the fishing rod (1) is mounted on this with a support shaft (3). do.

(4), (4a), and (5), (5a) are each limit switch, and (6) is a timing motor driven by each limit switch (for example, a Warren motor), ( 7) is a mechanical deceleration device, (8
) is the switch actuation ring that fits on the support shaft (3),
A cam part (8a) is provided which contacts the actuator of the limit switch.

A push screw (9) is screwed into the limit switch actuation ring (8), which presses the support shaft (3) to fix the limit switch actuation ring (8) to the support shaft (32). (8) is the limit switch (4),
(4a), (5), and (5a), loosen the push screws (9) and remove the limit switch operating ring (
The degree of rotation of the limit switch actuating ring (8) can be adjusted by turning 8) appropriately and tightening the push screw (9) again. l
The cradle (b) is a bent part (13a) provided at the upper side of the side wall of the fishing boat (to).
It is removably attached using something like a bolt or nut. α theory indicates a fishing line attached to a fishing rod (including a fishhook), and (to) indicates a fish to be caught, such as bonito. In addition, the fishing rod (1) is the fish (to)
Of course, it bends due to the tension.

2nd Embodiment In the 1st embodiment, the rest of the intervention of the hydraulic system or the air motor between the timing motor (6) and the reduction gear (7) is the same as in the 1st embodiment. , a hydraulic system, or an air motor, the power source may sometimes be switched to something other than the timing motor.

A rack αη is attached to the tip of the piston rod (G) of the third embodiment hydraulic system.
is attached and meshed with the gear (to) fixed to the support shaft (3) to form a speed reduction device. The rest is the same as the first embodiment and the second embodiment. Fourth Embodiment In the first embodiment, a reinforcing rod α is added to the fishing rod (1), and a connecting means for connecting the two is provided. In this case, the fishing rod (1) is usually inserted into the inverted U-shaped retainer (1) fixed to the reinforcing rod (2), and the push screws (C) are inserted from both side walls to suppress and fix the rod. In addition, when connecting reinforcing rods to each other, a retainer (1) is used.
One reinforcing rod α is supported by a supporting rod (2) inserted through a similar retainer (2oa), and a supporting rod (goods) wrapped with a spiral spring (2) is inserted into the other reinforcing rod αe. This is attached to the retainer (20a) by screwing the butterfly screw 4 into the support rod (c) and pressing the spiral spring (c). yeA is Example 1
The fishing rod mounting body (2) in the above is divided into two parts, and the insertion rod is provided on one side, and (b) is the insertion hole for the insertion rod provided on the other side.
(to) is the fishing rod insertion hole, and the boundary K of each insertion hole
JRfi will be installed and the two will communicate. (7), (3
1) are all screw holes, and each appropriate screw is screwed into the screw holes, and the four insertion rods and the fishing rod (1) are fixed, and the rest is the same as that of the first embodiment. Same as .

Fifth Embodiment In FIG. 16, (32) and (32a) are wheels for hooking the fishing line (B), usually a pulley, which is rotatably mounted on the tip of the fishing rod (1). (33) and (34) are both cylindrical bodies, (33) is an outer cylinder, and (34) is an inner cylinder, and the inner cylinder is fitted into the outer cylinder.) (35) is screwed into the outer cylinder (38). cap body (3
6) is a 1% screw thread built into the inner cylinder (34), which is a compression spring and is attached to the cap body (35) and the inner bottom of the inner cylinder (34). There is a sliding relationship between the inner and outer cylinders, and a fishing line (B) is attached to the outer bottom of the inner cylinder (34).5 The operation of the present invention will be explained based on the above embodiments. When the fishing rod (1) is placed on the sea or river side as shown in Figure 1 (with no fish hanging on the fishing rod (1)), turn on the switch and connect the electric circuit. When it is activated, the fish will be hooked like a bait hook, bending the tip of the fishing rod, causing the corresponding limit switch to close the electric circuit, and current will flow to the timing motor (6). rotates,
The spindle (3) rotates through the reduction gear (7), and the fishing rod (1)
The fish turn to the reverse side, that is, the opposite side of the fishing boat, and the fish automatically detaches from the bait hook and falls into the fishing boat. (The fish falls naturally from the hook.) The fallen fish rotates on the sloping floor of the boat, moving lower and falling naturally to the bottom of the boat.]
When the fishing rod (1) rotates to the reverse side and reaches the limit, a limit switch is activated and the fishing rod (1) is electrically configured to move toward the sea or river side, or the limit switch is activated. By adjusting the ring (8), it is possible to stop the movement of the fishing rod (1) for a short time at its extreme position, so if the fish does not detach from the hook, I take various matters into consideration in advance and let it ride with me. This does not prevent a very small number of fishing rod operators, such as one or two, from manually (including semi-automatically) removing a fish (a) from a fishing hook, and furthermore, the fishing rod operating device of the present invention can be driven. It is possible for the fishing rod operator himself to detach the fish from the hook as appropriate. and,
When the fishing rod (1) returns to the sea or river side, the corresponding limit switch is activated and rotates to the above-mentioned reverse side, and the fishing rod (1) that has reached its limit moves to the sea or river side,
The above fishing rod (1) is restored to the state where it is placed on the sea or river side,
In this way, the above-mentioned action of catching fish (to) is repeated.
The action of this embodiment is achieved by intervening a hydraulic system or an air motor between the timing motor (6) and the reduction gear (7) when the pull of the fish is strong (for example, when catching a large catch or other heavy object for an unintended purpose). This avoids causing strain on the timing motor (6) (such as when the timing motor (6) gets stuck). The rest of the operation is the same as that of the first embodiment, and the operation of the third embodiment is to convert the rotational force of the timing motor (6) into the fishing rod (
1), the deceleration and speed increase can be adjusted to the desired values by the meshing relationship between the rack αη and the gear (G).Of course, the main effect is deceleration, and the rest of the action is as described in the first embodiment. Same as the effect of In the operation of the fourth embodiment, the reinforcing rod α Samurai can be freely removed from the fishing rod (1) by removing the butterfly screw) and separating the retainer (20a) from the fishing rod (1). Moreover, it can be attached freely by the means described in the fourth embodiment. The rest of the action is similar to the first embodiment.In the fifth embodiment, when a fish with a large pulling force pulls the fishing line attached to the outer bottom of the inner cylinder (34), the thread *g thread ( 36) expands, and along with this, the inner cylinder (34
) also moves, but as it moves, the restoring force also increases, that is, when a large fish or the like pulls the fishing line α4 with a strong tensile force, the stress resistance of the helical spring (36) increases. The remaining operations are similar to those of the first embodiment.

Common to each of the above embodiments, the fishing rod (1) is a fishing rod mounting body (2).
By loosening the push screw, the direction of the fishing rod (1) can be changed automatically.The present invention allows only one person to use the fishing rod in the case of pole-and-line fishing for bonito, which has been done in the past. The operator alone can easily achieve the amount of fish caught by 10 or 20 fishing rod operators, and
Fishing rods are also operated electrically or mechanically for catching other types of fish.

[Brief explanation of the drawing]

The figures show a plurality of examples of implementing the present invention, and Figure wL1 is a plan view showing a fishing rod operating device in which electric control devices such as the limit switch and timing motor of the present invention are looked into, and Figure 2 is the same side. In the figure, in Figure 1, the timing motor,
FIG. 3 is a partially cutaway view showing the fishing rod device of the present invention attached to the edge of a fishing boat, with the deceleration device omitted.
Figure 4 is a rear view of the same, showing the state in which the fishing rod is rotated upward, Figure 5 is a partial view showing the operating state of the fishing rod, and Figure 6 is the operating state of the limit switch. FIG. 7 is a partial cross-sectional view of the same, FIG.
Figure O is a diagram showing the moving state of the same limit switch, No. 11.
12 and 12 are partial views showing the relationship between the rack and the gears, FIG. 13 is a partial cross-sectional side view showing a configuration in which a reinforcing plate is attached to the fishing rod, and FIG. 14 is a partial view showing the relationship between the fishing rod spray body and the fishing rod. FIG. 15 is a side view showing another example of the relationship, FIG. 15 is a view showing a retainer when a reinforcing rod is attached to a fishing rod, and FIG. 16 is a view showing a device that can handle the tensile force of a large fish. In the figure, the main parts exist in a mutually complementary relationship with the matters described in the claims.

Claims (1)

[Claims] A fishing rod is attached to a fishing rod mount that is rotatably supported on a spindle.
By rotating the fishing rod or the fishing rod mounting body, power from electric control devices such as limit switches and timing motors is converted into mechanical power by a reduction gear, allowing the fishing rod to be quickly and repeatedly moved to the sea, river side, and reverse side. The fishing rod is configured to be movable within a desired range, and when moving within the desired range, the fishing rod can be stopped in accordance with the adjusted state or at any desired point at the desired time, and can also be reversed. A fishing rod operating device equipped with an electric control device such as a limit switch, a timing motor, etc.