JP2770928B2 - Electric fishing reel - Google Patents

Description

Description: TECHNICAL FIELD The present invention relates to an electric fishing reel, and more specifically, automatically performs operations from an operation of lowering a tackle to a shelf position to a winding operation by detecting a fish signal. The present invention relates to an electric fishing reel.

(Conventional technology and its problems) When performing a fishing operation with a conventional electric fishing reel for this type of fishing (both bearing reel), it is necessary for the angler to take the time from the feeding of the fishing line (device) to the catching of the fish on the device. It is common to do this, but recently these operations
Various types have been developed which automatically perform the operation by combining a microcomputer with various sensors.

As an example, there is Japanese Patent Publication No. 57-15847, which detects the feeding length of the fishing line, stores the distance to the shelf where the fish can be caught, and automatically stops the feeding of the fishing line at an arbitrary length. It has a function to make it work.

Therefore, whether or not a fish has caught on the device is determined by the angler who looks at the tip of the fishing rod or by a sensory signal such as a fish signal (hit) transmitted to the hand holding the fishing rod, and drives the motor to drive the fishing line. It is something to roll up. For this reason, it is not possible to reliably take in the fish that has been hooked, and the fish that has been hooked have escaped.

In addition, the above configuration only reaches the predetermined shelf position and stops the feeding of the fishing line, and the shark movement necessary for subsequent fishing is such that the angler moves the fishing rod by moving the fishing rod, the tip of the rod is moved up and down, and the fish is moved. It is common to invite eating.
Therefore, depending on the up and down operation of the fishing rod, the device lowered to the angled shelf position may be displaced from the shelf position, which greatly affects the fishing.

(Problems to be Solved by the Invention) The present invention has been made in view of the above-mentioned problems of the prior art, and the object thereof is to lower a device to a shelf position, to detect sharks, and to detect fish signals. Another object of the present invention is to provide an electric fishing reel capable of automatically winding a device.

(Means for Solving the Problems) In order to achieve the above object, an electric fishing reel according to the present invention comprises a fishing line length for measuring a payout length and a winding length of a fishing line wound on a spool. Measuring means, setting input means for turning off the spool power transmission path by clutch switching means, feeding out the fishing line by free rotation of the spool, and setting the feeding length, and inputting the length of the set fishing line to the fishing line length A stop means for stopping free rotation of the spool by a signal detected by the measuring means; a fish signal judging means by detecting a drawing length of the fishing line or a rotation number of the spool in a direction in which the fishing line is drawn; And control means for controlling rotation and power transmission of the spool by comparing the detected value with the detected value.

The above-mentioned fishing line length measuring means is a length measuring mechanism comprising a length measuring roller provided with a magnet rotated in contact with the outermost side of the fishing line wound on the spool, and a roller holding case provided with a Hall IC, or It is composed of a spool rotation speed detection mechanism consisting of a magnet attached to the side surface of the spool and a Hall IC attached to the side frame.

The fishing line payout length setting input means includes a length measuring mechanism and a CP.
It consists of a keyboard etc. connected to U.

The stop means operates the stop gear, which is attached to the gear train of the rotation transmission path by the rotation of the motor or the handle by frictional engagement so as to be integrally rotated, the stop claw which is disengaged from the stop gear, and the stop claw. The solenoid is controlled by a signal output from the CPU in response to a signal from the length measuring mechanism.

The fish signal judging means sets the length of the fishing line withdrawal or the number of rotations of the spool in the direction in which the fishing line is drawn in the CPU in advance, and makes the judgment in accordance with the length measurement by the fishing line length measuring means.

(Operation) According to the above means, the length measuring roller is operated, the spool is freely rotated in the reverse direction to feed out the fishing line, and when the desired shelf position is reached (the feeding length is read from the display unit), the shelf position setting button is set. Press to stop the rotation of the spool,
The feeding of the fishing line is stopped, and the predetermined shelf position (the feeding length of the fishing line) is stored in the memory of the microcomputer. Therefore, from the next time, when the fishing line is paid out, the fishing line is stopped at the previously set shelf position, the fish is hooked on the device lowered to the shelf position, the fishing line is pulled along with the escape of the fish, and the preset fishing line drawing length. Or, when it is determined that the fish signal is detected by detecting the number of rotations of the spool in the direction in which the fishing line is drawn, the clutch OFF state is automatically switched to the clutch ON, a motor drive signal is output from the CPU, and the motor rotates. Rotate the spool forward to wind up the fishing line and raise the fish hooked.

Also, when the switch is pressed while the product is lowered to the predetermined shelf position, the motor turns on and the spool rotates forward, and the spool reaches the preset winding length or the spool rotation speed in the winding direction. Then, the motor is turned off, the winding of the fishing line is stopped, and the power to the solenoid is cut off, the stop gear and the stop claw are disengaged, and the device (fish line) is dropped to a predetermined shelf position, and the predetermined shelf is stopped. When the position stop point is reached, the solenoid is energized to swing the stop claw and engage the stop gear to stop the fall of the device. The braking force at which the fall is stopped by the engagement between the stop gear and the stop claw is set in advance by the frictional engagement force applied to the stop gear.

The above operation is repeated a preset number of times,
Invites fish.

Hereinafter, an embodiment of the present invention will be described with reference to the drawings.
The double-bearing type fishing electric reel has left and right side frames 1 and 2,
A spool 3 mounted between inner plates 1a and 2a of the left and right side frames 1 and 2, a motor 4 housed in a body 3a of the spool 3, and a power transmission mechanism housed in the side frame 1 A support shaft 5 protruding from one side of a motor 4 housed in the spool 3 is fastened and fixed to an inner plate 2a of the side frame 2 by a nut 6, and the spool 3 is fixed outside the motor 4 Are formed to be rotatable.

A boss 8 at the base of the rotating shaft 7 on the other side of the motor 4.
Are fitted and supported in through holes of a donut-shaped support member 9 fitted and fixed inside the body 3a of the spool 3.

A motor pinion gear 10 is press-fitted and fixed to the rotating shaft 7 of the motor 4, and the motor pinion gear 10 and the spool 3
A planetary gear mechanism is interposed between the internal gear 11 formed on the inner surface of the body 3a.

The planetary gear mechanism includes a first planetary gear 12 that meshes with the motor pinion gear 10 and the internal gear 11 of the spool 3, a first arm wheel 13 that supports the first planetary gear 12, and a center of the first arm wheel 13. Fitted and fixed sun pinion gear 14, the sun pinion gear 14
And a second planetary gear 15 fitted to the internal gear 11, and a second pulley 16 supporting the second planetary gear 15. The rotating shaft 7 is loosely fitted in the center hole of the sun pinion gear 14. On the other side surface of the second pulley, a shaft cylinder portion 16a is protruded to fit and support a shaft 18 fixed to the plate 1b of the side frame 1, and an engagement groove 19 is formed in a side portion of the shaft cylinder portion 16a. Is formed and the pinion gear 20 fitted to the shaft 18
Is detachable.

A cover plate 21 is screwed and fixed to the outer surface of the body of the spool 3, and a gear 2 for driving parallel winding is mounted on a cylindrical portion 21 a of the cover plate 21.
2 is press-fitted and fixed, and its cylindrical portion 21a is rotatably supported by an inner plate 1a forming the side frame 1 via a bearing 23.

A gear 24 is provided on the side of the shaft cylinder 16a of the second arm wheel 16 described above.
Are press-fitted integrally, and the gear 24 has a gear 25, a gear 26, and a gear 27.
And the gear 27 is provided with a stop means B.

Further, a main gear 29 that rotates by rotation of a handle 28 is meshed with the pinion gear 20, and the pinion gear 20 slides on the shaft 18 while being meshed with the main gear 29 by the clutch switching means A, The second pulley 16 is detachable from the engagement groove 19 of the shaft cylinder 16a.

The clutch switching means A for engaging and disengaging the pinion gear 20 with respect to the shaft cylinder portion 16a of the second pulley 16 includes a pinion gear sliding plate 30 supporting the pinion gear 20, and the pinion gear sliding plate.
The pinion gear sliding plate 30 includes a clutch sliding plate 31 that moves up and down 30 and a clutch switching plate 32 that latches and holds the sliding state (OFF state) of the clutch sliding plate. It is urged by a spring in a direction in which it engages with the engagement groove 19 of 16a.

The clutch sliding plate 31 has an inclined portion for supporting both sides of the pinion gear sliding plate 30, and the clutch sliding plate 31 is used to rotate a clutch operating lever 33 attached to the outside of the side frame 1. It is slidable in conjunction with it, and its clutch sliding plate
An engaging portion 34 is integrally formed on a side portion of the 31.

The clutch switching plate 32 having the engaging portion 35 that engages with the engaging portion 34 of the clutch sliding plate 31 has an end opposite to the engaging portion 35 that is a shaft.
36, the clutch sliding plate 31
Is pressed and urged by a spring 37 in a direction in which the engaging portion 35 is engaged with the engaging portion 34.

One side of a swingable cam plate 38 is engaged with the side of the clutch switching plate 32 where the engaging portion 35 is provided, and the other side of the cam plate 38 is connected to an iron core 39a in which a solenoid 39 protrudes and retracts. ing. Further, a handle is provided on the shaft support side of the clutch switching plate 32.
A protruding piece 64 is provided so as to be in contact with the clutch switching gear 40 rotated by the rotation of the clutch 28, so that the clutch OFF can be returned to the clutch ON even by a forward rotation operation of the handle.

Stop means B for stopping free rotation of the spool 3
The gear 24 is press-fitted and integrated into the shaft cylinder 16a of the second pulley 16.
The final gear 27 of the gear train meshed with is rotatably fitted to the boss of the inner plate 1a, and the stop gear 41, the brake washer 42, and the oval-shaped washer 43 are fitted and laminated on the shaft cylinder 27a of the gear 27. At the same time, a brake adjusting cylinder 44 is screwed onto the shaft cylinder 27a on the oval washer 43, and the gear 27 is prevented from coming off by a set screw screwed to the boss. The brake adjusting cylinder 44 is covered with a cap 45 screwed to the plate 1b.

Around the outer periphery of the stop gear 41, a stop claw 46 is rotatably supported, and a stop spring 47 is engaged,
Further, an attachment shaft 49 to which the fixing plate 48 is crimped and fixed is arranged, and the fixing plate 48 is fixed to the inner plate 1a with a set screw 50.
The stop spring 47 urges the stop claw 46 in a direction in which the stop claw 46 meshes with the stop gear 41.

A solenoid 51 for rotating the stop claw 46 is provided on the inner plate 1a. A spring 53 is provided between a bush 51b pressed into the iron core 51a of the solenoid 51 and a stop plate 52 on the inner plate 1a. And the iron core 51a is urged to protrude forward in the axial direction (in a direction in which the stop claw is removed from the stop gear). The energization of the solenoid 51 constitutes the control means F according to the detection signal of the fishing line length measuring means C.
It is controlled by a signal output from the CPU.

The fishing line length measuring means C includes a length measuring roller 55 having a magnet 54 and a roller holding case 57 having a Hall IC 56a and a substrate 56b. Biased by the measuring roller
55 is pressed against the outermost layer of the bobbin with a predetermined contact pressure.

A magnet 58 is fixed to the outer surface of the side plate of the spool 3, and a Hall IC 59a and a substrate 59b are provided on the inner plate 2a of the side frame 2 corresponding to the magnet 58 so that the rotation speed of the spool can be detected. It is.

A mechanism for converting the length of the fishing line from the rotation speed of the length measuring roller 55 by contacting the outside of the spool winding layer and a mechanism for detecting the rotation speed of the spool are both connected to the CPU of the control means F, and Is connected to an input means D such as a keyboard, and can input and set the position of the shelf, the length of the clip, the number of times, etc., and is provided with a liquid crystal display section E for displaying set values and detection information. ing.

In the figure, reference numeral 60 denotes a gear that meshes with the gear 22 for driving parallel winding.
A gear 61 meshes with the gear 60, and the gear 61 meshes with a gear 63 fixed to a twill groove shaft 62 of the parallel winding mechanism to drive the parallel winding mechanism.

Next, the operation will be described. First, when the auto switch is turned on and the clutch operation lever 33 is pressed down, the clutch sliding plate 31 slides to push up the pinion gear sliding plate 30, and the clutch sliding plate 31 The engaging portion 34 is hooked on the engaging portion 35 of the clutch switching plate 32 to maintain the state, and the pinion gear 20 held by the pinion gear sliding plate 30 is disengaged from the engaging groove portion 19 of the second arm wheel 16. As a result, the spool 3 can be freely rotated (clutch OFF). (See FIG. 2) In this state, when the fishing line is paid out and the tackle is dropped, the feeding length of the fishing line is measured by the fishing line length measuring means C, and the feeding length is measured. When the length of the stop point matches, the solenoid 51 is energized by an output signal from the CPU, whereby the iron core 51a of the solenoid 51 moves in the direction of arrow A, and the stop claw 46 moves in the direction of arrow B by the action of the stop spring 47. , And meshes with the stop gear 41 to stop the feeding of the fishing line. (Third
Note that the braking force required to stop the device at this time is set in advance on the gear 27. The setting method is to remove the cap 45 screwed to the plate 1b and to set the brake adjusting cylinder.
Rotate 44 to brake washer 42, oval hole washer 43
And by changing the degree of crimping of the stop gear 41.

In the state where the device is stopped at the predetermined shelf position as described above, the length of the fishing line that is determined to be the fish signal or the number of rotations of the spool in the direction in which the fishing line is drawn is detected by the fishing line length measuring means. When detected by C, the solenoid 39 is energized by an output signal from the CPU, and the
a moves in the direction of arrow C and the cam plate 38 rotates in the direction of arrow D to release the engagement between the engaging portion 35 of the clutch switching plate 32 and the engaging portion 34 of the clutch sliding plate 31, and the clutch sliding plate 31 is returned to the original state by the spring force of the tension spring, and the pinion gear 20 is
The engagement with the engagement groove 19 of the pulley 16 (clutch ON) is performed, and the power supply to the solenoid 51 is cut off.
The iron core 51a is moved in the direction of the arrow E by the resilience of the force, the stop claw 46 is disengaged from the engagement with the stop gear 41, the spool 3 is driven by the rotation of the motor 4, and the fishing line is wound on the spool 3 and hooked. The raised fish is raised. (Refer to FIG. 4.) The mechanism that has been lowered to the predetermined shelf position with the clutch OFF may be held as described above. However, when the push switch of the keyboard is pressed, the motor 4 is turned on and the spool is turned on. 3 is rotated in the fishing line winding direction, and the measuring means C detects a predetermined length of the wound line or the number of rotations of the spool.
The power supply to the motor 4 is cut off by the output signal from the motor and the rotation of the spool 3 is stopped, while the power supply to the solenoid 51 is cut off, and the resilient force of the spring 53 moves the iron core 51a in the direction of the arrow. As a result, the fishing line is disengaged from the stop gear 41, and the fishing line is lowered to the predetermined shelf position stop point. When the fishing line reaches the predetermined shelf position, the state shown in FIG. 3 is reached and the descent of the tackle stops.

This operation is repeated a set number of times to invite fish. Note that the above-described shaking operation may be performed each time the shaking switch is pressed.

In addition, the set draw-out length of the fishing line, the set-up winding length of the shearing action, and the set length of the shelf position stop, which are the determination factors of the fish signal, are measured by the magnet of the length measuring roller and the hole IC of the holding case. The structure is not limited to the structure performed by the long mechanism, but may be performed by a mechanism that detects the number of rotations of the spool. In this case, a conversion coefficient is input according to the thickness (number) of the fishing line. .

(Effect of the Invention) Since the electric reel for fishing according to the present invention has the configuration as described in detail above, it is lowered to the shelf position of the device, the fish signal is determined, the fishing line is wound up, and the fishing line is lowered to the predetermined shelf position. It is possible to automatically perform all the shearing operations for raising and lowering the mechanism, and to provide a convenient electric reel.

[Brief description of the drawings]

FIG. 1 shows an embodiment of the present invention. FIG. 1 is a partially cutaway plan view, FIG. 2 is a side view showing a clutch OFF state showing a side frame 1 with a dish plate removed, and FIG. FIG. 4 is a side view showing a state in which the fishing line is being wound by detecting a fish signal, and FIG. 5 is a cross-sectional view of a stop means. In the figure, 1,2: side frame, 3: spool 4: motor, A: clutch switching means B: stop means, C: fishing line length measuring means D: input means, E: display section F: control means

Claims (1)

(57) [Claims] 1. An electric reel for fishing, wherein a spool is rotatably supported between left and right side frames, and the spool is manually rotated by a motor or a handle rotating, wherein a spool of the fishing line wound on the spool is provided. A fishing line length measuring means for measuring the feeding length and the winding length, and a power input path of the spool is turned off by the clutch switching means, the fishing line is fed by free rotation of the spool, and a setting input for setting the feeding length. Means, a stop means for stopping free rotation of the spool by a signal when the input and set length of the fishing line is detected by the fishing line length measuring means, and a drawing length of the fishing line or a direction in which the fishing line is drawn. And a control means for comparing the set value and the detected value to control the rotation and power transmission of the spool. Electric fishing reel and butterflies.