JPH0242143Y2 - - Google Patents

Description

[Detailed description of the invention] [Field of industrial application] This invention relates to an automatic fishing machine that automatically raises the rod once when a fish is caught.

[Conventional technology]

When fishing, when you catch a fish, you must first quickly swing the tip of the rod to hook the hook into the fish's mouth, and then pull it toward your hand.

Also, it is common for anglers to set out several rods by themselves. For this reason, when fish are hooked on several rods at the same time, it is often impossible to raise all the rods and the fish are lost.

In this case, if you make the first swing, you won't miss most of the fish, and then you can calm down and catch them.

[Problem that the invention attempts to solve]

The purpose of this idea is to automatically raise the rods when a fish is hooked when setting out many rods, thereby preventing the fish from escaping and allowing one person to manage a large number of rods. There is.

[Means for solving problems]

In this invention, a movable column 4 is fitted into a fixed column 3 fixed to a support leg 2 so as to be movable up and down, and is biased upward by a spring. It is rotatably attached, with a hook 9 on one end of the operating piece 8 and a rod 11 on the other end.
A mounting portion 13 is formed on which the movable support 4 is pushed down and a claw 10 is provided on the fixed support 3 to lock the hook 9. Connect the machine below or a location outside the machine to the base 14 of the rod to be taken out with a string 15, and use the position on the guide 12 as a fulcrum to extend the length of the string 15 until the hook 9 comes off the claw 10. Pole base 14
The length is longer than the length that allows the movable strut 4 to rotate upward, and the length is shorter than the length that causes the string 15 to become taut when the movable support 4 rises to its upper limit.

[Effect]

The operation of this invention will be explained below according to the operation process.

(1) Hook 9 of operating piece 8 is engaged with pawl 10 of fixed column 3 to lock movable column 4 in the depressed position. The pole 11 is placed on the guide 12 of the movable support 4 and the mounting portion 13 of the operation piece 8. Place it lightly on the placing part 13 so that it does not become unlocked.

The string 15 is connected to the pole base 14 and the preparation is completed.

(2) When a fish hooks, the rod tip lowers and the rod base 14 rises, using the position on the guide 12 as a fulcrum. Therefore, the mounting portion 13 of the operating piece 8 is lowered, and the operating piece 8 is rotated, and the hook 9 at the other end is attached to the claw 10 of the fixed column 3.
come off from The movable column 4 is unlocked and protrudes upward.

(3) Therefore, the rod 11 moves upward, but when the string 15 becomes tense, the upward movement of the rod base 14 is restricted. However, since the force that moves the rod 11 upward still acts on the rod 11, the string 15 is attached to the rod 1.
The rod 11 rotates upward using the position where it locks on the rod 1 as a fulcrum.

The tip of the pole will be swung up,
The fishing line is pulled up with great force and the hook bites into the fish's mouth.

(4) When the raised rod 11 reaches the upper limit, it falls and is controlled by the tensioned string 15 to guide the guide 12.
Fall to the bottom. The rod 11 is held on the guide 12 because the weight of the rod 11 in front of the guide 12 is supported by the string 15.

(5) In order to control the movement of the rod 11 so that only the tip of the rod is swung up according to the movement of the movable support 4, the length of the string 15 is important. In other words, if the length is too short, the rod base 14 will be pulled by the string 15 and will not rise even if the fishing rod acts on the rod tip. Therefore, the tip of the rod does not go down and the movable support 14
cannot be unlocked. On the other hand, if it is too long, the string 15 will not be tensioned even if the movable support 14 moves upward and the rod 11 rises. the result,
Since there is no fulcrum from which to swing the pole, pole 11 is thrown haphazardly into the air.
Moreover, since there is no control by the string 15, the rod 11
It is difficult to drop it onto the guide 12.

Even if it were to fall onto the guide 12, the rod 11 would fall from the guide 12 due to its own weight in front of the guide 12 since it is not supported by the string 15.

Therefore, in order to control the movement of the rod 11 and to hold the rod 11 on the guide 12 after being swung up, the string 15 must have a length that lowers the rod 11 to the position where it is unlocked, in other words, the length of the rod 11 at the base of the rod. The minimum length required is for the lock 14 to rise to the unlocked position. In addition, it is necessary to limit the length to such a length that the string 15 is tensed before the movable strut 4 reaches its upper limit.

As described above, the string 15 has two important functions: (1) controlling the movement of the rod 11 and (2) holding the rod 11 on the guide 12.

〔Example〕

An embodiment of this invention will be described based on the drawings.

As shown in FIGS. 1 to 3, automatic fishing machine 1
consists of supporting legs 2, fixed columns 3 and movable columns 4.

The support leg 2 has a form that supports the entire automatic fishing machine 1 so that it does not fall down, and a fixed support 3 is fitted into a central cylindrical portion 5 and fixed with a bolt 6.

The fixed column 3 has a cylindrical shape and is open only at the top, and a coil spring 7 is inserted therein, onto which the movable column 4 is fitted so as to be vertically movable and rotatable. As shown in FIG. 1, the upper end of the fixed column 3 is formed with a claw 10 facing inward to which the hook 9 of the operating piece 8 engages and disengages. The movable column 4 has an operating piece 8 and a guide 12 on which a rod 11 is placed rotatably attached in order from the bottom within the same side.

The operating piece 8 freely rotates around the bolt 16,
A mounting part 1 having a hook 9 formed at one end, a thin arched shape at the other end, and a rod 11 placed on the tip thereof.
3 is formed.

The guide 12 supports the pole 11,
It has a substantially L-shape and swings according to the movement of the rod 11. The tip extends upward and prevents the rod 11 from flying out.

Next, add the fishing rod 1 to the automatic fishing machine 1 consisting of the above configuration.
The method for setting 1 will be explained.

The movable support 4 is pushed down into the fixed support 3, and the hook 9 of the operation piece 8 is engaged with the claw 10 of the fixed support 3, thereby locking it in the depressed position.

Next, the rod 11 is placed on the guide 12 and the mounting section 13. At this time, make sure that the mounting section 13 does not fall down. This is to prevent the movable support 4 from becoming unlocked.

Furthermore, the rod base 14 extending rearward from the movable column 4 and the support leg 2 are connected with a string 15, and the setting is completed.

The length of the string 15 is set to such a length that the string 15 is tensioned when the movable column 4 is unlocked, as shown in FIG.

Next, the movement of the rod 11 will be explained.

When a fish catches, the rod tip lowers. Therefore, the operating piece 8 is rotated, and the hook 9 is removed from the claw 10, and the lock is released. The pole base 14 rises and the string 15 becomes taut.

The movable column 4 protrudes upward, and along with this, the rod 1
1 also moves upward, but the rod base 14 is connected to the string 15
Position A where the string 15 is locked because it is pulled by
The rod 11 is rotated using the fulcrum as a fulcrum, and the tip of the rod is thrown up greatly.

The rod 11 that has reached the upper limit is controlled by the tensioned string 15 and is not thrown out of the aircraft and is guided to the guide 12.
guided upwards.

The pole 11 that fell onto the guide 12 is the guide 1
Since the string 15 supports the weight in front of 2, it is held on the guide 12.

[Effect of idea]

This invention allows the movable column 4 to be moved by rotating the operating piece 8.
The rod 11 is unlocked and protruded upward, and the rod 11 is swung up using the position where the string 15 is locked as a fulcrum, so that when a fish is hooked, the fishing line is automatically pulled up and the hook is hooked into the fish's mouth. Can be done.

Therefore, one person can manage a large number of rods 11 without missing fish.

[Brief explanation of the drawing]

FIG. 1 is a perspective view of the main parts showing a state in which the movable column is locked in the depressed position. FIG. 2 is an overall view of the state shown in FIG. 1. Figure 3 is an overall diagram showing the movement of the rod. 1... Automatic fishing machine, 2... Support leg, 3... Fixed column, 4... Movable column, 8... Operating piece, 9... Hook, 10... Claw, 11... Rod, 12... ... Guide, 13 ... Placement part, 14 ... Rod base, 15 ...
...string.

Claims (1)

[Scope of utility model registration request] The movable column 4 is fitted into the fixed column 3 fixed to the support leg 2 so as to be movable up and down, and is biased upward by a spring.
A guide 12 that supports the operating piece 8 and the rod 11 is rotatably attached to the movable column 4 in order from the bottom, and the operating piece 8
A mounting part 13 is formed on one end on which a hook 9 is placed and a rod 11 is placed on the other end, and a claw 10 for pushing down the movable support 4 and locking the hook 9 is provided on the fixed support 3. The rod 11 placed on the section 13 is connected to the rod base 14 extending rearward to the machine below or to a position outside the machine with a string 15.
The length is longer than the length that allows the rod base 14 to rotate upward using the position on the guide 12 as a fulcrum until the hook 9 comes off the claw 10, and the string 15 is tensioned when the movable support 4 rises to the upper limit. An automatic fishing machine characterized in that the length is less than or equal to the length.