JPH0420227A - Automatically pulling fishing beam - Google Patents

Abstract

PURPOSE:To obtain the subject fishing beam repeating the swinging motion in water in sunk state to move a fishing bait by engaging a pushing side of a cylinder responding to the pressure of water in a specific state with a swinging beam forced to move upward. CONSTITUTION:A narrow introducing port 4 and a discharge port 5 furnished with a checking means are placed in the front chamber 13 at the pushing side 2 of a cylinder 1 responding to water pressure. A swinging beam 8 having a leader-connection part 9 is forced upward in swinging state with a forcing means 7 and engaged with a driving force-transmission part 6 to repeatedly swing the lateral beam. A line-connection part is attached to the fishing gear and the whole assembly is sunk is water.

Description

[Detailed description of the invention] r　Il-specificity of the invention Success 1. field for furi Fishing gear, ζ, and rotation ('1 is related to a 4-lobe balance.

tI'L made of metal wire with a threading connection at one end;
When it becomes S, it is configured as (J water 1'-) and at the outer end of A1's horizontal arm (j S d' connection part is weighted at the middle bending part).
The fishing river where the I' section is located is not used for many reasons. The Φ force of the weight kept the side arm in a ``t:''+ posture.11.
Fishing (1: fjf + + or sinking in water 1, climbing inside 4
``I was able to determine the distance on the thread so that it wouldn't get tangled in the thread.'' Then Ichino 1, the invention tried to solve the problem 4. There is an effective method of fishing that creates movement in the bait and induces the fish's desire to feed.
When Tsuriten Todo uses A, the Todan of Goto is often used, and 1 + Logoto is often used. At this time, the angler used the current to sag the L end of the line on the curved line, but the line was removed by 6 or so bends, causing a large 1. Yakuri + and barge operations are required.

Furthermore, when fishing in deep water, there are other fishing methods such as baby fishing, which are less effective and less effective. To deal with this problem, repeat the rocking motion, which is the cutting and cutting motion of the self-blade in the water, to give movement to the fishing bait.
The task is to

t-1 In order to solve the structural problems of the invention, the one-stage Schilling 1 makes the rear side of the power part correspond to the air volume in the rear chamber 3, and the external water t1.
The force acts and the air is compressed, forming 1) ['].

The fulcrum 11 of the swinging balance 8 is 1;1! A biasing means 7 is provided to support the side arm, and engages with a drive transmission section 6 (described later) to receive or intermittent the power. Is the direction in which the side arm descends 4 degrees?The engagement means 10 that involves the power here is installed with respect to the force point J3, First Example 1 [XI is drive transmission +'fl<6 fJ knolling motion] Tsukiyoshi Okiyui・1゛ru. , connect the lower 1st stage 10 of engagement (J intermittent engagement with this) to the point of action or the force point of rocker f・1', I:, t,, bias The 1st stage 7 connects the line 1 to the fulcrum 11 of the swinging balance.
rJ <'4'', which works at 11 points.

) 1j is equipped with 1) II side chamber 13 on the thrust side gravity (
t, 5'I'1IJJy room 7. Communication 11 of the external point is installed). Communication 11 corresponds to the pressure (A1 on the force side)
Introducing water from the outside through a narrow introduction [14], and when the birch thickens also water or the Nori fern retreats, Jul jlj, 1
．． IJI l
t l l 5 are integrated into 1 and separated into 4.

The second to fourth examples are connected to the Schilling power department.
Configure i, l, required/J, and provide the drive section 14.

21st Example Figure 2 and 4th Example Figure 4 (2 is the spring, Indicate the body of I]'I+?1 as appropriate43
, the force of the drive section (the force of the drive section 6 is connected to the necessary parts so that it acts in the direction of the backward force on the J power section, and provides the power related to the 1-' lowering of the horizontal arm of the rocking balance). The drive transmission section is the one connected to the drive section in the second and fourth embodiments in which the power section changes the distance above the engaging means 10, and the one connected to the drive section in the third embodiment. 4 fixed with part or main body
In the fII configuration (1'), the drive unit is connected to the opposite side of the shilling where the movement of the shilling does not occur so that the force is transmitted through the retracting movement of the shilling (1').

In the second embodiment, the engagement means with the drive transmission section is a swinging balance provided with a biasing means 7, which is connected intermittently to the power transmission section. In the third embodiment, the plates that are engaged with each other are swung by X′:1, and the horizontal arm of the leaf spring that receives the power is swung by its own weight. Showing things, 6 traces! 1II (Narrow introduction 1 installed in the rear chamber 3) 4 and means installed at one end of the rear chamber to appropriately limit the flow in the direction of υl output by applying pressure 1- 15 and configure the second
In the fourth embodiment, it is formed separately, and in the third embodiment, it is formed as one body. , used underwater at a depth of 11 - 4 - 7
, the cylinder moves forward by applying external water pressure to the Hf Konica 2 and compressing the air volume in the rear chamber 3 sealed at popular pressure.

In the first embodiment, at this time, the pressure in the rear chamber is lower than that in the front chamber I3 due to the load on the cylinder, and the pressure in the rear chamber is lower than that in the front chamber I3.
Even in the +IIF side chamber 13 into which water from the outside is introduced from the cylinder 1, the pressure becomes lower than that from the outside due to the advance of the cylinder.

As the small flow rate is introduced into the front chamber, the cylinder sinks at a slow speed (r:'-+l-), and the force in the rear chamber is 11, and the external force is negative, and the cylinder is lower. The swinging balance, which moves forward depending on its position, has a horizontal arm of an appropriate length that prevents it from getting tangled in the line when it sinks, and allows the horizontal arm to rise at an appropriate speed (=J force means 7 In addition, the power related to the lowering of the side arm is received from the cylinder, causing slack in the beam d'', and the side arm is lowered at a slow speed lJ''. When the power is cut off, the horizontal arm 1 □ rises (2) It repeats the rocking motion, which is a shakuri motion, and does not move the fishing bait at the bottom of the squirrel. Due to its slow speed, it is mainly carried out in submerged locations.

When drawing water, the compressed air volume causes the cylinder to retreat due to the drop in external pressure, forcing the water introduced into the front chamber out of the discharge [-15 and increasing the volume. Water”-
The cylinder that has reached this point has returned to its state before it was turned on.
If it is allowed to settle in the next charge, the action described in -1- will be repeated.

In the second and third embodiments, when the cylinder sinks, the pressure in the rear chamber advances to a position equivalent to the load and lower than the outside. In the fourth embodiment, the speed is controlled slowly as in the first embodiment, and even the vehicle that has stopped sinking moves forward to the same position as the rocking motion is repeated.

In addition, in common with the second to fourth embodiments, the drive unit 14 accumulates the required force as the cylinder moves forward. After the forward movement is completed, the force of the drive unit whose load equivalent force, which will be described later, is reduced acts on the cylinder in the backward direction, and the force in the rear chamber is from the outside and is slightly lower within a certain range. According to this pressure difference, a minute flow rate is introduced into the rear chamber from the narrow introduction 1-14, and the volume gradually increases and the cylinder slowly retreats. In this stroke, the rocking balance, which is formed in the same manner as in the first embodiment, receives the power associated with the lowering of the side arm from the drive section.

The intermittent power of the bracket is obtained by controlling the speed of the cylinder at the introduction end which increases and decreases only with the intermittent,
・Repeat the rocking motion at regular intervals.

The retraction of the cylinder ends when the compressed air in the rear chamber is filled with the water introduced. When the water is pulled out, compressed air pushes the introduced water out of the end discharge 1] J5 to increase the volume.

When water reaches 1-, the cylinder is in the same state as it was when it was introduced, and the action described in 11 is repeated at the next injection.

Example A first embodiment will be described with reference to FIG.

A cylinder 1 is formed in the main body and has a partition wall between the main body and the main body,
Power m bis!・Pass the power transmission thread connected to the rlf through the guide hole of the bulkhead, and connect the end of the wire to the claw width of the drive transmission part 6 to amplify the distance. When moving forward, the swinging balance 8 (described later) is wound and connected in the downward direction.

In the cylinder 1, a rear chamber 3 is formed behind the piston, and a front chamber 13 is formed between the thrust side 2 and the partition wall.

The communication 1-1 constitutes a discharge 1-15 by narrowing the guide hole of the partition wall so as to obtain a minute amount of introduction, and providing a check means for opening the inlet 4 at a position on its outer periphery.

The swinging balance 8 has a beam 4' connection part 9 formed at the outer end of the side arm, and the inner end side is attached to one end of the cylinder 1 with a rotating shaft (=1
(:l, near this inner end, the position where m!it on the main body side acts on the swinging balance 8 slightly larger than the weight on the side arm side is set as a fulcrum II, and the thread connecting part 12 is provided at this point, and the side arm side The actuating arm connects the connecting thread with the force point at the outer position close to the fulcrum I+, and works in the direction of lever movement that engages with the drive transmission section 6 intermittently. and the engagement means 10 and 4-3, the front chamber I3 is connected to the F of the rear chamber 3.
In this embodiment, an air pocket 17 with a volume of less than 1 is provided below the Norinda I. As the air sinks, the air can flow through the front chamber 13 and into the rear chamber 3. With configuration 4, when being pulled underwater, the 1! force in the rear chamber 3 is '+' + i to complete the cylinder j /?: 1. = 1.7 water in the rear chamber 3. If there is an inflow, extrusion 4
”.In addition, if air volume leaks, it will be replenished at the next injection.

A mainspring spring 16 is provided that winds the power transmission thread around the rotating shaft of the above-mentioned gear connected to the piston, but in a configuration in which the biston rod and the drive transmission section 6 are connected by the power transmission rod 1ζ, this spring I6 is Not necessary.

A power transmission rod is installed so that the cylinder operation is transmitted to the drive transmission section 6 in both directions, and the lever action arm of the engagement means 10 is lowered by lowering the horizontal arm in both directions of rotation of the wind turbine. If the angle is set in the t direction for 1 g, a 6-stroke action can be obtained in the cylinder's backward stroke of pulling it through the water. In addition, the swinging balance 8, which is not shown in this embodiment, passes the guide line through the guide thread connection part 12 and the beam connection part 9, and the guide thread connection part 12
A stopper that can stop the passage to L is provided at the lower side of the line, and a swiveling action is effected.

A second embodiment will be described with reference to FIG.

3. The main body, the thrust side 2 of the cylinder 1, and the rear chamber 3 are formed in the same manner as in the first embodiment, and the partition wall at the bottom of the cylinder 1 is not provided. Communication 1-11 (Introduce lT14 to j piston,
The discharge 1'5 is opened at the lower end of the cylinder 1 [T11].

The introduction 1" 4 is designed on the go 13 disc so that the pressure difference between the inside and outside of the rear chamber 3 exceeds the value that occurs when the cylinder 1 retreats when moving forward, so that the flow path interval on the downstream side is pinched at this time and the introduction is strongly restricted. (J. Ejection [15 is the backward position in the figure and = 1 on the F side.
The pressure in the rear chamber 3 acts on the piston supported by the spring.
Further, the screws are moved back so that they pass through to the inside of the rear chamber 3. Instead, the discharge 115 is caused by the I7 gasket 25 provided on the piston only in the thrust direction, or by the action of the pressure in the rear chamber 3. It may also be configured such that a discharge 1 is produced.

A mainspring spring, which is a driving part 14, is provided in the main body, and a drive transmission part 6, which is a windmill, is attached to the rotating shaft of the main body, and a power transmission thread is wound around the rotating shaft to connect it to a piston.

The swinging balance 8 is installed in the main body (the fulcrum 1 is attached to the rotating shaft), and a claw that engages intermittently with the drive transmission unit 6 is provided at the force point at the inner end to provide an engaging means. Set it to 10.

The force means 7 is provided with a torsion coil spring that acts to raise the side arm side around the fulcrum II, and is fitted onto the rotation shaft.

An air pocket 27 with a slightly larger volume is installed on the opposite side of the cylinder 1.
1. When this air (J) is first introduced into the rear chamber 3 as it sinks, the water that was introduced is left behind.
The cylinder 1 is overturned and the air volume flows out 4'' and is replenished at the next injection.

The thread connecting part 12 is provided at the upper end of the cylinder 1, and the part 26 is attached to the lower end of the main body.

In addition, it is composed of I7 Patsugin 25 which describes the discharge [],
If a power transmission iron is provided in place of the power transmission thread, and the lower end of this 11-node protrudes into the 1 force of the main body when the cylinder 1 is in the retracted position, the upper layer of the water will be removed as explained in the third embodiment. When used in this case, the cylinder 1 can be placed in the forward position.

A third embodiment will be described with reference to FIG.

Indicates a type suitable for use in underwater locations that are not deep.

A bellows cylinder 1 with one end serving as a thread connection part 12 has a partition wall with the main body at the lower end (J, the main body constitutes a thrust side 2 corresponding to the cross-sectional area of the cylinder 1, and the inside of the cylinder is a rear chamber 3, In addition, the weight of the main body constitutes the drive unit 14.The communication [] is rounded in cross section at the outer periphery of the rod guide hole of the partition wall, and the discharge [15] is curved upward at the sole of the shape, and a small amount is introduced into the noll. Hironin 1-14 formed by touching the tip of the adjustment screw
It consists of

Inside the cylinder 1 is a drive transmission section 6 fixed to its two ends, which is a rack that passes through a guide hole in the partition wall and reaches the bottom end of the main body.
In order to install the L-rad, a collar is provided at the lower end of the rod so that the main body, which is displaced along the J-rad, is supported at its bottom at the retreating end. (J
, a leaf spring which is the urging means 7 which applies force to the force point wind from the + side, and a drive (star connected to the delivery part 6) which contacts the lower side of the bent part and bends by rotation in both directions to raise the force. The shaped cam constitutes the engagement means 10.When the plate spring is raised, the side arm of the swing take-up 8 is lowered by its own weight, and when the force J5 passes through the bent part of the plate, the load decreases and the side wall deforms. Since the operating speed of the cylinder L, which has a large change in air volume, is faster, the speed at which the leaf spring is restored and lowered is obtained, and the horizontal arm rises.

When this cylinder 1 is used in shallow water where water pressure cannot be obtained or in the -1- layer, it can be inserted by being pushed forward. Equivalent to the air in the rear chamber 3 that is pushed in: +k
A predetermined internal and external pressure difference is generated, the cylinder 1 is moved back, and the rocking balance 8 is operated. The water introduced at this time can be drained by pushing the cylinder 1 next time.

The required force of the drive unit 14 can be obtained by installing a compression coil spring inside the cylinder 1, and the 1st part of the main body:
(You can adjust it by attaching and detaching the cylindrical weight at 6.

The fourth embodiment will be explained with reference to FIG.

Similarly to the second embodiment, 3 forming the drive section 14, the drive transmission section 6, and the swinging balance 8, cylinder I iJ: , 1: l.
Reverse it and install it on the F side of the main body, and insert the threading connection part 12 into the main body.
At one end, i+Q'l. The communication hole is provided in the piston as in the second embodiment, and is introduced from the side wall side.
] 4 and an inverted 11-T note at the lower end of the cylinder I, configured as a stepped discharge [-15]. Also, in the same way as in the first embodiment, the inlet port 44 and the outlet port 1 are connected by reversing the I-do.
A front chamber 43 is formed with an opening 145. This inlet 44 is slightly larger than the inlet 114 of the rear chamber 3. Also, the discharge L145 is set to 4 so that there is discharge resistance to suppress the invalid retreat of the cylinder I. Cylinder 1 sinks or stops 4
When moving forward, the rear chamber 3
Introduction 1-14 The introduction is strongly narrowed down from the configuration described in the second embodiment. When the forward movement is completed, the force difference decreases due to leakage introduction, and the introduction 114 returns to normal and starts retreating. Note that this introduction l-14 may be provided at the lower end of the rear chamber (1-1-), which is constructed so as to be able to cope with a particularly large pressure difference.

The cylinder 1 is provided with a ring-shaped hole at its upper end that touches the edge of the screw, so that when the cylinder 1 is pulled out of the water, the pressure in the rear chamber 3 becomes greater than the external pressure. Prevent the air from room 3 from escaping.

The engaging means 10 has a swinging arm 47 which applies downward force to a force point on the outside of the swinging balance 8, and can swing only squarely to the rotation axis of the swinging arm 47. Set up (1'
It is further attached to the arm 48 by a rotating shaft, and engages with the drive transmission section 6 intermittently by a claw, so that the direction of rotation of the drive transmission section 6 is one of the two points of action on the I- side of the swinging arm 47. Corresponding to -・The force becomes a lever 49 that applies force. Oscillating balance 8
repeats the rocking motion when the speed-controlled cylinder 1 moves forward and backward.

C. The effect of the invention, the second automatic method <i' One person at the underwater position where the balance was lowered,
The forward force of the cylinder obtained from the water pressure of the first embodiment, and that of the second and third embodiments (" 3. When being pulled out of the water, the force of the compressed air in the back chamber returns the person to his or her deafness.

By attaching an automatic lever lever to a fishing tackle, it is effective not only for EI but also to give the bait a movement in the water that attracts fish to feed. Is it possible to say that the hakuri operation performed through the fishing rod is an efficient float fishing?

In the second embodiment, the cylinder moves back due to the force difference between the inside and outside of the coil, and the repetition interval of the oscillating motion is controlled by the speed of the cylinder to the sinking depth. The pressure difference between the inside and the outside is very small, so the structure must be strong enough to withstand water pressure, so it can be used even in deep water.

1 of the 3J cylinder explained in the first and second embodiments.
If an air pocket is formed due to the force, that air will be introduced into the rear chamber as it sinks, so when pulling it, all the water in the noring should be drained out.

Also, if air flows out from the back chamber, it will be naturally replenished during subsequent injection. In the third embodiment, it is possible to push the cylinder forward and then release it, and a rocking motion can be obtained even in an underwater layer. In the fourth example, in the target water,
The oscillating motion is performed during the reciprocating stroke in which the cylinder slowly advances and retreats, and in this respect, a large number of operations can be obtained.

[Brief explanation of drawings]

FIG. 1 is a sectional view showing a first embodiment of the invention. FIG. 2 is a sectional view showing a second embodiment of the invention. FIG. 3 is a sectional view showing a third embodiment of the invention. Cross-sectional view showing the fourth embodiment of the invention 1 Schilling 2 Thrust side 3 Back chamber 4 Introduction 1-1 5 Discharge [-16 Drive transmission section 7 urging means
8 Oscillating balance 9. Stick connection part 10, engagement means 1
1 fulcrum point 12 thread connection section 13 front chamber 14 drive 1 (especially to 1 applicant Masao Ike 111

Claims (2)

[Claims] (1) The thrust side (2) of the power section responds to external pressure, and the rear side of the power section responds to the pressure in the rear chamber (3) behind it.When external pressure increases, the pressure in the rear chamber (3) increases. The cylinder (1) whose air volume is compressed and moves forward is the thrust side (2)
A communication port consisting of a narrow inlet (4) that restricts and introduces external water into a front chamber (13) formed in front of the front chamber, and an outlet (5) provided with an appropriate non-return means. and an outer end of a horizontal arm protruding to the outside, which is swingably attached to an appropriate part of the formed body consisting of the cylinder (1) and the main body, and whose main part supports the fulcrum (11). Slice connection part (9)
A rocking balance (8) is provided with a biasing means (7) that allows the horizontal arm to rise in a rocking manner by an appropriate stroke, and an engaging means that receives power intermittently is provided at a point of force. (10), a drive transmission section (6) connected to the above-mentioned power section and located at a corresponding position;
It engages with the side arm, receives the power acting to lower the side arm, and when the power is cut off, the side arm rises, repeating the rocking motion. Thread connection (
12) An automatic shakuri balance. (2) The thrust side (2) of the power section responds to external pressure, and the rear side of the power section responds to the pressure in the rear chamber (3) behind it.When the external pressure increases, the pressure in the rear chamber (3) increases. The cylinder (1) whose air volume is compressed and moves forward is located in the rear chamber (3).
A communication port is constructed of a narrow inlet (4) for restricting and introducing external water into the chamber, and a discharge port (5) for appropriately restricting the flow in the discharge direction at the lower end of the back chamber (3). A drive section (14) which is connected to the above-mentioned power section, applies a force in the backward direction to the cylinder (1), and stores the required force, in an appropriate part of the formed body consisting of the cylinder (1) and the main body. ), and a screw connection part (9 ) and is provided with a biasing means (7) that allows the horizontal arm to rise in an oscillating manner by an appropriate stroke, and the oscillating balance (8) is provided with a biasing means (7) that allows the horizontal arm to rise in an oscillating manner by an appropriate distance, and the force receiving force provided at the point of force is engaged in intermittent engagement. The means (10) comprises the drive unit (14).
) is connected to the main part so that the required force stored in it can be transmitted, and engages with the drive transmission part (6) located at the corresponding position, receives the power acting on the lowering of the side arm, and the power is cut off. An automatic sagging balance that repeats a swinging movement in which the horizontal arm rises, and further includes a line connection part (12) at a required part of the above-mentioned structure.