JPS627092Y2 - - Google Patents

Description

[Detailed explanation of the idea] [Industrial application field] This invention relates to a bait feeder.

[Conventional technology and its problems]

Conventional bait spreaders include ones that gradually release bait from the mesh while the bait is sinking into the water, and ones that release bait or bait all at once after sinking to a required depth to prevent small fish from picking up the bait on the way. ing.

However, these bait spreaders have the disadvantage that it is impossible for the angler to freely manipulate the bait according to his will, such as spraying the appropriate amount of bait at intervals depending on the type of fish to be caught and the type of bait to be baited. It was hot.

[Purpose of invention]

The purpose of this invention is to eliminate the above-mentioned drawbacks.

[Means for achieving the object] In order to achieve the above object, in this invention, a downward discharge port is formed at the lower part of the cylindrical bait feeder main body having a feed opening at the upper part, and a downward discharge port is formed on the upper side thereof. A lateral discharge port is continuously formed, and the feeder body includes a swinging plate having a V-shaped cross section and comprising a lower valve plate that closes the downward discharge port from the inside and a horizontal valve plate that closes the horizontal discharge port from the outside. is mounted so as to be able to swing freely using the continuous portion of the two valve plates as a fulcrum, and the swing plate is provided with a structure that, when the two valve plates close the two discharge ports, locks onto the main body of the bait feeder to prevent further swinging. A locking portion is provided for blocking the valve, and a blade extending outward is provided at the upper end of the horizontal valve plate.

[Effect]

With the bait feeder constructed in this way, when the bait is put in from the upper opening while attached to a fishing line, the weight of the bait causes the rocking plate to swing and the locking part engages with the bait feeder body. and both valve plates close both discharge ports.

If the bait is thrown into the sea in this state, it will fall with both valve plates of the rocking plate closed due to the weight of the bait and the upward water pressure on the blades. When the fishing line is moved up and down at any position during or after the fall, strong downward water pressure is applied to the blades as it moves upwards, and this water pressure causes the rocking plate to swing outward, while moving downwards. Sometimes upward water pressure is applied and the rocking plate swings inward, which means that the fishing line is tightened.
The swing plate swings in and out to repeatedly open and close the discharge port, and the bait is discharged and scattered. By adjusting the degree of control,
Adjust the amount of bait spread.

〔Example〕

Hereinafter, embodiments of this invention will be described based on the accompanying drawings.

As shown in FIGS. 1 and 2, a cylindrical bait feeder main body 2 made of a perforated plate having a bait feeding opening 1 in the upper part of the side wall has a downward discharge port 3 having a semicircular shape on the front surface, which is approximately the same shape, and this discharge port. A diagonal horizontal discharge port 4 continuous with the opening 3 is formed, and this horizontal discharge port 4 is formed directly below the opening 1. The feeder body 2 includes
A flat semicircular lower valve plate 5 that closes the downward discharge port 3 from the inside of the feeder body 2 and opens by swinging upward, and a flat surface that closes the horizontal discharge port 4 from the outside and opens by swinging outward. A swinging plate 7 having a V-shaped cross section and a semicircular horizontal valve plate 6 is swingably mounted with a continuous portion of both valve plates 5 and 6 supported by a support shaft 8.
At the lower part of the side wall, a discharge opening adjustment section 11 is provided, which is composed of a plurality of pin holes 9 arranged in a row and a taper pin 10 for locking a swing plate to be replaced with the pin holes 9.

A pressure-receiving vane 12 is protruded from the upper end of the horizontal valve plate 6 and extends outward, as shown in FIG.
When this bait feeder falls into the water, upward water pressure B is applied to the outwardly protruding blades 12 and the swinging plate 7
is swung inward by both valve plates 5, 6 to close the discharge ports 3, 4. On the other hand, when the feeder rises in the water, downward water pressure A is applied to the blades 12, and the oscillating plate 7 is moved outward. The discharge ports 3 and 4 open.
Note that when the swing plate 7 swings, the upper end of the horizontal valve plate 6 locks on the side wall of the feeder main body 2 (the upper edge of the discharge port 4), preventing further swing (reverse movement in FIG. 2). (clockwise). That is, the upper end of the horizontal valve plate 6 serves as a locking portion as referred to in the "claims of utility model registration."

Furthermore, a fishing line retaining ring 14 is attached to the bait sprayer at the center of the upper surface of the top plate 13 of the bait sprayer main body 2,
A fishing line retaining ring 14 is also attached to the pointed lower end transition portion 15 that reduces water resistance when submerged.

As shown in FIGS. 2 and 3, the opening 1 is opened and closed by rotating a rotating cylinder 17 having a window 16 slidably attached to the outer surface of the bait feeder main body 2. Ru. This opening 1 is located directly above the horizontal discharge port 4, and when the main body 2 of the bait feeder is placed horizontally and the bait is put in from the opening 1, the advantage is that the horizontal discharge port 4 is closed so that the bait does not come out. has. The opening 1 may be provided on the top plate 13 so as to be opened and closed by a slider, or may be provided so that the top plate 13 itself is opened and closed using one end as a fulcrum.

The bait feeder main body 2 can be made of a perforated plate with enough holes to prevent the bait put therein from flowing out, or it can be made of a mesh material such as a wire mesh with the required mesh size. In addition, it can also be made into an elliptical cylinder shape, a rectangular cylinder shape, etc. This feeder body 2
Alternatively, a floating body 18 made of foamed polystyrene or the like may be fixed to the inner surface of the top plate 13 to prevent it from falling over when submerged. In addition, the downward discharge port 3 and the horizontal discharge port 4
The interior angle α (see the arrow in FIG. 2) between the two and the inside angle α (see the arrow in FIG. 2) can be appropriately selected depending on the type of bait to be thrown and other uses.

As shown in FIGS. 2 and 4, in the swing plate 7, if the lower valve plate 5 is a perforated plate 19, when the bait is put into water, water enters through the holes and the bait floats and loosens.
During the procedure described below, water easily flows out from the hole,
The swinging plate 7 can swing outward smoothly.

In addition, a weight 20 is fixed to the lower surface of the lower valve plate 5, and the weight 20 allows the user to constantly (when no bait is put in)
If both outlets 3 and 4 are closed as shown by the solid line in Figure 2, both outlets 3 and 4 are always closed when feeding bait into the feeder body 2, so the bait outlet 3 is closed. , 4 has the advantage that there is no outflow.

For example, when the taper pin 10 is inserted into the uppermost pin hole 9, the discharge opening adjustment section 11 adjusts the blade 1.
The lower valve plate 5, which rotates due to the downward water pressure A acting on the discharge port 2, comes into contact with this (see the chain line in FIG. 2) and is locked, thereby limiting the degree of opening of both discharge ports.
The discharge opening adjustment section 11 can also be formed from a longitudinally elongated hole and an inward projecting piece that slides into the elongated hole and is fixed at an appropriate position.

In addition, as shown in the figure, in addition to dividing the fishing line and attaching the fishing line retaining ring 14 in the middle, the fishing line retaining ring 14 is omitted and the top plate 13 and the lower valve plate 5 are connected to the line insertion hole. It is also possible to insert a fishing line into the tube core and attach it.

The embodiment has the structure as described above, and when using it, first raise the opening 1,
Add bait such as minced fish and shrimp. At this time, the amount of stuffing is set appropriately so that the bait is not packed too much and the swinging plate 7, which will be described later, cannot swing smoothly.

After putting the bait in, turn the rotary cylinder 17 to close the opening 1, and when it is put into the water, the horizontal valve plate 6 and the blades 12
upward water pressure B that presses and closes the sideways outlet 4.
(See the arrow in Figure 2) acts, and after it sinks, when the fishing line is put in by moving the rod up and down, downward water pressure A acts on the blade 12, causing the rocking plate 7 to rotate and the downward discharge port. 3 and a horizontal discharge port 4 are opened, from which bait is discharged over a wide range in two directions. At this time, when the degree of control (strength or weakness) is changed, the water pressure A changes accordingly, the degree of rocking of the rocking plate 7 changes, the degree of opening of the discharge ports 3 and 4 changes, and the amount of bait to be sprinkled also changes.

In addition, when discharging the sown bait midway through, if the rod is held still or lowered a little, the rocking plate 7 returns to its initial position due to its own weight or upward water pressure B, and both discharge ports are closed. . In addition, the discharge opening adjustment section 11 is used by appropriately changing the position of the taper pin 10 according to the type of bait to be thrown, and when the taper pin 10 is removed, the swing plate 7 is fully opened and the bait can be discharged at once. .

FIGS. 5A, 5B, and 5C are explanatory diagrams showing other usage examples. In this usage example, a bait X such as a shrimp that easily separates is attached to a fishhook, and this is placed sideways from the outlet 4 into the bait spreader body 2 together with the bait Y, so that the bait X is protected while it sinks. This has the advantage that bait X will not be separated by water current or taken by small fish, and bait X can be discharged together with bait Y at the required depth by wrapping the fishing line after sinking. be.

In addition, this bait feeder can be used for floating fishing with the top plate 13.
The fishing line can be slidably inserted only through the fishing line retaining ring 14 and attached freely, or the fishing line can be slidably inserted through a line insertion hole provided in the tube core and attached in a threaded manner.

〔effect〕

As described above, the feeder of this invention has many advantages, as listed below.

(1) Protect and submerge the bait and bait (when stored in the bait sprayer body) safely from small fish, etc., until it reaches the desired depth in the water, unless it is stopped midway through. You can also
If you store soft bait such as Okiami in the bait spreader body, you will be able to cast long distances.

(2) According to the angler's will, the angler can freely and effectively scatter bait over a wide range by adjusting the rod position.

[Brief explanation of the drawing]

Fig. 1 is a front view showing an embodiment of this invention, Fig. 2 is a longitudinal sectional side view of the same, and Fig. 3 is Fig. 2-
FIG. 4 is a cross-sectional plan view taken along the line of FIG. 2, and FIGS. 1... Opening, 2... Bait feeder body, 3... Downward outlet, 4... Sideways outlet, 5... Lower valve plate, 6
...Horizontal valve plate, 7... Rocking plate, 12... Vane, X...
...Feed, Y...Spread bait, A, B...Water pressure.

Claims (1)

[Scope of utility model registration request] A downward discharge port is formed at the bottom of a cylindrical bait feeder body having a feed opening at the top, and a lateral discharge port is formed continuously above the feeder body, and the downward discharge port is arranged on the inside of the feeder body. A oscillating plate having a V-shaped cross section, consisting of a lower valve plate that closes from the bottom and a lateral valve plate that closes the horizontal discharge port from the outside, is attached to the oscillating plate so as to be swingable about the continuous portion of both valve plates, and to this oscillating plate, A locking portion is provided for locking the bait feeder body to prevent further swinging when the both valve plates close the discharge ports, and a blade extending outward is provided at the upper end of the horizontal valve plate. A bait feeder.