JP2565473B2 - Fishing bait container for fish collection - Google Patents

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a sowing bait container for collecting fish.

[0002]

2. Description of the Related Art Conventionally, as a spouting bait container for collecting fish, there is a spouting bait which is provided with an outer cylinder and an inner cylinder incorporated therein, and the spouting bait is discharged by relative vertical movement of both cylinders. As a method of filling the tube with the bait, a method is known in which the inner tube is pulled out from the outer tube, the bait is scooped with the inner tube, and the inner tube is inserted into the outer tube.

[0003]

In the above-mentioned conventional bait bait container, the operation of relative withdrawal and insertion of the outer cylinder and the inner cylinder is troublesome, and it is troublesome to fill the container with the bait bait. .

[0004] In view of the above, the present invention provides a foodstuff that can be easily filled into a container.

[0005]

According to the present invention, in order to attain the above object, a pair of two-piece complementary split cylinders are pivotally connected at the lower ends thereof, and one split cylinder is opened from the other split cylinder. It is configured so as to scoop the bait and to close and combine these divided cylinders.

[0006]

EXAMPLE A soup bait container according to the present invention comprises a pair of first divided cylinder (3) and a second divided cylinder (4) which are complementary to each other and which mainly have vertical dividing surfaces (1) and (2). ) Is openably and closably connected below it by a horizontal pivot (5) to form a cylindrical bait accommodating chamber, and one first divided cylinder (3) has the tops of both divided cylinders at its upper end. The bottom wall (7) has a closing top wall (6) and the other second split cylinder (4) closes the bottoms of both split cylinders at its lower end.
And the two cylinders are connected by a lock means. A method of filling the container with the bait is to open the second divided tube (4) from the first divided tube (3) and scoop the bait with the second divided tube (4). Close to (3) and combine with each other.

1 to 6 show a first embodiment of the present invention. In this embodiment, the first split cylinder (3) is
The dividing surface (1) extends in the vertical direction, and the divided arc-shaped partial peripheral wall portion (8) is 180 for connecting the inner and outer cylinders described later.
It is beyond the limit. The partial peripheral wall portion (8) has an arcuate notch (9) formed in a lower portion thereof at a position opposite to the dividing surface (1), and as described later, the first and second dividing cylinders (3),
A conical top wall (6) is integrally connected to the upper part through a circular peripheral wall part (10) to assist the opening of (4). On the top wall (6), a connecting member (11) used for connecting a road thread (not shown) is fixed to the apex with a screw (12) (FIG. 3).

The second dividing cylinder (4) is formed in such a shape that the dividing surface (2) extends obliquely from the upper end to the middle of the dividing cylinder (4) to facilitate scooping of the bait, and the partial peripheral wall portion (13). ) Is formed, and a circular peripheral wall portion (14) is formed from the middle to the lower end of the split cylinder (4). Split cylinder (3) on the peripheral wall (14)
Has a lower end pivotally attached by a lateral pivot (5), and a window (15) for discharging bait bait is provided at the lower end of the peripheral wall (14). At the lower end of the peripheral wall portion (14), a conical bottom wall (7) is integrally provided, and the bottom wall (7) forms the entire opening surface of the peripheral wall portion (14).
(16) Close (Fig. 3) except window (15). Therefore, the opening surface of the split cylinder (3) is also indirectly closed by the bottom wall (7). Similarly to the partial peripheral wall portion (8) of the dividing cylinder (3), a part of the divided arc-shaped partial peripheral wall portion (13) also exceeds 180 degrees, so that both divided cylinders can be joined together as described later. Used for.
In order to make the connection smooth, the pivot (5) is integrally erected on the peripheral wall portion (14) of the split cylinder (4), and the shaft hole (17) of the split cylinder (3) is provided on the pivot (5). It is fitted so that it can slide in the axial direction (Fig. 5).

A relatively large water passage hole (18) is formed in the top wall (6) of the divided tube (3), and the partial peripheral wall portion (8) of the divided tube (3) and the partial peripheral wall of the divided tube (4). The part (13), the peripheral wall part (14) and the bottom wall (7) have relatively small water passage holes (19), (20) and (21), and the bait is discharged from the window (15). Help to be done.

When the divided tubes (3) and (4) are fitted to each other, the partial peripheral wall portion (8) of the divided tube (3) and the divided tube (4).
Where the arcuate surfaces of the partial peripheral wall portion (13) and the peripheral wall portion (14) are fitted to both sides of the center line (22) including the pivots (5) of the split tubes (3) and (4). (FIG. 6), the fitting itself serves as a locking means for connecting the split tubes (3) and (4) to each other.

When the split cylinders (3) and (4) are opened to each other, the shaft hole (17) of the split cylinder (3) rotates on the pivot shaft (5) of the split cylinder (4) and moves outside the pivot shaft (5). Sliding in the direction, and the space between the dividing surfaces (1) of the split tube (3) is the peripheral wall portion (13,
14) is expanded and the peripheral wall parts (8, 1) of both split cylinders (3), (4) are expanded.
3,14) The lock of own locking means is automatically released,
The split tube (4) can be opened approximately 90 degrees with respect to the split tube (3) (Fig. 4). At this time, the notch (9) of the split cylinder (3) contributes to increase the opening angle of the split cylinder.

When the split bait (4) is opened, the bait is scooped like a shovel and the pivot (5) is closed with respect to the bait (3) as the center of rotation, the bait is divided into the baits (3), (). 4)
Is filled in the storage chamber. When this is closed, the split cylinder (3)
Between the split surfaces (1) of the two split tubes (1) expands and fits into the split tube (4) and contracts, so that the split tube (3) and (4) are automatically fitted to the peripheral wall portions (8, 13, 14) Connect by own locking means.

While the container filled with the soy bait sinks in the sea to a predetermined water depth, the soy bait is not discharged from the window (15) of the dividing cylinder (4). When the container reaches a predetermined water depth, when the rod is moved up and down and the container is shaken up and down through the thread, the bait is sprinkled intermittently in the sea through the window (15) of the split tube (4).

7 to 9 show a second embodiment of the present invention. In this embodiment, the first split cylinder (3) and the second split cylinder (3)
The structure of the split cylinder (4) is basically the same as that of the first embodiment (FIGS. 1 to 6), and different points will be described below.

The first split cylinder (3) has a top wall (6) (FIG. 9) rotatably covered with a conical adjustment cap (23) of the same shape as the top wall (6) (FIG. 9). It is connected to the wall (6) with a screw (12) and a connecting member (11) for the thread (Fig. 9). The tightening force between the screw (12) and the connecting member (11) holds the adjusting cap (23) at a predetermined adjusting position. Therefore, this adjusting cap (23) does not rotate with the resistance force of water or the force of touching it.

The adjustment cap (23) has the same number of holes (24) as the oval water holes (18) formed in the top wall (6) and the same number of holes (4). There is. When the adjusting cap (23) is rotated, the through hole (24) of the adjusting cap is completely aligned with the through hole (18) of the top wall (6) and then partially matched with each other, and is completely aligned. It changes to the state not to
Due to this change, the through hole (18) of the top wall (6) is opened and closed, and the opening area thereof is adjusted. As a result, the second split cylinder (4)
It is possible to optimally set the spraying condition of the sowing bait from the window (15) according to the type of the sowing bait.

The circular peripheral wall portion (14) of the second split cylinder (4) is
The length from the pivot axis (5) to the upper end of the window (15) is slightly longer than that of the first embodiment, and the peripheral wall portion and the peripheral wall corresponding to the upper end to the lower end of the window (15). A screw (25) is formed on the part. An adjusting ring (26) is screwed onto the male screw (25) with its female screw (27) (Fig. 9). The adjusting ring (26) is in the fully open position of the window (15) in FIGS. At that position, when the adjusting ring (26) is rotated in the direction of the arrow, the ring (26) is screwed downwards until the window (15) is partially or completely closed.
The opening area is changed. By this change, the amount of the sprinkled bait sprayed from the window (15) can be adjusted.

The bottom wall (7) (FIG. 9) of the split cylinder (4) is in the shape of a disk, and a conical weight (28) is attached to the bottom wall of the split cylinder (4) with a screw (29) and a screw receiver (30). It is fixed by (Fig. 9).

FIG. 10 shows a third embodiment, which relates to a means for pressing the adjustment cap (23) against the top wall (6) of the first split cylinder (3) to hold the adjustment position of the cap. It is a thing.

As a means for this, short cylindrical portions (31), (32) are erected concentrically at the tops of the top wall (6) and the adjusting cap (23), and an annular space is provided between these cylindrical portions. Is formed, and the compression spring (33) is inserted into this space. A female screw is provided on the inner peripheral surface of the tubular portion (31), and an adjusting screw (34) is screwed onto the female screw, and the head portion (35) of the adjusting screw is attached to the tubular portions (31), (32). Looking above. Both ends of the compression spring (33) have adjusting screws (34)
It is received by the head (35) and the flange (36) at the lower end of the tubular part (32), and this spring (33) presses the adjustment cap (23) against the top wall (6) to adjust this cap to the prescribed adjustment. Hold in position. A wire member (71) is passed through the center hole of the adjusting screw (34), a ring (72) for connecting the thread is formed at the upper end thereof, and a stopper (73) is formed at the other end. .

FIG. 11 shows a fourth embodiment of the present invention. The difference from the first embodiment (FIGS. 1 to 6) is that the bottom wall (7) is in the second split cylinder (4). It is about to move up and down. Therefore, the pivot shaft (5) diametrically penetrates the space surrounded by the circular peripheral wall portion (14) of the split cylinder (4), and both ends of the pivot shaft (5) (the peripheral wall portion of the split cylinder (4) ( 14) and the respective holes of the partial peripheral wall portion (8) of the split cylinder (3).

The bottom wall (7) has a pair of elongated plate-like connecting members (38) which are integrally erected upward from both diametrical ends of the periphery (37) of the upper end of the conical shape. Slots in (38) (39)
However, it is vertically movably fitted to a guide boss (40) which is located on the same axis as the pivot (5) and is integral with the peripheral wall (14).

The linear wire member (41) is located at the center of the space surrounded by the bottom wall (7) and the peripheral wall portion (14) of the split cylinder (4), and one end of which is a ring on the pivot (5). The other end is connected to the bottom wall (7) and extends downward through the center of the bottom wall (7), and a ring-shaped stopper (43) is formed at the other end of the bottom wall (7). ), It engages with the lower end to limit the descending distance of the bottom wall.

The bottom wall (7) is pressed against the lower end of the split tube (4) to move the split tube (4) from the split tube (3) to the pivot (5).
The sowing bait is filled in the dividing tubes (3) and (4) by scooping and closing the sowing bait in the state of being opened around.

When the container is submerged in the sea in this filled state, the bottom wall (7) is divided into the divided cylinders (4) while the container is submerged.
The bait is pressed against the opening surface (16) at the lower end of the soup, and the bait does not go out through the opening surface. When the rod is lifted when the container reaches a predetermined water depth, the split cylinders (3) and (4) move upward with respect to the bottom wall (7) and the lower end opening surface (1) of the split cylinder (4).
When 6) is opened and the rod is lowered, the split tubes (3) and (4) are lowered with respect to the bottom wall (7) and the lower end opening surface (16) of the split tube (4).
Close. Similarly, the lower end opening surface (16) of the split cylinder (4) repeats opening and closing in the same manner as the pole is moved up and down. As a result, sowing bait is sprayed into the sea through the opening surface (16).

FIG. 12 shows a fifth embodiment of the present invention, in which the opening surface (16) of the second split cylinder (4) is shown in FIG.
And means for adjusting the opening distance (H) between the upper end of the bottom wall (7) and the periphery (37). As the adjusting means, the adjusting screw (44) is connected to the top of the bottom wall (7), and the cylindrical portion (4
It is screwed into the screw hole of 5), and the central hole (46) of this adjusting screw (44)
The lower end of the wire member (41) suspended on the pivot shaft (5) is passed through and the ring-shaped stopper (43) at the lower end of the wire member is engaged. When the adjusting screw (44) is turned to the left or right, the bottom wall (7) causes the elongated hole (39) of the connecting member (38) and the guide boss (4).
It goes up or down with respect to the opening surface (16) of the split cylinder (4) via 0), and the space (H) between them is adjusted. As a result, the amount of sprinkled bait scattered from between the opening surface (16) of the split cylinder (4) and the bottom wall (7) is adjusted.

FIGS. 13 to 15 show the sixth embodiment, and the locking means for connecting the first and second split cylinders (3) and (4) in the closed state is the same as in the previous embodiments. Different from that, the division surface (1) of the division cylinder (4) also differs accordingly.

As the locking means, the adjusting cap (23)
A short cylindrical lock ring (47) integrally extends downward from around the lower end of the. The lock ring (47) is composed of a 1/2 arc lock wall portion (48) and a 1/2 arc cutout window (49). In FIGS. 13 and 14, the lock wall portion (48) has the split cylinder (4).
Is engaged with the upper end of the split cylinder (4) to lock it. FIG. 15 shows a state in which the adjustment cap (23) is half-turned from the state of FIG. 13, and the cutout window (49) of the lock ring (47) reaches the position of the upper end of the split cylinder (4), Release the lock on (4). Thereby, the split cylinder (4) can be opened and closed around the pivot (5) with respect to the split cylinder (3). When the adjusting cap (23) is returned to its original position, the split cylinder (4) is locked.

The lock ring (47) is tightly fitted to the circular peripheral wall portion (10) at the upper part of the split cylinder (3), and the strong friction braking force between the lock ring (47) locks the lock ring (47) to the locked position and the unlocked position. The adjustment cap (23) is also held at a position adjusted so that the through hole (24) thereof overlaps the through hole (18) of the top wall (6) at a predetermined ratio. Therefore, the adjustment cap (23) does not have to be strongly tightened to the top wall (6) by the connecting member (11) ', and in this sixth embodiment,
The shaft portion (50) of the connecting member (11) 'is pushed into the split washer (51) to be connected to make the connecting member (11)' rotatable, and its ring (5
It is possible to prevent the entanglement of the thread or device connected to 2).

When the opening area common to the through hole (24) and the through hole (18) of the top wall (6) is changed by the adjusting cap (23), the opening area is in the range from fully closed to fully open. In the above, the lock wall portion (48) of the lock ring (47) is the split cylinder (4).
Is in the relationship of engaging the upper end of the.

The partial peripheral wall (8) of the split cylinder (3) is formed in a 1/2 circular arc or less, and facilitates relative opening and closing of both split cylinders (3) and (4).

16 to 19 show a seventh embodiment of the present invention, and particularly relate to a lock means and a through hole adjusting means.

The cap (23) of the adjusting means has a fan-shaped wall portion in opposite directions from the central disk-shaped boss portion (53) (FIG. 17).
(54) extends (Fig. 17) and lock ring (5
The lock wall portion (56) of 5) extends integrally downward (Fig. 1).
6). Also, a thin water passage hole (57) is formed in the wall portion (54) and the top wall (6).
(58) is formed in a ring shape.

16 to 18, the lock wall portion (56)
Is at a position where it engages with the upper end of the second split cylinder (4) and locks this split cylinder (4). In this state, the through hole (57) of the adjusting cap (23) coincides with the through hole (58) of the top wall (6). When the adjustment cap (23) is rotated 90 degrees (FIG. 19), the lock wall (56) is disengaged from the position where it engages with the upper end of the split cylinder (4), and the lock for this split cylinder (4) is released. . Even if the lock wall (56) rotates in a wide range close to about 180 degrees, the lock against the split cylinder (4) is maintained, and the through hole (58) of the top wall (6) adjusts the adjustment cap (23) in that range. You can close the number as you like. As a result, the amount of sprinkled bait applied can be adjusted. In addition, a pair of lock walls (5
6) and (56) are held in place by firmly sandwiching the diametrically opposite ends of the peripheral wall portion (10) of the first split cylinder (3) (Fig. 16).

20 and 21 show the eighth embodiment, and particularly relate to the locking means. The lock ring (59) used as the locking means is the adjustment cap (2
It is separate and independent from 3) and is fitted to the circular peripheral wall portion 10 and the partial peripheral wall 8 at the upper end of the first divided cylinder 3. The lock ring (59) is sandwiched between the adjustment cap (23) and the shoulder portion (60) of the partial peripheral wall portion (8) of the split tube (3), and can only rotate. This lock ring (59) is also a semi-circular lock wall (48) similar to that of the lock ring (47) of FIG.
And a window (49) having a semicircular window (49), and the lock wall (48) engages with the upper end of the second split cylinder (4) every half rotation of the lock ring (59). Alternately locks and unlocks the positions where the upper end of the split cylinder (4) is allowed to pass. Since the lock ring (59) is tightly fitted to the peripheral wall portion (10) of the split cylinder (3), it is held at a predetermined position. On the other hand, the adjustment cap (23) is not held by the lock ring (59), so that the fastening with the top wall (6) may be performed with the connecting member (11) 'and the washer (51) (Fig. 21).
Since the lock ring (59) and the adjusting cap (23) are separated and independent as described above, they can be operated conveniently.

FIG. 22 shows a ninth embodiment of the present invention, and particularly relates to the locking means. As the locking means, a circular peripheral wall portion (10) at the upper end of the first split cylinder (3) is used.
A screw (61) is provided on the partial peripheral wall portion (8), and the female screw (63) of the lock ring (62) is screwed onto this male screw. This lock ring (62) moves up and down by the screwing associated with its rotation,
Lock the split tube (4) or unlock it.

FIG. 23 shows a tenth embodiment of the present invention, which also relates to the locking means. As this locking means, a lock ring (64) is fitted to the peripheral wall portion (10) and the partial peripheral wall portion (8) of the upper end of the first split cylinder (3), and the lock ring (64) protrudes inward. The pin (65) protruding in this manner is provided with a partial groove (6) of the peripheral wall portion (8) of the split cylinder (3).
It is slidably inserted in 6). Therefore, the lock ring
The (64) is rotatably connected to the split tube (3), and the rotation thereof locks the second split tube (4) with the lock wall portion (48) or the split tube (4) with the window (49). Allow the passage of and unlock.

24 to 26 show the 11th embodiment of the present invention, which also relates to the locking means.
As the locking means, a lock claw (67) is formed on the dividing surface (2) of the second split cylinder (4) with a cut (68), and a lock hole (69) into which the lock claw fits is formed in the first split cylinder. It is formed near the division plane (1) of (3). In FIGS. 24 and 26, the lock claw (67) is fitted in the lock hole (69) to lock both split cylinders (3) and (4) in the closed state. In this state, if the protrusion (70) behind the lock claw (67) is pushed in, the lock claw (67) will be disengaged from the lock hole (69) and both split cylinders (3), (4) can be opened. . When the split cylinders (3) and (4) are closed in the open state of FIG. 25, the lock claw (67) is automatically fitted into the lock hole (69) and locked.

[0039]

As described above, according to the present invention, the first split cylinder (3) having the top wall (6) and the second split cylinder (4) having the bottom wall (7) can be opened and closed by the pivot shaft (5). It is configured so that the container is filled with the sowing bait by scooping the sowing bait with the second divided tube (4), closing it with respect to the first divided tube (3) and locking it with the locking means. Therefore, the filling operation of this bait is extremely easy. Further, according to the present invention, since the window (15) is formed in the lower portion of the second split cylinder (4), the sowing bait is preferably sprayed from the window, and the window (15) is further provided with the adjusting ring (26). The open area is adjusted so that the application can be optimized by different bait. In the present invention, the bottom wall (7) moves up and down with respect to the second split cylinder (4) to open and close the opening surface (16) of the split cylinder (4), so that the container is sprinkled until a predetermined water depth is reached. The bait can be sprayed only at a predetermined water depth without being sprayed, and there is no waste in using the bait. According to the present invention, the moving length of the vertically moving bottom wall (7) is changed by the adjusting screw (44), so that the amount of the sprinkled bait sprayed from the opening surface (16) of the second split cylinder (4) can be adjusted. . According to the present invention, an adjusting cap (23) is rotatably covered on the upper surface of the top wall (6) of the first split cylinder (3), and the top wall (6) and the adjusting cap (23) have holes for water passage. (18,24,57,58) is formed and the opening area common to the holes (18,24,57,58) is adjusted by the rotation of the adjustment cap, so that the spread of the bait is made more suitable. It In the present invention, at least the partial peripheral wall portion (8) of the first divided cylinder (3) exceeds 180 degrees as a locking means for the both divided cylinders (3) and (4), and this partial peripheral wall portion (8) is
Engages the second split cylinder (4) of the other party in a hug manner to connect the split cylinders (3) and (4), so that the lock operation and the release operation of both split cylinders are extremely easy. Also, as the locking means, a lock ring (47, 55, 59, 6
Since both split cylinders (3) and (4) are locked by (4), the lock is made more reliable, and the size of the partial peripheral wall portion (8) of the split cylinder (3) does not exceed 180 degrees. Therefore, the opening and closing of both split cylinders (3), (4) can be made lighter, and the lock ring (62) as the locking means is screwed into the split cylinder (3) to advance it. Since both split cylinders (3) and (4) are locked by this lock, this lock is made more reliable, and the locking claw (67) of the upper split cylinder and the lock hole (69) of the other split cylinder serve as the locking means. Since both split cylinders (3) and (4) are locked by the engagement of, the locking is automatically performed by the closing operation of both split cylinders, which is convenient and secure.

[Brief description of drawings]

FIG. 1 is a front view of a first embodiment of a sowing food container according to the present invention.

FIG. 2 is a right side view of the sowing bait container of FIG.

FIG. 3 is a sectional view taken along line AA of FIG. 1;

FIG. 4 is a right side view showing an open state of the sowing bait container of FIG. 1.

5 is a sectional view taken along line BB of FIG.

6 is a cross-sectional view taken along the line CC of FIG.

FIG. 7 is a front view of a second embodiment of the sowing food container according to the present invention.

8 is a right side view of the sowing bait container of FIG. 7. FIG.

9 is a cross-sectional view taken along line DD of FIG.

FIG. 10 shows a third embodiment of the sowing bait container according to the present invention, and FIG.
It is a partially omitted sectional view similar to FIG.

[Fig. 11] Fig. 11 shows the fourth embodiment of the sowing bait container of the present invention.
It is a sectional view similar to FIG.

FIG. 12 is a fifth embodiment of the sowing bait container of the present invention, and FIG.
It is a partially omitted sectional view similar to FIG.

13 is a sixth embodiment of the sowing bait container of the present invention, FIG.
It is a partial cross-sectional view similar to FIG.

14 is a cross-sectional view taken along the line EE of FIG.

FIG. 15 is a cross-sectional view taken along the line EE of FIG. 13 showing the unlocked state.

16 is a seventh embodiment of the sowing bait container of the present invention, FIG.
3 is a partially omitted sectional view similar to FIG.

FIG. 17 is a plan view of the sowing food container of FIG. 16.

18 is a cross-sectional view taken along the line FF of FIG.

19 is a cross-sectional view taken along the line FF of FIG. 16 showing the unlocked state.

FIG. 20 is an eighth embodiment of the sowing bait container according to the present invention, and FIG.
FIG. 3 is a right side view similar to FIG.

21 is a partially omitted cross-sectional view similar to FIG. 13 of the sowing bait container of FIG. 20.

22 is a ninth embodiment of the sowing bait container of the present invention, FIG.
It is a partially omitted right side view similar to 0.

FIG. 23 is a right side view of the tenth embodiment of the sowing food container according to the present invention, which is similar to FIG.

FIG. 24 is a right side view similar to FIG. 2, showing an eleventh embodiment of the sowing food container according to the present invention.

FIG. 25 is a right side view showing an open state of the sowing bait container of FIG. 24.

26 is a cross-sectional view taken along the line GG of FIG. 24.

[Explanation of symbols]

1 division surface 2 division surface 3 first division cylinder 4
Second split cylinder 5 Axis 6 Top wall 7 Bottom wall
15 window 16 opening 23 adjustment cap
26 adjusting ring 28 weight 33 compression spring 34 adjusting screw 38 connecting member 41 wire member 44 adjusting screw 47 lock ring 55
Lock ring 59 Lock ring 67 Lock claw 69 Lock hole 71 Wire member

Claims (12)

(57) [Claims] 1. A first split cylinder (3) and a second split cylinder (4) complementary by a pair of two pieces having vertical split surfaces (1) and (2) are provided below the first split cylinder (3) and the second split cylinder (4) in the horizontal direction. The first split cylinder (3) has a top wall (6) at its upper end that closes the tops of both split cylinders by forming a cylindrical bait accommodating chamber that is openably and closably coupled by a pivot (5). On the other hand, the other second split cylinder (4) has a bottom wall (7) at its lower end that closes the bottoms of both split cylinders, and a locking means is provided between these split cylinders so that they can be separated from each other. The second divided barrel (4) scoops the bait in the open state, closes the second divided barrel (4), and fills the space between the mating first divided barrel (3) and the bait. A sowed bait container for collecting fish. 2. The second split cylinder (4) has a cylindrical peripheral wall portion (14) at a lower portion thereof, and the peripheral wall portion (14) is connected to the first split cylinder (3) by a lateral pivot ( 5. A window (15) for discharging sowing food is provided on the peripheral wall portion (14), which is pivotally attached at 5).
The described sprinkling bait container for collecting fish. 3. The peripheral wall portion (14) of the second split cylinder (4).
The adjustment ring (26) is screwed onto the outer circumference of the
The sprinkling bait container for collecting fish according to claim 2, wherein 6) adjusts the opening area of the window (15) for discharging the bait bait of the second split cylinder (4) by screwing with the rotation. 4. The second split cylinder (4) has a tubular peripheral wall portion (14) at a lower portion thereof, and the peripheral wall portion (14) is connected to the first split cylinder (3) by a lateral pivot ( The bottom wall (7) pivotally attached at 5) and provided on the second split cylinder (4) is connected to the peripheral wall portion (14) of the second split cylinder so as to be vertically movable with respect to the second split cylinder, By moving the bottom wall (7) up and down, the peripheral wall (1
The sprinkling bait container for collecting fish according to claim 1, wherein the spouting bait is discharged from the opening surface of the opening surface (16) of 4). 5. A wire member (41) in the second divided cylinder (4).
Is provided, and the upper end of the line member (41) is provided with the second split cylinder (4).
Adjustment screw fixed to the bottom wall and screwed to the bottom wall (7)
A stopper (43) is formed at the projecting end of the stopper (43) by penetrating the (44), and the stopper (43) engages the adjusting screw (44) to restrict the downward movement of the adjusting screw. A gap (H) for discharging bait between the opening surface (16) of the peripheral wall portion (14) of the second split cylinder (4) and the bottom wall (7) due to screwing accompanying the rotation of the adjusting screw (44). The spout food container according to claim 4, wherein the opening area of the container is adjusted. 6. The first and second split cylinders (3),
The dividing surfaces (1) and (2) of (4) extend from the upper end to the lower end of both split cylinders, and are pivotally attached at their lower ends by a horizontal pivot (5) to form both split cylinders (3) and (4). Window for bait release at the bottom of
The sprinkle bait container for collecting fish according to claim 1, wherein (15) is formed. 7. The top wall (6) of the first split cylinder (3).
The adjustment cap (23) is rotatably covered with the top wall (6) and the adjustment cap (23), and holes (18, 24,5, 4) for water passage are provided.
7, 58) is formed, and the opening area of the hole (18, 58) of the top wall (6) is adjusted by rotating the adjustment cap (23). Feed container. 8. The first and second split cylinders (3),
As a locking means for connecting (4) to each other, at least the arc-shaped wall surface of the first split cylinder (3) exceeds 180 degrees, and the second split cylinder (4) on the mating side is fitted in a hug shape on the arc-shaped wall surface. The sprinkling and bait container for collecting fish according to any one of claims 1 to 5 and 7, which is configured to be combined with each other. 9. The first and second split tubes (3),
A lock ring (47,55,59,64) is rotatably connected to the outer periphery of the first split cylinder (3) as a locking means for connecting (4) with each other, and both split cylinders are rotated by the rotation of the lock ring. The sprinkling bait container for collecting fish according to any one of claims 1 to 7, which is configured to connect (3) and (4) to each other or release the connection. 10. The first and second split cylinders (3),
A lock ring (62) is screwed onto the outer periphery of the first split cylinder (3) as a locking means for connecting the (4) to each other, and the split ring (3) is screwed by the rotation of the lock ring (62). ),
The sprinkling and bait container for collecting fish according to any one of claims 1 to 7, which is configured to connect (4) with each other or release the connection. 11. The first and second split cylinders (3),
As locking means for connecting (4) with each other, one split cylinder is provided with a lock pawl (67), and the other split cylinder is provided with the lock pawl (67).
The sprinkle bait container for collecting fish according to any one of claims 1 to 7, wherein a lock hole (69) with which (67) engages is provided. 12. The sprinkle bait container for collecting fish according to claim 1, wherein a weight (28) is attached to the bottom wall (7).