KR0144794B1 - Fishing Bait Spray Containers - Google Patents

Abstract

Provided is a bait spray container capable of easily filling a spraying bait.

The first dividing cylinder (3) having the upper wall (6) and the second dividing cylinder (4) having the lower wall (7) are coupled to the shaft (5) and the second dividing cylinder (4) is the first dividing cylinder. (3) is opened, the bait for spraying is floated, the 2nd dividing cylinder 4 is closed with respect to the 1st dividing cylinder 3, and it fills in a bait spray container.

Description

Fishing Bait Spray Containers

1 is a front view of a first embodiment of the bait spray container of the present invention.

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

3 is a cross-sectional view taken along the line A-A of FIG.

4 is a right sectional view showing an open state of the bait spray container of FIG.

5 is a cross-sectional view taken along the line B-B in FIG.

6 is a cross-sectional view taken along the line C-C in FIG.

7 is a front view of a second embodiment of the bait spray container of the present invention.

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

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

10 is a partial cross-sectional view similar to FIG. 3 as a third embodiment of the bait spray container of the present invention.

11 is a cross-sectional view taken along the line E-E of FIG.

12 is a sectional view taken along the line E-E of FIG. 10 showing the unlocked state.

FIG. 13 is a partially broken cross-sectional view similar to FIG. 10 as a fourth embodiment of the bait spray container of the present invention.

14 is a plan view of the bait spray container of FIG.

FIG. 15 is a sectional view taken along the line F-F in FIG.

FIG. 16 is a sectional view taken along the line F-F in FIG. 13 showing the unlocked state. FIG.

FIG. 17 is a partially broken right side view similar to FIG. 10 as a fifth embodiment of the bait spray container of the present invention.

FIG. 18 is a partially cutaway sectional view similar to FIG. 10 as the bait spray container of FIG.

FIG. 19 is a partial sectional view of the right side partial cut similar to FIG. 17 as a sixth embodiment of the bait spray container of the present invention. FIG.

20 is a right side cross-sectional view of a portion of a judgment portion similar to FIG. 17 as a seventh embodiment of the bait spray container of the present invention.

21 is an eighth embodiment of the bait spray container of the present invention, the right side view similar to that of FIG.

FIG. 22 is a right side view showing an open state as the bait spray container of FIG.

FIG. 23 is a cross-sectional view taken along the line G-G in FIG.

24 is a front view of a ninth embodiment of the bait spray container of the present invention.

FIG. 25 is a right side view of the bait spray container of FIG. 24. FIG.

FIG. 26 is a cross-sectional view taken along the line H-H in FIG. 24. FIG.

FIG. 27 is a right side view showing the open state of the bait spray container of FIG.

FIG. 28 is a cross-sectional view taken along the line I-I of FIG. 25. FIG.

FIG. 29 is a cross-sectional view taken along the line J-J in FIG. 25. FIG.

30 is a perspective view of the attachment means of the bait spray container of FIG.

31 is a partial wave partial longitudinal sectional view similar to FIG. 26 as a tenth embodiment of the bait spray container of the present invention.

32 is a partially broken partial front view similar to FIG. 24 as a twenty-fourth embodiment of the bait spray container of the present invention.

33 is a longitudinal sectional view similar to FIG. 26 as a twelfth embodiment of the bait spray container of the present invention.

* Explanation of symbols for main parts of the drawings

1: split plane 2: split plane

3: first split bin 4: second split bin

5: axis 6: upper wall

7: bottom wall 15: window

17: bearing hole 23: adjusting cap

26: Adjustment ring 26 ': Adjustment ring

It is a lock ring

39: lock ring 43: lock ring

46: lock ring 48: lock ring

51: lock 53: lock hole

57: shaft 60: bearing hole.

The present invention relates to a bait spray container for fishing.

Conventional fishing bait spray containers include an outer cylinder and an inner cylinder embedded therein, and bait is released by the relative vertical movement of the two cylinders. The method of filling the lure into the inner cylinder is to extract the inner cylinder from the outer cylinder, It is known to float a bait into the inner cylinder and insert the inner cylinder into the outer cylinder.

The above-described conventional bait spray container has a complicated operation of taking out and inserting the outer cylinder and the inner cylinder, and furthermore, it is cumbersome to fill the bait into the container.

The present invention proposes to simplify the filling of the bait into the container in view of the above circumstances. In another aspect, the present invention provides that the bait container can be easily assembled and disassembled, the opening and closing operation is smooth, and the open state is surely maintained.

In order to achieve the above object, the present invention attaches two sets of complementary dividing cylinders to the attachment means in the transverse direction at the lower end thereof, and opens one dividing cylinder from the other dividing cylinder and floats the bait with this dividing cylinder. It is configured to close and join these split cylinders. Also, as a means for attaching a dividing canister, a generally rectangular bearing hole through which a T-shape and a biaxial shaft pass through an ordinary rod-shaped shaft and a bearing hole fitted with the shaft is used. When the dividing canister is closed, the combination or disassembly is possible.

The bait spray container of the present invention mainly has a first division cylinder 3 and a second division cylinder 4 complementary to each other in a pair of two sections having longitudinal dividing surfaces 1 and 2 in the horizontal axis direction, respectively. It is coupled to open and close by means of attachment to form a cylindrical lure accommodation chamber and one of the first dividing barrel (3) is formed integrally at the upper end to hold the upper wall (6) for closing the upper portion of the dividing barrel The second dividing tube 4 on the other side has a lower wall 7 closing the lower portion of the dividing tube integrally formed at the lower end thereof, and the dividing tubes 3 and 4 are locked by the locking means. It is configured to engage in the closed state.

The method for filling the bait in the container is to open the second dividing barrel 4 from the first dividing cylinder 3, to float the bait into the second dividing cylinder 4, and the second dividing cylinder 4 and the first. Close the partition barrel (3) again to engage with each other.

1 to 6 show a first embodiment of the present invention. In this embodiment, the first dividing cylinder 3 is divided into arcs because the dividing surface 1 extends in the longitudinal direction and the inner and outer dividing cylinders 3 and 4 described later are coupled in a closed state. The partial circumferential wall part 8 of more than 180 degrees. The partial circumferential wall portion 8 has an arc-shaped cutout portion 9 formed at a lower side thereof at a position opposite to the dividing surface 1, so that the first and second dividing tubes 3, 4 are formed as described later. The upper wall 6 of the conical shape is integrally connected to each other through the circular circumferential wall portion 10 so as to open relatively. In the upper wall 6, a connecting member 11, which is used to connect a fishing line (not shown), is fixed to the apex by a screw 12 (FIG. 3).

The second dividing tube 4 is formed in a shape in which the dividing surface 2 extends in a direction inclined from the upper end to the middle of the dividing tube 4 so as to easily catch the bait, and forms the partial circumferential wall 13. A circular circumferential wall portion 14 is formed from the middle to the lower end of the dividing cylinder 4. The lower wall of the dividing cylinder 3 is attached to the circumferential wall 14 by the usual rod-shaped shaft 5 as an attachment means in the horizontal axis direction, and the window 15 for bait release is attached to the lower end of the circumferential wall 14. ) Is drilled and installed. The circumferential wall portion 14 is provided with a conical lower wall 7 continuously connected to the lower end thereof, and the lower wall 7 opens the entire opening surface 16 (FIG. 3) of the circumferential wall portion 14 (FIG. 3). Close except 15). Therefore, the opening surface of the dividing cylinder 3 is also closed indirectly by the lower wall 7. The divided arc-shaped partial circumferential wall portion 13 also has a portion of more than 180 degrees, similar to the partial circumferential wall portion 8 of the dividing cylinder 3, and as will be described later, coupling between the two dividing cylinders is closed. Used for. In order to facilitate the engagement in the closed state, the shaft 5 springs up integrally with the circumferential wall 14 of the dividing cylinder 4 so that the bearing hole 17 of the dividing cylinder 3 is formed in the shaft 5. It is fitted so that it can be folded and released in the axial direction (Fig. 5).

The upper wall 6 of the dividing cylinder 3 is formed with a relatively large water outlet 18, and the partial circumferential wall portion 8 of the dividing cylinder 3 and the partial circumferential wall portion 13 and the main wall portion of the dividing cylinder 4 ( 14 and the lower wall (7) is formed because the relatively small passages (19), (20), (21) to help the bait is discharged from the window (15).

The dividing cylinders 3 and 4 are fitted to each other, and the arc-shaped surface of the partial circumferential wall portion 8 of the dividing cylinder 3 and the partial circumferential wall portion 13 and the circumferential wall portion 14 of the dividing cylinder 4. The fitting itself is divided into the dividing cylinder 3, because it has a relation that the centerline 22 including the axes 5 of the dividing cylinders 3 and 4 is fitted across both sides (Fig. 6). It acts as a locking means for engaging the (4) in a closed state.

When the dividing cylinders 3 and 4 are opened to each other, the bearing hole 17 of the dividing cylinder 3 rotates around the axis 5 of the dividing cylinder 4 to move outward on the shaft 5. Between the dividing surface 1, 1 of the cylinder 3 is opened to the circumferential wall 13, 14 of the division cylinder 4, and the main wall part 8 of the dividing cylinder 3, 4 is open. , (13), (14) The lock of the own locking means is automatically unlocked, and the dividing cylinder 4 can be opened approximately 90 degrees with respect to the dividing cylinder 3 (FIG. 4). At this time, the cutout part 9 of the dividing cylinder 3 contributes to enlarge the opening angle of this dividing cylinder. The pair of portions 61 sandwiched by the dividing surface 1 and the cutout portion 9 is used as a narrow rotating arm, and a bearing hole 17 is drilled in the rotating arm 61. Since the pair of rotary arms 61 are narrow in width, they are likely to open against their own elasticity in directions away from each other. Therefore, it is easy to insert the bearing hole 17 into the shaft 5 or to remove it from the shaft 5, and to open / close the dividing pipes 3 and 4 easily.

A bait is shoveled into an open dividing cylinder 4 and the dividing cylinder 4 is closed with the axis 5 rotated about the dividing cylinder 3 so that the bait is divided between the dividing cylinders 3 and 4. It is charged in the accommodation room of. When closing, the dividing cylinder 3 is opened between the dividing cylinders 1 and 1 so as to fit into the dividing cylinder 4, and the dividing surface 1 and 1 is contracted again so that the dividing cylinder 3 (3) and (4) are automatically engaged by a locking means composed of the main wall portions 8, 13 and 14 of the dividing canister.

The bait is not discharged from the window 15 of the dividing barrel 4 while the container filled with the bait descends to the predetermined depth in the sea. When the container reaches a predetermined depth, the rod (upper drawing not shown) is moved up and down and the container is swung up and down through the fishing line (not shown). The bait goes into the sea from the window 15 of the dividing barrel 4 It is sprayed loosely.

7 to 9 show a second embodiment of the present invention. In this embodiment, since the configurations of the first split cylinder 3 and the second split cylinder 4 are basically the same as those in the first embodiment (FIGS. 1 to 6), the following differences will be described. .

The first dividing tube 3 is rotatably covered with its upper wall 6 (FIG. 9) with a conical adjustment cap 23 having the same shape as the upper wall, and the cap 23 is attached to the upper wall 6. It is connected with the screw 12 and the connecting member 11 for a fishing line (FIG. 9). The adjusting cap 23 is held in a predetermined adjustment position by the fastening force of these screws 12 and the connecting member 11. Therefore, the adjusting cap 23 is not rotated by the force of the water resistance or slightly touched by hand.

The adjusting cap 23 is provided with the same number (four) of elliptical holes formed in the upper wall 6 and substantially equal to the water outlets 24 with the same intervals. When the adjustment cap 23 rotates, the water passage 24 of the adjustment cap changes from a state in which the water passage 24 is completely coincident with the water passage 18 of the upper wall 6 to a state that is not completely coincident with the state partially matching each other. do. According to this change, the water passage 18 of the upper wall 6 is opened and closed and its opening area is adjusted.

As a result, the spraying state of the bait from the window 15 of the second dividing tube 4 can be set most appropriately for each kind of bait.

The circular circumferential wall portion 14 of the second dividing tube 4 has a longer length from the shaft 5 to the upper end of the window 15 than that of the first embodiment. The male screw 25 is formed in the circumferential wall part corresponding to the lower end from the top. The adjusting ring 26 is screwed by the male screw 25 part by the female screw 27 (FIG. 9). The adjustment ring 26 takes the position where a window was completely opened in FIGS. 7-9. Rotating the adjustment ring 26 in that direction in the direction of the arrow (Figs. 7 and 8), the ring 26 is threaded downward and its opening until the window 15 is partially and fully closed. Change the area. According to this change, the application amount of the bait from the window 15 can be adjusted.

The lower wall 7 (FIG. 9) of the dividing cylinder 4 is disk-shaped, and the weight 28 of the cone-shaped is fixed to the lower wall with the screw 29 and the screw support 30 (9th). Degree).

10 to 12 show the third embodiment, wherein the locking means for engaging the first and second dividing cylinders 3 and 4 in the closed state is different from that of the previous embodiment, and accordingly The division cylinder 1 of 4) is also different.

The cylindrical locking ring 31 is shortly extended downward from the lower periphery of the adjustment cap 23 by the above locking means. The locking ring 31 is composed of a locking wall portion 32 of approximately 1/2 arc and a cutting window 33 of approximately 1/2 arc. In FIG. 10 and FIG. 11, the locking wall part 32 is engaged with the upper end of the dividing cylinder 4, and the dividing cylinder 4 is locked. FIG. 12 shows a situation in which the adjusting cap 23 is rotated halfway from the state of FIG. 10, and the cutting window 33 of the locking ring 31 reaches the position of the upper end of the dividing tube 4 so that Release the lock. As a result, the dividing cylinder 4 can be opened and closed around the shaft 5 with respect to the dividing cylinder 3. When the adjusting cap 23 is returned to its original position, the split cylinder 4 is locked.

The lock ring 31 is tightly fitted to the circular circumferential wall portion 10 of the upper part of the dividing cylinder 3 to maintain the lock ring 31 in the locked position and the unlocked position with strong friction braking force therebetween. At the same time, the control cap 23 is also maintained in the adjusted position so that the water outlet 24 overlaps the water outlet 18 of the upper wall 6 at a predetermined ratio. Therefore, it is not necessary to fasten the adjustment cap 23 to the upper wall 6 with the connecting member 11 '. In this third embodiment, the shaft portion 34 of the connecting member 11' is attached to the spring washer 35. By inserting and connecting and making the connecting member 11 'rotatable, the fishing line connected to the ring 36 can prevent the fishing gear from being entangled.

When the adjusting cap 23 changes the common opening area of the water inlet 24 and the water inlet 18 of the upper wall 6, the locking ring 31 is in the range from the fully closed to the fully open. The locking wall part 32 of () is engaged with the division of the division cylinder 4.

The partial circumferential wall 8 of the dividing cylinder 3 is formed in approximately 1/2 circular arc or less to facilitate the relative opening and closing of the dividing dividing cylinders 3 and 4.

13 to 16 show a fourth embodiment of the present invention, in particular the locking means for engaging the split cylinders 3 and 4 in a closed state, and the channeling holes of the adjustment cap 23 and the upper wall 6. It relates to a means for adjusting the opening area.

The cap 23 of the adjusting means extends from the central disk-shaped boss portion 37 (FIG. 14) in a direction opposite to that of the fan-shaped wall portion 38 (FIG. 14). The lock wall 40 of 39 is integrally extended downward (13th cylinder). In addition, small water passages 41 and 42 are formed in the wall portion 38 and the upper wall 6 in a ring shape.

In FIGS. 13-15, the locking wall part 40 is in the position engaged with the upper end of the 2nd division cylinder 4, and this partition cylinder 4 is locked. In this state, the water passage 41 of the adjustment cap 23 coincides with the water passage 42 of the upper wall 6. Rotating the adjusting cap 23 by 90 degrees (FIG. 16) releases the locking wall portion 40 from the position where it is engaged with the upper end of the dividing cylinder 4, thereby unlocking the dividing cylinder 4. Since the lock wall portion 40 is locked to the dividing cylinder 4 even if it is rotated in a range close to approximately 180 degrees, the water passage 42 of the upper wall 6 is appropriately adjusted by the adjustment cap 23 in the range. I can close it. Thereby, the spreading amount of the bait can be adjusted. Moreover, the pair of locking wall parts 40 and 40 can hold | maintain both ends on the diameter of the circumferential wall part 10 of the 1st dividing cylinder 3 strongly (FIG. 13), in predetermined position.

17 and 18 show the fifth embodiment, which also relates to the locking means which are largely engaged when the split cylinders 3 and 4 are closed. The locking ring 43 used as the locking means is independent from the adjustment cap 23, and is fitted to the circular circumferential wall portion 10 and the partial circumferential wall portion 8 at the top of the first dividing tube 3. have.

The locking ring 43 is fitted into the adjusting cap 23 and the shoulder 44 of the partial circumferential wall 8 of the dividing barrel 3 and can be rotated only. Like the lock ring 31 of FIG. 10, the lock ring 43 also has a semicircular lock wall portion 32 and a semi-circular window 33, and lock wall portion 32 every time the lock ring 43 is rotated. ) Locks the second dividing tube (4) by alternating between the position where the top of the second dividing tube (4) is engaged and the position where the window (33) permits passage of the top of the dividing tube (4). It can also be unlocked. The lock ring 43 is also tightly fitted to the circumferential wall portion 10 of the dividing cylinder 3 and thus held at a predetermined position. On the other hand, since the adjustment cap 23 can not be maintained by the locking ring 43, the locking ring 43 and the upper wall 6 may be connected to the connecting member 11 'and the washer 35. ). As such, the locking ring 43 and the adjusting cap 23 are separated from each other so that they can be operated separately.

19 shows a sixth embodiment of the present invention, which also relates to the locking means for engaging the split cylinders 3 and 4 in a closed state. As the locking means, a male screw 45 is provided on the circular circumferential wall portion 10 and the partial circumferential wall portion 8 of the first division cylinder 3 division, and the female screw 47 of the locking ring 43 is screwed to the male screw. Customize The locking ring 46 moves up and down in the threaded progression along its rotation to lock and unlock the second dividing tube 4.

20 shows a seventh embodiment of the present invention, which also relates to a locking means for engaging the dividing cylinders 3 and 4 in a closed state. As the locking means, the locking ring 48 is fitted to the circular circumferential wall portion 10 and the partial circumferential wall portion 8 at the upper end of the first dividing tube 3 so as to protrude to the locking ring 48 inward. The pin 49 is inserted into the partial groove 50 of the circumferential wall 8 of the dividing cylinder 3 so as to be folded and detached. Accordingly, the locking ring 48 is rotatably coupled to the dividing cylinder 3, and also locks the second dividing cylinder 4 with the locking wall portion 32 by the rotation thereof, and the dividing cylinder with the window 33. Allow the passage of 4) to release the lock.

21 to 23 show an eighth embodiment of the present invention, which also relates to a locking means for engaging the divided cylinders 3 and 4 in a closed state. As the locking means, a locking clamp 51 is formed by the cutting marks 52 on the split surface 2 of the second dividing cylinder 4, and the locking hole 53 fitted with the clamp 51 is divided into the first divisions. It is formed near the dividing surface 1 of the cylinder 3. In FIG. 21 and FIG. 23, the clamp 51 is fitted to the lock hole 53, and it locks in the state which closed the dividing container 3,4. In this state, when the projection 54 of the rear group of the catches 51 is pushed in, the catches 51 are peeled off from the lock hole 53 so that the dividing bins 3 and 4 can be opened. In the open state of FIG. 22, when the dividing cylinders 3 and 4 are closed to each other, the clamp 51 is automatically fitted into the locking hole 53 to automatically lock the dividing cylinders 3 and 4 automatically.

24 to 30 show a ninth embodiment of the present invention. In this embodiment, the basic configuration is the same as that of the first embodiment. This bait container is also mainly composed of two pieces each having a longitudinal dividing surface (1), (2). The complementary first and second dividing cylinders (3) and (4) are arranged in the transverse direction by the lower side thereof. It is coupled to the opening and closing by the attachment means to form a cylindrical spray bait accommodation room. One of the first dividing cylinders 3 is formed integrally with the upper end thereof to hold the upper wall 6 (Fig. 26) which closes the upper portions of the dividing dividing cylinders 3 and 4, and the second dividing tube on the other side. The barrel 4 is integrally formed at its lower end to hold the lower wall 7 (FIG. 26) which closes the lower portion of the dividing canister 3, 4, and the dividing canister 3, 4 ) Is coupled in a closed state by the locking means. The method of filling the container with the decoy bait opens the second split container 4 from the first split container 3 and floats the bait into the second split container 4 to remove the second split container 4. It is closed with respect to the dividing tube 3 and is coupled to each other by the locking means.

The attachment means is a biaxial line bidirectional (bi-dividing barrel (3), from the shaft portion 55 raised laterally from the circular circumferential wall portion 14 of the second dividing tube 4 and the tip of the shaft portion 55), The shaft portion 57 formed in the T shape by the head portion 56 extending in the direction in which the center line of the space surrounded by (4) extends) and the lower portion of the first dividing tube 3 to rotate with the shaft portion 55. The head portion 56 extends from the shaft hole portion 58 and the shaft hole portion 58 to be fitted, in both directions along the diameter line (the direction in which the center line of the space surrounded by the dividing dividing tubes 3 and 4 extends). And a bearing hole 60 formed of a mouth portion 59 to allow passage of () (FIG. 30). With the first dividing cylinder 3 and the second dividing cylinder 4 closed, the hole 59 coincides with the head 56 so that the bearing hole 60 is fitted to the shaft 57 and the shaft ( 57), or (25). When the first dividing cylinder 3 is opened with respect to the second dividing cylinder 4, the hole portion 59 intersects with the head 56 to prevent the bearing hole 60 from being peeled off from the shaft 57.

The first dividing tube (3) is formed for the engagement of the inner and outer dividing tubes (3) and (4), which are described later by the arc-shaped partial circumferential wall portion (8) whose dividing surface (1) extends in the longitudinal direction. It is over the degree (Fig. 29). In this partial circumferential wall portion 8, a substantially rectangular cutout portion 9 is formed at a position opposite to the dividing surface 1 at the lower portion thereof (Fig. 25).

The pair of portions 61 sandwiched between the dividing surface 1 and the cutout portion 9 is used as a narrow width rotating arm, and bearing holes 60 are drilled in each of the rotating arms 61. Since the pair of rotary arms 61 are narrow in width, they are easy to open in the direction away from each other in response to the elasticity of the rotary arms 61 itself. Therefore, it is easy to insert the bearing hole 60 into the shaft 57 or to remove it from the shaft 57, and also to open and close the dividing pipes 3 and 4 as described later. As for the 1st partition 3, the conical upper wall 6 (FIG. 26) is integrally provided in the upper part through the circular main wall part 62. As shown in FIG. In the upper wall 6, a connecting member 11, which is used to connect a fishing line (not shown), is fixed to the apex by a screw 12 (Fig. 26).

The second dividing cylinder 4 is also formed in a shape in which the dividing surface 2 also extends in an oblique direction from the upper end to the middle of the dividing cylinder 4 so as to remind the bait. From the middle to the lower end of the cylinder 4, it is formed by the above-mentioned circular main wall part 14 (FIG. 26). A shaft 57 rises in the circumferential wall portion 14, and the shaft 57 is fitted into the bearing hole 60 to attach the split cylinder 4 to the rotary arm 61 at the bottom of the split cylinder 3. The dividing cylinder 4 is also provided with a lure-release window 15 formed at the lower end of the main wall portion 14, and the lower wall 7 is integrally connected to the lower wall of the lower wall. By (7), the whole opening surface 16 (FIG. 26) of the circumferential wall part 14 is closed except the window 15. As shown in FIG. Therefore, the opening face 16 of the dividing cylinder 3 is also indirectly closed by the lower wall 7. Part of the circumferential wall portion 13, which is an arc shape of the dividing cylinder 4, is over 180 degrees as part of the circumferential wall portion 8 of the dividing cylinder 3. Used for In order to facilitate this engagement, the shaft portion 55 is fitted so as to be folded in and out of the axial center portion with respect to the shaft hole portion 58 (FIG. 28).

The upper wall 6 of the dividing barrel 30 is formed with a relatively large water port 18, and the partial circumferential wall portion 8 of the dividing cylinder 3, the partial circumferential wall portion 13 and the circular circumferential wall portion of the dividing cylinder 4 are formed. Reference numeral 14 denotes a relatively small channel 19 and 20 to help the bait be observed from the window 15.

When the dividing cylinders 3 and 4 are fitted in the closed state, the partial circumferential wall portion 8 of the dividing cylinder 3 and the partial circumferential wall portion 13 and the circular circumferential wall portion 14 of the dividing cylinder 4 are separated. Since the arc-shaped surface is fitted to both sides with respect to the center line 22 including the shafts 57 of the dividing cylinders 3 and 4 (FIG. 29), the fitting itself is the dividing cylinder 3 And (4) act as a locking means that are automatically engaged with each other closed.

When the dividing cylinders 3 and 4 are opened to each other, the shaft bore 58 of the dividing cylinder 3 rotates around the shaft portion 55 of the dividing cylinder 4 and moves outward on the shaft portion 55 ( FIG. 28) Between the dividing surfaces 1 and 1 of the dividing cylinder 3 is wide open at the circumferential wall portions 13 and 14 of the dividing cylinder 4 so that the dividing cylinders 3 and 4 can be The locking means constituted by the circumferential wall portions 8, 13, and 14 itself is automatically released, so that the dividing cylinder 4 can be opened approximately 90 degrees with respect to the dividing cylinder 3 (FIG. 27). At this time, the cutout part 9 of the dividing cylinder 3 contributes to enlarge the opening angle of this dividing cylinder 3.

A bait is shoveled into an open dividing cylinder 4 and the dividing cylinder 4 is closed with the shaft 57 at the center of rotation with respect to the dividing cylinder 3. It is charged in the storage room. When the closing surface of the dividing surface (1), (1) of the dividing barrel (3) is wide open and fits into the dividing cylinder (4), it is contracted again and the dividing tube (3), (4) is automatically divided into dividing cylinder 3), (4) of the circumferential wall (8), (13), (14) is coupled by their locking means.

The bait is not discharged from the window 5 of the dividing barrel 4 while the container filled with the bait descends to a predetermined depth into the sea. When the container reaches a predetermined depth, the rod is moved up and down and the container is shaken up and down through a fishing line (not shown). The bait is intermittently sprayed into the sea from the window 15 of the dividing barrel 4.

The first dividing tube 3 does not rotate with the force of the water resistance or the touch of the hand slightly. In addition, the adjustment cap 23 is rotatably covered with the upper wall 6 (FIG. 26) of the conical adjustment cap 23 shaped like this upper wall. The cap 23 has a cylindrical bottom hem 65 having its center hole 63 fitted into the axle 64 of the apex of the upper wall 6, and the cap 23 being continuous at its lower end. The bottom hem 65 is fitted to the circumferential wall portion 62 of the dividing cylinder 4 with an appropriate fastening force (FIG. 26). This fastening force keeps the adjusting cap 23 in a predetermined adjustment position. Therefore, the adjusting cap 23 is not pressed into the shaft portion 4 of the upper wall 6 because the upper portion is pressed by the coupling member (11).

The adjusting cap 23 is provided with the same number (three) of the water passages 24, which are substantially the same as the water passages 18 drilled in the upper wall 6, with the same gap. When the adjustment cap 23 is rotated, the water supply port 24 of this adjustment cap is completely in agreement with the water supply port 18 of the upper wall 6 from a state in which the water supply port 24 is partially coincident with each other. Convert to According to this change, the water passage 18 of the upper wall 6 is opened and closed and its opening area is adjusted. As a result, the bait from the window 15 of the second dividing tube 4 can be appropriately set in accordance with the type of bait.

The second dividing tube 4 is a portion corresponding to the small diameter circular circumferential wall 66 continuous to the circular circumferential wall 14 and the top to the bottom of the window 15 continuous to the circumferential portion 66. The male screw 25 is formed in the circumferential wall 67 (FIGS. 26 and 24). The adjustment ring 26 is screwed to this male screw 25 part by the female screw 27 (FIG. 26). The adjusting ring 26 has the position where the window 15 fully opens in FIGS. 24-27. Rotating the adjusting ring 26 in this direction in the direction of the arrow (Figs. 24 and 25) in this position, the ring 26 is threaded downward and its opening area until the window 15 is partially closed from the front. To change. By this change, the application amount of the bait from the window 15 can be adjusted.

The lower wall 7 (FIG. 26) of the dividing cylinder 4 is in the form of a disk, and a cone-shaped weight 28 is fixed to the lower wall by a screw 29 and a screw tray 30 (first). 26 degrees).

The rotary arm 61 of the first dividing tube 3 rises at the position where the cylindrical reinforcement wall 68 surrounds the bearing hole 60, and the rotary arm 61 is mutually supported by the reinforcement wall 68. In the opposite direction, the gold reaching the bearing hole 60 is prevented from going to the rotating arm 61 in the enlargement and contraction zone.

31 shows the tenth embodiment, wherein the lower wall 7 of the dividing barrel 4 is formed in a conical shape, and a relatively small water passage 21 is drilled in the lower wall so that the bait is divided into the dividing cylinder 4. To be released from the window 15. The lower wall 7 is fixed to the deepest lower portion by a screw 70 for connecting members 69 such as weights (not shown) or fishing gear.

Other points are the same as those of the ninth embodiment, and description thereof will be omitted. Moreover, when the dividing cylinder 4 of 10th Example is set to the dimension which can be commonly used for the dividing cylinder 3 of 9th Example, the dividing cylinder 4 with weight 28 with respect to the common dividing cylinder 3 is provided. ) Or a split tube 4 without addition can be used in combination.

32 shows the eleventh embodiment, which is formed on the main wall of the second stage having a different diameter at the lower part of the main wall portion 14 of the dividing barrel 4, and the window for discharging the bait on the main wall portion 66 having a small diameter. (15) is formed. The outer ring of the circumferential wall portion 66 is fitted with an adjustment ring 26 'which holds a window 15 for bait release having a size substantially the same as that of the window 15 described above. The upper end of the adjusting ring 26 'is fitted to the shoulder portion 27 between the main wall portions 14 and 66, and the lower end is fitted to the stop pin 73 provided on the outer circumference of the bottom wall 7. As a result, the adjustment ring 26 'is fitted to the circumferential wall portion 66 so as to be rotatable only. By rotating this adjustment ring 26 ', the common opening area which the window 15 of the division cylinder 4 and the window 71 of the adjustment ring 26' overlap can be adjusted.

33 shows the twelfth embodiment, which is the simplest structure in which the adjusting cap 23, the adjusting rings 26, and 26 'are omitted. The connecting members 11 and 69 of the upper wall 6 and the lower wall 7 can be formed integrally with these dividing cylinders in the same way as the dividing cylinders 3 and 4, so that the manufacturing cost is reduced. do.

According to the present invention, the first dividing cylinder (3) having the upper wall (6) and the second dividing cylinder (4) having the lower wall (7) can be opened and closed by an attachment means in the transverse direction as described above. By floating the bait into the second dividing cylinder 4, the second dividing cylinder 4 is closed with respect to the first dividing cylinder 3, and the second dividing cylinder 4 is closed by the locking means. Since the bait is configured to be filled in the container, the filling work of the bait is extremely easy.

In the present invention, since the window 15 is formed in the lower part of the second dividing tube 4, bait is properly sprayed from the window 15, and the above-described window 15 has a ring adjustment ring 26, ( 26 '), the opening area of the window 15 is adjusted, so that the spraying can be optimized according to various baits. In the present invention, the control cap 23 is rotatably covered on the upper surface of the upper wall 6 of the first dividing tube 3 so that the water supply 18, ( 24, 41, 42 are formed and the opening area of the water passages 18, 24, 41, 42 can be adjusted by the rotation of the adjusting cap 23. It is done properly. The present invention also provides a locking operation for the dividing barrels 3 and 4, wherein at least the partial circumferential wall portion 8 of the first dividing cylinder 3 exceeds 180 degrees, so that the partial circumferential wall portion 8 is the second of the other party. Since the dividing cylinder 4 is fitted into a shape to hold the dividing cylinders 3 and 4 together, the locking operation for the dividing cylinders 3 and 4 and the unlocking operation of the dividing cylinder 4 are extremely easy.

In addition, since the dividing barrels 3 and 4 are locked by the locking rings 31, 39, 43, and 48 which can be rotated only as the above-described locking means, the locking is secured and the dividing cylinder is secured. The partial circumferential wall part 8 of (3) can be made into the size which does not exceed 180 degree, and, thereby, opening and closing of the dividing partitions 3 and 4 can be made light. As the other locking means, the locking ring 46 is screwed into the dividing cylinder 3, and the dividing cylinders 3 and 4 are locked in accordance with the threaded progress of the locking ring 46. More certain.

As another locking means, the dividing cylinders 3 and 4 are locked by engaging the upper locking catch 51 of the upper dividing cylinder with the locking hole 53 of the other dividing cylinder. Since it is made automatically by the closing operation of (3) and (4), it is convenient and the locking is sure. The present invention further provides that the attachment means of the first dividing cylinder 3 and the second dividing cylinder 4 extends from the second dividing cylinder 4 to the end of the shaft portion 55 and its shaft portion 55. A shaft hole portion 58 which is drilled by the shaft 57 formed in the T-shape and the first dividing tube 3 in the head portion 56 extending in both directions along its diameter line and rotatably fitted with the shaft portion 55. The first dividing cylinder (3) and the second dividing cylinder (4) are provided with bearing holes (60) formed in the hole portion (59) which extends in both directions along its radial line to allow passage of the head portion (56). In the closed state, the hole portion 59 coincides with the head portion 56 so that the bearing hole 60 can be fitted to the shaft 57 or can be peeled off from the shaft 57. When opened with respect to the second dividing tube 4, the hole 59 is interposed with the head 56 and is configured to prevent the bearing hole 60 from being peeled off the shaft 57. And 2 is exploded assembly of the split tube (4) and facilitate the opening and closing operation is smoothly performed in the open state is maintained securely.

The present invention further provides that the bearing hole 60 of the attachment means is drilled in the rotary arm 61 fitted with the dividing surface 1 and the cutout portion 9 at the lower end of the partial circumferential wall 8 of the first dividing tube 3. Since the rotary arm 61 is easily expanded and contracted, the bearing hole 60 and the shaft 57 can be easily combined and disassembled.

In the present invention, the bearing hole 60 is not damaged because the cylindrical reinforcing wall 68 is raised to the position surrounding the bearing hole 60 on the rotating arm 61.

Claims (27)

The first divided cylinder 3 and the second divided cylinder 4 complementary to each of the two sets having the longitudinal dividing surfaces 1 and 2 can be opened and closed by lowering means in the transverse direction. By combining to form a storage chamber for a cylindrical spray bait, and one of the first dividing barrels (3) is installed at the upper end thereof to hold the upper wall (6) for closing the upper portion of the dividing canisters and the second second dividing barrel ( 4) has a lower wall (7) installed at its lower end to close the lower part of the dividing soil, and between these dividing cylinders (3) and (4) is provided with locking means for coupling them in a closed state and in an open state. The fishing bait configured to float the decoy bait into the above-mentioned second dividing barrel 4, and to close the second dividing barrel 4 to fill the spacing with the opponent's first dividing barrel 3. Use bait spray container. 2. The second dividing cylinder (4) according to claim 1, wherein the second dividing cylinder (4) has a cylindrical main wall portion (14) provided at its lower portion, and the main wall portion (14) is transverse to the first dividing cylinder (3). A bait spray container for catching fish, which is coupled to an attachment means of the main body, and the main wall portion (14) is provided with a window (15) for spraying bait release. 3. The second dividing cylinder (4) according to claim 2, wherein the adjusting ring (26) is screwed into the outer circumference of the circumferential wall (14) and the adjusting ring (26) is threaded in accordance with its rotation. The fishing bait spray container which adjusts the opening area of the window 15 for spraying bait release of the 2nd division container 4 by this. 3. The second dividing cylinder (4) according to claim 2, wherein the adjustment ring (26 ') which holds the window (71) for discharging bait discharge on the outer circumference of the circumferential wall portion (14) is rotatably inserted only. Adjusting the opening area for spraying bait release, in which the window 15 of the second dividing barrel 4 and the window 71 of the adjusting ring 26 'overlap with each other by the rotation of the adjusting ring 26'. Fishing bait spray container. The dividing surfaces (1) and (2) of the first and second dividing canisters (3) and (4) from the upper end to the lower end of the dividing canister (3) and (4). A fishing bait spray container which extends and is coupled to be opened and closed by an axial extraction means at a lower end thereof, and a window 15 for spraying bait discharge is formed at a lower part of the dividing bins (3) and (4). 6. The first divider (3) according to any one of the preceding claims, wherein the first partition (3) is rotatably covered with an adjustment cap (33) on its upper wall (6). 23, water passages 18, 24, 41, and 42 are formed, and the opening areas of the holes 18 and 42 of the upper wall 6 are rotated by the adjustment cap 23. Fishing bait spray container. The locking means according to any one of claims 1 to 4, wherein the first and second dividing canisters 3 and 4 are coupled to each other in a closed state. For fishing, the arc-shaped wall surface is more than 180 degrees, and the arc-shaped wall surface fits into the shape holding the second dividing cylinder 4 on the opposite side, thereby combining the dividing cylinders 3 and 4 with each other. Bait spray container. The locking ring (31) (39) according to any one of claims 1 to 5, wherein the locking means (31) and (39) engage the first and second dividing canisters (3) and (4) in a closed state. , (43), (48) is coupled only to the outer circumference of the first dividing tube (3), and by the rotation of the locking ring may combine the dividing cylinders (3), (4) with each other, and A fishing bait spray container configured to disengage. The locking ring 46 according to any one of claims 1 to 5, wherein the locking ring 46 is a locking means for engaging the first and second dividing bins 3 and 4 in a closed state. Meat which is fitted to the outer periphery of 3) and which engages the dividing canisters 3 and 4 with each other by means of threaded progression following the rotation of the locking ring 46, and which is adapted to release the engagement. Fishing bait spray container. 6. The locking means according to claim 5, wherein the locking means (51) is attached to one of the dividing cylinders, and the locking means (51) is coupled to the first and second dividing barrels (3) and (4) in a closed state. A bait spray container for fishing, in which a locking hole (53) is engaged with the lock (51). 6. The control panel (23) is rotatably covered on the upper wall (6), and the upper wall (6) and the adjusting cap are according to claim 2. Water passages 18, 24, 41, and 42 are formed in 23, and the opening areas of the holes 18, 42 of the upper wall 6 are rotated by the adjustment cap 23. And locking means for locking the first and second dividing canisters (3) and (4) in a state in which they are closed to each other. It is possible to combine, and is configured to engage the dividing canisters (3), (4) with each other and to release the coupling by the rotation of the locking ring, the locking ring 43 is the adjustment cap described above A fishing bait spray container in a rotary relationship to (23). The method of any one of claims 2 to 5, wherein the first dividing barrel (3) is rotatably covered with an adjusting cap (33) on its upper wall (6), and the upper wall (6) and the adjusting cap. Water passages 18, 24, 41, and 42 are formed in 23, and the opening areas of the holes 18, 42 of the upper wall 6 are rotated by the adjustment cap 23. And locking means 31 and 39 as the locking means for engaging the first and second dividing canisters 3 and 4 in the closed state. The outer ring rotation is coupled only, and the rotation of the locking ring is configured to engage the dividing canisters (3) and (4) with each other, and to release the coupling, the locking ring 31, (39) is bait spray container for fishing in a relationship to rotate integrally with the above-mentioned control cap (23). The said first division container (3) is rotatably covered with the adjustment cap (33) on the upper wall (6), The upper wall (6) and the adjustment cap in any one of Claims 2-5. Water passages 18, 24, 41, and 42 are formed in 23, and the opening areas of the holes 18, 42 of the upper wall 6 are rotated by the adjustment cap 23. The locking ring 46 is screwed on the outer circumference of the first dividing tube 3 as a locking means for adjusting the first and second dividing dividing tubes 3 and 4 in a closed state. Fishing lure spraying, characterized in that it is adapted to engage and disengage the dividing bins (3) and (4) from each other by threaded progression along with the rotation of the locking ring (46). Vessel. The transverse axis | shaft extraction means which couples the said 1st division cylinder 3 and the 2nd division cylinder 4 so that opening and closing of each other is possible is the 2nd division cylinder 4 in any one of Claims 1-5. A fishing bait spray container consisting of a shaft (50) which rises in the top and a bearing hole (17) fitted in the first shaft (3) and fitted with the shaft (5). The transverse axis | shaft extraction means which couples the said 1st division cylinder 3 and the 2nd division cylinder 4 so that opening and closing of each other is possible is the 2nd division cylinder 4 in any one of Claims 1-5. ), A shaft portion 55 formed in a T-shape on the shaft portion 55 extending in the lateral direction, the head portion 56 extending in both directions in the radial direction from the tip of the shaft portion, and the first dividing tube 3. A bearing hole 58 which is rotatably fitted with the shaft portion 55 to be rotatably fitted, and a hole portion 56 which extends in both directions along the diameter line from the bearing hole portion to allow passage of the head 56. The bearing part 60 is comprised, and in the state which the 1st dividing cylinder 3 and the 2nd dividing cylinder 4 are closed, the hole part 59 coincides with the head part 56, and the bearing hole 60 is When the first division barrel 3 is opened with respect to the second division barrel 4 and the first division barrel 3 is opened with respect to the axis 57, the hole 59 is connected with the head 56. Shift, bearing hole ( 60) bait spray container for preventing the fall from the axis (57). 5. The first dividing cylinder (3) according to any one of the preceding claims, wherein the first dividing cylinder (3) is provided at the lower portion of the partial circumferential wall (8) with its dividing surface (1) and its cut-out portion (9) opposite to the dividing surface. An elongated rotary arm 61 fitted is formed, and bearing holes 17 and 60 are drilled and installed in the rotary arm, and the second partition surface 4 has a cylindrical main wall portion 14 formed at the lower portion thereof. A fishing bait spray container having a shaft (5) and (57) towering on the main wall portion (14). The said 1st division cylinder 3 is the division surface 1 in the lower part of the part peripheral wall part 8, and the cutout part 9 opposite to the division surface in any one of Claims 1-4. And a thin, rotary arm 61 fitted with a) is formed, and the second dividing cylinder 4 has a cylindrical main wall portion 14 formed at the bottom thereof, and the shaft portion 55 and the shaft wall 55 are formed on the main wall portion 14. A shaft 56 formed of a T-shape is raised from the tip of the shaft portion in the head extending in both directions along the diameter line thereof, and the shaft hole portion rotatably fitting the shaft portion 55 to the rotating arm 61 ( 58 and a bearing hole 60 formed of a hole portion 59 extending from both the shaft hole portion in the radial direction thereof to allow passage of the head portion 56, and a cylindrical reinforcing wall ( 68 rises to the position surrounding the bearing hole 60, with the first dividing cylinder 3 and the second dividing cylinder 4 closed, the hole portion 59 coincides with the head 56,If the receiving hole 60 can be fitted to the shaft 57 or removed from the shaft 57, and the first split cylinder 3 is opened with respect to the second split cylinder 4, the hole portion 59 A fishing bait spray container which is displaced from the head 56 and prevents the bearing hole 60 from falling off the shaft 57. The bait spray container according to any one of claims 1 to 5, wherein the bottom wall (7) of the second dividing barrel (4) is attached with a weight (28). The first divided cylinder 3 and the second divided cylinder 4 complementary to each of the two sets having the longitudinal dividing surfaces 1 and 2 can be opened and closed by lowering means in the transverse direction. Are combined to form a storage chamber for a cylindrical spray bait, and one of the first dividing barrels (3) is provided at the upper end thereof to hold the upper wall (6) for closing the upper portion of the two dividing barrels, The cylinder 4 has a lower wall 7 which is installed at its lower end to close the lower part of the dividing canister, and a locking means is installed between these dividing cylinders 3 and 4 in a state where they are closed to each other. The spraying bait is floated in the said 2nd division container 4 in the open state, and this 2nd division container 4 is closed, and it is comprised so that it may fill | spread the spraying bait between the opponent's 1st division cylinder 3. The extraction means includes a shaft portion 55 rising in the transverse direction in the second dividing cylinder 4, and in both directions on its diameter line at the tip of the shaft portion. A shaft 57 formed in a T-shape in the elongated head 56, a bearing hole 58 which is drilled by the first dividing tube 3 and rotatably fits with the shaft portion 55, and the shaft in the hole portion thereof. It is composed of a bearing hole 60 formed of a hole portion 59 extending in both directions along the diameter line to allow passage of the head portion 56, and the first and second dividing cylinders 3 and 4. In this closed state, the hole portion 59 coincides with the head portion 56, and the bearing hole 60 can be fitted to the shaft 57 or detached from the shaft 57, and the first dividing barrel 3 Is opened with respect to the second dividing tube 4, the hole 59 is displaced from the head 56, and the bearing hole 60 is prevented from falling off the shaft 57, and the above-mentioned second dividing tube (4) has a cylindrical main wall portion 14 provided at the lower part thereof, and a window 15 for discharging bait discharge is provided on the main wall portion 14, and the above-mentioned first division cylinder 3 is Cover the upper wall (6) so that the adjustment cap 33 is rotated The upper walls 6 and the control cap 23 are provided with water outlets 18, 24, 41, 42, and the upper wall 6 is rotated by the rotation of the adjustment cap 23. A fishing bait spray container for adjusting the opening area of the holes (18) and (42). 20. The second dividing cylinder (4) according to claim 19, wherein the adjusting ring (26) is screwed into the outer circumference of the circumferential wall (14), and the adjusting ring (26) is threaded in accordance with its rotation. The fishing bait spray container which adjusts the opening area of the window 15 for spraying bait discharge | emission of the 2nd dividing container 4 by this. 20. The second dividing tube (4) according to claim 19, wherein the second dividing tube (4) is rotatably fitted with an adjustment ring (26 ') having a window (71) for discharging bait discharge on the outer circumference of the main wall portion (14). By the rotation of the adjusting ring 26 ', the window 15 and the adjusting ring 26' of the second dividing barrel 4 are fitted to allow rotation only, and the adjusting ring 26 ' For discharging bait release, which is fitted so as to be rotatable only and the window 15 of the second dividing barrel 4 and the window 71 of the adjustment ring 26 'are overlapped by the rotation of the adjustment ring 26'. A bait spray container for fishing to adjust the opening area. 22. The locking ring (43) according to any one of claims 19 to 21, wherein the locking ring (43) is provided as a locking means for engaging the first and second dividing bins (3) and (4) in a closed state. Only the outer circumference of the dividing cylinder (3) is coupled to be possible, and the rotation of the locking ring is configured to engage the dividing division (3), (4) with each other, and to release the coupling, as described above The locking ring 43 is a bait spray container for fishing in a relationship that is rotated separately from the control cap (23). The locking means (31) according to any one of claims 19 to 21, wherein the locking means (31) (39) engages the first and second dividing canisters (3) and (4) in a closed state. ) Is coupled to allow only the outer circumference of the first dividing can (3), it is also configured to combine the two dividing canisters (3), (4) with each other, and to release the coupling by the rotation of the locking ring. Is, the locking ring 31, 39 is a bait spray container for fishing in a relationship to rotate integrally with the control cap (23). 22. The lock ring (46) according to any one of claims 19 to 21, wherein the lock ring (46) is provided as a locking means for engaging the first and second dividing bins (3) and (4) in a closed state. It is screwed to the outer circumference of the dividing cylinder 3, and the two dividing cylinders 3 and 4 are combined with each other by the screwing process according to the rotation of the lock ring 46, and the coupling is released. A bait spray container for fishing. 22. The divider (1) according to any one of claims 19 to 21, wherein the first dividing cylinder (3) is provided at the lower part of the partial circumferential wall (8) with the dividing surface (1) and the cutout portion (9) opposite the dividing surface. An elongated rotary arm 61 fitted is formed, and a bearing hole 60 is drilled and installed in the rotary arm, and the second dividing barrel 4 has a cylindrical main wall portion 14 formed at the lower part thereof. A bait spray container for fishing, in which a T-shaped shaft (57) fitting with the bearing hole (60) fits into the circumferential wall portion (14). 22. The divider (1) according to any one of claims 19 to 21, wherein the first dividing cylinder (3) is provided at the lower part of the partial circumferential wall (8) with the dividing surface (1) and the cutout portion (9) opposite the dividing surface. An elongated rotary arm 61 fitted is formed, and a bearing hole 60 is drilled and installed in the rotary arm, and the second dividing barrel 4 has a cylindrical main wall portion 14 formed at the lower part thereof. The main wall portion 14 is provided with a T-shaped shaft 57 fitting the bearing hole 60 described above, and the cylindrical arm 61 has a cylindrical reinforcing wall 68 bearing the bearing hole 60. A fishing bait spray container that rises to the surrounding position. 22. The fishing bait spray container according to any one of claims 19 to 21, wherein the bottom wall (7) of the second dividing barrel (4) is attached with a weight (28).