JP3208405U - Floating balance mechanism - Google Patents

Abstract

An object of the present invention is to prevent entanglement by allocating floats and toppings in the opposite direction to the balance branches when throwing a device in a stable state, and to connect the balance body and the float as necessary. A balance mechanism that can be used properly in a separated state or in a separated state is provided. A balance 12 having a tip slightly upward is provided at the bottom of the balance body 1, and a center hole 8 is provided at the end thereof. The road thread 11 passes through the large hole 18 of the float 16, passes through the upper thread hole 2, passes through the center hole 8, and is tied to the salcan 10, and Harris 17 is tied to the tip of the salkan, and the tip of the branch 5. It extends through the hole 7 ahead. The float 16 is large enough to allow the large hole 18 of the floating terminal 14 to pass through the portion of the thread thread hole 2, and hangs together with the main body 1 through the thread thread hole 2 and on the flange portion 12 of the intermediate hole 8. When the kite is raised, the branch 5 and the float 16 are held on the opposite side. [Selection] Figure 1

Description

Detailed description of the utility model

  In floating fishing, it is related to fishing that throws in further away without entanglement of the device.

In floating fishing, fishing is carried out in a relatively close range of about 30m40m at anchorage and quay riddles. That's a fraction of that compared to throwing over 100 meters of sandy beach fishing.
In floating fishing, the float itself is enlarged to fly with the weight of the float, or the float is made far away, so it is made large to improve visibility. For this reason, entanglement tends to occur, and it was necessary to adjust it at the time of input.

Effect of device

  By holding the balance branch 1 and the float 16 or the rice brace in the opposite direction with respect to the main body 1, Harris will follow the length of the branch 5 projecting substantially at right angles to the mitigite, the rice shell and the float 16. On the other hand, it is possible to obtain an effect of more reliably preventing entanglement by maintaining a constant interval.

  Front view with the device suspended from the cage   The front view of the state at the time of flight of a device.   The front view which shows the example which provided the twist 13 which joins by the long hole in the part on the part on the lower ring 3 of the lowermost part of the main body 1, and which joins by a long hole, and was attached to this.   FIG. 6 is a front view showing an example in which a middle hole 8A is provided at the base of a branch 5;

Embodiment

FIG. 1 shows a state in which a floating balance device is suspended. Near the lower part of the balance body 1, a collar 12 is provided facing upwards, and a center hole 8 is provided at the tip.
On the other hand, the large hole 18 of the floating terminal 14 connected to the floating 16 passes through the thread hole 2 at the upper part of the balance and does not pass through the collar part 12, hangs on the collar part 12, and does not rotate with respect to the main body 1. , Which is hooked in the opposite direction of the branch 5.
The thread from the tip passes through the large hole 18, passes through the thread hole 2, passes through the center hole 8, and is connected to the salcan 10, and Harris 17 is connected to the other end of the salcan 10. Extends through the tip 7. The device is inserted in this state.
As shown in FIG. 2, the branches 5 are flying substantially at right angles while being held on the opposite side of the float 16, and the distance between the road line 11 and Harris 17 is maintained. The float leaves the balance at the time of landing, guides on the road line 11, the float 16 floats on the sea surface, and the balance and the device sink to the tana.

FIG. 3 shows that the branch elongated hole 6 of the branch 5 and the slotted elongated hole 14 of the twisting ring 13 are attached to the parallel part 25 where the lower hole 3 of the lower part of the balance body 1 is folded without rotating with respect to the main body 1. This shows a second example held on the opposite side, and a float 16 is connected to the tip of the twisting 13.
At the time of launching the device, the branch 5 protrudes almost at right angles as in the case of Fig. 2, and the sarkan 10 flies in the state of being engaged with the thread hole 2, and the balance body 1 and the float 16 do not separate and float on the sea surface. It sinks to Tana with Michi thread.
If necessary, it is possible to replace the Yokotori 13 with a rice basket.

FIG. 4 is attached to a balance fixed to an L-shape. A center hole A is provided at the base of the branch 5, and a collar portion 12 is provided at the bottom of the balance body 1 upward in the direction of the branch 1. A third example is shown.
The large hole 18 of the ground terminal 14 is fitted to the balance main body 1 from the thread hole 2 and the device is put in this state where it is hung on the collar portion 12. It flies in the same state as in Fig. 2 and prevents entanglement.
Although it is necessary to provide the collar portion 12 at the lower part of the main body, the same effect can be obtained by substituting the base portion of the branch 5 slightly upward.

DESCRIPTION OF SYMBOLS 1 Main body 10 Sulkan 22 Floating stop 2 Way thread hole 12 Saddle part 23 Shimori ball small 3 Lower ring 13 Yoritori 24 Shimore ball size 4 Ring 14 Uki terminal 25 Parallel part 5 Branch 15 Uki ring 6 Branch long hole 16 Float 7 Lead hole 17 Harris 8 Medium hole 18 Large hole 9 Through hole 19 Snap 11 Road thread 21 Open hole

  The front view of the state which suspended the device in the cage.   The front view of the state at the time of flight of a device.   The front view which shows the example which provided the twist 13 which fits with the long hole 21 in the parallel part of the wire of the site | part on the lower ring 3 of the lowermost part of the main body 1, and attached the float 16 to this.   FIG. 6 is a front view showing an example in which a middle hole 8A is provided at the base of a branch 5;   The front view which shows the state which attached the cage ring 26 to the snap 13 of the snap ring 13 fitted to the upper part of the lower hole 3 of the lower end of the balance main body 1 by the elongate hole 21, and attached the top shell 27.

Claims (3)

  Near the lower part of the balance body 1 having the thread thread hole 2 in the upper part, a collar part 12 is provided in the direction of the balance branch and slightly upward, and a center hole 8 through which the thread thread 11 is passed is provided. A large hole 18 of the ring ring 15 or the ring terminal 14 is provided, and is engaged with the hook part 12 through the balance body 1 together with the thread hole 2, and when the mechanism is suspended and when the flying is performed, the float 16 or the top shell is A floating balance device held in the opposite direction of the branch 5.   In the original part of the branch 5, an inner hole 8 </ b> A that faces the branch 1 and passes the road thread 11 is provided. A hook 12 is provided at the lower part of the balance body 1, and the large hole 18 is engaged with the hook 12 through the balance body 1 together with the thread hole 2, and when the device is suspended and when the device is flying, A floating balance device in which the rice shell is held on the opposite side of the branch 5.   In the parallel part of the lower hole 3 at the lower end of the balance body 1, a twisting hole 13 having a slotted hole 21 that fits without being rotated to the balance body 1 is provided. The floating balance device according to [Claim 1] and [Claim 2], which is fitted and held sideways.

Images