JP3207817U - Lifting scale - Google Patents

Abstract

The present invention provides a structure of a balance mechanism that obtains an effect of preventing entanglement by throwing a float and a branch of the balance in the state of being distributed to the opposite side when the mechanism is inserted. A balance main body 1 has a flat cross section or a parallel arrangement of wire rods to give a width, and a long hole to be joined to the base portion of the balance branch 5 and a connecting part of the float 12 At the end, the balance branches and floats are attached to both sides without rotating around the main body, and Harris 15 is spaced at regular intervals according to the length to the tip of the branch when the device is turned on. Keeping it in check prevents Harris from getting tangled. [Selection] Figure 1

Description

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

In floating fishing, fishing is carried out in a relatively close range of about 30m40m at the anchorage or quay riddle. That's a fraction of that compared to throwing over 100 meters of sandy beach fishing.
In the case of floating fishing, in order to fly far away, fishing requires a larger float and a weight to see the hit, but the larger the float, the more entanglement of the device, so the throwing must be adjusted.
Big floats are insensitive and insensitive.

Effect of device

  Since the balance branch 1 and the float 12 are held on the opposite sides with respect to the main body 1, an effect of more reliably preventing Harris from being entangled with the mitigite and the float 12 is obtained.

  Front perspective view of the present invention   The front view of the state hung on the cage in the second example.   The front view of the example applied to the balance with which the branch of the balance is being fixed.   The front view which shows the state which attached to the sticking part 22 which waits for the floating ring 7 in the stick-shaped float with the rubber stick.

Embodiment

FIG. 1 shows a state in which the mechanism is flying. The main thread balance body 1 has a thread hole 2 at the upper end, a lower ring 3 at the lower end, a snap 16 is provided, and the weight 18 or the top shell is connected. Is done. The branch 5 has a Harris hole 4 at the tip, and is attached to the balance body 1 at a branch elongate hole 6 on the opposite side. The float 12 is connected to the Yoritori Snap 9 by the buoy ring 7. A floating long hole 13 is provided and is joined to the main body 1.
The long elongate hole 6 and the floating elongate hole 13 are movable up and down, are elongated so as not to rotate around the main body 1, and the floating 12 and the balance branch 5 are held in a state of protruding in opposite directions, Normally, it is held on the weight 18 side by the rubber 10. At the time of setting flight, as shown in FIG. 1, the balance branch 5 is held at a substantially right angle with respect to the main body 1 due to the resistance of air, and the Harris 15 is kept at a constant distance from the road yarn 14 and the float 12. By applying it, it is possible to prevent entanglement of the device. At this time, the balance and the float are united and fly.
When a large object such as a rice bran or a weight 18 is attached to the snap 16, the float 12 sinks to the bottom of the sea. At this time, the balance is held upright. Or it is hold | maintained on the shelf required by the position adjustment of the float 11.

FIG. 2 shows a second example, in which the upper part of the balance body 1 is extended to provide a hooking end 21, a floating long hole 13 is hung on the hooking end 21, and the float 12 is suspended. In the state, it does not rotate with respect to the main body 1 and is hung in the opposite direction to the branch 5.
The thread from the tip passes through the floating slot 13 and then passes through the thread hole 2 and stops at the Sarkan 8, and Harris 15 is connected to the other end of the Sarkan 8. The device is inserted in this state.
1 flies in the same state as in FIG. 1, the branch 1 protrudes at a right angle, and the distance between the road line 14 and Harris 15 is maintained.
When the device is flying, the float 5 leaves the balance and flies while guiding on the road line 19, the float 12 floats on the sea surface, and the balance and the device sink. Used as a standing float by adjusting the size of the weight

  FIG. 4 shows a state in which the float 12 having the floating mounting end 17 can be used as a rod, and is joined to the fitting part 22 with the rubber 23. There is a ring 7 at the end of the fitting part 22, and a floating long hole part 19 is attached to the ring part 7, so that the balance body 1 is attached to or engaged with the balance body 1.

  The third figure. An embodiment using a normal balance is shown, and the branch 5 protrudes and is fixed to the main body 1 at a right angle. A main body 1 in which metal wires are arranged in parallel and fixed is provided, and a floating elongated hole 13 of a Yoritori snap 9 is fitted to the main body 1, and the elongated hole 13 is fixed to a base of a branch by a rubber 20. When the rubber is moved near the way thread hole 2, the float 12 can move on the main body 1, and when the device is flying, when the weight is heavy and the float 12 is pulled and flies, it moves to the way thread 19 side. Is small, and when flying while pushing with the weight of the float 12 itself, it moves toward the branch 5 and flies while pushing the balance.

DESCRIPTION OF SYMBOLS 1 Main body 14 Way thread 2 Way thread hole 15 Harris 3 Lower ring 16 Snap 4 Harris hole 17 Uki joint end 5 Branch 18 Holy 6 Branch long hole 19 Elongated hole end 7 Uki ring 8 Sulkan 21 Engagement end 9 Parts 10 Uki Rubber 11 Uki Stop 12 Float 13 Float Slot

Claims (2)

  A main body 1 having a flat cross section or a parallel arrangement of wire rods and a width is provided, a branch slot 5 is provided at the base of a branch 5 to be joined thereto, and the end of the connecting terminal is connected to the floating side. The balance is provided with a floating elongated hole 13 fitted to the main body 1 so that the branches 5 and the float 12 can fly in both directions without rotating relative to the balance body. The structure of the mechanism.   A hooking end 21 having a width by arranging wire rods is provided above the thread hole 2 of the balance main body 1, and the floating elongated hole 13 of the elongated hole part 19 of the floating 12 is engaged with this. The balance device according to claim 1, wherein the balance device can be engaged only during the flight when it is hooked in the opposite direction of the branch 1 without being rotated with respect to the branch 1, and when the kite is transferred, thereby preventing the entanglement of the device. .

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