TWM624616U - Submerged hollow float - Google Patents

Abstract

An auxiliary device for fishing, which can make fish and shrimp get a signal when they are hooked.

The overall order of combination from top to bottom is: the tail, the four-pillar body, the hollow design of the connection body, the four-pillar body, and a weight piece at the other end of the tail, which is combined to form the buoy of this creation.

Description

submerged water buoy

This creation is about the auxiliary equipment used for fishing fish and shrimp. Different from ordinary buoys, this creation can help the buoy to perform stably in the water, and is less affected by wind, waves and currents, and the length of the fishing line. When the fish and shrimp are hooked, they pass through the submerged water. The buoy is sensitive to the transmission hook signal.

The buoy is to assist the angler to perceive the underwater state, it is the angler's eye, and it is an important auxiliary device in fishing, so whether the buoyancy value and sensitivity of the buoy meet the requirements is very important; The shrimp's every move in the water is reflected in the buoy's load and sink.

Most of the traditional buoy body designs are solid, so traditional buoys have a greater impact on wind resistance and water flow, and it is easy to confuse the signal, making anglers perceive wrong information and mistakenly hook fish and shrimp; In-water stability sensitivity is extremely important to anglers.

The design of the hollow body in this creation can make the buoy keep the same internal and external water pressure on the water surface and make the buoy float stably on the water surface. The four-pillar body can reduce the contact area on the water surface or the water and the water to reduce the resistance; The disturbance of its wind speed and water flow makes its signal more agile and clear, greatly increasing the sensitivity of the buoy and reducing false messages.

01: Hollow or Solid Tail

02: Four pillars

03: Hollow body

04: Hollow Tube

05: Four pillars

06: The other end of the tail

[Fig. 1] A perspective view.

[Fig. 2] A schematic perspective view of the plane.

[Figure 3] The top and bottom perspective is the intention.

[Fig. 4] Schematic diagram of use in water.

[Fig. 5] Schematic diagram of water flow using submerged buoys.

[Figure 6] Schematic diagram of water flow when looking down and looking up.

Please refer to the left side of picture 4, after connecting the fishing line to the fishing rod, connect the submerged water buoy 06 tail, tie the fish hook, and it will float when placed in the water. The floating and sinking degree of the 03 hollow or 01 solid tail can be used as fish and shrimp. Whether the hook is used as a reference, the method is more suitable for fishing in places with no wind and waves.

Please refer to the right side of picture 4. After connecting the fishing line to the fishing rod, connect the submerged buoy with 03 hollow or 01 solid tail through the 03 hollow body, through the 04 hollow tube, and then through the other end of the 06 tail and tie the fish. The hook will float when placed in the water, and the floating and sinking degree of the 01 hollow or solid mark tail exposed on the water surface can be used as a reference for whether the fish and shrimp are hooked.

01: Hollow or Solid Tail

02: Four pillars

03: Hollow body

04: Hollow Tube

05: Four pillars

06: The other end of the tail

Claims (1)

A submerged buoy, comprising: a buoy structure, the structure of which has hollow or solid tails from top to bottom; a connecting four-pillar body, which will extend and connect the hollow marking body; a hollow tube, extending and connecting the four-pillar body; a At the other end of the tail, the above combination can reduce the influence of wind, waves and currents; the hollow body and hollow tube can increase the buoyancy of the buoy.

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