Automatic telescopic fishing rod

Abstract

The invention provides an automatic telescopic fishing rod. The automatic telescopic fishing rod comprises a fishing rod, a fishing line, a ground-inserting rack, an elastic part, a clamping rod, a bouncing part, an initiating connecting arm and a rotary rod. The ground-inserting rack is rotatably connected to one end of the fishing rod which is provided with a chute. Two opposite ends of the elastic part are connected to the fishing rod and the ground-inserting rack. One end of the clamping rod is rotatably installed in the ground-inserting rack and the other end thereof is arranged in the sliding chute. The bouncing part and the initiating connecting arm are rotatably installed on the fishing rod. Two opposite ends of the bouncing part are provided with a snap joint part and a guide part. The initiating connecting arm is provided with a guide column and a pushing part. The guide column is installed in the guide hole and capable of moving between the first position and the second position along the guide hole. The rotary rod is rotatably connected to the fishing rod. One end, towards the chute, of the rotary rod is provided with a line-returning boosting part and a routing boosting hook. The fishing line winds around the rotary rod to lift the rotary rod away from one end of the chute. The automatic telescopic fishing rod can be automatically lifted when the fishing line routes and returns.

Description

[0001] 【Technical field】 [0002] The invention relates to the technical field of fishing gear, in particular to an automatic fishing sea rod. [0003] 【Background technique】 [0004] The automatic fishing rods in the prior art usually include a sea rod and an automatic spring mechanism for bouncing the sea rod. When in use, once a fish is hooked, the automatic spring mechanism will automatically drive the sea rod to bounce and catch the fish. However, only when the automatic fishing rod of the prior art pulls the fishing line after the fish bites the hook, the automatic spring mechanism can drive the sea rod to bounce; , the automatic spring mechanism cannot drive the sea pole to bounce. Therefore, the fisherman must concentrate on observing the fishing rod. If the fish takes the bait and causes the fishing line to return to the line, he must manually pick up the sea rod in time, otherwise, the fish may spit out the hook and escape. And people are prone to fatigue when they ...

AI Technical Summary

Problems solved by technology

However, only when the automatic fishing rod of the prior art pulls the fishing line after the fish bites the hook, the automatic spring mechanism can drive the sea rod to bounce; , the automatic spring mechanism cannot drive the sea pole to bounce

Therefore, fishermen must concentrate on observing the fishing rod. If the fishing line returns to the line after the fish is hooked, they must manually pick up the sea rod in time. Otherwise, the fish may spit out the hook and escape.

And people are prone to fatigue when they are highly concentrated, and they cannot achieve the purpose of relaxation. In addition, one person cannot take care of multiple fishing rods at the same time.

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