Sea fishing pole baiting sinker

Abstract

The invention discloses a sea fishing pole baiting sinker, which comprises a fishing line for fishing, wherein a fishhook is arranged at the bottom end of the fishing line, and is characterized in that the fishing line is sleeved with a balance sinker lock and a valve like bait bin from the top down, a plurality of lock plungers for locking the bait bin to be in a closed state are arranged around the balance sinker lock, and a lower limit point is arranged below the bait bin and on the fishing line. The sea fishing pole baiting sinker has the advantages that baiting and throwing fishhook are synchronously operated, operation is simple, accordance of the baiting position and the fishing position can be ensured, the fish fetching probability is high, the baiting distance is far, the scattering range of the bait is large, and the water resistance is small when taking up the fishing line.

Description

technical field [0001] The invention relates to a sea pole fishing tackle, in particular to a sea pole nesting fishing sinker. Background technique [0002] At present, the way of fishing with a sea pole is: first, use a sea pole to throw a cylindrical nest maker with a nest material with an open top into the water for pre-fishing to make a nest, and then replace the nest maker on the sea pole. The fishing pendant with the hook is thrown to the newly made nest, waiting for the fish to take the bait. Since the nesting and fishing are thrown twice, there are deviations and inconsistencies in the throwing positions before and after, so that the hook cannot be accurately put into the nest, which affects the hooking of the fish, and the probability of hooking the fish is low. The existing nest making device is cylindrical, the nest making distance is short, the nest material is scattered in a small range, and the water resistance is large when the thread is taken up. ...

AI Technical Summary

Problems solved by technology

Since the nest making and fishing are thrown twice, there are deviations and inconsistencies in the throwing positions before and after, resulting in the hook not being able to be accurately thrown into the nest, which affects the hooking of the fish, and the probability of catching the fish is low

The existing nesting device is cylindrical, the nesting distance is short, the nest material is scattered in a small range, and the water resistance is large when the line is taken up.

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