Angling bracelet system

Abstract

The invention discloses an angling bracelet system. The angling bracelet system comprises an inductor and a bracelet, wherein the inductor is used as a lead weight at the tail end of a fishing thread; a pulling force signal is received by a pulling force sensor, and is transmitted to the bracelet; the bracelet controls the vibration according to the pulling force signal, so that an angler can 'vividly' know the biting condition of a fish. The angling bracelet system disclosed by the invention has the advantages that the structure is simple, and the biting condition of the fish can be reliably and accurately fed back, so that the success probability of angling is increased; a light source is arranged on the inductor, so that angling of the fish having phototaxis is facilitated.

Description

technical field [0001] The invention relates to the field of smart bracelets. Background technique [0002] When fishing, anglers need to observe the dynamics of the fish float in real time, so as to know whether there are fish biting the hook, and pulling the rod too early or too late may result in the failure to catch the fish. In order to help fishermen increase the probability of fishing success, there are currently some that can send a vibration signal to the bracelet by sensing whether the hook is biting, and the angler knows the status of the fish floating and biting the hook through the vibration of the bracelet. [0003] For example, the publication number is CN 205409222U, and the patent name is a patent application for a fishing smart buoy bracelet, which collects the hook bite signal through the liquid level sensor arranged on the fish buoy, and feeds the signal back to the bracelet for vibration. However, there are the following problems in collecting the bitin...

AI Technical Summary

Problems solved by technology

[0004] 1) The accuracy of the drop-in liquid level sensor is difficult to meet the subtle changes of the fishing float. After the fish bites the hook, the fluctuation of the fish float is generally not particularly large. Most liquid level sensors on the market are difficult to meet the sensitivity requirements. If a high-precision instrument is selected, the manufacturing cost will be greatly increased; 2) The liquid level sensor in the form of conductive electrodes (A pole terminal and B pole terminal) has high requirements for the use environment, and it is difficult to use in rainy or windy days , and the sensitivity is not high; 3) Fish floats generally need to adjust the position of fish floats on the fishing line according to the depth of the pond mouth, but it is obviously difficult to adjust the position of fish floats with sensor floats

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