A fully automatic intelligent fishing rod based on an embedded system and its usage method

Abstract

The invention relates to a full-automatic intelligent fishing rod based on an embedded system and an implementing method of the full-automatic intelligent fishing rod. The full-automatic intelligent fishing rod based on the embedded system comprises a fishing rod body and an automated control module, wherein the fishing rod body comprises a fishing rod body, a spinning wheel and a fish wire; the automated control module comprises a signal acquiring module, a server module, a power supply module and a control module; the signal acquiring module comprises an attitude sensor and an environment detecting module; and whether fishing is suitable or not through the environment detecting module is judged, and whether fishes bite hooks or not is judged by the attitude sensor. Fish walking and alarming functions of the fishing rod are fulfilled by the control module. By the environment detecting module, a fishing position is selected intelligently, and posture change caused by external disturbance can be distinguished by the attitude sensor. Compared with a traditional automatic fishing rod, the full-automatic intelligent fishing rod based on the embedded system has the advantages that erroneous judgment caused by environment factors such as flowing water and strong wind is reduced to a great degree; and an automatic fish walking function is fulfilled, complete automatic fishing is implemented, double-ring PID control is adopted, interference resistance is high, and a system is stable.

Description

technical field [0001] The invention belongs to the technical field of fishing rods and embedded systems, and relates to a fully automatic intelligent fishing rod based on an embedded system and an implementation method thereof. Background technique [0002] Fishing as a leisure activity has been accepted by more and more people, but fishing is an activity that emphasizes patience. If you want to catch fish quickly, you must rely not only on luck but also on experience. Traditional fishing rods not only require long-term fishing activities to obtain the ability to see drifts and recognize fish, but also often need to stare at the fishing rod for several hours without being able to do other things. Many people find it difficult to meet such requirements. [0003] Fishing rods equipped with vibration sensors are gradually appearing on the market. This fishing rod makes up for the shortcomings of traditional fishing rods to a certain extent. When the fish bites the hook, when ...

AI Technical Summary

Problems solved by technology

Traditional fishing rods not only require long-term fishing activities to acquire the ability to see drifts and recognize fish, but also often need to stare at the fishing rod for several hours without being able to do other things. Many people find it difficult to meet such requirements

[0003] Fishing rods equipped with vibration sensors are gradually appearing on the market. This fishing rod makes up for the shortcomings of traditional fishing rods to a certain extent. When the fish bites the hook, when the fishing environment is bad (such as windy weather or underwater water, etc.), a single detection will definitely bring a lot of misjudgments; and this type of fishing rod has no monitoring function, and it cannot determine whether the waters are suitable for fishing; Moreover, this type of fishing rod does not have the function of intelligent walking fish. When encountering big fish or unexpected situations, the line will be disconnected and the fish will run away.

It is necessary to design a smart fishing rod suitable for everyone, this fishing rod can not only let novices experience the fun of fishing, but also provide a casual fishing mode for old anglers, making them wait for the big fish to bite When hooking, you can do other things at the same time to alleviate the boring waiting time, and because some rare species of fish must be fished to ensure the freshness and integrity of the fish, but the fishing rods currently on the market cannot achieve all-weather and The function of fishing in harsh environments will therefore affect the production of this type of fish. Since the fishing rod can achieve completely autonomous fishing in harsh environments, the design of the fishing rod will also meet this market demand

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