Mechatronics system capable of solving seasickness problem completely

Abstract

The invention discloses a mechatronics system capable of solving the seasickness problem completely. The mechatronics system capable of solving the seasickness problem completely comprises a stabilized platform, a movement tendency sensor arranged on the stabilized platform, at least two adjustment mechanisms used for adjusting the state of the stabilized platform, a suspension structure used for enabling the stabilized platform to be connected with the adjustment mechanisms, and a controller connected with the movement tendency sensor and the adjustment mechanisms and used for controlling the adjustment structures to act according to the state of the stabilized platform. Each adjustment structure comprises a pulling rope, a pulley device, a balance weight device and a servo motor, wherein the pulling rope, the pulley device, the balance weight device and the servo motor are connected in sequence. The movement tendency sensor is used for sensing a state signal of the stabilized platform and transmitting the signal to the controller. The controller controls the adjustment mechanisms to act, and finally the stabilized platform is controlled to be in a stable state. The mechatronics system has the characteristics of being high in stabilization precision and rapid in response, and the seasickness problem can be effectively solved.

Description

technical field [0001] The invention relates to the technical field of anti-seasickness devices, in particular to a mechatronics system that completely solves seasickness. Background technique [0002] With the development of society and the improvement of people's living standards, people have put their focus on improving their own quality of life. Therefore, more people are willing to go out for travel and travel by boat, but many people will suffer from seasickness when they take a boat. In order to solve this problem, anti-rolling means are usually used to alleviate the symptoms of seasickness, such as using fin stabilizers, gyro stabilizers, etc. These measures can only reduce the magnitude of the ship’s shaking, but cannot completely solve the symptoms of seasickness when passengers take a ship At the same time, the anti-rolling method using fin stabilizer technology cannot work during the period of ship suspension; in the scheme of using gyro stabilizer, it is necessa...

AI Technical Summary

Problems solved by technology

[0002] With the development of society and the improvement of people's living standards, people have put their focus on improving their own quality of life. Therefore, more people are willing to go out for travel and travel by boat, but many people will suffer from seasickness when they take a boat. In order to solve this problem, anti-rolling means are usually used to alleviate the symptoms of seasickness, such as using fin stabilizers, gyro stabilizers, etc. These measures can only reduce the magnitude of the ship’s shaking, but cannot completely solve the symptoms of seasickness when passengers take a ship At the same time, the anti-rolling method using fin stabilizer technology cannot work during the period of ship suspension; in the scheme of using gyro stabilizer, it is necessary to vacuum the inside of the gyro, and the mass of the gyro wheel is large and the speed is high. Even if the miniaturized gyro reduces The shaker weighs hundreds of kilograms, which is difficult to produce and expensive

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