Motion inductor and inducing method

Abstract

The present invention relates to motion inductor and its motion inducing method. The motion inductor incldues circuit board, switch with contacts, mercury ball, sealing casing, cured sealing layer, signal outputting wires, casing, etc. The mercury ball in motion will contact with different switch contacts to connect different circuits and to form different circuit on-off states, and the signals are transmitted to the signal processor to analyze and judge the motion state of object. The motion inductor of the present invention has simple structure, low cost and accurate induction, and may be used widely in the measurement of motion state of human body and objects.

Description

Technical field [0001] The invention relates to a motion sensing device and a sensing method, in particular to a motion sensing device and method capable of sensing the motion state and various motion attributes of an object (such as a human body), and can be widely used in the field of measuring motion of the human body and other objects middle. Background technique [0002] Motion sensing devices have been widely used in products such as pedometers to measure the movement of human bodies and other objects. However, the previous motion sensing devices were either not sensitive enough and accurate, and the sensing measurement range was small, so they could not fully and accurately reflect the movement of objects. State and motion attributes, like the sensing devices in most pedometers, can only measure the number of regular walking movements of the human body, but cannot effectively sense other motion states and other motion attributes; either the structure is complex, the c...

AI Technical Summary

Problems solved by technology

[0002] Motion sensing devices have been widely used in products such as pedometers to measure the movement of human bodies and other objects. However, the previous motion sensing devices were either not sensitive enough and accurate, and the sensing measurement range was small, so they could not fully and accurately reflect the movement of objects. State and motion attributes, like the sensing devices in most pedometers, can only measure the number of regular walking movements of the human body, but cannot effectively sense other motion states and other motion attributes; either the structure is complex, the cost is high, Sensing signal processing is difficult, and it is not suitable for popular application. For example, acceleration sensor, although the motion sensing range and accuracy have been improved, but the output motion sensing signal is an analog signal. To identify, calculate, analyze and process these signals, it needs to go through Complicated signal amplification, signal conversion procedures, and very complicated and cumbersome analysis and calculation of the induction signal will undoubtedly increase the difficulty and complexity of the use of the induction signal, and also increase the manufacturing cost and product volume of the product, which is not conducive to this type of Popularization of devices

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