Intelligent electricity acquisition system

Abstract

The present invention discloses an intelligent electricity acquisition system which comprises an intelligent device and an electricity gatherer, wherein the intelligent device and the electricity gatherer exchange data in a wireless manner, the electricity gatherer acquires electricity parameters of an electronic component and sends the electricity parameters, after processing, to the intelligent device wirelessly, the intelligent device is equipped with a computer application program for processing electricity parameters, processes the received electricity parameters into a statement, a chart or an alarm signal and displays the statement, the chart or the alarm signal. The system uses the intelligent device that every has one in daily life to build an electricity gatherer communicating with the intelligent device. The electricity acquisition system has powerful data processing and storage function and has the characteristics of intelligent devices. The intelligent electricity acquisition system makes measurement means smarter, when used as a teaching apparatus, takes all possible problems during an experiment done by a student into consideration, automatically draws a real-time curve map and provides user-friendly functions such as random ammeter zero setting.

Description

【Technical field】 [0001] The invention relates to the field of measuring instruments, in particular to an intelligent electrical parameter acquisition system. 【Background technique】 [0002] With the rapid development of microelectronics technology, intelligent instruments have also developed into a new stage. Now, the peripheral circuit is developing towards monolithic integration, digitization, intelligence, networking, multi-function, micro-power consumption, and high reliability. The traditional voltmeter and ammeter used in most schools are mainly composed of resistance, mechanical meter or ordinary liquid crystal meter. It is well known that this kind of meter has no data processing and storage function. If students do not pay attention to the range during use, it is easy to use the meter. burn out. Moreover, students are prone to problems such as signal polarity reversal, overload, and data call errors when using the meter to damage the meter. However, the existing...

AI Technical Summary

Problems solved by technology

The traditional voltmeters and ammeters used in most schools are mainly composed of resistors, mechanical meters or ordinary liquid crystal meters. It is well known that such meters have no data processing and storage functions. If students do not pay attention to the range during use, it is easy to use the meter. burn out

And when students use the meter, they are prone to problems such as signal polarity reversal, overload, data call error, etc., which damage the meter

However, the existing multimeters focus more on the test function and display. They only have separate measurement and display functions, and do not have the functions of data processing and storage and connection with smart devices such as mobile devices. The measurement methods are not intelligent enough and humane. change

Since the traditional multimeter needs to do the display part of the circuit, the cost will inevitably be greatly increased

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