Debugging system of intelligent central control equipment

Abstract

The invention discloses a debugging system of intelligent central control equipment. The system comprises an air switch which is connected to an AC power supply, an switch module connected to the airswitch, a test position connected to the switch module and used for placing intelligent central control equipment to be debugged, an sensing module connected to the test position and used for sensingwhether the intelligent central control equipment to be debugged is put into the test position or not, and a control module which is connected between the sensing module and the switch module, and isused for sending an opening instruction to the switch module when the sensing module inducts that the intelligent central control equipment to be debugged is placed in the test position so as to enable the switch module to be opened and carry out an electrification test on the intelligent central control equipment. And when the sensing module induces that there is no intelligent central control equipment to be debugged which is put into the test position, a closing instruction is sent to the switch module to enable the switch module to be closed, and the test position has no voltage.

Description

technical field [0001] The present invention relates to the technical field of central control equipment, and more specifically, to a debugging system for intelligent central control equipment. Background technique [0002] Intelligent central control refers to the unit that uses the integration of SoC and electronic components and the operating system program to realize the access of IOT devices to the network and be controlled. It plays the role of the nerve center in the overall smart home. Faced with many rounds of testing and debugging during the R&D and production phases. Generally, intelligent central control is tested after converting 220V mains power into working voltage. This process will involve temporary connection of power box or repeated plugging and unplugging of adapters, etc., which poses a great threat to the safety of testing or debugging. challenge. [0003] A typical current use case such as figure 1 Shown: At present, most of them use 220V AC neutra...

AI Technical Summary

Problems solved by technology

Since the personnel involved in testing or debugging include operators, software engineers, hardware engineers, etc., the people involved in related work are relatively complex, and the knowledge of safe electricity use is also uneven. There may even be reversed connections when the zero and live wires are connected, which is easy. lead to electrical safety incidents

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