Debugging instrument for three-dimensional garage and debugging method thereof

Abstract

The invention discloses a debugging instrument for a three-dimensional garage and a debugging method thereof. The debugging instrument comprises a first DC power supply module and a voltage-stabilizing circuit, wherein the voltage-stabilizing circuit is connected with the first DC power supply module to acquire a stable and reliable operating power source for supplying to a master control MCU; the master control MCU is respectively connected with an infrared data receiving buffer, a display screen LCD controller, a voice output module, a voice controller and a switch signal acquisition device; the switch signal acquisition device is respectively connected with a functional keyboard and a numeric keyboard; the voice controller is connected with a speaker; the LCD controller is connected with a LCD display module; the data receiving buffer is connected with an infrared emission receiving module; a second DC power supply is connected with the LCD controller to supply the stable and reliable power source to the LCD controller; and a third DC power supply is connected with the voice controller to supply the stable and reliable power source to the voice controller. The debugging instrument has the advantages of convenience, manpower resource conservation and reduction in construction and debugging cost.

Description

Technical field: [0001] The invention relates to a three-dimensional garage, in particular to a three-dimensional garage debugging instrument and a debugging method thereof. Background technique: [0002] Statistics show that in 2009, the number of new cars in cities in my country exceeded 13 million, and cities will be the main activity space for new cars; limited land resources determine that they can only develop into three-dimensional spaces. At present, the number of mechanical three-dimensional parking spaces built in my country has exceeded 60. More than 10,000; the number of installations in stereo garages is also increasing significantly year by year, so how to make the debugging and maintenance of stereo garages easier and easier is particularly important! [0003] The existing three-dimensional garage debugging methods are divided into: [0004] Pure manual debugging, debugging with the help of the host computer (operation box) two modes; pure manual mode is to di...

AI Technical Summary

Problems solved by technology

[0004] There are two modes of pure manual debugging and debugging with the help of the upper computer (operation box); the pure manual mode is to directly or indirectly press the electromagnetic contactor of a certain motor and the electromagnetic contactor in the forward and reverse directions by hand to make the car table move , the signal in place requires the cooperation of other personnel, shouting: stop; it is a relatively primitive debugging method; it has a large safety hazard and is not efficient

[0005] The debugging mode with the help of the host computer is to use the principle of serial communication to send instructions to the main control computer and perform corresponding logical actions. Although this method can avoid some potential safety hazards in the pure manual mode; but because it belongs to the wired control mode, it must be After the communication line, power supply and the main body are installed in place, they can be debugged. After these tasks are done in place, the other basic works of the equipment are basically completed, so they play little role in debugging; when the debugger needs to observe the running state, he needs to combine Obviously, the situation in the control cabinet can no longer meet the requirements, requiring the cooperation of multiple people; laying cables and wiring also takes a lot of time, and the flexibility and functionality cannot fully meet the rapid development of the three-dimensional garage under the new situation.

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