Material monitoring method of material transportation monitor

Abstract

The invention relates to a material monitoring method of a material transportation monitor. The material monitoring method comprises the following steps of starting an acquisition control thread and adisplay thread; the acquisition control thread comprises the following steps of acquiring a user instruction; if the collected user instruction is a startup instruction, entering a detection mode, detecting the inclination angle and the environment temperature and humidity of the current material, and starting an alarm when the inclination angle or the temperature and humidity exceeds a thresholdvalue; if the collected user instruction is a setting instruction, entering a setting mode; if the collected user instruction is a closing instruction, entering a sleep mode; the display thread comprises the following steps of when the collection control thread enters a setting mode, starting the display; when the acquisition control thread enters the sleep mode, closing the display; and when theacquisition control thread enters the sleep mode, starting display, and closing the display after preset time. The method is advantaged in that an inclination angle of the materials and the temperature and humidity conditions of the environment are detected, an alarm is given in time, and workers can handle the problems in material transportation in time.

Description

technical field [0001] The invention relates to the field of logistics, in particular to a material monitoring method of a material transportation monitor. Background technique [0002] With the continuous deepening of modernization, my country's logistics and transportation industry has been greatly developed. However, due to the rapid increase of business volume and the rapid expansion of information volume, new problems have been brought to the information management of logistics enterprises. It is inevitable that the goods will encounter bumps, tilts, and unsuitable ambient temperature or humidity during transportation. At present, the key material transportation of the State Grid is mainly to install the 3D impact instrument when the supplier is transporting, to detect the bumps of the goods, and to query the historical data after arriving at the transportation point. The data is lagging behind, and a reliable monitor is urgently needed to monitor the situation of the ...

AI Technical Summary

Problems solved by technology

It is inevitable that the goods will encounter bumps, tilts, and unsuitable ambient temperature or humidity during transportation. At present, the key material transportation of the State Grid is mainly to install the 3D impact instrument when the supplier is transporting, to detect the bumps of the goods, and to query the historical data after arriving at the transportation point. The data lags behind, and a reliable monitor is urgently needed to monitor the situation of the materials

Images