Smart factory system

A smart factory system for being set up between a smart factory and a backend-system provider, the smart factory system comprising:

• a factory installation, being installed in the smart factory, and having a monitoring feature and a routine feature;
• a plurality of sensors, being connected to the factory installation to sense the monitoring feature and the routine feature of the factory installation, thereby generating a monitoring signal and a routine signal, respectively;
• a smart machine box, being signally connected to each of the sensors, and having a first receiving unit, a first computing unit, a first displaying unit, a first storing unit, a receiving and converting unit, a processing unit, and a first communicating unit;
• the first receiving unit being used to receive the routine signal and transmit the routine signal to the first computing unit;
• the first computing unit being used to receive the routine signal and generate a routine data set by means of computing according to the routine signal;
• the first displaying unit being used to display the routine data set;
• the first storing unit being used to store the routine data set;
• the receiving and converting unit being used to receive the monitoring signal and convert the monitoring signal into a monitoring data set;
• the processing unit, being signally connected to the first computing unit and the receiving and converting unit, and being used to reformat, classify and output the routine data set and the monitoring data set;
• the first communicating unit, being signally connected to the processing unit, and being used to output the reformatted and classified routine data set and monitoring data set;
• a computing and storing apparatus, being set up at premises of the backend-system provider, and having a second communicating unit, a second computing unit, a second storing unit, a real-time monitoring display module, and a real-time routine display module;
• the second communicating unit in communicative connection with the first communicating unit, and being used to receive the routine data set and the monitoring data set output by the first communicating unit;
• the second computing unit signally connected to the second communicating unit, being used to receive and perform computing on the routine data set so as to generate a real-time routine data set;
• the second storing unit being used to store the real-time routine data set of the second computing unit;
• the real-time routine display module being used to display the real-time routine data set in a real-time manner;
• the real-time monitoring display module being used to display the monitoring data set in a real-time manner;
• and
• a query-making apparatus, being signally connected to the computing and storing apparatus, and having a display interface that is used to display the real-time monitoring data set and the routine data set in a real-time manner.