Monitoring method, monitoring system and monitoring platform of image forming device

[0052] Example 1

[0053] like figure 1 As shown, the present application provides a monitoring platform of an image forming apparatus comprising a plurality of first computer 1, a second computer 2 and a plurality of image forming apparatuses 3, and a second computer 2 and a plurality of The first computer 1 performs a communication connection via a network connection, and each first computer 1 communicates to the plurality of image forming apparatuses 3, respectively, and a USB connection established by the USB port, respectively; the second computer 2 passes through the plurality of first computer 1 The second aspect of the monitoring system monitors a plurality of image forming apparatuses 3.

[0054] In the monitoring platform of the present embodiment, the second computer 2 is a server for providing a plurality of first computer 1 to provide monitoring services, data processing, and data storage. The server typically has only one, of course, the number of image forming apparatu

[0055] Example 2

[0056] The present application provides a method of monitoring a monitoring method of an image forming apparatus, and is applied to a server, multiple terminals, and multiple image forming devices in the same application environment, and periodically operates for the daily operation of the image forming apparatus. Maintenance and real-time monitoring of image forming apparatus for failure, is intended to help users monitor all image forming devices in the application environment more accurate, more efficient, more efficiently, and do not need to specifically deploy manpower for each image forming apparatus. , Material, only require a few people to monitor the image forming apparatus on the server. Compared to the currently commonly used monitoring mode, the image forming apparatus is monitored by the drive module mounted on the terminal, the intelligence data of the image forming apparatus is stored on the memory of the terminal system, and when the upper layer app

[0076] Example 3

[0077] The present application Example 3 provides a monitoring system of an image forming apparatus, applied between a server, multiple terminals, and multiple image forming apparatuses 3 in the same application environment, and a daily operation of the image forming apparatus 3. , Periodically and real-time monitoring of image forming apparatus 3 that may fail, is intended to help users monitor all image forming apparatuses 3 in the application environment more accurate, more efficient, more efficiently, and do not need to form each image. The device 3 is dedicated to manpower, material, and only requires minority to monitor the image forming apparatus 3 on the server. Compared to the currently commonly used monitoring system to monitor the image forming apparatus 3 on the image forming apparatus 3 on the terminal, the intelligence data of the image forming apparatus 3 is stored on the memory of the terminal system, and the upper layer application acquires the ima