The cyclic automatic Batching system adopts an intermittent static weighing principle. In each cycle, it completes the processes of discharging materials, weighing, discharging materials, mixing and batching, and discharging again. To a certain extent, it has overcome the influences of feeding shock, uneven tare weight and zero drift. Depending on the process, the parameter Settings vary, but mainly involve the setting of hourly output and the proportioning relationship. After the parameters are set, start the system. During the batching operation, dynamic detection is conducted on each batching scale to initially determine whether the feeding has reached the batching set value. If the set value is dynamically detected, the feeding will be stopped. After the machine stops, it should be buffered for a certain period of time before weighing begins. For the feeding errors caused by dynamic detection and the single batching errors due to other reasons, the reduction of such errors can be achieved through the supplementation of the next batching or certain algorithms.

The entire system can be divided into four components, namely the detection part, the data processing part, the human-machine interface part and the control part. The detection section mainly amplifies the very low signal coming out of the weighing module through a preamplifier, then removes the interference through a filter circuit, and finally converts the analog signal into a digital signal through an analog-to-digital converter and transmits it to the single-chip microcomputer. The human-machine interface section mainly deals with human interaction. Firstly, it displays the system operation status to users through display devices such as monitors. Secondly, it inputs the system operation parameters into the computer through input devices such as keyboards. The control section mainly controls the actuating devices through the driver. Among them, the motor is used to control the opening and closing of the door during discharging, while the electric vibrator controls the discharging action. The data processing section is the core of the batching process. It is mainly responsible for coordinating the work of the other three sections and completing data processing tasks. For instance, it converts the signals transmitted by the weighing module into corresponding weight information and displays it through the human-machine interface section. It also controls the start and stop of the motor and the electric vibrator based on the current discharging or discharging status.