The Weighing system of the silo is composed of the silo body and the silo cover, as well as the fixed supports. All of these are made of ordinary steel plates and welded together. The fixed supports are equipped with a weighing module. Besides measuring the materials, the weighing module can also perform initial calibration of the weighing body of the material conveying equipment during the initial stage. The conical part of the silo body is fixed on the middle outer side with a connecting hanger, which is suspended above the ground. The material conveying equipment is installed below the hanger, and the hanger is suspended. The main working process of the weighing silo with a hanger: Materials fall into the silo through the feeding port on the silo cover and then enter the screw conveyor installed on the hanger through the discharge port and the rod valve. They are then transmitted by the screw conveyor to the next production stage. This equipment's hanger is higher than the ground. This installation method enables the material conveying equipment to be detached from the ground, and the silo body is supported on the platform by the weighing module. The weighing silo with a hanger has changed the traditional weighing method of placing the weighing equipment on the ground. It connects the conveying equipment and the silo into a whole through the hanger. This installation method enables the weighing module of the silo to measure the weight of this entire system, effectively solving the problem of fluctuation in the weighing module of the silo due to irregular discharging during the discharging process. The material conveying equipment is detached from the ground, and the silo body is installed on the working platform as a whole by the sensor support and is fixed by the weighing sensor support. There will be no horizontal displacement, so the gravity sensor on the sensor support only receives the force in the vertical direction. Therefore, the material measurement is accurate. 

The batching control system is composed of a programmable controller, solenoid valves, regulating valves, etc. It uses the current signal output by the PLC to control the frequency output by the frequency converter, thereby changing the speed of the motor and achieving the purpose of controlling the feeding speed of the electric feeding device. In industrial batching, one of the steps is the uniform mixing of liquid and powder. Powder is manually added to the storage device, and the feeding speed is adjusted by controlling the screw feeding device. Below the storage device, there is a weighing device. When the weighing set value is reached, the electric screw feeding device automatically stops working. The weighing module detects the flow rate of the liquid in the pipeline and converts it into an electrical signal through a transducer. The programmable controller PLC collects the size of the flow signal in real time and changes the feeding speed of the electric screw feeding device in real time, thereby ensuring the quality of dynamic liquid batching, with high batching accuracy and uniform batching. Liquid flow control adopts analog control, and the start and stop of the liquid pump are controlled by a direct contactor method. It is controlled through the I/O connection of the programmable controller. The feeding system adopts closed-loop control, with high feeding accuracy. The feeding control system automatically calculates the feeding quantity parameters based on the flow size, and the PLC system controls the frequency of the frequency converter to control the feeding motor output volume. After comparing the actual feeding volume signal value with the set value through the weighing device, the system control quantity is output to meet the requirements of high-precision feeding. 

After the automatic Batching system is powered on, the screw drive motor starts to rotate. The microprocessor controls the motor speed based on the current operation. The materials in the hopper fall into the discharge area and are transported by the screw to the weighing area. The screw scale weighs the materials on the screw. The weighing module outputs a voltage signal based on the magnitude of the force received, which is amplified by the transmitter and output as a measurement level signal proportional to the weight of the materials. This signal is sent to the upper computer, where it is sampled and converted into a flow signal. The current flow value is displayed on the upper computer. At the same time, this flow signal is sent to the PIC interface, compared with the various batching set values of the upper computer, and then a regulation operation is performed. The control quantity is sent to the frequency converter to change the output value of the frequency converter, thereby changing the rotational speed of the drive motor. Adjust the given quantity to make it equal to the set value, completing the automatic batching process. Through the field bus, the field instruments, control computers, frequency converters and other intelligent and fast-processing equipment with higher intelligence are connected. The main material and auxiliary material are mixed in a certain proportion, and the screw scale completes the measurement of the materials conveyed by the screw conveyor. It mainly undertakes real-time control of the conveying equipment and weighing process, and completes the detection, display and alarm of system faults, as well as outputting signals to the frequency converter to regulate the rotation speed of the screw conveyor.