The weighing and feeding system adopts automated control to achieve automatic control and supervision of processes such as raw material feeding, weighing and measuring, vacuum feeding, dispersion, and mixing. The dispersion time and cylinder number can be selected and adjusted on the computer according to production requirements. The opening and closing of motor equipment and the opening and closing of feeding valves during the process are all controlled by the computer. The finished product filtration packaging adopts a fully automatic filling line, and the palletizing process is done by robots. Composed of industrial computers, PLC modules, industrial configuration software, intermediate relays, AC contactors, thermal relays, air switches, etc. In the Windows environment, using industrial configuration software to draw actual flowcharts can display the processes of various motors, control valves, pumps, and pipelines in the production line, providing a very intuitive understanding of the production situation and controlling the entire system's process.

The top of the weighing mixer body is equipped with a lifting cover component, the bottom of the mixer body is equipped with a support component, and the right end face of the body is equipped with a control panel; The lifting and shielding component includes a servo motor, an extension support plate, a follower plate, an externally threaded vertical rod, a limit vertical rod, a limit stop seat, locking screws, and a shielding cover. The top of the weighing mixer body is equipped with a shielding cover, and the left and right end faces of the mixer body are symmetrically welded with extension support plates. The lower end face of the extension support plate is equipped with a servo motor, and the transmission end of the servo motor is equipped with an externally threaded vertical rod. The left and right end faces of the shielding cover are symmetrically equipped with follower plates. The upper end face of the weighing mixer body is symmetrically equipped with limit vertical rods on both sides. The upper side of the circular side of the limit vertical rod is fitted with a limit stop seat, and a locking screw is engaged on the left side inside the limit stop seat.

The support components of the weighing mixer include a stabilizing support plate, a stabilizing rod, a fixed base plate, and a shock absorber pad. The bottom of the weighing mixer body is welded with a stabilizing support plate, and the lower end face of the stabilizing support plate is symmetrically welded with stabilizing support rods on both sides. The bottom of the stabilizing support rod is equipped with a fixed base plate, and the lower end face of the fixed base plate is bonded with a shock absorber pad. There are four welding rods for the stabilizing support of the mixer, and reinforcement pieces are symmetrically welded on both sides of the circular side of the four stabilizing support rods. There are four sets of shock-absorbing pads bonded to the fixed base plate, and the shock-absorbing pads are made of sponge rubber. There are two limit gear seat sets for the mixer, and both limit gear seats have protective sheets attached to their lower end surfaces. There is an internal threaded hole on the left side of the limit gear seat. There are two vertical limit rods installed on the mixer, and fixed screws are installed on the lower side of the two limit rods. There are vertical through holes symmetrically opened on the left and right sides of the cover, and two locking screws are engaged. There are two sets of welding for the extension support plate of the mixer, and two sets for the follower plate. There are internal threaded through holes in the follower plate, which mesh with the external threaded vertical rod. There are two sets of installation for the external threaded vertical rod, and two sets for the servo motor.