The main structure of experimental rice mill

The rice grinding machine is to remove the shell and grind the net rice, remove a certain amount of cortex and embryo, and weigh the obtained polished rice. In the aspect of food quality testing, it plays an important role. It is also called experimental rice grinding machine. Rice rice machine is suitable for the inspection of rice quality evaluation in grain inspection, scientific research, teaching, production, processing, acquisition and marketing.
The rice grinding machine is packaged in a shell with beautiful appearance, and includes a power system, a whitening room and a bracket. It is the core working part of the rice grinding machine. The storage box on the shell can store more brown rice. The electric control box is mounted on the front upper part of the housing, and the device controls the components inside the box. The operating button is arranged outside the box, which can automatically realize the processing of brown rice according to the material level. The front of the machine is also equipped with feeding switches, precision whiteness knobs and flow adjustment knobs and other operating elements, used to adjust the opening and closing of rice, precision and degree of whiteness and appropriate flow. The finished product is discharged from the discharge port. The whole structure is novel, compact and easy to operate. Now it has obtained national patents.
The stilbenium component is fixed on the rice polishing machine frame, and its main shaft rotates under the rotation of the V-belt wheel. The main shaft is cantilevered on the rice-milling frame body through two self-aligning bearings. The fixing roller, the roller, and the squeezing roller The rollers are set on the spindle in turn, and the dogs teeth are connected and rotate together with the spindle. There is a spiral on the outer circle of the roller, which is used to push the material forward. The niobium roller has an eccentric radial structure and two ribs in the axial direction to achieve the extrusion of the material. The grain feeding cylinder, the maggot boring cylinder, and the removing hoe net are fixed on the inside of the rice grouting frame, and a roller whitening chamber is formed by the spur roller and the boring roller in the axial direction. The resistance arm and the resistance plate change the gap with the discharge outlet under the drive of the fineness degree knob, thereby changing the pressure in the whitening chamber, thereby adjusting the precision of the finished product meter. The card is connected to the feed switch to open and close the feed channel. The flow switch is rotated under the flow adjustment knob to change the opening of the feed channel, thereby changing the flow rate. The rice mill stand is tilted forward by 10°, so that the caster assembly, the main motor, the V-belt, etc., also tilt forward 10°, which saves energy by 10%. The tensioning of the drive motor's V-belt uses a more advanced hinged structure that is simple, convenient, and reliable. The suction chamber is a storage chamber. It is connected to the fan assembly connecting pipe, and the suction is sucked out. The power required by the fan is provided by the fan motor, and the fan can generate a suction of 1 450m3/h. The impeller in the fan adopts a radial welded reinforced structure, which is easy to process and does not deform.

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