Corncob pith cutting and obtaining device for food chemical industry

[0014] A corn cob pith cutting device for food and chemical industry of the present invention is realized as follows: When in use, the corn cob is placed on the vibrating net (4), the vibrating motor (5) is started, and the vibration of the vibrating net (4) is used to make The corncob rotates and moves. When the direction of the corncob is parallel to the direction of the partition (2), it enters the channel between the partitions (2). Under the action of the arc-shaped pressing plate (3), only one corncob can enter at a time. When the corn cob slides to the position of the guide baffle (12), the corn cob changes direction along the guide baffle (12), moves from the circular gap between the guide plate (13) and the bottom plate (1), and moves vertically. Move downwards, and then enter the feed port (28) above the separation sleeve (9). The hollow shaft motor (21) in the separation sleeve (9) works to drive the ring cutter (15) to rotate, and the ring cutter ( 15) Carry out circular cutting on the outer ring of the corn cob to separate the corn cob. The crushing knife (16) crushes the outside of the corn cob and cuts gradually. The separated corn cob is along the hollow shaft motor (21). The hollow channel moves down and finally falls into the collection frame (11) for centralized processing. After the crushing knife (16) crushes the corncob shell, it passes through the channel between the ring cutter (15) and the separation disc (26), Into the deep crushing disc (17), pulverized into powder by a plurality of cutting teeth (25), and then falling into the falling plate (19) through the U-shaped groove between the cutting teeth (25), from the blanking hole (24) ) Enter the slag receiving tank (23), and finally discharge the powder onto the powder tray (7) through the discharge port (20) for subsequent processing and utilization. Multiple separation sleeves (9) can work simultaneously to speed up the process The cutting work of the corn cob pith, the arc-shaped pressing plate (3) is designed to stabilize the corn cob when it enters between the partitions (2), and the vibration net (4) is placed to cause excessive vibration. The corn cob flies out, and the U-shaped groove between the cutting teeth (25) is used to match the blanking hole (24) to discharge the powder intermittently. For large particles, it can be further crushed to achieve the The purpose of dissection.