Domestic oil press with blanking control mechanism

Abstract

The invention discloses a domestic oil press with a blanking control mechanism. The domestic oil press comprises an upper machine base and a lower machine base. The upper machine base comprises a casing and a bottom plate, the casing is provided with a material storage cavity, a discharge hole is arranged in the material storage cavity, the discharge hole is communicated with a feed port of a pressing mechanism on the lower machine base, the blanking control mechanism is arranged on the bottom plate, the blanking control mechanism comprises a motor and a rotation stopping sheet, a motor shaft and the rotation stopping sheet are in transmission through a gear, the rotation stopping sheet is tightly attached to the lower portion of the discharge hole, and the discharge hole can be shielded or opened. When the pressing mechanism breaks down, the rotation stopping sheet is rotated to shield the discharge hole, and materials cannot enter the pressing mechanism so as to avoid blocking. When the upper machine base needs to be removed for inspection and maintenance, residual materials cannot fall from the discharge hole. When blanking ports of different sizes are arranged on the rotation stopping sheet, large-particle materials or small-particle materials are pressed, the blanking ports of different sizes can be selected to correspond to the discharge hole, blanking amount is appropriate, smooth pressing is guaranteed, and generality of the oil press is enhanced.

Description

technical field [0001] The invention relates to a household oil press, in particular to a household oil press with separate upper and lower machine bases. Background technique [0002] In the split type oil press in the prior art, the upper machine base is provided with a material storage cavity, and the bottom is provided with a discharge hole, and the discharge hole is connected with the feed port of the pressing mechanism on the lower machine base; When the middle press mechanism breaks down, the material can still enter the press mechanism through the discharge hole, causing blockage in the press mechanism and wasting materials; and when the upper machine base needs to be removed for inspection and maintenance, due to the storage cavity There are still unpressed materials in the chamber, and it is very troublesome to remove all the remaining materials before removing the upper machine base; but if the remaining materials are left in the storage chamber, when moving the u...

AI Technical Summary

Problems solved by technology

[0002] In the split type oil press in the prior art, the upper machine base is provided with a material storage cavity, and the bottom is provided with a discharge hole, and the discharge hole is connected with the feed port of the pressing mechanism on the lower machine base; When the middle press mechanism breaks down, the material can still enter the press mechanism through the discharge hole, causing blockage in the press mechanism and wasting materials; and when the upper machine base needs to be removed for inspection and maintenance, due to the storage cavity There are still unpressed materials in the chamber, and it is very troublesome to remove all the remaining materials before removing the upper machine base; but if the remaining materials are left in the storage chamber, when moving the upper machine base, the materials will be removed from Falling at the discharge hole, causing waste

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