Indirect heating press mechanism

Abstract

The invention discloses an indirect heating type squeezing mechanism. The indirect heating type squeezing mechanism is characterized by comprising a rack, an oil plant tank, a barrel and a squeezing shaft, the rack is located below the oil plant tank, the barrel is located between the oil plant tank and the rack, and the squeezing shaft is located in the barrel; the tail end of the squeezing shaft is provided with an injection cavity, the injection cavity is cylindrical, and the central axial line of the injection cavity and the axial line of the squeezing shaft are coaxial; the position, corresponding to the tail end of the squeezing shaft, of the injection cavity is provided with an opening; a rocker seat capable of moving relative to the tail end of the squeezing shaft is connected with the oil plant tank in a horizontally sliding mode; the position, corresponding to the injection cavity, of the rocker seat is provided with an ejection passage, and an infrared lamp is arranged in the ejection passage; a reflector is further arranged in the ejection passage, the reflector reflects light rays of the infrared lamp into the injection cavity through the ejection passage to perform infrared heating on the squeezing shaft. A gap between the squeezing shaft and a squeezing cavity is reduced, so a squeezing effect is better; in addition, the squeezing mechanism changes slightly, and the structures of the squeezing shaft and the squeezing cavity do not change; the indirect heating type squeezing mechanism is simple in structure, convenient to assemble, easy to use and convenient to detach and wash.

Description

technical field [0001] The invention relates to an indirect heating pressing mechanism, which belongs to the technical field of household appliances. Background technique [0002] Existing household appliances that are used to squeeze oil plants such as peanut oil, sesame oil, etc. generally have a squeezing mechanism. The pressing mechanism is generally composed of a pressing chamber and a pressing shaft. When oil is pressed, the pressing shaft rotates in the pressing chamber. However, after the oil is squeezed out, the oil is easily viscous between the press shaft and the press chamber, which often makes the rotation resistance of the press shaft during the operation of the press shaft large, and the motor load is relatively large. How to make the squeezed oil fragrant, reduce the load on the squeezing shaft during operation, and ensure that the squeezing mechanism has good performance and simple structure is a problem that people in the technical field need to solve. ...

AI Technical Summary

Problems solved by technology

However, after the oil is squeezed out, the oil is easily viscous between the press shaft and the press chamber, which often makes the rotation resistance of the press shaft during the operation process large, and the motor load is relatively large.

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