Large-scale aseptic-manipulation continuous production equipment

Abstract

The invention discloses a large-scale aseptic-manipulation continuous production equipment and relates to the technical field of structures of large-scale aseptic-manipulation continuous production lines. The production equipment has the structure that a conveyor is arranged on the frame; an inlet platform, an inlet buffering barn, a sterilizing barn, a middle buffering barn, an inoculation barn,an outlet buffering barn and an outlet platform are orderly arranged above the conveyor from left to right; an ozone generator is arranged above the inlet buffering barn and is connected with the sterilizing barn through a pipeline; the inlets and the outlets of the inlet buffering barn, the middle buffering barn and the outlet buffering barn are respectively provided with a movable curtain; a dehumidification window is arranged above the inoculation barn; both sides of the inoculation barn are respectively provided with three pairs of protective sleeves; and an object table is arranged in the middle of the interior of the inoculation barn. The production equipment is an inoculation machine having the functions of environment sterilization, material conveying, oxygen enhancement, dehumidification and continuous inoculation, greatly increases the inoculation speed and the certified product rate, reduces the labor intensity and has the advantages of no sterilization residue, no damage and low cost.

Description

technical background [0001] The invention relates to the technical field of production equipment, in particular to the structural technical field of the aseptic operation continuous production line. Background technique [0002] Reducing pollution and increasing the rate of genuine products in the production of edible fungi are the primary goals. Aseptic inoculation is one of the key links to achieve this goal. It requires: firstly, the inoculation environment must be purified, and the bags to be inoculated after sterilization and cooling , Pretreated strains, inoculation tools, etc. must be strictly re-sterilized to achieve a sterile state without drug residues and no harm to the human body. Second, the inoculation action should be quick and agile, and the inoculation time should be shortened as soon as possible to reduce the chance of residual bacteria contamination after disinfection. The third is to reduce the labor intensity of the operator and improve the efficiency ...

AI Technical Summary

Problems solved by technology

Some large-scale enterprises adopt air purification system, which can also achieve better sterilization effect, but this purification system has a large capital investment and high cost, which does not meet the requirements of low investment and high output, and generally small and medium-sized enterprises cannot afford it.

Therefore, the above several inoculation methods have deficiencies in many aspects such as environmental disinfection, labor intensity, inoculation speed, environmental oxygenation, dehumidification, genuine product rate, and input cost.

Images