Aseptic bin

Abstract

The invention discloses an aseptic bin. The aseptic bin comprises a top part and a supporting part, the supporting part is distributed on the top part, the supporting part is perpendicular to the toppart, a storage cavity is arranged between the top part and the supporting part, reinforcing pieces with integrated structures are arranged on the aseptic bin, each reinforcing piece comprises a connecting part and a reinforcing part, the reinforcing parts are positioned on the connecting parts, the reinforcing parts are perpendicular to the connecting parts, the reinforcing parts and the connecting parts are connected into a whole, the connection parts are fixed to the top part, and the reinforcing pieces are distributed in the width direction of the storage cavity. The aseptic bin inhibits the elastic deformation of the top part of the aseptic bin in the vertical direction through the externally arranged reinforcing pieces, so that the mechanical strength of the top part of the aseptic bin is improved to obtain the technical effect of improving the overall mechanical strength, the aseptic bin not only can be made of thinner materials, but also can allow functional components to be directly mounted on the aseptic bin, the weight of the aseptic bin is reduced while the bearing capacity is improved.

Description

technical field [0001] The invention relates to components for maintaining aseptic conditions in aseptic filling settings, in particular to an aseptic chamber. Background technique [0002] Aseptic filling technology is a production technology that is heavily relied on in the field of food and beverage production today. Thanks to aseptic filling, the use of antibacterial food additives can be avoided or reduced, and the shelf life of food and beverage can be further extended. The most important thing is that it can maintain The original nutrients of food and drink will not be destroyed. The aseptic filling material itself is in a sterile state, and the filling operation environment also needs to maintain a sterile state, which requires the establishment of a sterile space that can surround the filling valve. In the prior art, the aseptic space is mainly realized by introducing aseptic air into the aseptic chamber. [0003] The aseptic warehouse is made of bent and welded m...

AI Technical Summary

Problems solved by technology

The mechanical strength of the aseptic warehouse in the prior art is low, and some of the aforementioned functional components are installed on the frame of the filling equipment. There are many connection parts in this design, and the existence of connection parts means that there are thin seams and deep recesses. In the case of large mouth and large surface area, these structures are prone to breed bacteria and are not conducive to establishing and maintaining a sterile environment

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