Composite door of spore germination chamber

Abstract

A composite door for a bacteria room, comprising a sliding door, the bottom of the sliding door is provided with a rectangular recessed area, the bottom of the rectangular recessed area is higher than the bottom end of the sliding door, and a position near the right of the rectangular recessed area is set There is an entrance and exit, and a distance is provided between the edge of the entrance and the edge of the adjacent rectangular recessed area, a slideway is provided at the bottom of the rectangular recessed area, and a secondary sliding door that can block the entrance and exit is provided on the slideway. The inner and outer sides of the two-stage sliding door are respectively provided with grooves. Since the secondary sliding door is arranged in the recessed area of ​​the sliding door, the secondary sliding door can be pushed and pulled on the sliding door without affecting the use of the sliding door. In actual production, when there is no need to transport the fungus racks, but only for people to enter and exit, only the second-level sliding door can be opened, and the people can enter and exit through the entrance without fully opening the large sliding door, which greatly reduces the impact of air flow on the bacteria when the door is opened. The influence of indoor temperature and humidity. Suitable for promotional use.

Description

technical field [0001] The invention belongs to the technical field of doors, in particular to a composite door for a bacteria chamber. Background technique [0002] With the development of science and technology and society, the cultivation of mushrooms has gradually realized large-scale and modernization. In the modern large-scale factory farming, due to the high fungus rack, the sliding door of the bacteria room should also be made large to facilitate the entry and exit of the fungus rack. However, in daily production management, when there is no need to transport the fungus rack, Only when people enter and exit, the frequent opening and closing of the door will cause the temperature and humidity in the bacteria room to change, which is very unfavorable for the growth of bacteria. Setting a small door on the large sliding door for personnel to enter and exit will reduce this effect very well. However, due to the high sealing requirements of the bacteria chamber, there mu...

AI Technical Summary

Problems solved by technology

In the modern large-scale factory farming, due to the higher racks, the sliding door of the bacteria room should also be made larger to facilitate the entry and exit of the racks. However, in daily production management, when there is no need to transport the racks, Only when people enter and leave, the frequent opening and closing of the door will cause the temperature and humidity in the bacteria room to change, which is very unfavorable for the growth of bacteria.

Setting a small door on the large sliding door for personnel to enter and exit will reduce this effect very well. However, due to the high sealing requirements of the bacteria chamber, there must be no gap between the large sliding door and the wall where the door is installed. In this case, when the large sliding door is opened, the protruding door handle of the small door will touch the wall where the large sliding door is installed, thereby blocking the large sliding door, making it impossible to fully open, causing inconvenience to the production

Images