System for controlling low temperature injury of cold-sensitive fruit vegetables by combining intelligent pre-cooling and segmented controlled atmosphere storage

A system for controlling low temperature injury of cold-sensitive fruits and vegetables by combining a pre-cooling and a segmented controlled atmosphere storage, the system comprising:

• a sensor detection module,
• a data collection module,
• a wireless communications module,
• a terminal, and
• a control system,
• wherein the sensor detection module is capable of detecting carbon dioxide, ethylene, and a temperature and a humidity within a fresh keeping chamber,
• then data is configured to be collected by the data collection module connected to the sensor detection module, and
• then the data is configured to be transmitted to the terminal by the wireless communications module connected to the data collection module;
• the sensor detection module is connected to the control system;
• and
• after the terminal is configured to read the data, wherein the data is configured to be detected by a sensor,
• an environment parameter is configured to be controlled by the control system, and
• the sensor detection module comprises a carbon dioxide detection module, an ethylene detection module, and a temperature and humidity detection module,
• wherein the carbon dioxide detection module is configured to detect the concentration of carbon dioxide within the fresh keeping chamber,
• the ethylene detection module is configured to detect the concentration of ethylene within the fresh keeping chamber, and
• the temperature and humidity detection module is configured to detect the temperature and the humidity within the fresh keeping chamber;
• the control system comprises a controlled atmosphere control system and a temperature and humidity control system,
• wherein the controlled atmosphere control system is configured to control release of inert gas within the fresh keeping chamber, and
• the temperature and humidity control system is configured to control the temperature and the humidity within the fresh keeping chamber;
• and
• the temperature and humidity detection module is connected to the temperature and humidity control system, and
• both the carbon dioxide detection module and the ethylene detection module are connected to the controlled atmosphere control system;
• and
• wherein the carbon dioxide detection module, ethylene detection module and temperature and humidity detection module are inside of the fresh keeping chamber, and the controlled atmosphere control system and the temperature and humidity control system are outside of the fresh keeping chamber.