Wireless networking constant humidity machine used in showcase

Abstract

The invention discloses a wireless networking constant humidity machine used in a display case, which comprises a case body; a blower, a refrigeration compressor, an electrical heater and a humidifying water tank are arranged in the case body and are controlled by a microprocessor. An evaporator of the refrigeration compressor and a heating pipe of the electrical heater are respectively arranged in the humidifying water tank. An air outlet of the blower is communicated with a reverse percolating filter in the humidifying water tank by a pipeline. An interface of the microprocessor is respectively connected with a sensor arranged in the display case and a wireless transceiver which realizes communication with a host computer. The air outlet of the humidifying water tank is communicated with each display case inner cavity by the pipeline and a pressure reducing valve. The wireless networking constant humidity machine has the beneficial effects as follows: 1. the wireless networking constant humidity machine satisfies the differentiation requirements of different culture relics on temperature and humidity; 2. the wireless networking constant humidity machine supplies a gap of a central air conditioner in the humidity control ability; and 3. the wireless networking constant humidity machine leaves out the daily work for inspecting the temperature and the humidity in each display case and realizes the all-weather real-time monitoring on environmental index condition of all display cases in offices.

Description

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AI Technical Summary

Benefits of technology

This technology helps gather data about how temperatures and moisture levels affect crops during storage periods. By measuring these factors accurately with sensor devices installed inside an electronic device called a monitor box attached on top of the cathode ray tube (CRT) screen, this system can help manage indoor environments more efficiently while minimizing damaging impact upon vegetables stored therein. Additionally, it uses remote communication techniques like radio signals between the electronics unit's main server and client computers to transmit commands wirelessly without requiring physical connections over wires. Overall, this technology allows for precise and efficient adjustment of environment conditions such as humidness and temperature within specific areas of interest.

Problems solved by technology

Technological Problem: Current methods used manually measure temperatures and humors during preservation or displaying culture relic items can lead to imprecise results when controlling them at specific conditions. Additionally, there may also exist issues related to keeping track of the surrounding environments' optimal levels of moisture content based on external variables like ambient temperature.

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