Electronic monitoring equipment and environmental information data transmission method applying same

Abstract

The invention discloses electronic monitoring equipment which comprises a wireless sensor and a receiver. The wireless sensor comprises a first shell, and a first low-frequency communication module and an environment sensor are arranged in the first shell. The receiver comprises a second shell, and a second low-frequency communication module, a memory and a 4G communication module are arranged inthe second shell. The first low-frequency communication module and the second low-frequency communication module form a signal transmission network, the environment sensor is connected with a memory through the signal transmission network, and the 4G communication module is electrically connected with the memory. The invention also discloses an environmental information data transmission method using the equipment. According to the method, a pair of low-frequency communication modules is respectively arranged in the wireless sensor and the receiver to form a stable signal transmission network,and the method has the characteristics of long-distance signal transmission, low power consumption, long time and high penetrability. In addition, information is sent through 4G communication, and compared with a 2G network, the speed is greatly increased.

Description

technical field [0001] The invention relates to the technical field of electronic equipment, in particular to an electronic monitoring equipment and an environmental information data transmission method using the equipment. Background technique [0002] There are a large number of hospitals and testing institutions in small and medium-sized cities. Many sample tests cannot be completed by themselves and must be sent to higher-level hospitals for inspection and testing. Some human organs such as severed fingers urgently need to be replanted in designated hospitals in emergency situations. etc., some special incubators are required to be sent to the designated place. At this time, real-time monitoring is required for information such as temperature, humidity and position in the box. In addition to the pharmaceutical industry, for the food industry, warehouses for storing food also have monitoring requirements such as temperature and humidity; and industries such as aquatic pro...

AI Technical Summary

Problems solved by technology

Existing incubator temperature real-time monitors are all in the form of wires, so a 6-8mm hole must be punched on the incubator. Because the medical incubator requires 72-96 hours of heat preservation, the existence of small holes seriously affects heat preservation. The performance of the box makes it difficult to meet the insulation requirements

Moreover, the instrument for real-time cloud monitoring of the temperature of the medical incubator uses a 2G communication module. However, base stations in many places no longer have 2G signals.

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