Shell structure and material of Internet of Things communication device

Abstract

The invention belongs to the technical field of Internet of Things acquisition control. The invention particularly relates to a shell structure and a material of an internet-of-things communication device, wherein the shell is in the shape of a ground support ball instrument model made of a foamed plastic material; the connecting included angle between the support and the spherical model is 70-82degrees; the foam cavity in the foamed plastic accounts for 40-78% of the total volume of the material, and the foam cavity is filled with aluminum ferric sulfate nanoparticles with the particle sizeof at least 10-28. Due to the adoption of the overall structure, signal transmission is enhanced. The communication object and internet of things networking which is simple, clear in process track andself-known and self-controlled can be embodied.

Description

technical field [0001] The invention belongs to the technical field of acquisition and control of the Internet of Things, and in particular relates to a middle end and a method for information acquisition interaction and mutual control of the Internet of Things. Background technique [0002] With the continuous development and progress of science, the requirements for fast, efficient and convenient data transmission are getting higher and higher. In the use environment of various existing instruments. The data ports of the instrument are various, and the existing various manufacturers, different types, and different types of instrument equipment cannot realize mutual docking and compatibility, and cannot realize mutual communication, which leads to communication difficulties and unchanged control. The following converters can be connected to each other, but most of them are wired connections. The converters are large in size, complex in structure, high in energy consumption...

AI Technical Summary

Problems solved by technology

The data ports of the instrument are various, and the existing various manufacturers, different types, and different types of instrument equipment cannot realize mutual docking and compatibility, and cannot realize mutual communication, which leads to communication difficulties and unchanged control. The following converters can be connected to each other, but most of them are wired connections. The converters are large in size, complex in structure, high in energy consumption, and the number of port docking and protocol conversion is limited. In addition, wired communication will cause communication interference. restrict communication quality

Especially in the field of the Internet of Things, different acquisition terminals have different required line interfaces and transmission formats; there are communication fragments in different communication protocols, and there are effective identification and communication problems. There are information communication barriers between the acquisition end and the acquisition end, the acquisition end and the control execution end, and the acquisition end and the information processing end. In addition, the existing information conversion methods are changeable, and the conversion protocol library is huge and sluggish, so that information collection and communication have information incompleteness, resulting in There are deviations or errors in the Internet of Things interoperability or process execution. In addition, the existing Internet of Things collection and control execution process is complex and cumbersome, with complex algorithms, high repetition rate of processor operation, and crossover of the operation cycle of the processor control center. Acquisition and execution Unable to self-knowledge and self-control, high energy consumption of the Internet of Things system, etc. In addition, the material structure of the existing Internet of Things acquisition and communication execution device is unreasonable, high power consumption, poor anti-electromagnetic interference and other prominent problems, which seriously restrict the Internet of Things device system development of

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