A cabinet placement device for smart home big data

Abstract

The invention discloses a cabinet placement device for smart home big data, which includes a placement bracket, and the placement bracket is composed of two first vertical bars, two second vertical bars and four first telescopic horizontal bars. The four first telescopic bars are connected to each other in a rectangular shape with the two first vertical bars and the two second vertical bars, and the two first vertical bars are connected to the two second vertical bars. The tops of each other are respectively connected with second telescopic crossbars. This cabinet placement device for smart home big data can form a certain distance between the cabinet and the wall. At the same time, the protective heat dissipation device on the placement bracket can also Accelerate heat dissipation and protect the lines connected to each group of cabinets, so that the lines have a certain amount of expansion and contraction. The cabinet has a certain force of traction, which plays the role of effectively placing and protecting the cabinet.

Description

technical field [0001] The invention relates to the technical field of smart home, in particular to a cabinet placement device for smart home big data. Background technique [0002] Smart home system (cabinet version), the training device is composed of a main cabinet, a central controller, a controlled unit panel, an interface, a peripheral expansion module, a bus unit, a communication module, etc. In this system, the central controller (ARM) uses the 485 bus to network with the controlled unit of the home appliance, and realizes the local monitoring of the status of the access control part, window / curtain part, camera video collection, sensor unit, setting unit and externally expanded analog home appliance unit. monitoring and control functions. At the same time, the system expands many other control and monitoring methods, including GPRS short message control and alarm, voice control of home appliance status, Internet access, ZigBee wireless network control methods, etc....

AI Technical Summary

Problems solved by technology

[0003] At present, in order to achieve wireless network coverage in smart homes, existing users usually use more equipment (such as optical modems, routers, ACs, POE switches, NAS, and Wanke Cloud). Therefore, many families often purchase cabinets for several However, for the placement of the cabinets, the cabinets should be placed close to the lines. Although in many existing families, the lines are connected to the equipment, and then the lines are aligned to achieve a neat arrangement of the cabinets. However, when placing the cabinet, the cabinet is often placed close to the part of the wall circuit, which causes the cabinet itself to generate a lot of heat and cannot fully dissipate heat, causing its internal equipment to be easily damaged by heat. The cabinet is often subject to accidental collision, and because the line connector passes through the cabinet and is closely connected with its internal equipment, it is easy to cause the line to stretch, especially when the smart home is subjected to a large collision force, it is more likely to cause its joint connection. There is a phenomenon of damage, for this reason, we propose a cabinet placement device for smart home big data

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