Cabinet adjustable communication name board

Abstract

The invention provides a cabinet adjustable communication name board, the cabinet adjustable communication name board comprises a name board main body, a reader-writer of a wireless radio frequency identification device, an antenna and a wireless communication module, the name board main body is movably connected with a cabinet, and the reader-writer of the wireless radio frequency identification device, the antenna and the wireless communication module are all installed on the name board main body; the reader-writer is electrically connected with the antenna and the wireless communication module. According to the invention, the automatically read label information is sent to the remote control terminal through wireless communication, so that the cabinet information is automatically read, and the machine room management efficiency is improved.

Description

technical field [0001] The invention belongs to the technical field of servers, and in particular relates to an adjustable communication nameplate for a cabinet. Background technique [0002] RFID is a radio frequency identification technology, which consists of a reader, an antenna and a tag. When the tag is close to the sensing range formed by the reader and antenna, the tag will send the data stored in the chip to the reader, and the reader will upload the data to the information system. Due to the advantages of RFID, such as large amount of stored data, fast reading speed, and no need for human intervention in the process of reading data, rapid asset identification and inventory can be carried out. Accurately and quickly grasp important fixed asset information. At present, more and more data centers use RFID to control servers. However, RF signals will be affected by metal materials, which will affect the transmission distance and data accuracy. In general data center...

AI Technical Summary

Problems solved by technology

At present, more and more data centers use RFID to control servers. However, RF signals will be affected by metal materials, which will affect the transmission distance and data accuracy.

In general data centers, the RF signal will be poor due to the lock of the entire cabinet. The data center personnel need to manually scan the RFID Tag to read the relevant information. However, this method is time-consuming and wastes manpower.

Images