Bullet cabinet with remote monitor function and remote monitor method of bullet cabinet

Abstract

The invention discloses a bullet cabinet with a remote monitor function, which comprises a cabinet body and a cabinet door, and further comprises a management system used for realizing remote monitoring, wherein the management system comprises a central processing module, an identity identification module, a saving module, a network communication module and a telephone communication module; the central processing module is in two-way connection with the identity identification module, the saving module, the network communication module and the telephone communication module; the identity identification module is used for identifying the identity of an operator; the network communication module is used for remote communication with the client of a high level administrator through a network; the telephone communication module for the remote communication is used for remote communication with a telephone of the high level administrator. Compared with the prior art, the bullet cabinet provided by the invention can further realize remote monitoring for the high level administrator through the network and the telephone on the basis that the manual monitoring and automatic identity identification are combined, so that the safety management of bullet using is greatly completed.

Description

technical field [0001] The invention relates to a bullet cabinet, in particular to a bullet cabinet with a remote monitoring function and a remote monitoring method thereof. Background technique [0002] As a storage device for weapons and ammunition, the bullet cabinet needs to have a high degree of security. General bullet cabinets are equipped with mechanical locks and electronic locks. The electronic lock device adopts lock devices such as combination lock or IC card. In order to ensure safety, some cabinets are also equipped with biometric technology, so that the bullet cabinets undergo strict identity verification before opening and picking up bombs. However, there is a risk of leaking passwords, and the current biometric technology also has certain defects. For example, about 4% of human fingerprint images are of inferior quality, and fingerprint features are easily affected by noise, so some of the actually collected fingerprint images are difficult to obtain. is ...

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