Biosafety intelligent conveying control method and system based on radio frequency identification and location technology

Abstract

The invention relates to a biosafety intelligent conveying control method and system based on a radio frequency identification and location technology.. The biosafety intelligent conveying control method comprises the following control steps of: 1, storing a biological sample parameter in a storage module, acquiring biological sample information by a data acquiring module, comparing the acquired biological sample information with the biological sample parameter stored in the storage module by a main controller, sending a comparing result to a background monitoring center, and setting an electronic lock action by the background monitoring center according to the biological sample information or abnormal alarm information; and 2, controlling a location module to acquire geographic position information of a conveying device by the main controller, and sending the geographic position information to the background monitoring center by a remote communication module, and setting an electronic lock action by the background monitoring center according to the geographic position information. According to the invention, the geographic position information of the conveying device can be well determined, and the managing personnel conveniently monitor a biological conveying device system in real time.

Description

technical field [0001] The invention relates to the technical field of intelligent transportation management, in particular to a biosafety intelligent transportation control system based on radio frequency identification and positioning technology. Background technique [0002] Biological products generally refer to immune preparations or preparations with biologically active agents made by biological technologies such as genetic engineering, cell engineering, and fermentation engineering, which can be used for disease prevention, diagnosis, and treatment. Biological products have a high risk of transportation Require. [0003] At present, the market has a variety of intelligent transportation management systems such as on-board monitoring systems and cargo transportation monitoring and management systems used in the field of transportation monitoring. These intelligent transportation systems include data acquisition modules, control device switch status modules, cargo or ve...

AI Technical Summary

Problems solved by technology

[0004] However, these systems have defects in the transportation of biological samples, which are manifested in: 1. The control system of the vehicle-mounted device only has a background monitoring system, and the operation method is single, and there is no good support for the emergency handling of biological sample transportation; 2. Existing system permissions The setting is single, which is reflected in the use of smart cards to identify identities, no hierarchical authority settings, and no good support for the security of biological sample transportation; 3. The existing system does not have good security settings for operations such as terminal opening, closing, and locking. Lack of opening times setting, operation authority setting, and automatic locking setting; 4. The existing system lacks mutual authentication between the terminal device and the user operation end, and does not have a good support for the access control of the biosafety transportation system

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