Beidou terminal utilizing artificial charging

Abstract

The invention discloses a Beidou terminal utilizing artificial charging, including an artificial generating device, a charging battery, a rapid charge and discharge module, and a work module, the work module includes a core processor, a Beidou RN module, a Beidou RD module, a GPS positioning module, and a touch screen, the artificial generating device is connected with the charging battery and the rapid charge and discharge module, the rapid charge and discharge module is connected with the Beidou RD module, the Beidou RN module, the Beidou RD module, the GPS positioning module, and the touch screen are connected with the core processor, and the charging battery is connected with the Beidou RN module, the GPS positioning module, and the touch screen module. The rapid charge and discharge module can drive the Beidou RD module to complete the emission operation more than once after short-time artificial charging, the battery capable of being charged artificially can guarantee other functional modules to work for a long time in a field environment, so that the Beidou terminal has great application values in field survival and search and rescue conditions.

Description

technical field [0001] The invention relates to the technical field of satellite navigation and communication, in particular to a Beidou terminal that can be manually charged. Background technique [0002] The Beidou satellite navigation system is a global satellite navigation system independently developed by my country. The whole system consists of three parts: sky satellites, ground control stations and user application terminals. Beidou terminal, that is, user application terminal equipment that uses Beidou satellite navigation system for positioning and navigation, has functions such as positioning and short message data communication. [0003] Because the Beidou RD communication module needs to communicate with Beidou satellites in space orbit (about 35,000 kilometers away from the earth's surface) when implementing positioning applications and short message communications, it also needs to break through the electromagnetic interference of the atmosphere and ionosphere...

AI Technical Summary

Problems solved by technology

This process requires relatively high power supply requirements. Existing Beidou terminals generally use relatively large-capacity rechargeable batteries as the direct power supply unit for the RD module. This kind of rechargeable battery is large in size and heavy in weight, which is not conducive to carrying and installation. The battery cannot be manually charged in the wild environment, and the entire terminal cannot continue to work after the battery is exhausted

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