Portable intelligent self-service terminal based on 5G communication real-time interaction

Abstract

The invention discloses a portable intelligent self-service terminal based on 5G communication real-time interaction. The portable intelligent self-service terminal comprises a host provided with a main control core board, wherein the main control core board is provided with a WIFI / Bluetooth module, a GPS module, a hard disk and a memory bank; the host serves as a control and data processing coreof the self-service terminal and is connected to an operation screen, a sensor IO module, an auxiliary all-in-one machine, a biological recognition module, a 5G communication module, a power management module, a card reading / card issuing module, a password keyboard and a standby expansion module through a host interface. The instant information interaction function, the signal portability, the cloud computing function and the AI function of the self-service terminal are achieved based on 5G communication, the Internet of things technology is popularized into the self-service terminal, and dueto the characteristics of low time delay and high speed of the 5G communication module, the self-service terminal is portable, and meanwhile the powerful cloud computer mass data interaction capacityis achieved.

Description

technical field [0001] The invention relates to a portable intelligent self-service terminal based on 5G communication real-time interaction, belonging to the technical field of financial self-service terminals. Background technique [0002] 5G, that is, the fifth generation mobile networks or 5th generation wireless systems, is about to face large-scale commercial use, bringing low-latency, high-speed and other intuitive improvements, bringing massive data information to the cloud and the development of AI. With more application feasibility, it is bound to bring major technological innovations in the self-service terminal industry. At that time, a batch of self-service terminals based on 5G applications will emerge to solve the problems that are currently difficult for self-service terminals: [0003] 1. Signal portability, whether it is the current lobby-style self-service terminal or a portable self-service terminal, the way to access the network such as: WiFi, Bluetooth,...

AI Technical Summary

Problems solved by technology

[0005] 3. Weak data interaction ability, unable to communicate instantly, small storage capacity, and high hardware requirements for smart devices. At present, self-service terminals and portable devices are difficult to achieve fast data interaction with the background server, and even portable card issuers do not have mass The ability of information communication and the capacity of stored information are limited, limited by the fact that the network cannot achieve instant communication, and cannot quickly obtain changes in the status of surrounding information, and future computing will definitely rely more on cloud servers to reduce the current self-service terminals and robots. hardware cost

[0008] The industry has not launched similar self-service terminals. At present, the self-service terminals in the industry are still traditional. This type of self-service terminals either rely on wired networks or rely on other wireless networks. They are portable and cannot realize real-time interaction and IoT functions. In terms of biometrics, it is impossible to interact with the cloud in real time, such as voice recognition. Without wired network access, it is difficult for portable devices to compare and identify with the voice semantic database in the cloud. Customers can only rely on customers to build their own lines. Stored in the library below, but the amount of storage is limited, it cannot be updated in real time, and it is difficult to move the comparison and identification location

[0009] At present, the self-service terminal cannot realize the real-time interaction of the device while being portable, and cannot realize the real-time monitoring of the device and the real-time support of the background. The speed, stability and delay of the current wireless network cannot meet the needs of real-time communication.

[0010] The current self-service terminals cannot quickly respond to the surrounding environment, and have a natural weakness in AI. Intelligent, even the current robots rely on the network, but the current wireless network cannot meet the needs of high-speed response and information processing

[0011] In addition, the current self-service terminals or self-service terminal robots have considerable disadvantages in terms of biometrics. At present, the biometric modes of self-service terminals mostly rely on offline databases for collection and recognition, but for voice recognition, iris recognition and other types of recognition need to visit The cloud database or the identification method connected to the public security private network will become very difficult. Limited by the current network technology, only part of the functions can be realized

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