Intelligent bag

Abstract

The invention discloses an intelligent bag. The intelligent bag comprises a portable bag, a power source, an intelligent sensor, a network layer, a microprocessor, a man-machine interaction apparatus and an application layer. The intelligent bag is reasonably and effectively integrated with a series of technologies such as navigation positioning, block chains, electronic sensing, data networks, artificial intelligence, distributed calculation, automatic control, machine identification, mobile computation, man-machine interaction and the like and is embedded into a portable terminal so as to improve trip experience of people. An intelligent bag user, as a manager, a supervisor and a user of a peer-to-peer network system in a wireless Ad-hoc network, can perform self-disposition, self-maintenance, self-learning and self-production so that a decentralized self-growing trip database can be constructed. Hopefully, the intelligent bag can be a terminal member of the internet of things of an intelligent city traffic system.

Description

technical field [0001] The present invention relates to a smart bag, especially a kind of indoor positioning, navigation, tour guide and shopping guide based on inertial sensor, wireless ad hoc network and distributed computing, intelligent somatosensory control based on inertial sensor human body posture motion capture and displacement detection system, Human-computer interaction, dynamic appearance, anthropomorphic expressions and electronic pets are realized based on screen, vibration, and directional sound wave transmission, with electric skateboards attached or as smart refitting accessories for ordinary scooters, and smart travel bags as IoT terminal parts for smart urban transportation systems. Background technique [0002] 1. Smartphones are currently the mainstream smart terminals. However, the information presentation method of smartphone human-computer interaction is two-dimensional information browsing. Due to the constraints of screen brightness, battery life an...

AI Technical Summary

Problems solved by technology

[0015] 6. At present, the controllers of electric scooters are wired-controlled rotary handle, grip, thumb trigger, button or steering wheel controllers. The control lines of wired controllers are difficult to conceal, which affects the folding efficiency of folding electric scooters.

Changes in the distance and angle between the wireless controller and the electric skateboard and changes in the surrounding electromagnetic environment will affect the control accuracy

The wireless controller is a separate accessory that is easy to lose

The wireless controller is powered by a button battery, there is a risk of running out of power on the way and losing control

Electric skateboards use foot brakes and hand-held wireless controllers to adjust the speed. When skating, the attention is scattered on the hands and feet, which affects the driving experience and driving safety.

[0017] The operating principle of electric self-balancing vehicles is "Dynamic Stabilization", but the "Dynamic Stabilization" control algorithm cannot be used in non-unbalanced vehicle structures

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