Wearable system for posture tracking and improvement and somatosensory game remote interconnection and interaction

Abstract

The invention belongs to the technical field of motion and posture tracking and game interconnection and interaction, and particularly relates to a wearable system for posture tracking and improvementand somatosensory game remote interconnection and interaction, which comprises a motion sensor assembly, a function docking station module and exclusive software or APP. The function docking stationmodule comprises a wired and wireless charging module and a wireless data transmission module, the function docking station module charges the motion sensor assembly through the wired charging moduleand the wireless charging module, transmits data of the motion sensor assembly to a server of the exclusive software or APP through the wireless data transmission module, and stores the data in a cloud database. A user can utilize the wearable system to automatically calibrate and perform motion guidance in a static / walking state through exclusive software or six functional modules of an APP, cooperate with AR / VR / a mobile phone / a computer to perform game interaction, medical consultation, posture improvement, friend making and communication, and text / image / video content is published in a server forum.

Description

technical field [0001] The invention relates to the technical field of sports and posture tracking, in particular to a wearable system for posture tracking and improvement, and remote interconnection and interaction of somatosensory games. Background technique [0002] Mature sports and body tracking technologies are mostly found in large-scale optical tracking devices. The size and weight of inertial tracking devices are relatively small. The receiving end of some products must be special equipment, which cannot be directly used on mobile phones. Collect user data in people's daily life. [0003] Other inertial tracking technologies can be connected to mobile phones through Bluetooth wireless communication, but limited by the bandwidth of Bluetooth, the number of sensors that can be used is limited to about 5, which cannot simulate more detailed user posture and movements. Due to the small bandwidth setting for transmitting data, the Bluetooth connection quality is not goo...

AI Technical Summary

Problems solved by technology

[0008] To solve the above background technology, the AR game interaction proposed in the above background technology is based on image algorithms and programming. A virtual space is built in the real environment through hardware equipment, which can only be used in a specific space, and cannot follow the user to move long distances, nor can it realize the interaction between users and users. Long-distance interaction anytime, anywhere in daily life; and VR games must be connected to the computer host, just like the interaction of TV somatosensory games, based on optical tracking, it can only simulate hand or head movements, and cannot simulate the user's whole body posture and movements. Moreover, optical tracking technology must require more than two long-distance image capture sensors, which cannot be carried around, cannot follow the long-distance movement of the user, and cannot realize the long-distance interaction between the user and the user anytime, anywhere in daily life; and the problem of light Body tracking technology, using wireless communication such as WIFI, the receiving end must be a special device, which is bulky and cumbersome, cannot be used on the mobile phone end, has high cost, cannot follow the user to move long distances, and cannot realize the communication between users and users in daily life. The problem of long-distance interaction anytime, anywhere; and inertial body tracking products using Bluetooth wireless communication, limited by the bandwidth of Bluetooth, the number of sensors that can be used is limited, about 5, powered by lithium batteries, and the working time is short, about 3 hours, due to transmission The bandwidth setting of the data is small, the quality of the Bluetooth connection is not good, and the error accumulation of the acceleration / angle and other parameters of the inertial sensor is inevitable.

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