An efficient interactive system based on closed cabin

Abstract

The invention discloses an efficient interactive system based on a closed cabin, which comprises a closed cabin. Cameras are respectively arranged in front, rear, left and right directions of the closed cabin, and each camera is installed on a steering gear head. Rear projections are respectively arranged in the front, rear, left and right directions of the inner side of the closed cabin, and eachrear projection is connected with a camera in the same direction through a data transmission line; A fixed rotating seat is arranged at the center of the inside of the closed cabin, a pressure sensorarray is arranged on each of a seat back and a seat cushion, and gyroscopes are arranged at the head and the torso of the user; a touchscreen is arranged directly in front of the fixed rotating seatand a gesture recognition device is arranged below the touchscreen. The invention synthesizes the body sense interaction mode based on the posture correction and the touch interaction mode combined with the gesture recognition, and solves the problems of low integration level of the interaction means, low interaction efficiency, low intelligence of the interaction mode and insufficient immersion experience sense in the prior art.

Description

technical field [0001] The invention belongs to the technical field of display interaction, and in particular relates to an efficient interactive system based on a closed cockpit. Background technique [0002] The cockpit display is widely used in aviation. Its display interface contains more parameters and flight status information. The operation method is more traditional joystick interaction and button interaction. The overall system requires smooth operation, clear pictures, and timely interaction. Display interaction technology is widely used in command and control systems, such as aerospace and ship control, and is considered to be a "bridge between man and machine". Its specific technology refers to the process in which the machine provides a large amount of useful information and prompts for instructions through display equipment, and the human sends instruction information to the machine through the input device to realize the interaction between human and machine. ...

AI Technical Summary

Problems solved by technology

[0004] 1. The integration of display interaction means is not high; most of the interaction technologies still use traditional display interaction means, which are simply integrated and applied to control equipment, without integrating more advanced and efficient display interaction means, and at the same time, interaction efficiency is not fully considered , the convenience and comfort of manipulation, etc. affect the user experience and actual effect

[0005] 2. Insufficient optimization of interaction methods in multiple modes; although more interaction methods are integrated, they are only simple stacking of interaction methods, without in-depth optimization of interaction methods, resulting in a decline in user decision-making efficiency. Not very collaborative

[0006] 3. The intelligence of the auxiliary interaction method is not strong, and the interaction method is not active enough in the interaction process. An adaptive human-computer interaction system that can adapt to different application scenarios and different control roles has not yet been built.

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