China Academy of Railway Sciences Corporation Limited

Railway Engineering Research Institute of China Academy of Railway Sciences Corporation Limited

Beijing Wispirit Technology Co., Ltd

Shiyi Li

Jian Li

Yan Xu

Xiaoyi Wang

Qian Jack Liu

Xu Gao

Yufang Zhang

Guozhuang Song

Zhongmin Yang

Xin Dai

Zhujiang Ma

Hongze Guo

Zonghao Wang

Disclosed are a cognitive disorder human-computer interaction method and system based on emotion monitoring. The human-computer interaction method includes the following steps: obtaining a cognitive ability level of a user; generating a human-computer interaction scheme according to the cognitive ability level; generating an Nhuman-computer interaction task according to the human-computer interaction scheme; carrying out emotion monitoring on the performance of the user in the Nhuman-computer interaction task, and returning to the previous step of generating an Nhuman-computer interaction task according to the human-computer interaction scheme, whereby N=N+1 until all tasks in the human-computer interaction scheme are completed; and carrying out, in the process of human-computer interaction, a relaxed human-computer interaction between two adjacent human-computer interaction tasks, and selecting a task type of the relaxed human-computer interaction according to an emotion comprehensive index of the user in the previous human-computer interaction task.

Cognitive disorder human-computer interaction method and system based on emotion monitoring

A recyclable inclination measuring device includes measuring units arranged in a linear array during installation, and two adjacent measuring units are eccentrically hinged by a joint; during the measurement, measuring units are arranged in a Z shape in the measuring tube, the inner wall of the measuring tube is closely attached to the joint, and measuring units extending out of the measuring tube are folded and arranged. the present invention adopts a recyclable inclination measuring device with the above structure, during the measurement, it is placed in the measuring tube, which can be arranged in a Z shape under the action of gravity, and then it can be measured with the synchronous rotation of the measuring tube, when it is recovered, it only needs to be pulled out, which reduces the difficulty of recovery and improves the recovery efficiency.

Recyclable inclination measuring device

Growing community of inventors

Beijing, China

Shiyi Li