China Petroleum Chemical Corporation

Beijing University of Technology

Beijing Research Institute of Chemical Industry Sinopec

Jingmin Hu

Ming Ma

Naigong Yu

Yufeng Wang

Xiaogang Ruan

Qiyuan Wang

Chunpeng Du

Hongfen Xu

Haiqiang Feng

Jidong Gao

Baoliang Tian

Puyang Li

This invention relates to a single wheel robot system and its control method. The robot is an intelligent self-control and thus self-balancing unicycle riding robot. The control method is the balance control method of the static imbalance unicycle robot. The single wheel robot includes mechanical body and control system; the body contains a single wheel in the substructure which can rotate around for balance; the control system comprises state sensors, motion controller, servo-driven controllers, and a power system. Among them, the motion controller receive signals from the state sensors, in accordance with control procedures for processing of the received signal, thereby issuing control instructions. The servo drive controller receives the control instructions and controls the motors of the robot to adjust posture to be balanced.

Single wheel robot system and its control method

The present invention relates to a process for separating the isoprene, 1,3-pentadiene and dicyclopentadiene from a C5 cuts, comprising dimerization of the cyclopentadiene and selective catalytic hydrogenation. The second extractive rectification step can be omitted, because the alkynes are removed through selective catalytic hydrogenation prior to the extractive rectification. As a result, the solvent-recovering units can be simplified, and thus the process as a whole can be optimized. Correspondingly, the investment and energy consumption, the operation cost, and finally the production cost can be substantially reduced.

Process for separating C5 cuts obtained from a petroleum cracking process

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Beijing, China

Jingmin Hu