Proceedings of the 3rd Annual International Conference on Mechanics and Mechanical Engineering (MME 2016)

Session: Chapter 4: Automation and Control Engineering

24 articles
Proceedings Article

Locomotion Patterns based on a CPG Model of Snake Robot

Wei-Jian Hu, Lan-Ying Zhao, Jun-Li Yan, Jin-Xiao Li, Zhe-Long Wang
The large number and scales of earthquake disasters have occurred around the world in the past decade. In order to mitigate damages from earthquake disasters, the intelligent rescue systems with high information technology and robot technology have been expected. With the rapid development of rescue...
Proceedings Article

Research on Composite Braking Technology for Electric Drive High Speed Tracked Vehicle

Hui Sheng, Chun-Ming Li, Yan Xu, Ming-Gang Du, Tian Ma
In order to solve that the single execution component and mechanics-motor composite braking cannot meet the braking requirement of electric drive high speed tracked vehicle, the method of mechanical brake, motor and electro hydraulic retarder composite braking is proposed. Through the analysis of the...
Proceedings Article

Design of the Single Leg of the Quadruped Bionic Robot with Jumping

Liang-Wen Wang, Kang-Kang Song, Feng Zhao, Wen-Liao Du, Xin-Jie Wang
In order to achieve jumping movement gait of a quadruped bionic robot, herein, a kind of quadruped bionic robot with a single leg is designed for the purpose. The body, thigh, shin, ankle and the structure of the energy storage unit are determined by analyzing the bone structure and the muscle distribution...
Proceedings Article

Development of a Type of Non-Contact Driver in an Underwater Rope Drum

Bo Zhang, Zhuo Wang, Tao Wang
Research on a type of non-contact driver made of magnetic materials in a rope drum was carried out to solve the problem of leakage in the deep dynamic seals of motor output shafts. An isolation sleeve was added between the inner and outer magnetic rotor, which changed the sealing type from a dynamic...
Proceedings Article

Research of Anti-Swing Control System of Tower Crane Based on EI Input Shaping

Xiang-Ao Wang, Jin Peng, Xian-Bing Wang
This thesis builds tower crane's simulation model using MATLAB/Simulink based on it's stress analysis, analyzes the design method of EI input shaper(Extra-Insensitive Input Shapers)in eliminating swing, and the simulation results of swing trajectory when doing heavy swing rotary motion were compared....
Proceedings Article

Effect of Robot Driving Mode on Lower Limbs Rehabilitative Training

Ke-Yi Wang, Shuai Wang, Wen-Yan Zhao, Peng-Cheng Yin, Xiao-Qiang Tang
According to the combination of lower extremity rehabilitative robot(LERR) and trainer, the effects of multi-point driving form and single point driving form on muscle force and joint torque are explored. The musculoskeletal model of lower limbs was established, based on the physiological structure of...
Proceedings Article

Fuzzy Neural Network Control System Design for Solar Water Heater

Zhi-Da Zhu, Li Zeng, Fan Zhang
There are more and more applications of Solar water heater in urban and rural, the research and development of advanced Solar water heater control system becomes more and more important, to improve the working performance and convenience of solar water heater. According to the requirements of the solar...
Proceedings Article

Design and Realization of Simulation System Combined With Virtual Reality of Tool Controller Mechanism for Machining Center Based on Irai Software

Meng-Ying Liu, Wei Zhao, Kuan Wang, Yong-Gang Chen, Chen-Yang Wei
In order to solve the problem that the training equipment is few and the training items are single, the students can not connect the learned skills with the actual production of the enterprise ,a new idea is put forward to control the virtual 3D-model with the electronic components such as PLC, relay,...
Proceedings Article

Research on the Single Neuron PID Control for Welding Bath Depth

Xi-Wen Liu, Chao-Ying Liu
Welding bath depth control system based on single neuron self-tuning PID is designed, and several learning algorithms for neuron weights are simulated, the simulation results show that this controller reacts quickly and has good stability. The experiment with various cross-section and seam-gap workpiece...
Proceedings Article

Construction of industrial Robot Virtual Assemble Training System with Unity3D

Jun An, Zhuo-Tao Liu, Jin-Song Fan
By deeply analyzed virtual reality technology, industrial robot virtual assemble system and related software and hardware platform, the overall structure and fundamental configuration of virtual assemble training system applying to general industrial robot was put forward. The virtual scene and the UI...
Proceedings Article

The Structure Design and Motion Analysis for a Heavy-Load Palletizing Robotic

Wei-Xiong Xu, Jing Cao, Xiao-Geng Nie, Bo-Hang Chen, Zhi-Yuan Liu
Pallet refers to pile up one by one per certain mode to facilitate the transportation logistics activities used as material handling, storage, loading and unloading of unitized pallet. This paper mainly introduces a design of heavy-load palletizing robotic structure for coating handling, special grabs...
Proceedings Article

Research on Key Technologies of Wheeled Robot

Bin Hu, Jin-Peng Xing, Yong Wang
As the main carrier of the robot, the wheeled robot has been studied for many years. Wheeled robots are driven by wheels to drive the robot to move and work. The key technologies of single-wheel rolling robot, two-wheeled mobile robot, three-wheeled four-wheeled robot and six-wheeled robot are reviewed...
Proceedings Article

The Realization of Synchronizing Function in Roller Automatic Production Line

Yuan Liang, Jian-Ye Sun, Cheng-Feng Wei
Roller automatic production line adopts the unit management system, and has six management control units. And each of these units takes the 840D system as the control center and adopts PROFIBUS network for communication between unit and unit. The realization of synchronization function between internal...
Proceedings Article

The Generation of Data Report of Roller Automatic Production Line Detection Unit

Yuan Liang, Jian-Ye Sun, Cheng-Feng Wei
The detecting unit of the roller automatic production line detects the key parameters of each roller and archive them, to analyze whether the roller product performance standards according to the detecting information. The detecting data was stored into SQL database using the VBS of the WinCC software...
Proceedings Article

A Backstepping Control Method for Mobile Robot Path Tracking

Chang Ren, Jun-Hong Ji, Hao-Yue Yan, Hui Zhang, Jin-Zhong Yue
In this paper, the kinematic model of the mobile robot is built. Based on Backstepping time-varying state feedback method and Lyapunov theory, the time-varying feedback control law were designed and the global asymptotic stability is proved. Numerical simulations were conducted to show the effectiveness...
Proceedings Article

Design and Application of Timing Model for Tank Driving Shift

Jin-Qiu Zhang, Zi-Jian Wei, Yi-Le Liu
Aiming at the status quo of subjective factors in driving training assessment, it is difficult to quantify the wrong actions and proficiency. This paper analyzes the timing changes of the various operating parts in gear shift, designs the shift action timing model based on the change of operating state,...
Proceedings Article

An Adaptive Merging Method between Point Clouds in Reverse Engineering

Peng-Xin Liu, Meng Wu, Yun-Qin Zhu, Hai-Li Jia, Jia-Yin Zhao
This paper introduces an adaptive merging method between point clouds from optical scanning system. The point clouds will be wrapped in the form of triangulated mesh. One is used as feature data, and the other point cloud as target data. Then the special mesh region that needs to be updated is automatic...
Proceedings Article

Autonomous Identification and Planning System for Quadrotor UAV Based on Vision

Xuan Du, Kang Zhu, Bo Qin
An autonomous identification and planning system is proposed and a flight platform based on Linux embedded control system is developed for a quadrotor unmanned aerial vehicle (UAV) based on vision. In the process of control, through the Zenmuse X3 camera and the Open CV library for real-time image processing,...
Proceedings Article

Reliability Analysis and Applications of Marine Main Engine Remote Control System Based on Fault Tree

Zhi-Liang Wu, Jia Li
The fault tree analysis method of static reliability technology theory was applied to the marine main engine remote control system and a fault tree for the control system was constructed. After finishing the qualitative and quantitative analysis of the fault tree, an applied fault tree and a fault-finding...
Proceedings Article

Express Automatic Sorting Machine

Tian-Yang Liang, Fei Zhong, Xin Yuan, Di Yao, Nian Yue, Zhong-Wei Cheng
Express automatic sorting is one of the main problems in the domestic logistics and transportation section. At present only a few large domestic and foreign logistics companies possess automated logistics sorting lines. The sorting equipment is complex in structure, large in size, high in cost and energy...
Proceedings Article

Research on the Forming Module of Bagging Machine

Fei Zhong, Wen-Ding Li, Zhen Huang, Xin Wang
In this paper, after understanding the relevant circumstances the of the cooperative enterprise packaging bag production, the bagging mechanism of the mechanical forming has been studied. The structure is modeled with SolidWorks, and the mechanical principle and mechanical design are used to realize...
Proceedings Article

Relational Database Ontology Discovery Method Based on Formal Concept Analysis

Zhi-Yong Gao, Yong-Quan Liang, Shu-Han Qiao
This paper elaborates how to use the formal concept analysis method to map contents in the database to the ontology, in order to provide the big data application with high-quality data source by virtue of integrating the database with Semantic Web. In recent times, a mass of data is stored in the relational...
Proceedings Article

Inference of User's Intention for Human - Robot Cooperation Based on Machine Vision

Bei-Bei Yang, Ge Liu, Xiao-Fan He, Di Zhao
An intention prediction algorithm for natural human-computer interaction based on machine vision is proposed in this paper. Firstly, the motion data of human skeletal feature point is acquired. Then, the motion data and the real-time interactive image are coupled through data processing. Meanwhile, an...
Proceedings Article

Adaptive Observer for Multi-Effectors Aircraft with Control Surface Damage

Shuang Zhang
An adaptive compensation observer is presented for fast diagnose of multi-effectors aircraft in the presence of control surfaces fault, which directly estimates the deflection angles of control surfaces. An augmented observer is designed for the estimation of system input, and an adaptive compensation...