On the characteristics of flow ripple and slipper oil film of a swap plate piston pump

This study is for swash plate piston pump. The software Pumplinx was used to simulate and reduce the flow ripple and cavitation of the pump operation. The slipper is also studied to analyze the oil film characteristics, pressure and thickness, on the plate surface of the pump.

Speaker

National Taipei University of Technology

Chairman, Dept. of Vehicle Engineering

Professor, Chih-Keng Chen

Case Study – Parametric Study of Pressure Reducing Valve

The study describes a performance analysis procedure of a pressure reduce valve. The dynamic characteristic are developed using theoretical methods. A hydraulic system analysis software is adopted to study the effects of key design parameters on the valve steady and dynamic responses.

Speaker

Department of Mechanical and Computer-Aided Engineering, Feng Chia University

Associate Professor, Minter Cheng

Hydraulic Turbine Access System with Six-DoF Active Motion Compensation

This study aims to investigate a new six-DoF turbine access system (TAS) for offshore wind farms, improving crew safety. The proposed system includes the novel system integration of mechanism design and a hydraulic driving system. The dynamic co-simulation analysis of TAS is achieved by ADAMS and MATLAB to verify the active motion compensation performance. And a full-scale test rig is set up for experimental verification.

Speaker

Department of Engineering Science & Ocean Engineering, National Taiwan University

Prof. Dr.-Ing. CHIANG, Mao-Hsiung, Distinguished Professor and Associate Dean, College of Engineering

The development of CNC on the IIoT trends

1. The Development trend of Industrial IoT.

2. The Communication Architecture of Syntec CNC.

3. Combined with Value-added Applications of the Industrial IoT.

4. Summary applications, electric cylinders have proven to be the wisest choice.

Speaker

SYNTEC TECHNOLOGY CO., LTD.

Supervisor, Chun-Ting Chen

Design, control and implement of a precise servo intelligent pneumatic sewing mechanism of mask production for epidemic prevention

A pneumatic servomechanism-based mask sewing platform was fabricated with a simple structure, energy-efficiency and quick operation. The platform integrated with a sewing machine has two rod-less pneumatic cylinders, an auxiliary cylinder, and a fabric-clamping mechanism. A mathematical model for the pneumatic servo control system was developed. An intelligent parameter adjustment feature with a sliding-mode controller was formulated. A personal computer–based system was developed with MATLAB for real-time control and experimentally verified as being capable of automatically producing masks.

Speaker

Department of Bio-Industrial Mechatronics Engineering, National Chung Hsing University

Assistant professor, Hao-Ting Lin

Development of digital manufacture with cloud communication technology applied to On-Line production control system for CNC machine center

This study developed the new digital manufacturing cloud network system for the CNC machine center and application IoT in the production and manufacturing system.

Speaker

Department of Mechanical Engineering

National Yunlin University of Science and Technology

Assistant Professor, Chin-Yi Cheng

Study on Tornado-like Pneumatic Vacuum Generator

In this study, a brand new design to generate the vacuum effect is proposed. The basic idea is to imitate the geometry of a tornado. It is well-known that tornado is one of the severest natural disasters in the world. However, tornado is also able to generate a huge vacuum suction force to lift cars and even houses on the ground into the air. Using CFD simulations, a novel vacuum generator based on tornado-like vortex flow is successfully designed and implemented.

Speaker

Department of Mechanical Engineering, National Yunlin University of Science and Technology

Professor, Jyh-Chyang Renn

Application Value of Electric Cylinder in Smart Manufacturing進

The new generation of mechanical production also requires smart computing and hardware solutions. New digital technologies are improving the intelligence, responsiveness and flexibility of the manufacturing process. In linear transmission applications, electric cylinders have proven to be the wisest choice.

Speaker

TOYO AUTOMATION CO., LTD.

Associate, Takeshi HO