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Technical Paper

Development of Plastic Distinction Device Base on Dielectric Constant and Light Reflection of Plastics

1998-02-23
980719
Recently, in the automobile industry, developing a plastic material type distinction system has been highly demanded for plastic recycling. We have developed a handy plastic distinction device which distinguishes between polypropylene (PP) and polyurethane (PU) and also distinguishes between 3 types of plastic wheel caps according to the electrostatic capacity and the light reflection pattern of the plastic. The device is operated by a dry battery (9V), so that it can be easily placed in the recovery field of waste automobile plastic parts.
Technical Paper

Controller for Experimental Vehicle Using Multi-Processor System

1991-02-01
910086
Recently, active control technology of vehicles has extensively been developed. An experimental vehicle with independent hydro-pneumatic suspensions was constructed in our laboratory for the improvements in vehicle dynamics and ride-comfort. The vehicle includes a controller, mainly consisting of a multi-processor system with 5 CPUs. By combining this new system with a common bus, all CPUs can immediately access peripherals impartially without particular software. The CPUs can also acquire the data of sensors from the memory in the A/D module at any time without special software. The CPUs are shared to synthetically control the attitude and vibration of each vehicle wheel. Therefore, high capacity is exhibited by a simple system at low cost. The performance of the controller was examined by actual running tests using the experimental vehicle, confirming the improvements in vehicle dynamics and ride-comfort, such as reduction in roll angle and vibration.
Technical Paper

Development of High Performance Wheel Torque Measuring System and Its Applications

1987-02-01
870642
The wheel torque measuring system (abbr. WTMS) has been developed for evaluating the torque applied to each wheel of automotive vehicles under actual running conditions. WTMS is a novel type system in which the torque signal is transmitted by a high-performance and compact photo-telemetric coupling system. Within the torque measurement range of ±2.94 kN·m, the resolution of torque output is ±1 N·m so that torque can be measured with an extremely high degree of accuracy. Therefore, measurements can be taken from the high torque applied in the case of a quick accelerating test or a sudden braking test to the measurement of a low amount of torque such as running resistance of a vehicle.
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