The Kile With A Diameter Of The Optimal Design Of Measurement System

Kiln is the building materials of metallurgy,chemical industry,the core equipment.With the diameter of its round of changes will directly affect the normal operation of the rotary kiln and security.In this paper,the mechanical design and single-chip interface technology,knowledge and control,respectively,both from the mechanical parts of the rotary wheel with a diameter measuring system is optimized. Compared with the traditional design,the design of the measurement data to improve the accuracy and reliability.And enhance the data of scientific analysis.In this paper,the optimization involved include several elements like:Wheel with low heat expansion coefficient of Invar alloy so outer,inner wheel to do with carbon.Through the inner wheel and outer cone positioning.In this way, reduce the heat caused as a result of deformation of the wheel,but also easy to play the steel processing,such as high-strength characteristics.Between wheel and wheel with the flexibility to increase high temperature silicone materials to increase the wheel and the friction between the belt round.And silicone ring designed to cut the structure,measuring the pressure in the spring to enable it to back to ensure the wheel with the round of direct contact with the surface, reducing the round with the surface as a result of oil pollution arising from the occurrence of the phenomenon of probability of skidding.Additional equipment to support the steering rack.When the round with a long time due to wear and tear,changes in axial diameter,the wheel can be a timely follow-up in order to achieve continuity of measurement.Clamping mandrel body replaced by the rigid connection of flexible connections. Equipment installation in order to address the scene caused by random factors can not be an accurate positioning of instruments.Optical encoder used in place of magnetic encoder to improve the sub-round with perimeter density,reducing the loss of length of measuring the impact ofC language instead of assembly language programming,single-chip process to enhance interoperability and easy readability.Additional temperature monitoring system and the use of Labview virtual platform remote control and human-computer dialogue,human factors reduce the measurement error brought about. Science and the distribution of measurement accuracy and uncertainty of the theoretical analysis of error sources to ensure that measurement error in the allowed range.Statistical software used for data analysis,data analysis to enhance the scientific process.Optimal Design of the above measurement system to ensure that portable equipment and economy,the increased body of stringent,the reliability of measurement,the accuracy of the data,analysis of the scientific process.