2020Unpublished venueRequires access

Research on Mechanical Product Component Design Technology Based on Standardized Design Process

Zhong Hui, Chang Wang, Meng XiangYu

Open publisher page 2 citations

Abstract

A component development environment for mechanical product design, a standardized roadheader cutting head component design system architecture was constructed, and the parametric design of the cutting head was carried out using the skeleton model method in the top-down component design mode. The system mainly makes the cutting head design parameterized, process-oriented, modular, and simple; it mainly realizes the arrangement of cutting teeth and data generation, visual layout plan, cutting efficiency, cutting force, recommended drilling power, recommended drilling Advance sweep speed, vibration frequency, arrangement effect, chip chart and automatically generate output reports; realize the input based on software design parameters, calculation, design results and evaluation index output, cutting head design software parameters and 3D design software Creo barrier-free data conversion, transmission. It can better solve the system scalability in the design process, can realize the parallel collaborative work, improve the design efficiency, and shorten the cutting head design cycle.

About this research paper

What this paper is about

A component development environment for mechanical product design, a standardized roadheader cutting head component design system architecture was constructed, and the parametric design of the cutting head was carried out using the skeleton model method in the top-down component design mode. The system mainly makes the cutting head design parameterized, process-oriented, modular, and simple; it mainly realizes the arrangement of cutting teeth and data generation, visual layout plan, cutting efficiency, cutting force, recommended drilling power, recommended drilling Advance sweep speed, vibration frequency, arrangement effect, chip chart and automatically generate output reports; realize the input based on software design parameters, calculation, design results and evaluation index output, cutting head design software parameters and 3D design software Creo barrier-free data conversion, transmission. It can better solve the system scalability in the design process, can realize the parallel collaborative work, improve the design efficiency, and shorten the cutting head design cycle.

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OpenAlex reports 2 citations for this work. Citation counts describe recorded attention and do not establish research quality.

Key contribution

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Method / approach

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Available abstract

A component development environment for mechanical product design, a standardized roadheader cutting head component design system architecture was constructed, and the parametric design of the cutting head was carried out using the skeleton model method in the top-down component design mode. The system mainly makes the cutting head design parameterized, process-oriented, modular, and simple; it mainly realizes the arrangement of cutting teeth and data generation, visual layout plan, cutting efficiency, cutting force, recommended drilling power, recommended drilling Advance sweep speed, vibration frequency, arrangement effect, chip chart and automatically generate output reports; realize the input based on software design parameters, calculation, design results and evaluation index output, cutting head design software parameters and 3D design software Creo barrier-free data conversion, transmission. It can better solve the system scalability in the design process, can realize the parallel collaborative work, improve the design efficiency, and shorten the cutting head design cycle.

Key concepts: Component (thermodynamics), Modular design, Computer science, Parametric design, Software, Process (computing), Design process, Iterative design

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