1. Improve the usability of design The design of non-standard automation equipment must fully consider the processing and manufacturing process of the equipment, so that the designed products can meet the operating habits of enterprise employees, be easily accepted and mastered by employees, and thus improve the durability and usability of the equipment. In addition, it is necessary to emphasize the actual effectiveness of the device and design a simple and user-friendly interface for it, so that there can be good interaction between the device and the staff. After the equipment design is completed, the user manual of the equipment should be carefully written. With the guidance of the manual, the staff should familiarize themselves with the operation of the equipment as soon as possible, so that the equipment can be better put into the actual production of the enterprise and improve the efficiency of equipment work. 2. Emphasize the rationality of design In the design process of non-standard automation equipment, it is not only necessary to consider customer requirements and actual production needs of the equipment, but also to ensure the rationality of the equipment structure. A scientific and reasonable equipment structure is beneficial for the safe and stable operation of the equipment, and also facilitates the installation and maintenance of the equipment. Firstly, designers need to effectively implement relevant design specifications, have a deep understanding of the process requirements, technical parameters, and usage functions of non-standard automation equipment, and comprehensively compare multiple solutions to select the best one. Secondly, designers need to focus on strengthening the inspection and verification of non-standard equipment parts to ensure the rationality of component design, so that the parts meet the requirements for use in terms of stiffness, strength, and other parameters. In addition, reasonable choices should be made regarding the processing materials and combined processing techniques for the parts. 3. Strengthen the standardization of design Design standardization is the key to promoting the smooth development of design work and improving the design quality of non-standard automation equipment. At the same time, design standardization lays the institutional foundation for the introduction of advanced foreign technologies. To carry out standardized design work, Firstly, a strict design procedure must be established to systematically complete design steps such as scheme demonstration, drawing design, and process performance review. For the drawings and design documents drafted in the design, they should be carefully checked to ensure that they meet relevant design regulations, especially the symbols, nouns, terms, formats, codes, etc. used in them, and strict review should be carried out to effectively implement relevant design standards and specifications.
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