In recent years, with the development of society and the rising labor cost year by year, it has brought about the problems of factory recruitment and high labor cost. More and more manufacturers hope to use automation equipment to solve the problem of labor difficulty, but most of the automation equipment.
The development is based on the product, so many manufacturers do not have a good reference standard in the actual manufacturing process, so the following technicians from jujumi will talk about the three principles of automated mechanical equipment manufacturing:
1. Technical principles
The technical principle means that the various performance indicators in the design, manufacture, and use of mechanical equipment must meet the corresponding specifications. It includes not only static technical indicators, but also dynamic technical indicators.
For example, static technical indicators such as power, strength, service life, and efficiency of mechanical equipment; dynamic technical indicators such as thermal stability, wear resistance, and friction resistance. Therefore, during the design work, the technical indicators of the equipment parts must be ensured, so as not to affect the use of the equipment.
2. Standardization Principle
When designing mechanical equipment, it is necessary to ensure the standardization of various tasks, mainly from two aspects: on the one hand, conceptual standardization. In the design process, some professional terms, measurement units, symbols, etc. must be involved.
In this way, when designing, the corresponding design standards must be met. If there is an error, it will affect the normal use of mechanical equipment. On the other hand, methods are standardized. When designing, if relevant tests, measurements, etc. are required, they must be completed at the designated location, and at the same time strictly follow the methods specified in the relevant specifications and standards to ensure the performance of the mechanical equipment.
3. Security principles
When designing, pay attention to the following points in terms of safety:
1) Part safety. The quality of equipment parts must meet the relevant design standards, and at the same time, when in use, ensure that they will not be excessively deformed or broken to avoid adverse effects of design.
2) Work safety. When designing, we must ensure the safety of the staff and ensure the smooth progress of related work.
3) Environmental safety. When designing, we must measure the impact of mechanical equipment on the surrounding environment, such as mechanical noise, exhaust gas pollution, etc., and take relevant preventive measures based on the actual situation.
The above three points are the main three principles for the design of automation equipment. In the actual design process, according to the characteristics and requirements of the processed products, comprehensive considerations are carried out during the design to ensure the principles of technology, standardization and safety of the design.