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What is the most important thing in non-standard automation design?


Theory is the direction to guide practice. In practice, the failure to achieve the theoretical effect is often due to the fact that the details in practice are not consistent with the theory. Therefore, it is very important to do every detail well. Do not deny that some of the theoretical basis is not sound, resulting in unexpected errors, so it is important to improve the theoretical knowledge reserve.

What is the most important non-standard automation design?

Q: what are the difficulties in non-standard automation design?

Answer: plan. Only on the premise of understanding product characteristics and product processing technology can a feasible and reliable implementation plan be put forward. Only under the guidance of the designer's blueprint can the project be implemented in an orderly way and achieve the final effect.

Q: what is the most important non-standard automation design?

A: nothing is unimportant. Every factor that affects the final acceptance is important, from the overall design to the screw that cannot be tightened.

Q: which is better, dead position or adjustable mechanism?

Answer: can do dead localization to do dead resolutely, need to match the match localization of localization; The error is concentrated, the adjustable mechanism is reduced as far as possible, it is avoided to debug the equipment and several adjustable devices match each other to achieve the final debugging effect, and the adjustment mechanism is fine tuned.

Q: what are the problems in mechanical design?


I. positioning.

1. The positioning of processing objects is related to the determination of the big blueprint and solves the problem of customer demand;

2. Docking and positioning between single machine and single machine to determine the production reliability of connecting;

3. The positioning of components in stand-alone devices determines the matching between functional modules;

4. The positioning of parts in components determines the qualitative action of the mechanism;

5. Clear the concept of positioning and locking, eliminate less positioning and avoid over-positioning;

6, positioning to solve the problem of functionality, to meet the functional requirements is the premise of design;


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