Crane Innovative Design Outlook

2017-06-26

[Introduction] With new changes of global industrial structure in the new century and the rapid development of industrial technology level in China, Innovation design is more and more cause the attention of colleges and enterprises. Crane market are also active in recent years;it gives the design of the crane development requirements of the higher level,Crane innovative design has become the enterprise main means and ways to promote competition ability.
With the rapid development modern computer control technology, Make the design of the crane in considering control system safety and reliability, Operation of comfort, mechanism and structure of generalized optimization, etc, have a higher level of requirements. So the design of the crane must jump out from the conventional design pattern. With new ideas, new principles, new methods, new technology, new process to design new products to adapt to the new situation. Innovative design subject has really before the crane designers.
Crane innovative design theory, method and tool is based on the modern design theory and method of application of modern science and technology such as microelectronics, information and management, in order to improve the product quality, customer satisfaction, price and modelling, improving the function of the product, shorten product development cycle for the purpose of the corresponding work. Crane innovation theory, method and technology research objective is starting with the safety and reliability of the crane as a special equipment, under certain technical and economic constraints, Creative design of crane innovation, make it meet the requirement of customer delivery and performance, get the best mix of technical and economic performance.
According to reality and development, the design means more and more the characteristics of actualization, automation, virtualization and fast. Modern crane products are moving towards electromechanical integration, integration, modularization and individualization. Automatic detection, automatic data processing (operation), judgment, storage, memory, automatic display, automatic control, fault diagnosis and maintenance and automatic protection function to get a number of applications. Therefore, crane product innovation design to reduce the design cost, improve the design speed, shorten the design period for the purpose, including cost reduction design, reliability design, rapid design, concurrent design, simulation and virtual design, intelligent design, modern design technology such as generalized optimization design.
At the same time, high synthesis is also a significant trend of modern crane design. With advanced technology and good economic benefits of crane design can be said to be the machine, electrical designers, manufacturing engineers, management, marketing personnel and workers, accountants, patent lawyers and other cooperation, the crystallization of collective wisdom.
The following points are the development direction of crane innovation design:
1. It has the design of integrated parts, simplified structure and comprehensive structure.
2. Personalized design that meets the specific requirements of individual users.
3. The modular design of new series of cranes with new technical features that meet the requirements of market diversity and low cost.
4. The crane design of automatic and semi-automatic operation form of automatic and semi-automatic operation is self-analysis, self-correcting, self-correcting and intelligent operation.
5. The new sensing technology has high precision weighing and positioning system crane design.
6. The design of high speed crane and the application of the corresponding anti-sway and accurate counterpoint technique.
7. The rapid response design of the parameterized expert system is adopted.
8. Economical DFC（Design For Cost）design based on cost immediate response.
9. The short delivery period requires the design of parallel design and parallel engineering.
10. Design and maintenance design for maintenance and maintenance of the full service life cycle.
11. The implementation of virtual design and dynamic simulation of large single complex products.
12. Adopting the design of generalized optimization technique.
13. Crane dynamics (analysis of fatigue life) is widely used.
The real innovation design is the organic combination and comprehensive utilization of the many design methods and technologies. Design work has never been isolated, resulting in technical and administrative problems: From PDM, CAPP, ERP, PLM to CRM Whole process closed loop feedback information management, from design, process, manufacturing, installation, debugging to running process information management, Study of MVPNS designed and manufactured in the collaborative design and manufacturing of the enterprise, Rapid design and manufacturing integration system based on CPC and MVPN, The proliferation of patented technologies and the problem of intellectual property protection.