[China Glass Net] The inherent work reliability of glass machinery is determined by planning and processed. Because of the continuous addition of glass mechanical complexity and the application of new skills, the demand for glass machinery planning has a process of continuous improvement and improvement. The prototype is in the experiment or operation, eradicating the causes of problems and difficulties, and then improving the glass machinery. The level of work reliability is gradually reaching the expected policy. This process of systematically and permanently eliminating problems and difficulties and actively improving the reliability of glass machinery work is called increase in work reliability. The increase in work reliability is a shortcoming in the gradual correction of glass machinery planning and processing. The process of glass mechanical work reliability, which runs through the life cycle of glass machinery. The process of increasing work reliability is divided into three periods. Digital Foil Print Fabric,Aluminum Foil Digital Printing Fabric,Foil Print Chiffon Fabric,Foiled Printed Velvet Fabric Shaoxing Zhong Nian Textile Co., Ltd. , https://www.sxzntextile.com
The reliability of all processing is increased during the period of work. At the beginning of this period, due to the influence of mass production and processing factors, the handling and increase of these questions will be presented from the beginning. Moreover, when applied to the field of glass machinery investment, the increase should reach the level of the rule, or reach the inherent or expected level under the ambition.
The increase in the reliability of glass machinery work is the result of repeated planning. Following the old-fashioned planning, the research concludes that there are problems and difficulties in the analysis of experimental or potential analysis. Further planning operations should be placed on correcting these questions. This kind of planning operation can be used for glass machinery planning, and can also be used for processing process planning. The increase of work reliability can be divided into two situations: the increase of work reliability in the research and development process and the increase of work reliability in processing.
The increase in work reliability in the development of glass machinery is primarily achieved through improved planning. There are two weak links in the reliability of glass machinery, one is the system weak link, and the other is the residual weakness in the control. The systemic weakness is due to planning, skills, management, and the inclusion of batch data, and only the improvement method can be used to eliminate or reduce the probability of problems and difficulties. For example, there is no excellent compatibility planning when planning automated glass machinery. The anti-interference ability of glass machinery is too bad. Only the correction plan can correct it. For such system weaknesses, if only the matter is repaired and replaced, the same problem and Difficult damage is likely to reappear and cannot be dealt with at all. The residual weakness in the control is limited to the conditions, using parts with high damage rate. Although the damage rate of such parts is not ambition, but it can not be improved for the time being, the overall planning analysis, after using the corresponding methods, can still be satisfied with the total problem and the difficulty rate requirements of the glass machinery. When the problems and difficulties of this weak link are presented in experiments and practice, they need only be repaired or replaced. Because such problems and difficulties are under controllable conditions, there is no need to adopt improvements.
Another situation is the increased reliability of the work in the process, first of all through the selection of glass machinery or the process of removing the bad parts, components and skills in the glass machine, and then the mechanical reliability of the glass is increased.
In addition, from the perspective of the full life cycle of glass machinery, there is an increase and progress in the same work reliability. During the planning of automated glass machinery, the reliability of the whole machine and parts can be improved through the selection of modern planning methods and other skills; in the processing cycle of glass machinery, advanced processing skills and testing methods are used to ensure reliable work during the planning period. Degree target; during the operation of the glass machine, the performance of the pre-defined skill protection and advanced maintenance methods, so that the safety of the glass machinery is maintained at the agreed level within the regular time. It can be seen that the planning period of the glass machine plays a decisive role in the reliability of the work, and the processing cycle is the fundamental guarantee for the reliability of the glass mechanical work. It is very important that the glass machine has the same influence on the work reliability during the operation. .