The design of insulating glass gluing machine should go through product market investigation, demand analysis, production conditions and cost-benefit analysis, complete the overall design report, determine the implementation plan and carry out detailed design after the evaluation and approval procedures.

中空玻璃打胶机设计方法

Design method of insulating glass gluing machine

设计工作应充分体现设计目标的社会性、设计方案的多样性、工程设计的综合性、设计条件的约束性、设计过程的完整性、设计结果的创新性和设计手段的性。科学技术的进步，为没中空玻璃打胶机设计者提供了越来越丰富的技术手段和方法，机械工程设计也有它自己的特点和必须遵循的科学规律；只有掌握设计规律和的设计方法，充分发挥聪明才智，才能圆满完成设计任务。下面简要介绍几种常用的设计方法。

The design work should fully reflect the social nature of design objectives, the diversity of design options, the comprehensiveness of engineering design, the constraints of design conditions, the integrity of design process, the innovation of design results and the advanced nature of design methods. The progress of science and technology has provided more and more technical means and methods for the designers of non insulating glass gluing machine. Mechanical engineering design also has its own characteristics and scientific laws that must be followed. Only by mastering the design rules and advanced design methods and giving full play to their intelligence and intelligence, can the design task be successfully completed. The following is a brief introduction to several common design methods.

(一)机械系统设计方法

（1） Design method of mechanical system

机械系统设计足研究组成系统的各部分及其内在联系，从整体系统出发，建基本设计原则，辩证解决设汁问题的一种设计分法。系统设计方法的主要思想是在设计过程中强调系统内部和外部环境的关系，强调整体系统和分系统的关系，并以之贯穿干整个设计过程。在分解与综合中要考虑各分系统联络关系的强弱及其与整体系统关联的完整性。

The design of mechanical system is a kind of design method which studies the components of the system and their internal relations. Starting from the overall system, it establishes the basic design principles and dialectically solves the design problem. The main idea of the system design method is to emphasize the relationship between the internal and external environment of the system, the relationship between the overall system and the subsystem, and to run through the whole design process. In the process of decomposition and synthesis, we should consider the strength of the relationship between each subsystem and the integrity of the whole system.

(二)中空玻璃打胶机优化设计方法

（2） Optimum design method of insulating glass gluing machine

优化设计方法是应用数学优化原理解决实际问题的设计方法。针对菜—设计任务，以结构合理，工作性能好，成本低等为设计要求，在多种方案、多组参数、多种设计变量巾确定主要设计变量的取值，使之满足设计要求。在机械设计中，优化设计体现为设计方案的确定和设计参数的确定。

Optimization design method is a design method to solve practical problems by applying mathematical optimization principle. Aiming at the task of dish design, taking reasonable structure, good performance and low cost as the design requirements, the values of main design variables are determined in various schemes, groups of parameters and various design variables to meet the design requirements. In mechanical design, optimization design is embodied in the determination of design scheme and design parameters.

进行优化设，需要对具体的工程问题进行比较深入的了解，选择优化计算方法，构造合适的数学模型，寻找设计结果，找出设计参数。如减速器设计中，可以将材料和结构凑作为设计目标。这样，在传动装置设计计算中．应该注意合理选择热处理工，参数选择时尽量使各部分的强度量合理。使用优化设计方法，可以加速设计过程、缩短设计周期，达到事半功倍的目的。

In the process of optimization design, it is necessary to have a deep understanding of the specific engineering problems, select the optimization calculation method, construct a suitable mathematical model, find out the design results and design parameters. For example, in the design of reducer, the material and structure can be taken as the design goal. Therefore, in the design and calculation of transmission device, attention should be paid to the reasonable selection of heat treatment workers, and the strength of each part should be reasonable as far as possible. The optimization design method can accelerate the design process, shorten the design cycle, and achieve the goal of twice the result with half the effort.

(三)可靠性设计

（3） Reliability design

中空玻璃打胶机可靠性是指系统在规定时间内，在给定条件下完成规定功能的能力。产品的可靠性需有一个定量的表述，但可靠性的定量表述具有随机件，对任何产品来讲，在其可靠工作与失效之间，都具有时间上的不确定性；因此，对于不同类型的可靠性问题，就需要不同的表述方式，常见的有可靠度、无故障率、失效率、平均无故障时间等。

The reliability of insulating glass gluing machine refers to the ability of the system to complete the specified functions under the given conditions within the specified time. The reliability of a product needs a quantitative expression, but the quantitative expression of reliability has random parts. For any product, there is uncertainty in time between its reliable operation and failure. Therefore, for different types of reliability problems, different expressions are needed, such as reliability, failure free rate, failure rate, mean time between failure, etc.