设计简介
摘要
铣边机的设计根据方案的特点，来设定、选定基本参数。本方案机械结构的特点是需求加工典型零件而设计的,它与传统的组合铣不同而创新的一套特殊结构,但它能满足用户的加工需要。本产品是按用户要求而设计的，用户讨论合格后，投入生产，希望指导、鉴定。
设计机械加工工艺规程遵循如下原则[1]：
1） 可靠地保证零件图样上所有技术要求的实现。
2） 必须能满足生产纲领的要求。
3） 在满足技术要求和生产纲领要求的前提下，要求工艺成本最低，低耗节能。
4） 尽量减轻工人的劳动强度，保障生产安全。维护环境卫生。
Abstract
Milling Machine Design according to the characteristics of the programme, to set, selected basic parameters. The programme structure is characterized by machinery for the processing needs of users of the typical design of the parts, with a combination of traditional and innovative milling different set of special structure, but it can meet the processing needs of users.
This product is based on user requirements and design, the user discussion after passing the production, hope the guide, identified.
Design mechanical processing order to follow the following principles [1]:
1) design a reliable guarantee that all parts of the technical requirements to achieve.
2) must meet the requirements of the production program.
3) to meet the technical requirements and requirements of the production program, under the premise of the minimum requirements of cost, low energy.
4) minimize the labor intensity of workers, protection of production safety. Maintaining sanitation.
铣边机的设计根据方案的特点，来设定、选定基本参数。本方案机械结构的特点是需求加工典型零件而设计的,它与传统的组合铣不同而创新的一套特殊结构,但它能满足用户的加工需要。本产品是按用户要求而设计的，用户讨论合格后，投入生产，希望指导、鉴定。
设计机械加工工艺规程遵循如下原则[1]：
1） 可靠地保证零件图样上所有技术要求的实现。
2） 必须能满足生产纲领的要求。
3） 在满足技术要求和生产纲领要求的前提下，要求工艺成本最低，低耗节能。
4） 尽量减轻工人的劳动强度，保障生产安全。维护环境卫生。
Abstract
Milling Machine Design according to the characteristics of the programme, to set, selected basic parameters. The programme structure is characterized by machinery for the processing needs of users of the typical design of the parts, with a combination of traditional and innovative milling different set of special structure, but it can meet the processing needs of users.
This product is based on user requirements and design, the user discussion after passing the production, hope the guide, identified.
Design mechanical processing order to follow the following principles [1]:
1) design a reliable guarantee that all parts of the technical requirements to achieve.
2) must meet the requirements of the production program.
3) to meet the technical requirements and requirements of the production program, under the premise of the minimum requirements of cost, low energy.
4) minimize the labor intensity of workers, protection of production safety. Maintaining sanitation.
