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Universal Automatic Packaging Machine Model - Packaging, packaging machinery, general packaging mach

By: betty


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Introduction As science and technology development and market competition intensifies, customers have become more sophisticated, the product replacement cycle has become shorter. Asked the packaging machinery has good flexibility and the flexibility to packaging machinery is much larger than the life of the product life cycle, so as to meet the economy. This requirement is also reflected in the following aspects: First, improve production efficiency, and adapt to changes in demand for product updates, three are able to carry out remote diagnostic services, four are based on environmental protection, low noise, dust and waste less, 5 minimal investment in equipment purchase, the price as low as possible. Use of topology design for the design and innovative packaging machine provides a scientific and reliable method.

1, topology design Design concept, user needs should be the goal for the design, combined with flexible design, modular design concept of a machine, or replace a few parts and components can perform different functions; through topology design to achieve institutional innovation to meet the needs of different packaging products.

1.1 Overview Topology (Topology) is the location of various objects represented in the abstract place. Topology do not care about the details of things that do not care what the ratio between each other, will be discussed only within the scope of the relationship between things that come out, the relationship between these things out through the graph. And in some way to connect the structure to achieve interconnection. This connection is called the "topology."

The introduction of this concept, starting from the overall function of packaging machines, institutional topology design. Topology need to consider not only the kinematic requirements, such as sports certainty, motor output characteristics, but also the control system, drive system requirements, such as control decoupling, the drive location of choice and so on. In-depth, the system reveals the Topological Structure and function of the intrinsic link between the basis and laws were established by the mathematical model topology design to reduce the design of the empirical factors in order to develop a function-oriented to create new institutions system theory and methods.

1.2 Topology Classification Innovative design topology is divided into two categories: institutional innovation and integrated innovation and original bodies. Integrated innovation is the organization known by the basic institutions (per sector) and restructuring element functions to achieve the overall system more complex body functions and principles of innovation, institutions and their sub-functions are known element is the institutional knowledge base integrated innovation basis. Original innovation agency is found to have the basic organization of new specific function, develop new products directly, but also as an institutional element of integrated innovation institutions, expanded the knowledge base Space Ghost institutions.

On automatic packaging machines, the meta-institutions here refer to body function modules, has a certain independence, to complete the packaging process of an action body. Narrowly speaking, institutions can be considered in the integrated innovation within a certain range of different functions or different functions sun with the performance of the products of different specifications based on functional analysis, classification and design a series of modules, through the optimization of the module and combinations to form different products to meet market needs a different method of design and manufacturing.

Broad terms the scope, institutional innovation is not limited to integration per organization through restructuring, rapid changes in the requirements of packaging, but also that it can implement the whole system more complex body functions and principles of innovation, the mathematical model is constructed for the development of more advanced packaging and provide a reliable basis.

1.3 topology design process Designed for specific tasks, we need to choose a reasonable model is solved. Comprehensive institutions at home and abroad in the topology design of the application, proposed topology design process of three layers, namely, decomposition products per sector (modular decomposition), modules design and new product configuration and assembly.

(1) Modular decomposition Packaging machinery equipment is a complex mechanical system, the division of its modules to take a certain degree. If the modules share too small, its versatility, while high, but lost the significance of modular decomposition; if the module partition too rough, although the extent of its functions integrated high, but when the impact of the module assembly of flexible, functional relative independence of can not be fully realized. Therefore, division module, it is necessary to consider the separation and combination of modules, but also ensure that the module has some functional independence and integrity; try to simplify the complexity of the module itself, to avoid confusion when the module combination to reduce system reliability.

(2) module series designed Module series designed from the start the whole function of packaging machines, packaging machinery and equipment is usually the design must consider the flexibility and agility, specifically in the following three aspects:

First, the amount of flexibility, both individual product packaging, products can be packaged in different quantities;

Second, the flexibility of structure, the whole device using modules, for use of one or several units can adapt to changes in the product;

Third, the flexibility of supply, can be used combination unit, will supply the units together.
Modular series design therefore be based on standardized, professional principles, for the packaging machine assembly to provide a rich resource base, making the module with the implementation of parts of motor coordination. Standardization can make mass production possible, and greatly reduce the production cost, modular is a new form of standardization. International packaging industry attaches great importance to processing and packaging machinery to improve the general ability of packaging systems, so packaging machinery parts production specialization, standardization is an inevitable trend.

(3) product configuration and assembly In the design and development of new packaging equipment, packaging the first comprehensive consideration of the object, upon request, choose a different purpose to complete the operation and performance of the basic module to form the required model agency. While the appropriate selection and combination of kinematic theory, the full realization of the necessary institutions to be determined movement. Such as linkage, cam, etc.. The design process should minimize the impact of uncertain factors, so that organizations become stable. Set juice still on the body dynamic analysis to improve the mechanical speed and smoothness. In addition to mechanical design, but also should consider other ways to realize each function, refer to the strengths of various types of packaging machines to the optimal combination of the product.

Modular combination of equipment, its clear advantages to a flexible modular structure, function and adaptability of the machine can be expanded, making the equipment self-diagnosis, rapid

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