In fact, automatic assembly line equipment is the assembly line work station allocation and transportation equipment combined application. The production of different types of products needs to use different types of assembly line work table, that is, the demand for different standards of material to produce. Because bearing is not the same, so the selection of aluminum profile standards is not the same. What should be considered when purchasing assembly line equipment?

Product structure and equipment process planning are the most important points in automatic assembly line planning. To analyze and study the product structure and put forward opinions on improving the product structure can simplify the process of equipment production.

The selection of equipment and process equipment is confirmed according to product technical requirements and equipment process method. Correct selection of process equipment and tooling, not only forward production power, reduce production costs, but also make automatic assembly line arrangement rationalization.

Selection of process equipment to consider the problem including product production program; Product quality requirements; Advanced equipment. Equipment reliability. The price of the equipment. Device utilization. Device security. Ease of repair of equipment.

Human is one of the factors of production, but also a living factor, and active, need to be trained to make it accustomed to the requirements of the job operation. When automatic assembly line is arranged, want to consider to have excellent safe working condition, invent a better working environment, conduce to advance working enthusiasm.

Material activities are completed by shipping. Material transportation is indispensable in the factory, we should choose economical and reasonable transportation method. The amount of material movement depends on its production factors, automatic assembly line arrangement to ensure that the material flow distance Z short, and has been constantly flowing to the end of the product equipment, the establishment of control system to ensure the activity of the material.

Classification of assembly lines:

1, according to the end of the function classification:

Single function pipeline: only to end one such as multiplication or floating point operation, mostly used in digital signal processor (DSP), each processor can end their respective functions in parallel, speed up the processing speed of the whole machine.

Multi-function pipeline: Can finish different function pipeline skills in different situations.

2, according to the treatment grade:

Functional component level: used to end messy operations.

Instruction level: The division of an instruction execution process into multiple stages.

Interprocessor level: Each processor completes its specialized task.

3. Classification of assembly line production structure:

Linear assembly line: refers to the serial connection of each functional module, no echo loop, as introduced before.

Non-linear pipeline: pipeline with response loop.

4. Classification according to the data type processed:

Scalar pipeline: Generic data

Vector pipeline: Vector data. X+Y=Z each represents one-dimensional data.

5. Classification according to connection method:

Static pipelined: multi-function structures can only operate with one function connection method at a time.

Dynamic pipelining: connection methods with multiple functions can work together at the same time.