1. The metal mesh belt assembly line uses the continuous or intermittent movement of the conveyor belt to convey various articles with different weights, which can convey various cartons, packaging bags and other single pieces with small weight, and has a wide range of uses.

The structural forms include horizontal straight-line conveying, lifting and climbing conveying, turning conveying, etc. Accessories such as lifting baffle and side baffle can be added to the conveyor belt, which can meet various technological requirements.

The driving modes are: deceleration motor driving.

Speed regulation methods include: frequency conversion speed regulation and stepless speed regulation.

The frame materials are carbon steel and stainless steel.

Equipment features: The metal mesh belt conveyor uses stainless steel mesh belt as traction part to convey materials, which has stable operation, beautiful appearance and long service life.

Second, the workpiece conveying system of automatic line generally includes loading and unloading device of machine tool, conveying device and storage device. In the rotating body processing automatic line, the conveying device includes gravity conveying or forced conveying trough or channel, lifting, indexing and distributing devices, etc. The control system of the automatic line is mainly used to ensure that the machine tools, workpiece conveying system and auxiliary equipment in the line work normally according to the specified working cycle and interlocking requirements, and is provided with a fault detection device and a signal device. Other auxiliary equipments of the automatic line are set up according to the process needs and automation degree, such as automatic inspection device for workpiece of cleaning machine, automatic tool changing device, automatic chip holding system and centralized cooling system, etc. In order to improve the productivity of the automatic line, the working reliability of the automatic line must be guaranteed. The main factors affecting the working reliability of automatic line are the stability of machining quality and the working reliability of equipment.

3. Super assembly line, also called deep assembly line, is a common technology to improve cpu speed. CPU processing instructions are driven by Clock, and each clock completes one-level assembly line operation. The less operations are done in each cycle, the shorter the time needed, and the shorter the time, the higher the frequency can be raised. Super assembly line is to subdivide the operations of cpu processing instructions and increase the number of assembly lines to increase the frequency. When the frequency is high, when the assembly line runs at full power, it will finish one instruction per cycle on average (in the case of single launch), so the cpu processing speed will be improved for a long time.

What are the principles of equipment selection in assembly line? The following automobile automation production line manufacturers tell you!

1, the advanced principle. The advancement here mainly refers to the advancement of assembly line equipment technology, which is mainly reflected in automation degree, environmental protection, operating conditions and so on.

2. Principle of minimum cost. This mainly refers to the low use cost of assembly line equipment and the low cost of the whole life cycle.

3. Principle of reliability and safety. This is increasingly becoming the main factor to choose assembly line equipment and to measure the quality of assembly line equipment. Reliability refers to the ability of assembly line equipment to complete specified functions as required, and it is the stability and maintenance of assembly line equipment functions in time. But the higher the reliability, the better, and the cost must be considered. Safety requires that the assembly line equipment ensure the safety of people and products during use, and do not harm the environment as much as possible (meet the requirements of environmental protection, with less noise and less pollution).