Each automated assembly line can be attributed to the same components, which are composed of execution elements, sensors, and controllers. For example, upper and lower plate machines are generally composed of these three components. Of course, any machine will have faults. How to detect them, we will understand through five points. 1. Check all power, air, and hydraulic sources of the automated assembly line.　

Industrial assembly line design (1) Technical design. Technical design includes developing process routes and procedures, designing specialized equipment, modifying equipment, designing specialized fixtures, designing transportation and conveying devices, and other related content. (2) Organizational design. A rhythm. The beat is the time interval between the production of two identical products on the assembly line, and is the basis of assembly line design. 　

The plate chain assembly line can be divided into heavy-duty plate chain assembly line and light-duty plate chain assembly line. The main features of the lightweight chain plate assembly line are: lightweight structure, smooth operation, low noise, and easy maintenance. The heavy-duty plate chain assembly line can usually be combined with suspended assembly lines, drum assembly lines, elevators, etc. to form a three-dimensional automated production line, fully utilizing their respective advantages to improve production efficiency and reduce labor costs. It is the best combination form for modern large-scale enterprise whole plant automation production. The more common ones are: plate chain assembly line, drum assembly line, belt assembly line, and differential conveyor assembly line. Next, we will introduce the characteristics of the differential chain assembly line. 　

In our daily lives, if factories want to achieve automated production, they need to equip an assembly line equipment. Industrial assembly line production is becoming increasingly popular because it is a fast-paced era. For production, we also require speed and efficiency, which is the basic production for industrial production. There are many types of assembly lines in the market with different prices, and some prices are even far apart. The production of circular assembly lines forms a circular structure for product production, which is orderly and conducive to improving production quality.　

The production of conveying machinery and equipment in our country has a history of several decades. With the improvement of domestic technology and the introduction of advanced mechanical manufacturing equipment and processing technology, the conveying equipment industry has experienced rapid development in the past 20 years. In the context of economic globalization, specialization of enterprise production, and the dissemination of information network technology, it will undoubtedly promote the revolutionary development of China's conveying machinery industry and bring good opportunities to conveying machinery component manufacturers. The production of conveying machinery and equipment at home and abroad has formed various forms of competitive patterns, but there are still many shortcomings in the production of conveying machinery in China. 　

The development of industrial assembly line equipment has also received increasing attention from people, with the development of technology and the growing demand for diversified products from consumers. The ash content of industrial assembly line equipment is becoming increasingly refined. Depending on the different ways the object moves. Industrial assembly lines are divided into fixed assembly lines and mobile assembly lines; Divided into single object pipeline and multi object pipeline based on the number of objects; According to the different rotation methods of objects, it can be divided into invariant pipeline, variable pipeline, and grouped pipeline; According to different rhythms, it can be divided into forced beat production line, free beat production line, and rough beat production line; According to the level of mechanization, it can be divided into automatic lines, mechanical or assembly lines, and manual assembly lines. 　

　Since Henry Ford founded the assembly line in the automotive industry in the 1920s, assembly lines have undergone significant development. Industrial assembly line production has basic characteristics such as high level of specialization, obvious production rhythm, closed production process, and high continuity of production process. Divided into single object pipeline and multi object pipeline based on the number of objects; According to the different rotation methods of objects, it can be divided into invariant pipeline, variable pipeline, and grouped pipeline; According to different rhythms, it can be divided into forced beat production line, free beat production line, and rough beat production line; According to the level of mechanization, it can be divided into automatic lines, mechanical or assembly lines, and manual assembly lines.　

An assembly line is a material transfer machine that continuously transports materials along a certain route, also known as a continuous conveyor. Transporters can carry out horizontal, skewed, and vertical transportation, and can also form spatial transportation routes, which are usually fixed. Assembly line transportation has the advantages of large capacity, long transportation distance, and the ability to complete several technical operations together during the transportation process, making it widely used. It can be transported by a single unit, or by multiple units or combined with other transportation equipment to form a horizontal or skewed transportation system, to meet the requirements of different installation methods on the production line.