Uncovering the Senses and Brain of "Super Craftsman": High Technology in Special System

The special assembly and inspection system is powerful because it combines a variety of cutting-edge technologies and simulates or even surpasses human capabilities. We can understand it from three levels: perception, decision-making and execution.

1.Sharp sense: the core technology of detection system.

The detection system is the 'eye' and 'nerve' of the production line, and its main technologies include:

Machine vision: This is the core technology. It's not like human eyes are tired and affected by emotions. Through high-resolution industrial camera and complex image processing algorithm, it can identify the position, size and shape defects of parts with micron-scale accuracy, and even read tiny QR codes. For example, check whether the chip solder joints are complete and whether the words on the drug package are correct.

Laser measurement: By scanning the surface of an object with a laser beam, non-contact three-dimensional contour measurement can be carried out with high accuracy. It is often used to detect geometric parameters such as flatness and height difference of parts.

Sensor technology: Various sensors are like 'touch' and 'hearing' of the system. The force sensor can sense the force of screwing the screw; Proximity sensors can detect the presence or absence of objects; The temperature sensor can monitor the welding temperature and ensure that every physical parameter is within the set range.

2. The 'brain' of wisdom: control and data processing system

Massive perceptual data need to be processed and judged in real time, which depends on the 'brain' of the system.

PLC (Programmable Logic Controller) and industrial PC: They are the command centers of the system, and coordinate the synchronous work of all units such as mechanical arm, conveyor belt and detection camera according to the preset program.

AI and machine learning: This is the latest development trend. The traditional inspection system can only identify the preset defects. After the introduction of AI, the system can learn to identify the types of defects that have never been seen before and are extremely hidden by learning a large number of defect samples, and the more it is used, the smarter it becomes, which greatly improves the intelligent level of detection.

3. dexterous 'hands and feet': the executive mechanism of the assembly system

Industrial robot: Multi-joint robot arm is the main force on the assembly line, and its repetitive positioning accuracy can reach plus or minus 0.1 mm or even higher, and it tirelessly completes actions such as grabbing, carrying and assembling.

Precision servo drives and actuators: they are responsible for converting control signals into precise mechanical movements, controlling the moving speed, position and strength of the machine, and ensuring that the movements are fast, accurate and stable.

Conclusion:

The special assembly and inspection system is the crystallization of mechanical engineering, optics, electronic technology, computer science and artificial intelligence. It is the deep integration of these technologies that endows these cold equipment with 'senses', 'brains' and 'hands and feet', making them an indispensable core force in modern intelligent manufacturing.