Endoscopic cameras are widely used in the fields of industry and medicine due to their unique ability to non-destructively penetrate extremely narrow spaces to obtain images. With the development of science and technology, the combination of endoscopic cameras and intelligent image recognition systems has improved detection accuracy and work efficiency. At the same time, the system can digitally store the image data collected by the endoscopic camera for long-term storage. So what are the main applications of the combination of endoscopic cameras and intelligent recognition systems?
Medical field
Early cancer screening
In endoscopic examinations, the images of the gastrointestinal tract, respiratory tract and other parts obtained by the camera can quickly and accurately identify the characteristics of lesions through the intelligent image recognition system.
Inflammation and infection recognition
The intelligent image recognition system can judge inflammatory and infectious diseases based on the images collected by the endoscopic camera, providing a basis for formulating personalized treatment plans.
Accurately locate lesion tissue
In minimally invasive surgery, the endoscopic camera captures the image of the surgical area in real time, and the intelligent image recognition system analyzes the image to quickly locate the lesion tissue and help doctors operate accurately.
Industrial field
Product quality inspection
Electronic component inspection
For the inspection of the microstructure inside the electronic component, the endoscope camera obtains its internal image, and the intelligent image recognition system analyzes the image to identify whether the welding point of the component is cold soldered or short-circuited, whether the chip pin is deformed or broken, etc., to ensure the quality of the electronic component and improve the reliability of electronic products.
Mechanical parts inspection
In the machinery manufacturing industry, detecting the internal defects of mechanical parts is the key to ensuring product quality. The endoscope camera goes deep into the parts, and the intelligent image recognition system analyzes the collected images to determine whether there are defects such as cracks, sand holes, pores, etc. inside the parts, evaluate the size, location and severity of the defects, screen out unqualified products, and ensure the performance and safety of mechanical equipment
Equipment fault diagnosis and maintenance
Power equipment inspection
In the inspection and maintenance of power equipment, the endoscope camera is used to check the internal operating conditions of equipment such as transformers and switch cabinets. The intelligent image recognition system analyzes the images collected by the camera, identifies abnormal phenomena such as discharge marks, overheating discoloration, insulation aging, etc. inside the equipment, promptly discovers potential faults, predicts equipment failures, and provides a basis for the status inspection and maintenance of power equipment to ensure the stable operation of the power system.
Pipeline inspection
Long-term operation of urban drainage, water supply, gas and other pipelines is prone to damage, blockage, corrosion and other problems. Endoscopic cameras can be mounted on inspection robots, penetrate into the pipeline, and collect images of the inner wall of the pipeline in real time. By analyzing these images through the intelligent image acquisition system, the type, location and degree of damage to the pipeline can be accurately determined, providing a basis for pipeline maintenance and replacement.
Aerospace engine inspection
The internal structure of the aircraft engine is complex, the working environment is harsh, and the parts are prone to wear, cracks and other faults. The endoscope camera can penetrate into the engine through a special inspection hole to collect images of key components such as blades, combustion chambers, and turbine discs. By analyzing these images with an intelligent image acquisition system, we can promptly detect tiny cracks and signs of wear on the surface of components, evaluate the health of the engine, provide important basis for engine maintenance and repair, and ensure flight safety.
Automobile engine inspection
During the use of automobile engines, internal parts may fail. Endoscope cameras can be used to detect wear, strain, carbon deposits, etc. on engine cylinders, pistons, valves and other components. By observing the collected images, maintenance personnel can accurately determine the cause and location of the fault, formulate a reasonable maintenance plan, and improve maintenance efficiency and accuracy.
