Objective: To improve the digital image system's retrieval speed and transmission efficiency, change the defect of traditional preservation and improve diagnostic quality of the image. Methods:Medical information transmission based on the socket can make the multi-threading parallel work to improve the running speed of the program, so images and files can be transmitted quickly. Results:Socket-based multi-threading technology is applied to the hospital departments and various remote medical system, that will improve the transmission speed and save time and money. Conclusion: Medical information transmission based on the socket can manage and application the medical imaging effectively.

OBJECTIVE: Using a common DR chest radiography system to realize a long bone stitching technology. METHODS: Introduce the role of long bone stitching technology in medical diagnosis and treatment, and the principle of long bone stitching technology to make a long bone stitching radiographic device, and combine with the chest radiography system to take the long bone stitching image experiment. RESULTS: The hospitals of class Ⅱ (or more lower levels) can realize the long bone stitching technology using a common DR chest radiography system. CONCLUSIONS Using this technology can save the hospital costs, reduce the burden on patients, achieve good social and economic benefits.
Humans ; Radiographic Image Enhancement ; Radiography ; Hospitals ; Technology