Surgical image data analysis method and system and hospital-wide self-service printing system

Abstract

The invention discloses a surgical image data analysis method and system and a hospital-wide self-service printing system. The hospital-wide self-service printing system comprises a server, a film data module, an interface operation module, an analysis data module, a terminal printing data module, a printing proxy module, a terminal configuration module, a printing management module, a bar code module, a card reading module, an interrupt module, a timing module, a report module, a film module, a network module, a functional module, an application module and a reprinting module. The surgical image data analysis method comprises the steps that firstly, English letters and Chinese characters on a film are cut so that a dictionary tool can clearly extract the English letters and the Chinese characters; secondly, the extracted letters and the Chinese characters on the film and film data are analyzed and stored; thirdly, film report data is received, a numeral number and the top two of the English letters are extracted to serve as a characteristic value of the film; fourthly, the characteristic value is extracted, and the film is extracted from a film database and loaded until interrupting. The surgical image data analysis method and system and the hospital-wide self-service printing system have the advantages that surgical radiological image data is quickly printed, the imaging is clear, and the storing time is long.

Description

technical field [0001] The present invention relates to the field of a surgical image data analysis method, in particular to a surgical image data analysis method, system and hospital-wide self-service printing system that are widely applicable to various regional hospitals such as medical treatment and medical equipment. Background technique [0002] Existing radiographic film machines are mainly used for self-printing black and white radiological films and black and white radiological diagnosis reports. A single daily self-service person-time is about 30 people (2 minutes per person, about 3 and a half hours of intensive service per day, and printing is calculated as 100 14X17-inch black-and-white radiological films and 100 black-and-white radiological diagnostic reports). The self-service terminal uses the special radiological film and ink independently developed and produced by the cooperative manufacturer to achieve a transmission density of up to 3.0 and a spatial reso...

AI Technical Summary

Problems solved by technology

But the printing speed is slow, uncontrollable, the printing quality is not clear, the printing type is single, and the storage time is not long

Images