Medical imaging system source code, PACS system source code, realizing image acquisition and integrated storage release of various medical examination equipment
Medical imaging system PACS system is the abbreviation of Picture Archiving and Communication Systems, which means image archiving and communication system. It is a system applied in the imaging department of the hospital. Its main task is to convert all kinds of medical images (including MRI, CT, ultrasound, various X-ray machines, various infrared instruments, microscopes and other equipment generated images) Through various interfaces (analog, DICOM, network), it is stored in a large amount in a digital way, and can be called back to use quickly under a certain authorization when needed, and some auxiliary diagnosis and management functions are added at the same time. It plays an important role in transferring data between various imaging devices and organizing and storing data. It is applied to various medical technology and clinical departments of the hospital, establishes an internal information workflow for the medical technology departments, and provides online inspection images and quick browsing of results for the clinical departments. Realize image acquisition and integrated storage release of various medical inspection equipment. It is also integrated with the hospital's HIS and electronic medical record systems to establish a large hospital-wide information platform without information islands.
System features
★Strictly abide by industry DICOM, IHE-C, HL7, ICD-10 standards.
★A unified appointment platform covering all imaging departments can effectively reduce the waiting time of patients in line, and the queuing and calling system that can be defined independently makes the waiting hall orderly.
★Patient self-service application provides self-service printing function based on reports and films through virtual printing technology. Reduce film costs and improve user experience.
★The hospital-wide PACS system covers radiology, ultrasound, endoscopy, pathology, and nuclear medicine, with patient-centered data integration and unified views, providing users with integrated solutions.
★Extensive application of cutting-edge technologies, display protocol, preloading window, human-computer interaction acceleration, audio and video technology, image recognition, operation synchronization technology, HTML5, IOS, business abstract model, multi-layer architecture, acquisition driver, encryption, digital signature, Authority control, PIX, agile iteration, stub testing, quality system...
★Powerful image reading tools, not only provide routine measurement and adjustment functions, but also built-in powerful 3D processing functions including MPR, CMPR, VR, etc., to meet the daily reconstruction needs of the radiology department.
★On the basis of providing rich diagnostic templates, it supports the custom editing function of public and private templates, making the system more convenient to use. The report editing interface in keyword mode can further improve the reporting efficiency, and the switchable front floating window allows doctors to view real-time images while reporting.
