Remote surgical planning and navigating system

Abstract

The invention provides a remote surgical planning and navigating system. The remote surgical planning and navigating system comprises a medical image post-processing subsystem, a multi-mode image fusion subsystem, a medical image management subsystem, a surgical planning subsystem, a surgical navigation subsystem and a remote consultation subsystem, wherein the medical image post-processing subsystem is used for post-processing medical images; the multi-mode image fusion subsystem is used for fusing multi-mode images of a patient and carrying out three-dimensional reconstruction and visualization processing; the medical image management subsystem is used for storing and managing the medical images of the patient and establishing a personal file for the patient; the surgical planning subsystem is used for providing preoperative surgical simulations and plans; the surgical navigation subsystem is used for navigating a surgery; the remote consultation subsystem enables a surgical doctor and an imaging doctor to remotely cooperate and consult. According to the remote surgical planning and navigating system, data can be shared among different departments effectively, doctors in different departments can remotely communicate and cooperate, the problem of requirements for re-acquisition of scanned images which do not meet diagnosis requirements of the doctors is further effectively solved, and the efficiency and the success rate of the surgery are effectively improved.

Description

technical field [0001] The invention relates to a remote operation planning and navigation system, in particular to a remote operation planning and navigation system which can solve the difficulty of remote treatment and realize diagnosis, treatment and multi-mode image integration. Background technique [0002] In traditional surgical treatment, due to different requirements for diagnosis and treatment, patients usually need to receive image scans of various modalities before and during surgery, and these image scans generally need to be completed by different departments. [0003] At present, due to the lack of channels for data sharing between different departments and the lack of overall coordination among doctors, there is a widespread phenomenon that scanned images do not meet the needs of doctors for diagnosis and need to be re-acquired. Most of the existing telemedicine systems focus on the patient's vital signs, such as heartbeat, etc., and generally have a small am...

AI Technical Summary

Problems solved by technology

[0003] At present, due to the lack of data sharing channels between different departments and the lack of overall coordination among doctors, there is a widespread phenomenon that scan images do not meet the needs of doctors for diagnosis and need to be re-acquired

Most of the existing telemedicine systems focus on the patient's vital signs, such as heartbeat, etc., and generally have a small amount of data, which is difficult to meet the huge data requirements of medical image sharing and other functions; Systems such as PACS (Picture Archiving and Communication Systems, Image Archiving and Communication Systems), etc., are only aimed at a single modality, lack of fusion between multi-modal images, and it is difficult to give full play to the respective advantages of multiple imaging modalities, and do not provide surgery Functions such as preoperative planning and intraoperative navigation required in

In addition, this traditional surgical treatment method is attached to the hospital's equipment, which has caused great restrictions on the doctor's diagnosis and treatment behavior.

The Chinese invention patent application with application number CN2010

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