Method and system for remotely controlling ophthalmology equipment to automatically acquire check data

Abstract

The invention provides a method and a system for remotely controlling ophthalmology equipment to automatically acquire check data. The method comprises steps: a doctor client is adopted to issue a checklist, and the checklist is stored to a to-be-processed checklist list of a worklist server; in the case of check by the ophthalmology equipment, a corresponding worklist client is started to enable the worklist client to send a worklist query request to the worklist server, and the worklist server returns a corresponding checklist list to the worklist client according to the request; a corresponding checklist is selected in the checklist list and the ID of the checklist is sent to the worklist server, and the worklist server moves a checklist record corresponding to the ID to an already-processed checklist list; the worklist client writes the currently-selected checklist to a checklist interface file, and operation is ended; and the ophthalmology equipment monitors the worklist client ends operation, the checklist is read from the checklist interface file, and corresponding check is executed according to the checklist. Paperless working can be realized for the ophthalmology, and the check efficiency of the ophthalmology device can be improved.

Description

technical field [0001] The invention belongs to the technical field of medical equipment communication, in particular to a method and system for remotely controlling ophthalmic equipment to automatically collect inspection data. Background technique [0002] Ophthalmology PACS is a system applied in the ophthalmology imaging department of the hospital. The main task of PACS in ophthalmology is to take all kinds of medical images generated daily in ophthalmology, including OCT, fundus cameras, fundus fluorescein imaging cameras, slit lamps, AB ultrasonography, perimetry, electrophysiology and other ophthalmic equipment, through analog interfaces and networks. Interfaces, medical digital imaging and communications (Digital Imaging and Communications in Medicine, DICOM) and other interfaces are stored digitally in large quantities. When needed, it can be quickly called back to use under a certain authorization, and some auxiliary diagnostic management functions are added at th...

AI Technical Summary

Problems solved by technology

[0004] The purpose of the embodiments of the present invention is to provide a method and system for remotely controlling ophthalmic equipment to automatically collect inspection data, aiming at solving the problem that the ophthalmic PACS in the prior art does not support paperless office, and can only be checked on the checklist parts and inspection methods, resulting in low inspection efficiency and error-prone problems

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