Portable glaucoma ciliary body syndrome diagnosis and treatment instrument

Abstract

The invention belongs to the field of ophthalmology diagnosis and treatment equipment, and particularly relates to a portable glaucoma ciliary body syndrome diagnosis and treatment instrument. The portable glaucoma ciliary body syndrome diagnosis and treatment instrument is composed of a detection module and a diagnosis and treatment module, the detection module comprises a slit lamp microscope module, an intraocular pressure measurement module and an aqueous humor virus detection module, the diagnosis and treatment module comprises an expert system, and the expert system is composed of an expert system database, a diagnosis and treatment module and an interface display module, wherein the data of the detection module is transmitted to the expert system database for diagnosis and treatment analysis and providing of a treatment scheme, the diagnosis and treatment module adopts a GA-BP neural network model to improve the diagnosis precision, establishes a personal file of a patient, and according to the intraocular pressure characteristics, the number and form of corneal hyperpigmentation and the aqueous humor virus infection condition of the patient, a plurality of main treatment methods are established, a targeted treatment scheme is given through dynamic tracking, and harm caused by excessive use of drugs is reduced. The portable glaucoma ciliary body syndrome diagnosis and treatment instrument is low in misdiagnosis rate, integration of various devices is achieved, and the effects of dynamically tracking patient data and rapidly giving a targeted treatment scheme are achieved.

Description

technical field [0001] The invention belongs to the field of ophthalmic diagnosis and treatment equipment, in particular to a portable glaucoma ciliary body syndrome diagnosis and treatment instrument. Background technique [0002] With the rapid development of social informatization, the penetration rate and utilization rate of electronic equipment are increasing day by day. People are highly dependent on computers, mobile phones and other devices with electronic screens in their work and life, which leads to the incidence of many eye diseases, especially rare eye diseases, and this trend is getting younger and younger, and the diagnosis and treatment of eye diseases are getting more and more more attention. Blue eyelash syndrome is the abbreviation of glaucomatous cyclitis, which is a special type of prolapse mainly manifested by elevated intraocular pressure and mild inflammatory reaction in the anterior chamber. [0003] Uveitis. As early as 1948, two scholars, Posner...

AI Technical Summary

Problems solved by technology

However, the ophthalmic analyzer is only used as a detection instrument, and cannot diagnose the disease or generate a specific treatment plan

[0012] In view of the existing technology, various independent detection equipments are used to detect the various indicators of the eye respectively, and some analysis results are obtained. These analysis results are analyzed by doctors to draw specific diagnostic conclusions and treatments. solution, or there is an ophthalmology analyzer that is only used as a detection instrument, but cannot diagnose the disease or generate a specific treatment plan. It can be seen that the existing technology is time-consuming and labor-intensive through the detection and analysis of many devices, relying on the doctor's experience. Diagnosis, misdiagnosis and other situations are prone to occur. In view of the characteristics of blue eyelid syndrome that is easy to relapse, if the time of each detection is too long, it is difficult for the patient to insist on re-examination on time, which will cause unscientific medication and easily lead to steroid-induced glaucoma and cataract. and other more serious diseases, the existing technology does not have an integrated diagnosis and treatment equipment for the special eye disease of blue eyelash syndrome

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