Automatic positioning ophthalmic examining system

Abstract

An automatic positioning ophthalmic examining system comprises a doctor seat, an examining table, a patient seat and a central controller. A supporting frame capable of being adjusted left and right is arranged on the examining table. A lower jaw support with adjustable height is arranged on the supporting frame. The central controller comprises a control unit, an operating unit and a storage recognition unit. A table top of the examining table is provided with an identification code scanning window used for scanning and identifying identification codes in one-to-one correspondence with the identity of a doctor and the identity of a patient. The identification code scanning window is in signal connection with the storage recognition unit. For the first time, relevant position information is stored in the storage recognition unit immediately after the positions of the doctor seat, the examining table, the patient seat and the lower jaw support are adjusted; when the information needs to be used again, after the identity of the doctor and the identity of the patient are confirmed through the identification code scanning window and the storage recognition unit, the storage recognition unit automatically calls position data, stored in the storage recognition unit, of the doctor and the patient and transmits the position data to the control unit and the operating unit, so that the control unit and the operating unit automatically drive relevant mechanisms to act according to the data and be adjusted in place. Time is saved for the doctor, and examination and treatment efficiency is improved.

Description

technical field [0001] The invention relates to the field of medical devices, in particular to an automatic positioning ophthalmic examination system. Background technique [0002] Medical personnel need to use ophthalmic examination equipment when performing ophthalmic examinations on patients. The examination table is one of the indispensable medical devices for ophthalmology diagnosis and treatment. Cornea observation and lens deformation analysis must rely on the examination table. Rely on it to find the specific location of the disease. [0003] Most of today's inspection platforms and operating consoles have single functions. It is difficult for medical personnel to clearly observe the condition during ophthalmic examinations, and cannot meet the requirements for accurate diagnosis of eye diseases. Patients need to cooperate with medical personnel, and then the medical personnel judge the patient's symptoms , requires medical staff to have many years of work experienc...

AI Technical Summary

Problems solved by technology

For a specific examiner and examinee, every time the platform is used for inspection, it is necessary to adjust the height of the examination table, the height of the chin rest, the height of the seat of the examiner and the examinee through multiple buttons, which is time-consuming and laborious. It often occurs that the position adjustment is not in place and the inspection is barely performed, lack of comfort and unstable posture, and it is very easy to get tired during the ten or even tens of minutes of eye laser or angle inspection, and even lead to accidental injury

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