Clinical administration device for ophthalmology department

Abstract

The invention relates to a clinical administration device for the ophthalmology department. The clinical administration device comprises a left glasses frame and a right glasses frame, wherein one endof the left glasses frame is connected with one end of the right glasses frame through a nose bridge clamping piece, and the other end of the left glasses frame is connected with the other end of theright glasses frame through a telescopic fixing belt; transparent screening glasses are mounted in the left glasses frame and the right glasses frame; eyelid opening blocks driven by drivers mountedon the screening glasses are glidingly mounted at the bottoms of the screening glasses; the two screening glasses are connected through a liquid medicine dropwise adding pipe; and soft buffer rings are fixedly mounted at the bottoms of the left glasses frame and the right glasses frame. The left glasses frame and the right glasses frame are worn on eyes of a patient through the telescopic fixing belt, the drivers drive the eyelid opening blocks to open upper and lower eyelids of the patient, a liquid medicine is dropwise added to the eyes of the patient through the liquid medicine dropwise adding pipe for administration to the patient, and pollution caused by direct administration to the patient by hands and influence on the medicine effect due to the fact that the medicine is dropwise added to the outside of the eyes of the patient are avoided.

Description

technical field [0001] The invention relates to the technical field of ophthalmic medical devices, in particular to an ophthalmic clinical drug delivery device. Background technique [0002] Ophthalmology is a medical science that studies the occurrence, development and outcome of visual organ diseases as well as prevention, diagnosis and treatment. With the development of life science, basic medicine and various high-tech, unprecedented progress has been made. Patients with various ophthalmic diseases After treatment, the health has been restored. However, due to the small location of the eye area, there is no large space to apply medicine to the eyeball. In addition, for patients who are seriously ill and comatose, because their eyes are closed, when the eye area needs to be treated It is even more inconvenient when applying medicine to the eyeball. Most of the time, nurses directly give medicine to ophthalmology patients by hand. At present, there are very few clinically ...

AI Technical Summary

Problems solved by technology

[0002] Ophthalmology is a medical science that studies the occurrence, development and outcome of visual organ diseases as well as prevention, diagnosis and treatment. With the development of life science, basic medicine and various high-tech, unprecedented progress has been made. Patients with various ophthalmic diseases After treatment, the health has been restored. However, due to the small location of the eye area, there is no large space to apply medicine to the eyeball. In addition, for patients who are seriously ill and comatose, because their eyes are closed, when the eye area needs to be treated It is even more inconvenient when applying medicine to the eyeball. Most of the time, nurses directly give medicine to ophthalmology patients by hand. At present, there are very few clinically optimized drug delivery devices used by doctors, which has a series of problems. When applying medicine to the patient's eyes, the patient's eyes are always blinking, the medicine is easy to drip on the outside of the eye, and the medicine is easily infected with bacteria by hand, and the patient's comfort is not enough when applying medicine to ophthalmology patients

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