Eye surgery operating system for ophthalmology department

Abstract

The invention discloses an eye surgery operating system for the ophthalmology department. The system comprises a shell and a cornea out-taking device; the cornea out-taking device comprises a suctionring, a cornea suction tube, a sclera suction tube, smart forceps, an aspirator and a blade; the shell internally comprises a four-drive motor, a deformation amount sensor, a gear meshing transmissiondevice and a CPU controller; the four-drive motor is connected with the deformation amount sensor, the deformation amount sensor is connected with the gear meshing transmission device, and the gear meshing transmission device is connected with the CPU controller; the four-drive motor provides driving force through four motor bodies, generates torque and transmits the torque to the gear meshing transmission device through the deformation amount sensor, and the gear meshing transmission device is controlled by the CPU controller to transmit the torque to the blade of the cornea out-taking device to complete operation; the system is high in operation precision, safe and convenient to use.

Description

technical field [0001] The invention relates to the field of ophthalmology, in particular to an ophthalmic eye operation operating system. Background technique [0002] Surgery is the medical specialty that uses operative manual and instrumental techniques on a patient's tissue to treat a pathological condition. Surgical robots have been proposed as an alternative to performing ablation surgery (resection surgery requiring cutting of tissue to treat or remove an organ in the body) in order to reduce blood loss, pain and increase precision. This limitation in reducing the size of the instruments presents an obstacle to the miniaturization of surgical robots and to the technical application of automatic exchange of disposable instruments. [0003] Most of the existing donated cornea material collection operations use manual cutting operations, which are imprecise and slow, and are easy to cut, resulting in failure to meet the requirements of convenient and safe operation, inc...

AI Technical Summary

Problems solved by technology

This limitation in reducing the size of said instruments is an obstacle for the miniaturization of surgical robots and for the technical application of automatic exchange of disposable instruments

[0003] Most of the existing donated cornea material collection operations use manual cutting operations, which are imprecise and slow, and are easy to cut, resulting in failure to meet the requirements of convenient and safe operation, incapable of intelligent operation, and large deviations in human operation. It is particularly important and urgent to develop a high-precision, low-cost, safe and reliable ophthalmic eye surgery operating system.

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