Full-automatic eyeball training instrument and using method thereof

Abstract

The invention discloses a full-automatic eyeball training instrument. The full-automatic eyeball training instrument comprises a remote controller and an automatic swinging device; the automatic swinging device comprises a control motor, a connecting and fixing device and a small swinging ball, wherein the connecting and fixing device is connected to the lower side end of the control motor, and the small swinging ball is connected to the connecting and fixing device through a connecting wire; a base is located below the automatic swinging device, idler wheels are arranged at the lower end of the base, rest rods are located on the base, and the rest rods comprise the horizontal rest rod and the vertical rest rod; the lower end of the vertical rest rod is connected to the middle of the base, and a second power-driven telescopic regulation box is arranged on the vertical rest rod; a first power-driven telescopic regulation box is arranged on the horizontal rest rod, and the upper end of the vertical rest rod is connected to the first power-driven telescopic regulation box. The full-automatic eyeball training instrument has the advantages that the frequency of ball swinging is normalized, and the moving ability of the eyeball is improved. The invention further discloses a using method of the full-automatic eyeball training instrument.

Description

technical field [0001] The invention relates to the field of medical equipment, more specifically it is a full-automatic eyeball training instrument. The invention also relates to the usage method of the automatic eyeball training instrument. Background technique [0002] Orbital fracture is a kind of fracture caused by the indirect action of external force. The most common complications are enophthalmos, diplopia, and decreased vision. [0003] With the advancement of imaging diagnosis and the invention and application of biomaterials, the development of orbital fracture reconstruction surgery has been promoted; however, there are problems at the same time: many patients have no obvious preoperative symptoms, and postoperative diplopia and eyeball displacement, etc. Complications may be related to the adhesion and scarring of implants such as extraocular muscles and soft tissues after surgery; therefore, it is particularly important for patients with orbital fractures to a...

AI Technical Summary

Problems solved by technology

[0003] With the advancement of imaging diagnosis and the invention and application of biomaterials, the development of orbital fracture reconstruction surgery has been promoted; but at the same time, there are problems: many patients have no obvious preoperative symptoms, and postoperative diplopia and eyeball displacement, etc. Complications may be related to the adhesion and scarring of implants such as extraocular muscles and soft tissues after surgery; therefore, it is particularly important for patients with orbital fractures to actively adopt adjuvant therapy such as eye movement training. The training course improves the movement ability of the eyeball, and can stimulate the formation of functional knot tissue around the extraocular muscles; it can promote the rapid recovery of incarcerated and deformed muscles, eliminate edema, re-establish binocular single vision, improve visual function, and improve the quality of life. Therefore, standardized and reasonable eye movement training plays an important role in the postoperative rehabilitation of patients with orbital fractures; however, due to the irregularity of training equipment, the randomness of training time, and the unfixed swing frequency are not conducive to the recovery of visual function in patients

Images