Benign paroxysmal positional vertigo intelligent diagnosis and treatment equipment

Abstract

The invention discloses benign paroxysmal positional vertigo intelligent diagnosis and treatment equipment. The equipment comprises a correction host, a nystagmus recorder and an operation bench, wherein the correction host is used for carrying out a nystagmus induction test and reset treatment on a patient; the nystagmus recorder is used for collecting nystagmus video information of the patient during a nystagmus induction test process; the operation bench includes an upper computer system and a main control module; and the upper computer system includes a nystagmus video module, a diagnosistest module, a reset treatment module, a real-time navigation module and a system parameter configuration module. In the invention, automatic and intelligent diagnosis and treatment of vertigo are realized; an accurate diagnosis and treatment scheme of semicircular canal real-time navigation can be provided for a special patient, and breakthrough and innovation of a technology are realized; and domestic related industry development can be effectively promoted and a growing healthy development demand is satisfied.

Description

Technical field [0001] The invention relates to the technical field of diagnosis and treatment of benign paroxysmal positional vertigo, in particular to an intelligent diagnosis and treatment device for benign paroxysmal positional vertigo. Background technique [0002] Benign paroxysmal positional vertigo (BPPV) is the most common clinical vertigo disease. BPPV manifests as head position changes such as head down, head up, lying down, sitting up, turning over, sudden dizziness, rotation of the vision, momentary relief, and nausea and vomiting in severe cases. The pathogenesis is mainly the theory of crest calculus and semicircular canal otolithiasis, that is, the otoliths of utricle plaque fall off and shift to the semicircular canal or adhere to the ampullary crest. Manipulative reduction is currently a common and ideal diagnosis and treatment method for BPPV. The analysis of specific nystagmus produced by manual displacement test is also the gold standard for diagnosis of BPP...

AI Technical Summary

Problems solved by technology

[0005] Video nystagmus can record eye movement trajectories in the vertical and horizontal directions as well as rotational movement of the eyeball, but it cannot directly carry out refined and quantitative mathematical description, which reduces the accuracy of diagnosis

[0006] ② Lack of data on the spatial orientation of the semicircular canals

[0008] ③ Lack of semicircular canal automatic segmentation technology

In addition, based on the analysis of BPPV diagnostic and reset techniques based on the semicircular canal model with spatial orientation, it can be found that many traditional diagnostic techniques and reset techniques need to be improved or redesigned, and diagnostic strategies also need to be redesigned, or even secondary. The meaning of positioning signs also needs to be re-identified

[0012] ⑤. The lack of real-time navigation technology reduces the accuracy of diagnosis and treatment and the effect of individualized treatment

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