BBPV real-time three-dimensional navigation system

Abstract

The invention discloses a BBPV real-time three-dimensional navigation system. The BBPV real-time three-dimensional navigation system comprises a head posture detection device and an information receiving end. The head posture detection device is carried on the head of a patient and used for outputting posture detection signals after head postures of the patients are detected in real time. The information receiving end is coupled to the head posture detection device, internally stores a three-dimensional semicircular canal model to receive the posture detection signals and adjusts the spatial orientation of the three-dimensional semicircular canal model according to the posture information in the posture detection signals. The information receiving end is internally provided with a displayscreen which is used for displaying the three-dimensional semicircular canal model after the spatial orientation is adjusted. The BBPV real-time three-dimensional navigation system can effectively detect head postures of patients by arranging the head posture detection device and the information receiving end, then present a model in the information receiving end, and then conduct auxiliary treatment through the model.

Description

technical field

[0001] The invention relates to a BBPV treatment device, and more specifically relates to a BBPV real-time three-dimensional navigation system. Background technique

[0002] BBPV is benign paroxysmal positional vertigo. The swinging of these movements can effectively realize the gradual reset of the otoliths, so as to realize the treatment of vertigo. However, in the process of swinging the patient's head, it is difficult to ensure that the swinging movement of the patient's head is consistent with the prescribed treatment. It is fully consistent, so the existing swings are used to achieve the treatment of vertigo, because it is impossible to fully guarantee that the patient's head swings are completely consistent with the prescribed actions for treatment, so it takes a lot of time to adjust and reduce In order to improve the treatment efficiency, if a model is used to demonstrate the treatment on the patient's head, the heavy weight of the model will make t...

Examples

specific Embodiment approach

[0022] As an improved specific implementation, the head posture detection device 1 includes:

[0023] A headband for wearing on the patient's head;

[0024] The posture sensor 12 is arranged on the head-wearing ring to output after detecting the movement parameters of the patient's head when the head-wearing ring is worn on the patient's head;

[0025] The wireless communication module 13 is connected with the attitude sensor 12, and also communicated with the information receiving terminal 2, for receiving the attitude detection signal and transmitting it to the information receiving terminal 2;

[0026] The micro power supply 14 is coupled to the attitude sensor 12 and the wireless communication module 13 to provide power for the attitude sensor 12 and the wireless communication module 13. Through the setting of the headband, the attitude sensor group 12 can be effectively brought together on the patient's body. The head is up, and through the setting of the wireless commun...

technical field

[0001] The invention relates to a BBPV treatment device, and more specifically relates to a BBPV real-time three-dimensional navigation system. Background technique

[0002] BBPV is benign paroxysmal positional vertigo. The swinging of these movements can effectively realize the gradual reset of the otoliths, so as to realize the treatment of vertigo. However, in the process of swinging the patient's head, it is difficult to ensure that the swinging movement of the patient's head is consistent with the prescribed treatment. It is fully consistent, so the existing swings are used to achieve the treatment of vertigo, because it is impossible to fully guarantee that the patient's head swings are completely consistent with the prescribed actions for treatment, so it takes a lot of time to adjust and reduce In order to improve the treatment efficiency, if a model is used to demonstrate the treatment on the patient's head, the heavy weight of the model will make t...

Examples

specific Embodiment approach

[0022] As an improved specific implementation, the head posture detection device 1 includes:

[0023] A headband for wearing on the patient's head;

[0024] The posture sensor 12 is arranged on the head-wearing ring to output after detecting the movement parameters of the patient's head when the head-wearing ring is worn on the patient's head;

[0025] The wireless communication module 13 is connected with the attitude sensor 12, and also communicated with the information receiving terminal 2, for receiving the attitude detection signal and transmitting it to the information receiving terminal 2;

[0026] The micro power supply 14 is coupled to the attitude sensor 12 and the wireless communication module 13 to provide power for the attitude sensor 12 and the wireless communication module 13. Through the setting of the headband, the attitude sensor group 12 can be effectively brought together on the patient's body. The head is up, and through the setting of the wireless commun...

Images