Posture gait training auxiliary device and method suitable for vestibular neuritis patient

Abstract

The invention discloses a posture and gait training auxiliary device and method suitable for vestibular neuritis patients in the technical field of medical instruments, the posture and gait training auxiliary device comprises guardrails, ground mats and eyeshades, the guardrails are arranged in two groups, and the ground mats are arranged in two groups. During treatment, the patient wears an eyeshade, walks according to a second foot type shown on a second ground mat and requires the patient to walk close to the front foot and the heel, when the feet of the patient are located at the position of the intelligent monitoring assembly on the second foot type, the induction lamp is turned on, the intelligent monitoring assembly starts to work, the intelligent monitoring assembly can adjust the timing range for 2-10 seconds, and the patient can walk on the second foot type. After the body of the patient is stabilized at the body position, the body does not shake or does not shake obviously, the patient walks next step. After the patient finishes four-stage training, the posture gait problem caused by chronic dizziness of the patient can be well improved. The method is low in cost per time, and a treatment place does not need to be in a hospital; the cost for self-rehabilitation treatment of a patient is low, the compliance is good, and the rehabilitation treatment effect can be well achieved.

Description

Technical Field

[0001] The present invention relates to the field of medical devices, and in particular to a posture and gait training auxiliary device and method suitable for patients with vestibular neuritis. Background Art

[0002] Vestibular neuritis is a common clinical acute vestibular syndrome. The patient's clinical manifestations are acute and persistent vertigo, accompanied by nausea, vomiting and instability, and the symptoms often last for more than 24 hours. Acute attacks seriously affect the patient's quality of life. Among all peripheral vertigo, the incidence of vestibular neuritis is second only to benign paroxysmal positional vertigo and Meniere's disease, ranking third. After regular treatment and early rehabilitation training in the acute stage, its clinical symptoms will be significantly improved. In the chronic stage, its clinical characteristics are that static and dynamic symptoms and signs basically disappear, but patients will have chronic dizziness, which may be related to incomplete compensation or other systems that maintain balance after vestibular compensation, such as enhanced vision, deep sensation, and oversensitivity. Some patients will have a sense of floating and tilting when walking. Treatment in the chronic stage should pay more attention to the patient's psychological state and encourage patients to adhere to effective vestibular rehabilitation training.

[0003] When patients with vestibular neuritis suffer from vertigo, they can use the existing SIM-IV vertigo diagnosis and treatment system for auxiliary treatment. The purpose of rehabilitation treatment is achieved through conflict stimulation of the semicircular canals, but the cost is high and the patient needs to go to the hospital to complete the treatment. The efficacy and compliance of self-rehabilitation treatment by patients are poor, and the effect of rehabilitation treatment cannot be achieved well. Therefore, the present invention proposes a posture and gait training auxiliary device and method suitable for patients with vestibular neuritis. Summary of the invention

[0004] The purpose of the present invention is to provide a posture and gait training auxiliary device and method suitable for patients with vestibular neuritis, which solves the problems raised in the above-mentioned background technology.

[0005] To achieve the above objectives, the present invention provides the following technical solutions: a posture and gait training auxiliary device suitable for patients with vestibular neuritis, comprising guardrails, floor mats and eye masks, wherein the guardrails are arranged in two groups and the floor mats are arranged in two groups.

[0006] As a further optimization of the present technical solution, the guardrail includes a column and a handrail, the column includes a first rod body and a second rod body, the second rod body passes through the first rod body, the lower end of the first rod body is connected to a fixed base, the upper end of the second rod body is connected to the handrail, and the first rod body and the second rod body are electrically controlled.

[0007] As a further optimization of the technical solution, the guardrail also includes a timing display installed on one side of its upper end.

[0008] As a further optimization of the technical solution, the floor mat includes a first floor mat and a second floor mat, the first floor mat is provided with a first foot shape, the second floor mat is provided with a second foot shape, and the first foot shape and the second foot shape are respectively installed with intelligent monitoring components, and the intelligent monitoring components are used to detect and record the feet and time. Built-in gravity sensor and timer.

[0009] As a further optimization of the technical solution, the first floor mat and the second floor mat have different hardnesses.

[0010] As a further optimization of the technical solution, the eye mask further includes a strap connected to one side thereof, and a heating device is also provided on the eye mask.

[0011] In addition, the present invention also provides a posture and gait training auxiliary device and method suitable for patients with vestibular neuritis, including any one of the posture and gait training auxiliary devices suitable for patients with vestibular neuritis described above, specifically comprising the following steps:

[0012] Step 1: Install the guardrail on the flat ground at the desired location, fix the fixed base, adjust the first and second rods of the column to the appropriate height according to the patient's height so that the patient can use it by hand during walking training, and place the first mat in the guardrail, turn on the timing display on the guardrail, and ask the patient to walk according to the first foot shape shown on the first mat, requiring the patient's back foot toe to be close to the front foot heel. When the patient's foot is at the position of the intelligent monitoring component on the first foot shape, the sensor light will turn on, and the intelligent monitoring component will start working. The intelligent monitoring component can adjust the timing range of 2-10 seconds. After the patient stabilizes the body in this position, the body does not shake or has no obvious shaking, then take the next step. The exercise time for each exercise is set according to the patient's condition, and the timer can be set to start working for 10-30 minutes.

[0013] Step 2: After the patient can walk steadily through effective practice on the first mat, the second stage of training can be started. During this stage of training, the visual function needs to be weakened, so the patient needs to wear an eye mask to cooperate with the training. Install the guardrail on the flat ground at the desired location, fix the fixed base, adjust the first rod and the second rod of the column to the appropriate height according to the patient's height so that the patient can use it by hand during walking training, and place the first mat in the guardrail. Turn on the timing display on the guardrail. At this time, the patient wears an eye mask and walks according to the first foot shape shown on the first mat. The patient's toes of the back foot are required to be close to the heel of the front foot. When the patient's foot is located at the position of the intelligent monitoring component on the first foot shape, the sensor light is on and the intelligent monitoring component starts working. The intelligent monitoring component can adjust the timing range of 2-10 seconds. After the patient stabilizes the body in this position and the body does not shake or shakes significantly, take the next step. The exercise time for each exercise is set according to the patient's condition and can be set to 10-30 minutes.

[0014] Step 3: When the patient completes the training of the above steps 1 and 2, the third stage of training can be started. The deep sense needs to be weakened during the training of this stage. Install the guardrail on the flat ground at the desired location, fix the fixed base, adjust the first rod and the second rod of the column to the appropriate height according to the patient's height so that the patient can use it by hand during walking training. At the same time, place the second floor mat in the guardrail, turn on the timing display on the guardrail, and the patient wears an eye mask at this time. The patient walks according to the second foot shape shown on the second floor mat, requiring the patient's back foot toe to be close to the front foot heel. When the patient's foot is located at the position of the intelligent monitoring component on the second foot shape, the sensor light is on, and the intelligent monitoring component starts working. The intelligent monitoring component can adjust the timing range of 2-10 seconds. After the patient stabilizes the body in this position and the body does not shake or has no obvious shaking, take the next step. The time for each exercise is set according to the patient's condition and can be set to 10-30 minutes.

[0015] Step 4: If the patient can complete the training of step 1, step 2, and step 3 well, the fourth stage of training can be started. The training in this stage requires weakening the effects of vision and deep sense at the same time, and requires the patient to wear an eye mask. Install the guardrail on the flat ground at the desired location, fix the fixed base, adjust the first rod and the second rod of the column to the appropriate height according to the patient's height to facilitate the patient's hand-held use during walking training, and place the second floor mat in the guardrail. Turn on the timing display on the guardrail. At this time, the patient wears an eye mask and walks according to the second foot shape shown on the second floor mat. The patient's back foot toe is required to be close to the front foot heel. When the patient's foot is located at the position of the intelligent monitoring component on the second foot shape, the sensor light is on, and the intelligent monitoring component starts working. The intelligent monitoring component can adjust the timing range of 2-10 seconds. After the patient stabilizes the body in this position, the body does not shake or has no obvious shaking, then walk to the next step. The time for each exercise is set according to the patient's condition and can be set to 10-30 minutes.

[0016] After the patient completes the four-stage training of the above four steps, the posture and gait problems caused by chronic dizziness can be greatly improved.

[0017] The present invention is a posture and gait training auxiliary device and method suitable for patients with vestibular neuritis. Compared with the prior art, the beneficial effects are as follows: 1. Improve the quality of life: by improving the patient's gait and balance ability, reducing symptoms such as unstable walking, floating, and tilting, the patient's quality of life is significantly improved. 2. Personalized training: the device can adjust the height of the guardrail according to the patient's height, and the foot shape and intelligent monitoring components on the floor mat can be personalized according to the patient's gait. 3. Monitor the training effect: the intelligent monitoring component can accurately record the patient's practice time and help doctors and patients evaluate the training effect. 4. Gradual adaptation: through four stages of training, patients can gradually adapt to gait control under different sensory conditions, so as to better restore the sense of balance. 5. Simple and safe operation: the design of the guardrail and floor mat provides a safe practice environment, reducing the risk of patients falling during training. 6. Assist in the weakening of vision and deep sense: the use of eye masks helps patients reduce their dependence on vision during training, while floor mats of different thicknesses are used to weaken deep senses and promote the development of patients' proprioception. 7. Comprehensive treatment: Combining physical training and sensory stimulation, it provides a comprehensive treatment method that helps patients fully restore balance and gait function. 8. Convenient and cheap: The method of the present invention has low average cost per time, and the treatment site does not need to be in a hospital; patients can conduct rehabilitation treatment at home, the total cost of treatment is low, and the patient compliance is good, which can achieve a good rehabilitation effect. BRIEF DESCRIPTION OF THE DRAWINGS

[0018] Figure 1 It is a schematic diagram of the guardrail structure of the present invention;

[0019] Figure 2 It is a structural schematic diagram of the smoke hood of the present invention;

[0020] Figure 3 is a schematic structural diagram of a first floor mat of the present invention;

[0021] Figure 4 It is a schematic structural diagram of the second floor mat of the present invention.

[0022] In the figure: 1. device body; 2. eye mask; 3. first floor mat; 31. first foot shape; 4. second floor mat; 41. second foot shape; 11. first rod body; 12. fixed base; 13. second rod body; 14. armrest; 15. timing display. DETAILED DESCRIPTION

[0023] The technical scheme in the embodiment of the present invention will be clearly and completely described below in conjunction with the drawings in the embodiment of the present invention. Obviously, the described embodiment is only a part of the embodiment of the present invention, not all of the embodiments. Based on the embodiment of the present invention, all other embodiments obtained by ordinary technicians in this field without making creative work are within the scope of protection of the present invention.

[0024] Embodiment 1:

[0025] See also Figures 1 to 4 This embodiment provides a technical solution: a posture and gait training auxiliary device suitable for patients with vestibular neuritis, including a guardrail, a floor mat and an eye mask 2, wherein the guardrail is arranged in two groups, and the floor mat is arranged in two groups.

[0026] More specifically, the guardrail includes a column and a handrail 14, the column includes a first rod body 11 and a second rod body 13, the second rod body 13 passes through the first rod body 11, the lower end of the first rod body 11 is connected to a fixed base 12, the upper end of the second rod body 13 is connected to the handrail 14, and the first rod body 11 and the second rod body 13 are electrically controlled to complete the telescopic adjustment of the height.

[0027] In specific implementation, the posture and gait training auxiliary device for vestibular neuritis patients of the present invention can accurately record the patient's practice time. The first floor mat 3 and the second floor mat 4 are printed with foot shapes and have built-in intelligent monitoring components. The intelligent monitoring components include a gravity sensor and a timer, which can record the patient's stay time for each step. The eye mask 2 is an auxiliary treatment tool and can be used in conjunction with the first floor mat 3 and the second floor mat 4.

[0028] More specifically, the guardrail further includes a timing display 15 installed on one side of its upper end.

[0029] More specifically, the floor mat includes a first floor mat 3 and a second floor mat 4. The first floor mat 3 is provided with a first foot shape 31, and the second floor mat 4 is provided with a second foot shape 41. The first foot shape 31 and the second foot shape 41 are respectively provided with intelligent monitoring components, and the intelligent monitoring components are used to detect and record the feet and time. A built-in gravity sensor and a timer.

[0030] More specifically, the first floor mat 3 is a silicone floor mat, which is laid on the ground inside the guardrail for use; the second floor mat 4 is a sponge floor mat, which is laid on the ground inside the guardrail for use; the hardness of the first floor mat 3 and the second floor mat 4 is different.

[0031] More specifically, the eye mask 2 further includes a strap connected to one side thereof, and the eye mask 2 is also provided with a heating device.

[0032] It is worth noting that the above-mentioned intelligent monitoring component also includes the following specific structures:

[0033] Gravity sensor: used to detect the pressure changes of the patient's footsteps, thereby recording the dwell time of each step. Timer: used in conjunction with the gravity sensor to record the patient's dwell time on each foot shape, so as to monitor the training effect. Motion sensor: similar to the design in the artificial vestibular device, installed in the eye mask 2, it can sense the position change information of the patient's head or body and convert it into electrical signals. Processor: converts the information collected by the motion sensor into a pattern of electrical signals for further processing and analysis. Feedback system: provides tactile or auditory feedback based on the patient's training situation to help the patient adjust his gait and posture. Data recording and analysis module: collects and stores training data, including gait patterns, balance status, training progress, etc., for long-term tracking of the patient's rehabilitation. Wireless communication module: used to transmit the data collected by the intelligent monitoring component to external devices, such as computers or mobile devices, in real time, so that doctors and patients can monitor the training effect in real time. User interface: display screen (attached to the instruction manual) Figure 1 The timing display 15) and LED indicator light are used to provide visual feedback to the patient, such as training progress, stay time, etc. Battery and power management module: Provides stable power for the intelligent monitoring component and manages the charging and discharging of the battery to ensure long-term use of the equipment. Temperature sensor: Used to monitor the temperature of the surface of the floor mat so that the heating device can be adjusted when necessary to keep the temperature of the floor mat appropriate. Heating device: The heating device contained in the eye mask can provide a comfortable temperature to help the patient relax. Eye mask strap tension sensor: Used to monitor the tension of the eye mask strap to ensure that the eye mask is comfortable to wear and does not hinder blood circulation. Ambient light sensor: Used to monitor the light intensity of the training environment so that the shading effect of the eye mask can be adjusted when necessary. Through the integration of these structures, the intelligent monitoring component can provide comprehensive posture and gait training assistance for patients with vestibular neuritis, helping them to better carry out rehabilitation training.

[0034] In addition, the present invention also provides a posture and gait training auxiliary device and method suitable for patients with vestibular neuritis, including any one of the posture and gait training auxiliary devices suitable for patients with vestibular neuritis described above, specifically comprising the following steps:

[0035] Step 1: Install the guardrail on the flat ground at the desired location, fix the fixed base 12 (bolts can be used for fixing, and a suction cup can also be provided in the middle of the bottom of the fixed base 12 for fixing by adsorption), adjust the first rod 11 and the second rod 13 of the column to a suitable height according to the patient's height so that the patient can use it by hand during walking training, and at the same time place the first floor mat 3 in the guardrail, turn on the timing display 15 on the guardrail, and ask the patient to walk according to the first foot shape 31 shown on the first floor mat 3, requiring the patient's back foot toe to be close to the front foot heel, when the patient's foot is located at the position of the intelligent monitoring component on the first foot shape 31, the induction light is on, and the intelligent monitoring component starts working. The intelligent monitoring component can adjust the timing range of 2-10 seconds, and the patient will take the next step after the body is stable in this position and the body does not shake or has no obvious shaking. The time for each exercise is set according to the patient's condition, and the timer can be set to start working for 10-30 minutes.

[0036] Step 2: After the patient can walk stably through effective practice on the first mat 3, the second stage of training can be started. During this stage of training, the visual effect needs to be weakened, so the patient needs to wear an eye mask 2 to cooperate with the training. Install the guardrail on the flat ground at the desired use position, fix the fixed base 12, adjust the first rod body 11 and the second rod body 13 of the column to a suitable height according to the patient's height to facilitate the patient's hand-held use during walking training, and at the same time place the first mat 3 in the guardrail, turn on the timing display 15 on the guardrail, and the patient wears the eye mask 2 at this time. The patient walks according to the first foot shape 31 shown on the first mat 3, requiring the patient's back foot toe to be close to the front foot heel. When the patient's foot is located at the position of the intelligent monitoring component on the first foot shape 31, the sensor light is on, and the intelligent monitoring component starts working. The intelligent monitoring component can adjust the timing range of 2-10 seconds. After the patient stabilizes the body in this position, the body does not shake or has no obvious shaking, then walk to the next step. The exercise time for each time is set according to the patient's condition and can be set to 10-30 minutes.

[0037] Step 3: When the patient completes the training of the above steps 1 and 2, the third stage of training can be started. The deep sense function needs to be weakened during the training of this stage. Install the guardrail on the flat ground of the desired use position, fix the fixed base 12, adjust the first rod body 11 and the second rod body 13 of the column to a suitable height according to the patient's height to facilitate the patient's hand-held use during walking training, and place the second floor mat 4 in the guardrail, turn on the timing display 15 on the guardrail, and the patient wears the eye mask 2 at this time. The patient walks according to the second foot shape 41 shown on the second floor mat 4, requiring the patient's back foot toe to be close to the front foot heel. When the patient's foot is located at the position of the intelligent monitoring component on the second foot shape 41, the induction light is on, and the intelligent monitoring component starts working. The intelligent monitoring component can adjust the timing range of 2-10 seconds. After the patient stabilizes the body in this position, the body does not shake or has no obvious shaking, then walk to the next step. The exercise time for each time is set according to the patient's condition and can be set to 10-30 minutes.

[0038] Step 4: If the patient can complete the training of step 1, step 2, and step 3 well, the fourth stage of training can be started. The training in this stage requires weakening the effects of vision and deep sense at the same time, and requires the patient to wear an eye mask 2. Install the guardrail on the flat ground at the required use position, fix the fixed base 12, adjust the first rod body 11 and the second rod body 13 of the column to a suitable height according to the patient's height to facilitate the patient to use it by hand during walking training, and place the second floor mat 4 in the guardrail, turn on the timing display 15 on the guardrail, and the patient wears the eye mask 2 at this time. The patient walks according to the second foot shape 41 shown on the second floor mat 4, and requires the patient's back foot toe to be close to the front foot heel. When the patient's foot is located at the position of the intelligent monitoring component on the second foot shape 41, the sensor light is on, and the intelligent monitoring component starts working. The intelligent monitoring component can adjust the timing range of 2-10 seconds. After the patient stabilizes the body in this position, the body does not shake or has no obvious shaking, then walk to the next step. The exercise time for each time is set according to the patient's condition and can be set to 10-30 minutes.

[0039] After the patient completes the four-stage training of the above four steps, the posture and gait problems caused by chronic dizziness can be greatly improved.

[0040] Vestibular neuritis is a peripheral vertigo disease that affects the vestibular nervous system. The method of the present invention specifically solves the gait and balance problems of patients. The present invention provides a comprehensive training auxiliary device, which aims to improve the gait and balance ability of patients through physical training and sensory stimulation.

[0041] Although embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that various changes, modifications, substitutions and variations may be made to the embodiments without departing from the principles and spirit of the present invention, and that the scope of the present invention is defined by the appended claims and their equivalents.

Claims

1. A posture and gait training auxiliary device suitable for patients with vestibular neuritis, characterized in that: It comprises guardrails, a floor mat and an eye mask (2), wherein the guardrails are arranged in two groups, and the floor mats are arranged in two groups.

2. A posture and gait training auxiliary device suitable for patients with vestibular neuritis according to claim 1, characterized in that: The guardrail comprises a column and a handrail (14); the column comprises a first rod body (11) and a second rod body (13); the second rod body (13) passes through the first rod body (11); the lower end of the first rod body (11) is connected to a fixed base (12); the upper end of the second rod body (13) is connected to the handrail (14); the first rod body (11) and the second rod body (13) are electrically controlled.

3. A posture and gait training auxiliary device suitable for patients with vestibular neuritis according to claim 2, characterized in that: The guardrail also includes a timing display (15) installed on one side of its upper end.

4. A posture and gait training auxiliary device suitable for patients with vestibular neuritis according to claim 4, characterized in that: The floor mat comprises a first floor mat (3) and a second floor mat (4), wherein the first floor mat (3) is provided with a first foot shape (31), and the second floor mat (4) is provided with a second foot shape (41), and the first foot shape (31) and the second foot shape (41) are respectively provided with intelligent monitoring components, and the intelligent monitoring components are used to detect and record the feet and time. A gravity sensor and a timer are built in.

5. A posture and gait training auxiliary device suitable for patients with vestibular neuritis according to claim 4, characterized in that: The first floor mat (3) and the second floor mat (4) have different hardnesses.

6. A posture and gait training auxiliary device suitable for patients with vestibular neuritis according to claim 5, characterized in that: The eye mask (2) further comprises a strap connected to one side thereof, and a heating device is also provided on the eye mask (2).

7. A posture and gait training auxiliary device and method suitable for patients with vestibular neuritis, comprising the posture and gait training auxiliary device suitable for patients with vestibular neuritis according to any one of claims 1 to 6, characterized in that: The specific steps include: Step 1: Install the guardrail on the flat ground at the desired use position, fix the fixed base (12), adjust the first rod (11) and the second rod (13) of the column to a suitable height according to the patient's height so that the patient can use it by hand during walking training, and at the same time place the first floor mat (3) in the guardrail, turn on the timing display (15) on the guardrail, and ask the patient to walk according to the first foot shape (31) shown on the first floor mat (3), and ask the patient to walk with the toe of the back foot close to the heel of the front foot. When the patient's foot is located at the position of the intelligent monitoring component on the first foot shape (31), the sensor light is on, and the intelligent monitoring component starts working. The intelligent monitoring component can adjust the timing range (2-10 seconds), and the patient will take the next step after the body is stable in this position and the body does not shake (or has no obvious shaking). The exercise time for each time is set according to the patient's condition, and the timer can be set to start working for 10-30 minutes. Step 2: After the patient can walk stably through effective practice on the first mat (3), the second stage of training can be started. During this stage of training, the visual function needs to be weakened, so the patient needs to wear an eye mask (2) to cooperate with the training. The guardrail is installed on the flat ground at the desired use position, the fixed base (12) is fixed, and the first rod body (11) and the second rod body (13) of the column are adjusted to a suitable height according to the patient's height so that the patient can use it by hand during walking training. At the same time, the first mat (3) is placed in the guardrail, and the timing display (15) on the guardrail is turned on. At this time, the patient wears the eye mask (2), and the patient walks according to the first foot shape (31) shown on the first mat (3), requiring the toe of the patient's back foot to be close to the heel of the front foot. When the patient's foot is located at the position of the intelligent monitoring component on the first foot shape (31), the sensor light is on, and the intelligent monitoring component starts working. The intelligent monitoring component can adjust the timing range (2-10 seconds). After the patient stabilizes his body in this position and his body does not shake (or does not shake significantly), he walks to the next step. The time for each exercise is set according to the patient's condition and can be set to 10-30 minutes. Step 3: When the patient completes the training of the above-mentioned steps 1 and 2, the third stage of training can be started. The deep sense function needs to be weakened during the training of this stage. The guardrail is installed on the flat ground of the desired use position, the fixed base (12) is fixed, and the first rod body (11) and the second rod body (13) of the column are adjusted to a suitable height according to the patient's height so that the patient can use it by hand during walking training. At the same time, the second floor mat (4) is placed in the guardrail, and the timing display (15) on the guardrail is turned on. At this time, the patient wears an eye mask (2), and the patient walks according to the second foot shape (41) shown on the second floor mat (4). The patient is required to walk with the toe of the back foot close to the heel of the front foot. When the patient's foot is located at the position of the intelligent monitoring component on the second foot shape (41), the sensor light is on, and the intelligent monitoring component starts working. The intelligent monitoring component can adjust the timing range (2-10 seconds). After the patient stabilizes his body in this position and his body does not shake (or does not shake significantly), he walks to the next step. The exercise time for each time is set according to the patient's condition and can be set to 10-30 minutes. Step 4: If the patient can complete the training of step 1, step 2, and step 3 well, the fourth stage of training can be started. The training in this stage requires weakening the effects of vision and deep sense at the same time, and requires the patient to wear an eye mask (2). Install the guardrail on the flat ground at the desired use position, fix the fixed base (12), adjust the first rod body (11) and the second rod body (13) of the column to a suitable height according to the patient's height so that the patient can use it by hand during walking training, and at the same time place the second floor mat (4) in the guardrail, turn on the timing display (15) on the guardrail, and then the patient wears the eye mask (2). The patient walks according to the second foot shape (41) shown on the second floor mat (4), and requires the patient's back foot toe to be close to the front foot heel. When the patient's foot is located at the position of the intelligent monitoring component on the second foot shape (41), the sensor light is on, and the intelligent monitoring component starts working. The intelligent monitoring component can adjust the timing range (2-10 seconds), and the patient walks to the next step after the body is stable in this position and the body does not shake (or does not shake significantly). The time for each exercise is set according to the patient's condition and can be set to 10-30 minutes. After the patient completes the four-stage training of the above four steps, the posture and gait problems caused by chronic dizziness can be greatly improved.

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