KR20200116608A - Treatment of epilepsy with epileptic treatment bed and 3D graphics - Google Patents

Abstract

According to the present invention, as a scenario method of a medical aid tool capable of treating otolithiasis, there are two cases in total, in which scenarios are divided into cases with no guardians and cases with guardians. In case with no guardian, treatment is induced by allowing a patient to take a treatment posture in a method that a decompression sensor determines a current posture of the patient and informs a posture to take in a backrest dedicated to treatment of otolithiasis. In case with a guardian, a current posture and a posture to take are informed through 3D graphics after allowing a sensor to be worn on a head of the patient and putting the patient on the backrest dedicated to treatment of otolithiasis, and thus a guardian sees the 3D graphics and helps the patient to properly take a posture for treatment. The medical aid tool capable of treating otolithiasis is formed in a structure of receiving an analog input from 5 to 7 sensors attached to the backrest dedicated to treatment of otolithiasis through a small embedded sensor, converting the received analog input into digital, analyzing the same, transmitting a result to a small computer, finally determining a current posture of a patient, and reproducing a voice that describes the next posture.

Description

Treatment of epilepsy with epileptic treatment bed and 3D graphics}

The present invention relates to a device and a method for assisting in the treatment of dyscalculia. The method of the present invention consists of a method for treating dyscalculia and an auxiliary device in two cases.

The scenario is divided into cases with no guardians and cases with no guardians. In the absence of a guardian, the decompression sensor determines the patient's current posture on the backrest dedicated to the treatment of yiseokjeung and induces treatment by taking the treatment posture in a manner that informs the posture to be taken.

In the case of a guardian, a sensor is worn on the patient's head, and the patient is laid on a back support exclusively for dysplasia treatment. It's about how and how to help.

The semi-circular tube is a type of three ring-shaped semi-ring tube, which is an auditory organ that senses rotation and acceleration of the body, and each ring is at right angles to each other and consists of X, Y, and Z axes, so you can feel acceleration in all directions in a three-dimensional space. I can. In this semi-circular tube, an bulge is formed between the ovarian cyst and the semi-circular tube, and the hair cells present in the bulge bulge inside the bulge play a role of sensing rotation. These hair cells transmit signals by being stimulated in the direction of rotation from the immobile hairs of the hair cells when the lymphatic fluid filled inside each semicircular tube rotates by inertia.

Dyslithosis is a disease in which the patient feels rotational dizziness as the otolith in the oval sac falls and flows into the semicircular canal, interfering with the flow of endolymph fluid.

There are two main types of dyslithiasis, and the type is cupulolithiasis (cupulolithiasis), which occurs when the lice are separated from the bulge and attaches to the bulge, and intraluminal dysplasia, which causes rotational dizziness by floating inside the tube of the bulge. (canalolithiasis).

Most of the causes of dystrophy patients are unknown, but most of the cases for which the cause can be reliably identified are typical causes of head trauma, ear inflammation, Meniere's disease, ear surgery, and aging.

When dyscalculia occurs, rotational dizziness occurs when lying down and turning your head from side to side, or when lying or standing up. The autonomic nerve is stimulated, causing nausea and vomiting.

Dix-Hallpike Test is used for the diagnosis of the posterior annular duct, which is the most common diagnosis method for dyslithiasis. In the Dix-Hallpike Test, the examiner turns the patient's head at 45 degrees and lays it on his back, and fixes the head at a position 20 to 30 degrees lower than the table. (Fig. 1) 2, while maintaining the posture 2 for about 30 seconds, nystagmus (the position of the eye moves to one side from the gaze point and the brain unconsciously moves to its original position) ). The examiner diagnoses the posterior annular duct dysplasia by judging the occurrence of nystagmus in the patient's eye. The nystagmus of the posterior annular duct is Upbeat-Torsional, which is a pattern that bounces upwards and turns outward, making diagnosis easier.

The method for diagnosing horizontal hemi-ring ductal dyslysis is using the Supine Roll Test test method of (Fig. 2). The Supine Roll Test method is diagnosed by observing the direction, duration, and pattern of nystagmus when the examiner correctly lays the patient down and turns his head to the left or right. Horizontal hemi-ring duct dysokjeung is classified into dysentery dysentery, with eyes facing the ground and nystagmus oriented, and nystagmus dysentery, with eyes facing the sky. Ordinary oriented anjinseong vertigo occurs when the head is turned toward the lesion, and the celestial anjinseong vertigo has a characteristic that there is no latency and persists while the head is turned.

The diagnosis method for dyscalcification of the anterior hemi-ring canal is the same as 1 of the Dix-Hallpike Test test method (FIG. 1), which is a diagnosis of late circulatory dyslysis. Since the anterior half ring canal and the posterior ring canal are located in the same plane, the right anterior half ring canal dyslysis can be tested using the left Dix-Hallpike Test. In contrast to the posterior annulus nystagmus, anterior hemi-ring canal dysplasia occurs with Downbeat-Torsional nystagmus, which is a pattern that bounces downward and turns outward.

Epley Maneuver is usually used for late annular dysplasia. Like the Dix-Hallpike Test, Epley Maneuver tilts his head back with the patient's head turned 45 degrees toward the lesion. Hold this position for 30 seconds so that there is a stone in the center of the latter half of the Gori-gwan. After that, the examiner observes nystagmus while turning the patient's head 90 degrees to the opposite side of the lesion with the patient's neck tilted back. At this time, if the direction of the nystagmus is maintained, Lee Seok is moving as intended, and the opposite direction is that Lee Seok does not move as well as intended. If Lee Seok is moving as intended, wait for 30 seconds if his head is turned 90 degrees. As Njin disappears, it is confirmed that Lee Seok's movement is over. Then lie down in the same direction while maintaining the angle of the neck. Turn your head further 90 degrees in the direction you are going to allow the patient to look at the ground. Maintain this posture until the patient's nystagmus stops, and sits upright without changing the angle of the head. (Fig. 3) Epley Maneuver As a treatment method for horizontal hemicircular dysplasia, there is a barbecue rotation method (BBQ Maneuver). The barbecue rotation method is a method of allowing the stone to escape from the horizontal ring pipe in the opposite direction of the Paengdaebureungjeong. First, turn the head 90 degrees from the lying position to the healthy side, then hold the posture for about 30-60 seconds until the nystagmus stops, then quickly turn 90 degrees in the same direction to return to the original position, and rotate the head for a total of 270 degrees.

1018496780000 Dyslithosis treatment device capable of remote automatic control and dyslithosis treatment method using the same 1020160009138 Dizziness treatment device provided in the form of earphones for use by persons with dizziness arising from the ear without a sense of rejection, and how to use the same 1020160012989 Dyslithosis treatment device capable of remote braking control and dyslithosis treatment method using the same 1020160009138 Dizziness treatment device provided in earphone form

An object of the present invention is to develop a medical auxiliary device capable of easily and conveniently and accurately treat dyscalculia anywhere and to a method thereof.

There are a total of two scenarios for medical aids that can treat dysbacteriosis. The scenario is divided into the case of no guardian and the case of having a guardian.

In the absence of a guardian, the decompression sensor determines the patient's current posture on the backrest dedicated to the treatment of yiseokjeung and induces treatment by taking the treatment posture in a manner that informs the posture to be taken.

In the case of a guardian, a sensor is worn on the patient's head, and the patient is laid on a back support exclusively for dysplasia treatment. help.

Medical aids capable of treating dyscalculia receive analog inputs from 5 to 7 sensors (FIG. 4) attached to the backrest for dyslithiasis treatment through a small embedded sensor (Fig. 5), convert it to digital, and analyze the result. When transmitted to a small computer (Fig. 6), it is configured to finally determine the current patient's posture and reproduce a voice explaining the next posture.

There are motions that require the head to be tilted back during the treatment of yiseokjeung. In order to be able to perform the motions even on a flat bare floor, a backrest (FIG. 7) that can be tilted back 135 degrees is designed and manufactured.

However, among the treatment movements, several movements require the head to be tilted back more than 90 degrees, but it is difficult to do it on the bottom. Therefore, the backrest (FIG. 7) exclusively for the treatment of yiseokjeung is configured in a design so that the treatment operation can be easily taken by simply being supported on the bottom.

By attaching a decompression sensor to the backrest dedicated to the treatment of yiseokjeung, the patient's posture is judged and the next posture to be taken is notified by voice, so that the patient alone can receive treatment with the backrest.

The audio playback library module was used as a method of reproducing the voice in a small computer. The weight at each sensor location was measured by connecting the FSR sensor to the embedded sensor, and the posture is detected by an algorithm that mainly uses the difference between the left and right values.

The auxiliary device for treating dyspareunia according to the present invention has the following effects.

It is possible to develop a machine that can easily and conveniently treat dyscalculia anywhere. The machine automatically and accurately treats dyslithiasis, so that when the user does wrong treatment, it can prevent the situation that dyslithosis worsens. It is divided into'lowest price type' that can be easily used anywhere,'for supply', which is highly useful in various situations, and'for professional treatment,' which can be used by specialists in hospitals, so it is highly efficient in many ways. The treatment method can be automatically executed even if the user does not know the treatment method separately.

In the earliest invention, after visiting a hospital and diagnosing the condition and disease name, it helps to self-medicate at home, and at this time, the treatment effect can be maximized by maintaining the correct direction and angle.

1 is an example of the Dix-Hallpike Test test method.
Figure 2 is an example of the Supine Roll Test test method.
Figure 3 is an illustration of a barbecue rotation method (BBQ Maneuver) treatment.
4 is a diagram of a weight detection sensor attached to an embedded sensor.
Figure 5 is a sensor design for the treatment of yiseokjeung.
6 is a representative diagram of the overall system configuration.
7 is a backrest dedicated to the treatment of yiseokjeung.

Dizziness, such as ear syndrome, has a very high social cost. This is because it is difficult to heal quickly with surgical treatment, and problems related to quality of life such as decreased concentration are very large. Once onset, yiseokjeung has to continuously perform certain movements, but if the correct angle and direction are not aligned, it has little effect. This is the same principle that when a small iron ball is contained in a winding glass tube, the dictation must be continuously moved in a specific direction to get out of the dictation. Therefore, if it is difficult to try treatment in the correct direction, there is a problem that you must visit the hospital every day.

The present invention helps to self-medicate at home after visiting the hospital at the time of the earliest invention and diagnosed with the condition and name of the disease without the need to visit the hospital, and using auxiliary devices at this time allows the correct direction and angle to be maintained. The treatment effect can be maximized.

Claims (2)

A device that informs a plurality of internal embedded sensors, a receiving unit that receives it, and information from the receiving unit in 3D graphics, so that the caregiver and patient can take a proper posture for treatment. Scenarios divided into cases without guardians and cases with parents.
In the absence of a guardian, the decompression sensor determines the patient's current posture on the backrest dedicated to the treatment of yiseokjeung, and induces treatment by taking the treatment posture in a manner that informs the posture to be taken.
If a guardian is present, a sensor is worn on the patient's head, and the patient is laid on a back support dedicated to the treatment of dysbacteriosis, and the current posture and posture to be taken are guided.

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