KR101202018B1 - Seating apparatus for diagnosis and treatment of diagnosing and curing urinary incontinence, erectile dysfunction and defecation disorders - Google Patents

Abstract

PURPOSE: A seat-type diagnosis and treatment device including a function for the diagnosis and treatment of urinary incontinence, sexual dysfunction, and dyschezia is provided to conveniently diagnose symptoms by using a contact-type air probe sensor module. CONSTITUTION: A contact-type air probe sensor module is fixed in a main body case. An air generating module supplies air to the contact-type air probe sensor module. A power module(60) controls the intensity of currents output from a battery. An interface module(70) is installed on an outer side of the main body case. A display module(80) displays various data outputted from a control module and an external device. [Reference numerals] (100) Contact-type air probe sensor; (23) First heater; (35) First light source; (36) First vibration generating motor; (42) Digital content provider server; (44) PPL advertisement generating unit; (49) PPL advertisement server; (51) Digital content and PPL advertisement composing unit; (52) User terminal; (53) Saving device; (54) MP3 player; (55) First wireless communication device; (60) Image taking unit; (63) Digital content generating unit; (70) Interface module; (81) Monitor; (82) Speaker; (83) Second wireless communication device; (90) Insertion-type electronic probe sensor

Description

SEATING APPARATUS FOR DIAGNOSIS AND TREATMENT OF DIAGNOSING AND CURING URINARY INCONTINENCE, ERECTILE DYSFUNCTION AND DEFECATION DISORDERS}

The present invention relates to a seating type diagnostic treatment device, and in detail, by measuring the contraction pressure and contraction time of the user's pelvic floor muscles, perineum and anal sphincter muscles in a state where the user is dressed and seated. Seated type with diagnosis and treatment of urinary incontinence, sexual dysfunction, and bowel disorders to diagnose symptoms of sexual dysfunction and defecation disorders, and to treat the symptoms of urinary incontinence, sexual dysfunction and defecation disorder through biofeedback exercise and training It relates to a diagnostic treatment device.

Urinary incontinence is an impaired control of the bladder and urethral sphincter, in which the pressure in the bladder exceeds the maximum urinary resistance and involuntary urinary outflow. Symptoms of urinary abnormalities in which involuntary urination is objectively revealed to cause social activities or hygiene problems. It can be defined as a group.

Urinary incontinence can be categorized into Urge Incontinence, Stress Incontinence, and Mixed Incontinence.

Urgent urinary incontinence is due to instability of the detrusor muscle (근), and when urinating, there is no force to stop the flow of urine and it is unbearable and involuntary urination.

Stress urinary incontinence occurs when the pressure rises, the abdominal pressure rises suddenly in the state of loosening of the urethral ligament, the spongy sphincter, the perineal muscle, and the anal sphincter. There are many things to do, such as sneezing, laughing, lifting, running, blowing, intense exercise, impatience, excitement, rushing upstairs, and standing up suddenly.

Mixed urinary incontinence is an urinary incontinence in which the symptoms of urge incontinence and stress urinary incontinence are mixed.

In general, urinary incontinence is more common among women than men. In modern society, where women are increasingly entering the society and the elderly population is rapidly increasing, the psychosocial and economic impact of incontinence on women is very serious. First of all, in terms of economics, a report published in the United States in 1989 suggested that the amount paid to manage urinary incontinence was more than US $ 10 billion, more than the cost of AIDS treatment, which is a significant economic problem.

In physical damage, the vulva is always wet, vulnerable to fungal infections, contact dermatitis occurs well. In mental damage, anxiety, tension and shame caused by unpleasant odors interfere with interpersonal relationships and social activities. Negative effects can lead to emotional disorders such as depression and alienation.

Moreover, excessive extension of the pelvic structure due to pregnancy and childbirth is known to weaken the contractile force of the pelvic floor muscles (vaginal muscle), which not only impairs sexual function but is also a factor of urinary incontinence. According to the survey, 90% of people have avoided marital relations more than once because of urinary incontinence, and 80% of women with severe symptoms avoid marital relations. Urinary incontinence is a negligible disease that interferes with marital life beyond the inconvenience of daily life.

Urinary incontinence tests include questionnaires, questionnaires, urinalysis, residual urinalysis, urethral dynamics tests, cystoscopy, radiation and ultrasound tests, urination diaries, pad tests, and vaginal contraction pressure gauges. Among these, the vaginal contraction pressure gauge is a foreign-made manual (pump) and electronic type, and hospitals and research institutes of each university mainly use this equipment to measure the pelvic floor muscle contraction pressure and pelvic floor muscle contraction pressure duration, and to identify the symptoms of urinary incontinence. Measure the effect of pelvic floor strengthening (Kegel). However, these measuring devices are difficult to use personally because they are professional and very difficult to operate.

Urinary incontinence treatment includes medication, surgery, and non-surgical therapy. Drugs used for drug treatment include anticholinergic, smooth muscle relaxant, tricyclic antidepressant, and the like. Sling surgery, birch surgery, tape TVT surgery, collagen injection, balloon therapy, and the like.

Non-surgical therapy can be divided into physiotherapy and behavioral therapy. Physiotherapy includes pressurization therapy, magnetic device treatment, cone cone, heat therapy, magnetic therapy, and vaginal contraction pressure feedback.

Among these, the electrical stimulation treatment is a method of inducing passive muscle strengthening by applying electrical stimulation to the pelvic floor muscles, and the magnetic device material is a method of passively contracting the pelvic floor muscles by forming a magnetic field. Behavioral therapies include bladder training, Kegel exercises, and biofeedback.

Bladder training is a method of urination training according to time, and Kegel exercise is a pelvic muscle exercise devised by Arnold Kegel in 1948. It helps to treat urinary incontinence and muscle by increasing the function and strength of muscle through contraction of pelvic floor muscles. It is widely applied as a giving exercise. Since pelvic floor muscles (vaginal muscles) are not usually used muscles, it is important to exercise using the correct muscles. This is because there are many concerns about using abdominal or buttocks muscles in addition to pelvic muscles during pelvic floor muscles movements, thereby increasing abdominal pressure. Rather, it results in worsening incontinence.

Biofeedback, which means physiological self-regulation, is a behavioral therapy based on the theory of learning through reinforcement proposed by BF Skinner, which detects the patient's biological response and displays the visual, auditory and sensory signals. It refers to learning by doing by converting the form into a patient to see, hear and feel.

Sexual dysfunction is divided into female and male individual symptoms, and the female sexual dysfunction is classified into symptom of sexual desire disorder, sexual excitement disorder, orgasm disorder, and dyspareunia.

In addition, male sexual dysfunction (erectile dysfunction) includes premature ejaculation, erectile dysfunction, ejaculation pain (射精 痛), prostate disease, decreased libido.

First, premature ejaculation of sexual dysfunction in men has no medically defined definition, but it is defined as "when ejaculation before sexual partner is satisfied because it is unable to control ejaculation on its own" and exceeds 50% of total sexual intercourse. " The most common symptom of male sexual dysfunction is 40% of adult males and 60-70% of patients who visit urology departments. Is high, and has recently increased rapidly among young people.

The cause of premature ejaculation is thought to be the main cause of psychological problems, but it is not yet clear. Psychological conflict, anxiety, early sexual experience, vaginal ejaculation due to pregnancy fear, masturbation, ideal sense of Glans The diagnosis is performed by self-approach, behavioral approach, and psychological approach to sexual function, such as questionnaire, physical examination, sensory nerve oscillation angle test, penile colorado ultrasonography, computer erection analyzer (Ridscan, Rigiscan). It can be diagnosed by means of assessment, sensitivity test, or the like.

Treatment of premature ejaculation includes behavioral therapy, drug therapy, topical application, vasodilator self-administration, penile dorsal nerve block, autologous dermal graft, internal and external magnetic device, anal sphincter biofeedback treatment, herbal medicine, herbal suppository.

Next, impotence is defined as "a condition in which sexual intercourse is impossible due to insufficient erection or erection, but it is impossible to maintain sexual intercourse." Causes, aging, disease, side effects of drugs, drinking, smoking, etc. are the cause.

Diagnosis includes medical history, questionnaire, erectile index (IIEF), physical (systemic) tests, hormonal tests, erectile provocation tests, transrectal prostate ultrasonography, penile caladoplography, penile cavernoscopy, penile cavernoscopy, penile angiography, It is diagnosed by cavernosal angiography, Rigiscan, Snap gauge, Audio-visual stimulation test, EMG test, and the treatment includes psychiatric treatment, medication, penile vascular surgery, penile artery reconstruction, and penile vein ligation. , Penis implantation, vasodilation self-injection, vacuum penis inhaler, internal and external magnetic device treatment, anal sphincter biofeedback treatment, herbal medicine, herbal suppository.

The following are sexual intercourse disorders caused by male prostate disease.

"Prostate" is located in the lower bladder between the pubic bone and rectum, the bladder neck is upward, and the urogenital septum is downward. 밤) Anterior to the pelvic prostate ligament, anteriorly located in the pelvic cavity, deep in the pelvic cavity, about 20g of chestnut-shaped organs surrounding the posterior urethra with wheels. ), It is a sex adjunct organ that exists only in men. Urethra penetrates obliquely to the front of the prostate. In addition, both ejaculation tubes penetrate the parenchyma from the back of the urethra. The prostate parenchyma is divided into three glandular lobes, which have a mesenchyme above the penile tube penetrating part and a lobe lobe on the left and right of the urethra. It has the structure of, and is divided into glandular tissue and epilepsy. In addition, the prostate gland produces 30% of semen and nourish the sperm made from testicles, and improves sperm motility by liquefying the ejaculated semen. ) To help. The prostate fluid is alkaline and neutralizes the strong acid in the vagina, creating an environment in which sperm can survive and helping the uterus to reach the uterus for fertilization. It plays an important role in the sperm activity.

On the other hand, diseases related to the prostate can be roughly classified into "prostatitis", "prostate hyperplasia", and "prostate cancer". Among prostate diseases, Koreans have more prostatitis and lower incidence of prostate cancer. However, in recent years, the incidence of prostate hyperplasia and prostate cancer is gradually increasing due to the increase in Western lifestyle and elderly population.

First, prostatitis is an inflammation of the prostate gland, which affects 30% of men in their 20s and 50s, 50% of men experience it once in their lives, and 25% of patients with urology visit It is a common disease that is assumed to be prostatitis. It is classified as acute or chronic bacterial prostatitis, chronic non-bacterial prostatitis, and prostate pain.

Symptoms of prostatitis include urinary disorders such as residual urine, frequency, nocturia, pyuria, and urine, and lower abdomen. Discomfort and pain in the lower and perineum, back pain, testicular pain, urination pain, systemic muscle pain and ejaculation pain, premature ejaculation, It appears as male sexual dysfunction (ED), such as erectile dysfunction (나타난다 不全).

In addition, the diagnosis of prostatitis includes palpation test, inflammatory cell test, bacterial culture test, urinary flow rate test, cystoscope test, rectal ultrasound test, and color. Doppler complex ultrasonography, polymerase chain reaction (PCR) test, etc.The treatment of prostatitis includes special antibiotics, anticholinergic agents, alpha blockers, hormones, muscle relaxants, prostate drug injection, neurosuppression therapy, microwave Thermotherapy, neural stimulation therapy, high frequency acupuncture (TUNA), herbal medicine (Suppository), herbal suppository, anti-inflammatory analgesic, prostate massage, hot water bath, thermal bath Low frequency electrical stimulation, internal and external magnetic stimulation, biofeedback exercise, pelvic gymnastics, exercise, and diet.

However, the prostatitis is often unable to find the causative organism and cause identification, and because the prostate itself is composed of special cells, the drug does not penetrate well, so there is a limit to drug treatment (about 60% treatment). Recurrences often occur after symptoms are alleviated, and many patients suffer from chronic "chronic diseases" (잘 性 疾患). Accordingly, while many patients seek treatment in many ways, physical and economic losses and mental devastation reduce their efficiency of living and significantly reduce their quality of life.

Next, prostatic hypertrophy occurs most often in men's prostate gland after middle age, and histologically, epithelial, smooth muscle and connective tissue 증식) proliferates, functionally enlarges the prostate gland, compresses the urinary tract and increases urinary tract resistance, causing urination disorders and male sexual dysfunction (ED). As a disease, 50% in the 50's, 60-80% in the 60's and 70's are prostate hypertrophy patients are the representative diseases of older men. Genetic enlargement, constitution, nutrition, arteriosclerosis, and racial differences are mentioned as causes of prostatic hyperplasia, but they are not known precisely. In view of what is happening, it is closely related to male hormones.

Diagnosis of prostatic hyperplasia can include medical history, symptom score (I-PSS) test, balance test, urinary tract test, residual urinalysis, ileal prostate ultrasound test, and prostate specific antigen: PSA) test, bladder test, urine test, cytology, renal function test, etc. The symptoms of prostatic hyperplasia include urine, nocturia, delayed urine, tax, residual urine, and urinary tract. (尿 閉) such as urination disorders (排尿 障碍) and lower abdominal and perineal discomfort, pain, etc. may be accompanied by symptoms such as premature ejaculation and erectile dysfunction (ED). The treatment of enlarged prostate includes conservative waiting therapy, medical treatment, physical therapy, and low-invasive therapy. Minimaly invasive therapy, surgical treatment, and other medical treatments include alpha-sympathetic blockers, alpha-reducing enzyme inhibitors, anti-male hormones, herbal medicines, and herbal suppositories. And physical therapy, such as biofeedback therapy, low-frequency electric stimulation therapy, internal and external magnetic device materials, and low-invasive therapy, prostate urethral balloon dilatation, prostate urethral stent. , Microwave therapy (TUMT), laser therapy (TULIP, VLAP, TUEP, KTP), High intensity focused ultrasound (HIFU), Transurethral needle ablation (TUNA), laser prostatectomy Laser prostatectomy, electric Electro vaporization, thermotherapy, etc. Surgical treatments include Transurethral resection of prostate (TURP), Transurethral incision of prostate (TUIP), Open prostatectomy. Etc.

Next, prostatic carcinoma is a malignant tumor starting from the periphery of the prostate, and the incidence increases with age, mainly in men over 50 years old. Is most common among men in the United States, with the highest mortality rate after lung cancer. The incidence of prostate cancer among Korean men is lower than that of Westerners, but the elderly population is on the rise, and it is rapidly increasing due to westernized eating habits, air pollution, and environmental pollution.

The cause of prostate cancer is unclear, but genetic factors, age, and male hormone (Androgen) have been reported to be associated as trigger factors, and symptoms of prostate cancer usually progress slowly. As a result, there is no clear subjective symptoms, and at first, the degree of discomfort or pressure in the perineum and rectum occurs, but as urination progresses, urination disorders, hematuria, pneumonia, renal dysfunction, and metastasis are present. It is unique to bones and is often found by chance during regular health screening or prostatic hyperplasia, rather than due to the patient's or doctor's attention and symptoms.

Diagnosis of prostate cancer includes: DRE, transrectal ultrasonography, histology, Prostate Specific Antigen (PSA), Perineal punch biopsy, bone isotope It is diagnosed by elemental examination, lymphangiography, etc., and the treatment of prostate cancer is surgical therapy that involves anti-male hormone or female hormone therapy (Hormonal Therapy) and radical prostatectomy. (Surgical Therapy), Radiotherapy to irradiate the prostate gland in vitro, Chemotherapy to administer two or more anticancer drugs when hormonal therapy is ineffective or ineffective There is this. The prognosis of prostate cancer depends on the general condition, age, and the nature of the cancer cells (differentiation) .In general, prostate cancer has a slower progression, so the 5-year survival rate is limited to 70%. 90%, 50-70% of cases spread around the prostate, 30-50% of cases with lymph node metastasis, 20-30% of cases of distant metastasis to bones or lungs, When the radical prostatectomy is performed, the 5-year survival rate is 85-95%.

On the other hand, if you briefly describe the "symptoms" and "constipation" that is a typical symptom of defecation disorder (排 便 障碍 hemorrhoids) and "fecal incontinence",

First, hemorrhoids, which most adult populations experience, are diseases of the lower rectum, anus, and perianal tissue. Hemorrhoids, anal fistula, and dentition , Anal fissure), anal inflammation, anal pruritus, rectal prolapse.

Haemorrhoids, which account for 50% of the time and are commonly recognized as hemorrhoids, are caused by abnormal enlargement or enlargement of the anal mucous membrane that covers the blood vessels of the anal vasculature due to some cause, protruding out of the anus 40-50% of adult males and females suffer from the disease and are classified into internal hemorrhoids (dark hemorrhoids, 20%), external hemorrhoids (medium hemorrhoids, 10%), and mixed hemorrhoids (70%) according to their shape and location. The causes are caused by factors such as aging, genetic factors, abnormal bowel habits such as constipation and diarrhea, wrong eating habits such as meat eating and drinking, overwork, physical fatigue, cirrhosis, intraperitoneal tumor, and pregnancy. , Medical Examination, Inspection, DRE, Proctoscope, Sigmoidoscopy, Rectal Ultrasonography, Rectal Anal Pressure Anorectal manometry, anal sphincter electromyography (Anal EMG).

Treatments include diet, exercise, bathing, massage, ointment, suppositories, thermotherapy, herbal medicine, herbal suppositories, biofeedback, injection therapy, rubber ring ligation therapy, infrared thermal coagulation therapy, cryotherapy, laser therapy, surgery therapy, etc. have.

Next, fecal incontinence is a phenomenon in which gas or liquid stools are discharged without knowing one's own will, and this is a symptom rather than a disease. Causes disability. Causes of injury include damage to the pelvic and anal sphincter, damage to the central and genital nerves, hypoesthesia of the rectum, hypofunction of the anal sphincter, congenital malformations, labor and long-term use of constipation. Anorectal manometry, anal EMG, defecography, and anal ultrasonography can be used. Treatment of fecal incontinence includes diet, medication, gastrointestinal reflexes, biofeedback training of rectal and anal sphincter, anal sphincter restoration, and posterior anal corrective surgery.

Next, constipation is the main symptom of defecation disorder, and if the number of bowel movements is less than twice a week, or if the weight of the bowel movement is less than 35g per day, it is difficult for more than 25% of the bowel movements. And when there is hard bowel movement or residual stool, it is defined as "constipation" when two or more symptoms in the above items last more than three months. The incidence rate is about 10% of the total population, and the frequency of incidence is about three times higher than in males and young people, especially among young women and the elderly. Causes are caused by factors such as mental or environmental factors (stresses), poor diet and lifestyle, endocrine and metabolic disorders, neurological disorders, drug abuse, and structural abnormalities in the large intestine or anus. Tests include colonoscopy, colonic transit time, large bowel study, anal sonography, anal sphincter electromyography, and rectal analgesia. Treatments for constipation include training for bowel movements, dietary fiber and lactic acid bacteria, lifestyle modifications, medications, herbal medicines, herbal suppositories, biofeedback therapy for rectal and anal sphincter muscles, low frequency electric stimulation therapy, internal and external magnetic devices, and surgery. Therapy and the like. Among these treatments, "Biofeedback Therapy" is a contraction-relaxation therapy that has recently been very effective in treating constipation and constipation, and includes a probe, an LCD display, and a headphone. Through self-training and seeing and listening to information on their rectal and anal sphincter contraction and relaxation movements to maximize the capacity of the body, autonomic and sensory motor nerves to improve the reduced rectal sensation and the function of the sphincter to treat symptoms This is the most fundamental and effective treatment for constipation and constipation.

As described above, the causes, symptoms, and treatments of urinary incontinence, sexual dysfunction, prostate-related diseases and bowel movements were explained, and biofeedback training (exercise) and application examples are as follows.

Anorectal physiology examination is a means of diagnosing urinary incontinence, sexual dysfunction, prostate-related disorders and defecation disorders.Anorectal manometry , Balloon expulsion test, balloon proctography, defecography, colonic transit time study, anal electromyography, transrectal ultrasonography ), Anorectal angle, and saline continence test.

Among the types of physiological tests, rectal analgesic instrument is a device equipped with physiological examination function and biofeedback therapy function of rectum and anal sphincter, and handles colon and anal diseases. It is widely used in hospitals.

In addition, biofeedback is a compound word of bioology and feedback, which means physiological self-regulation, and it can be learned through reinforcement suggested by BF Skinner. It is a kind of behavioral therapy based on theoretical learning based on learning through reinforcement. It detects the patient's biological response and transforms it into the form of visual, auditory, and sensory signals so that the patient can see, hear, and feel. It means learning by yourself. Recently, it has been accepted as a part of institutional medicine (orthodox medicine) beyond the categories of alternative medicine and complementary medicine. It is becoming wide enough to be used for the treatment of symptoms. Representatively, biofeedback training is used for pelvic floor muscle biofeedback training and urinary dysfunction (FSD, ED), which is used to treat incontinence. Vagina muscle and anal sphincter biofeedback training, irritable bowel syndrome (ICS), biofeedback training for rectal and anal sphincter incontinence treatment Frontal muscle EMG biofeedback training, electrocardiogram biofeedback training for high blood pressure and arrhythmia, bady temperature biofeedback training, galvanic skin response It is applied to biofeedback training.

As described above, in addition to the means for diagnosing and treating urinary incontinence, sexual dysfunction, prostate-related diseases and bowel disorders, commercially available or patented devices include ultra-long wave (VLF), ultrasound (Super Sound Wave, Therapeutic device of anal insertion rod type using ultrasound, infrared ray, near infrared ray (NIR), laser, heat, hot water, vibration, vacuum, etc. There are urethral catheters using stimulation and ultrasound, and there are perineum massage devices using vibration, heat, low frequency, and LF, and warm baths using medicinal herbs such as wormwood. And left baths, mugwort tube and the like.

However, such a therapeutic device only temporarily reduces pain or discomfort, and the effect of the treatment is short-term, and the efficacy of the treatment is not sufficient for the user.

In addition, oral medications used as therapeutic drugs include problems such as drug resistance caused by long-term administration, side effects such as deterioration of organ function, and damage, and drug treatment (치료 治療). ) Alone is difficult to cure, and in most cases, there is a disadvantage in that the surgery must be performed in parallel, and bilateral and oriental medicine suppository (洋 方 坐 藥), the drug does not last long, because it is put into the rectum and anus with fingers Not only very unsanitary, there is an inconvenience to live for a long time, and nevertheless there was a disadvantage that the used drugs are not sufficiently absorbed by the human body.

In addition, physiological tests and biofeedback treatment methods for anal diseases, bowel movements, and sexual dysfunctions take up a large amount. Anorectal manometry, which is used in most hospitals, requires a visit to the hospital every time during treatment. There is a problem that the cost of inspection and treatment is very high as it is expensive equipment that is difficult to understand and difficult to understand due to complicated operation and complicated functions and operations.

In addition, low frequency electric stimulation therapy (LFES) and internal and external magnetic device (MS), widely used for the treatment of urinary incontinence and defecation disorders, utilize currents and magnetic fields to prevent muscle contraction and relaxation. As a therapeutic device of exercise function, there is a problem that the therapeutic effect is short, the possibility of relapse is high, and the scientific reproducibility is insufficient.

Antibiotics, which are widely applied to prostate-related and anal-related diseases, are used in over-the-counter and over-prescription in developed countries, and in small doses in the developing countries. Due to the side effects caused by the resistance, the emergence of strong resistant bacteria (耐性 菌) that has not been treated with the antibiotics that have been treated in the past, is currently facing a serious level worldwide. In fact, in the United States, the cost of treatment for antibiotic resistance is about $ 30 billion per year, and in Korea, the frequency of antibiotic use is 33.2 people per 1,000 people per day, which is an average of 21.3 people, an average of 21.3 OECD countries. The rate at which hospitals prescribe antibiotics to patients is more than two to three times higher, at 58.9 percent, well above the World Health Organization's 22.7 percent recommendation, and the frequency of injecting prescriptions at the World Health Organization (WHO) It is 56.6% which is 3 times higher than recommended by 17.2%. In particular, the penicillin resistance rate to Staphylococcus is 95%, and Korea's antibiotic abuse rate is the highest in the world, and the number of antibiotic resistant patients continues to increase, but efforts to block it are only temporary measures. Lo has a problem with no pointed solution.

In addition, personal diagnostic treatment devices (Domestic Patent Publication Nos. 10-0710908 and 10-0727783) using silicon air probes registered and filed by the applicant also cause shame and discomfort as a singular point that most users use at home. In rare cases, the diagnostic diagnostic device for hospitals suffers from inconvenience and shame because the patient who first visits the hospital has to insert the air probe into the body cavity with the help of a nurse in some open places.

1. Domestic Patent Publication No. 10-0710908 2. Domestic Patent Publication No. 10-0727783

The present invention is to solve the above problems, the nurse or the user easily using the seating type close probe sensor in a state that the user is wearing (着 衣) and seated on the device in a public place, such as a hospital The symptom of urinary incontinence, sexual dysfunction and defecation can be easily diagnosed by measuring the contraction pressure and contraction duration of pelvic floor muscle, perineum and anal sphincter. The present invention provides a seated diagnostic treatment device equipped with a diagnosis and treatment function of urinary incontinence, sexual dysfunction, and defecation disorder, which enables simple and scientific treatment of the symptoms of urinary incontinence, sexual dysfunction, and bowel disorder through training.

In addition, the present invention is inserted into the user's body cavity by inserting the air probe sensor connected to the main body seated or lying on the device in a private place such as home, more precise, scientific and accurate pelvic floor muscles (vaginal muscles) and Diagnosing the symptoms of urinary incontinence and sexual dysfunction by measuring contraction pressure and contraction duration of anal sphincter, and through more precise and scientific biofeedback exercise and training of pelvic floor muscle (vaginal muscle) and anal sphincter, And another object of the present invention is to provide a sitting-type diagnosis and treatment apparatus having a diagnosis and treatment function of urinary incontinence, sexual dysfunction, and bowel disorders, which can treat the symptoms of defecation disorder.

In addition, the present invention is inserted in the body cavity of the user by sitting or lying in a private place, such as at home, the body pelvic floor muscles (vaginal muscles) and anal sphincter muscle bioelectrical impedances (生 體 電氣) Diagnosis and treatment of urinary incontinence, sexual dysfunction, and bowel disorders by diagnosing the symptoms of urinary incontinence and sexual dysfunction, and by applying electricity to the pelvic floor muscles (vaginal muscle) and anal sphincter. Another object is to provide a seated diagnostic treatment device provided.

According to an aspect of the present invention,

A main body case having a space portion formed therein and formed in an hexahedron shape with an open upper portion; A sheet coupled to an upper surface of the main body case and having a through hole formed at a central portion thereof; The upper end penetrates the through-hole of the seat so as to protrude to the upper surface of the seat, and is fixed in the main body case. The contraction pressure and duration of the pelvic floor muscle, perineum and anal sphincter muscle of the user are measured by lifting and expanding by air A close air probe sensor module for inducing a contraction relaxation motion; An air generating module fixed in the main body case, supplying air to the close-type air probe sensor module, and provided with an air outlet to supply air to an external device; It is fixed in the main body case, and controls each component according to a control command input from the outside, pelvic floor muscles (vaginal muscles) to determine urinary incontinence, sexual dysfunction and defecation disorder using the pressure value measured from the air generating module ), And the contraction pressure and contraction duration of the perineal muscle and anal sphincter are measured and provided to the outside, and the bioelectrical impedance of the pelvic floor muscle (vaginal muscle) and the anal sphincter is measured by the signal input from the external device A control module provided with; A power terminal is installed on an outer surface of the main body case, receives commercial power through the power terminal, charges power to a battery provided in the main body case, supplies a voltage output from the battery to each component, A power module for controlling the intensity of the current output from the battery according to external control; An interface module installed on an outer surface of the main body case and electrically connected to the control module and the power module to connect the external device; And a display module connected to the interface module and electrically connected to the control module and the power module to display various data output from the control module and an external device, and receive a control command and transmit the control command to the control module. It is done.

Here, the external device is connected to the interface module, and receives the power from the power module to measure the bioelectrical impedance of the pelvic floor muscles (vaginal muscles) and anal sphincter muscles so as to determine urinary incontinence and sexual dysfunction. An insertion type electrical probe sensor outputs a control module and outputs a current forcing contraction and relaxation of the user's pelvic floor muscle (vaginal muscle) and anal sphincter muscle under the control of the control module.

Here, the external device is mechanically coupled to the air outlet of the air generating module, and is connected to the interface module and inflated by air to contract the pressure and duration of contraction of the pelvic floor muscles (vaginal muscle) and anal sphincter of the user. It is an insert type air probe sensor that measures and induces contraction and relaxation movement.

Here, the main body case is formed of a synthetic resin material or a metal material, a handle is provided on the front surface, a pedestal is formed on the bottom surface, the display module, the insertion type electrical probe sensor and the insertion type air probe sensor on one side An accommodation groove is formed to be stored.

Here, the sheet and the first heater provided therein; A backrest coupled to the back of the main body case is further provided.

Here, the close-type air probe sensor module is formed in a cylindrical shape of the upper surface is open, the "凸" shape is formed, the frame is formed in the first air tube hole of the rectangular shape on the side; An elevating member having an upper surface formed in an open cylindrical shape, formed in a “凸” shape, having a hole for a second air tube formed in a side thereof, and elevating in and out of the frame; An airbag installed in the lower surface of the elevating member in the frame and expanded by the air supplied from the air generating module to elevate the elevating member; And a streamlined shape so as to be in close contact with the user's pelvic floor muscles, perineum and anal sphincter muscles when inflated by the air supplied from the air generating module with a transparent or translucent elastic material, and a lower end thereof is fastened by an upper end and a fastening ring of the elevating member. It consists of a tightly coupled probe sensor.

The close-type air probe sensor module may further include a first light source installed inside the elevating member to irradiate light; It is further provided with a first vibration generating motor installed on one side of the elevating member to generate a vibration.

Here, the air generating module and the air pump for generating air; A distribution terminal for distributing air generated in the air pump; An air shutoff valve connected to one side of the distribution terminal; The contact probe sensor is formed of an elastic material and connected to the hole of the second air tube of the elevating member through the hole for the first air tube formed in the frame of the air shutoff valve and the contact type air probe sensor module. Expanding the first air tube; A second air tube formed of an elastic material and connected to the air bag through the first air tube hole formed in the frame of the air shutoff valve and the close-type air probe sensor module to expand the air bag; A third air tube having one end connected to the other side of the distribution terminal; A fourth air tube interconnecting the air shutoff valve and the air outlet; And a pressure sensor connected to the other end of the third air tube and electrically connected to the control module to measure pressure and output a pressure value to the control module.

Here, the insertion type electric probe sensor further comprises: a second heater for generating heat; A second light source for irradiating light; And a second vibration generating motor for generating vibration.

Here, the insertable air probe sensor further comprises: a third heater for generating heat; A third light source for irradiating light; And a third vibration generating motor for generating vibration.

The control module may further include a first wireless communicator for wirelessly transmitting and receiving data with the display module, and the display module further includes a second wireless communicator for wirelessly transmitting and receiving data with the control module.

According to the present invention, the seating type diagnostic treatment device equipped with the diagnosis and treatment function of urinary incontinence, sexual dysfunction, and bowel movements, which is constituted as described above, is worn by a user in a public place such as a hospital and seated on the device. Using a seated close proximity probe sensor, the nurse or user can easily measure the contraction pressure and contraction time of the pelvic floor muscles, perineum and anal sphincter muscles. The symptom of sexual dysfunction and defecation disorder can be easily diagnosed, and through biofeedback exercise and training, the symptoms of urinary incontinence, sexual dysfunction and defecation disorder can be treated simply and scientifically.

In addition, according to the present invention by inserting the insertion-type air probe sensor connected to the body in a private place, such as home seated or seated in the body cavity of the user, more precise, scientific and accurate pelvic floor muscles (vaginal muscles) Diagnose symptoms of urinary incontinence and sexual dysfunction by measuring contraction pressure and contraction duration of anal sphincter and anal sphincter, and incontinence and sexual function through biofeedback exercise and training of more precise and scientific pelvic floor muscle (vaginal muscle) and anal sphincter The symptoms of the disorder and bowel movements can be treated.

In addition, according to the present invention by inserting the insertion-type electric probe sensor into the user's body cavity while sitting or sitting in a private place such as a home, the bioelectrical impedance of the pelvic floor muscles (vaginal muscles) and the anal sphincter muscles (生 體 電氣) The symptoms of urinary incontinence and sexual dysfunction can be diagnosed, and the pelvic floor muscle (vaginal muscle) and anal sphincter can be applied to treat the symptoms of urinary incontinence, sexual dysfunction and defecation.

1 is a perspective view showing the configuration of a seated diagnostic treatment device equipped with a diagnosis and treatment function of urinary incontinence and sexual dysfunction, bowel movements according to the present invention.
2 is a sectional view taken along the line AA in Fig.
3 is a cross-sectional view taken along line BB of FIG. 1.
Figure 4 is an exploded perspective view showing the configuration of a close-type air probe sensor module of the seating type diagnostic treatment device equipped with a diagnosis and treatment function of urinary incontinence and sexual dysfunction, bowel movements according to the present invention.
Figure 5 is a block diagram schematically showing the configuration of a seated diagnostic treatment device equipped with a diagnosis and treatment function of urinary incontinence, sexual dysfunction, bowel movements according to the present invention.
Figure 6 is a perspective view showing the use state of the seating type diagnostic treatment device equipped with the diagnosis and treatment function of urinary incontinence and sexual dysfunction, bowel movements according to the present invention.
7 is a cross-sectional view schematically showing the configuration of the insertion-type electric probe sensor of the seating type diagnostic treatment device equipped with a diagnosis and treatment function of urinary incontinence, sexual dysfunction, bowel movements according to the present invention.
8 is a cross-sectional view schematically showing the configuration of the insertion-type air probe sensor of the seating type diagnostic treatment device equipped with a diagnosis and treatment function of urinary incontinence, sexual dysfunction, bowel movements according to the present invention.
9 and 10 are diagrams showing the state of use of the seating type diagnostic treatment device equipped with the diagnosis and treatment of urinary incontinence, sexual dysfunction, bowel movements according to the present invention.

Hereinafter, with reference to the accompanying drawings, the configuration of the seating type diagnostic treatment device equipped with the diagnosis and treatment function of urinary incontinence and sexual dysfunction, bowel movements according to the present invention will be described in detail.

In the following description of the present invention, detailed description of known functions and configurations incorporated herein will be omitted when it may make the subject matter of the present invention rather unclear. The following terms are defined in consideration of the functions of the present invention, and may be changed according to the intentions or customs of the user, the operator, and the like. Therefore, the definition should be based on the contents throughout this specification.

1 is a perspective view showing the configuration of a seated diagnostic treatment device equipped with a diagnosis and treatment function of urinary incontinence, sexual dysfunction, bowel movements according to the present invention, Figure 2 is a cross-sectional view of Figure 1 AA, Figure 3 BB is a cross-sectional view, Figure 4 is an exploded perspective view showing the configuration of a close-type air probe sensor module of the seating type diagnostic treatment device equipped with the diagnosis and treatment function of urinary incontinence, sexual dysfunction, bowel movements according to the present invention, Figure 5 Fig. 1 is a block diagram schematically showing the configuration of a seated diagnostic treatment device equipped with a diagnosis and treatment function for urinary incontinence, sexual dysfunction, and bowel movement according to the present invention.

1 to 5, the seating type diagnostic treatment device (1) equipped with the diagnosis and treatment function of urinary incontinence, sexual dysfunction, bowel movements according to the present invention includes a main body case 10, a seat 20, Close contact type air probe sensor module 30, air generating module 40, control module 50, power supply module 60, interface module 70, display module 80, insertion type electric probe It consists of the sensor 90 and the insertion type air probe sensor 100.

First, the body case 10 is formed of a rigid synthetic resin material or metal material that withstands weight, and a space part 11 is installed and protected therein, and is formed in a hexahedral shape with an open top. A handle 13 is provided, and a pedestal 15 is formed on a bottom thereof, and a display module 80, an insertion type electric probe sensor 90, and an insertion type air probe sensor 100, which will be described below, are accommodated on one side thereof. The receiving groove 17 is formed.

In addition, the seat 20 is coupled to the upper surface of the main body case 10 in a normal structure, and a through hole 21 is formed in the center thereof, and the first heater 23 and the main body case 10 provided therein. The backrest 25 is provided to be coupled to be folded at the back of the. In this case, the backrest 25 may be used as a cover, and the backrest 25 may be fixed to the seat 20 or the main body case 10 through a separate locking member (not shown). Here, the first heater 23 automatically performs a heat treatment function on the lower part of the human body while maintaining a constant specified temperature, and a general wire type resistance heater or a positive temperature coefficient resistance (PTC) film heater, which is a planar heating element, is applied. It is preferable. PTC film heater is semi-permanent because its maximum heat generation time is short and its corrosion resistance and durability are excellent.It has no short circuit due to overheating, it has self temperature control characteristics and does not need a separate on / off control function. Along with the heat required for heat treatment, far infrared rays and negative ions are released.

In addition, the close-type air probe sensor module 30, as shown in Figure 4, the frame 31, the lifting member 32, the air bag 33, the close-up probe sensor 34, the first light source And a first vibration generating motor 36.

The frame 31 is formed of a synthetic resin material or a metal material and has a cylindrical shape with an open upper surface. The frame 31 is formed in a “凸” shape, and a first air tube hole 31a having a rectangular shape is formed at a side surface thereof.

The elevating member 32 is formed of a synthetic resin material or a metal material and is formed in a cylindrical shape having an open upper surface, and is formed in a “凸” shape, and a second air tube hole 32 a is formed at a side thereof, and a frame 31 is formed. ) Rise inside and outside.

The airbag 33 is installed on the bottom of the elevating member 32 in the frame 31 and is inflated by the air supplied from the air generating module 40 to be described below to elevate the elevating member 32. . Here, a motor, a gear, or the like which mechanically lifts and lowers in place of the airbag 33 may be applied.

The close probe sensor 34 is a transparent or semi-transparent elastic material (general rubber, silicone rubber, soft plastic, etc.) in close contact with the user's pelvic floor muscles, perineum and anal sphincter when inflated by the air supplied from the air generating module 40. It is formed in the shape of a hollow streamline extending in the longitudinal direction so as to detect the movement of the human body in the expanded state up, down, left and right by air, and also by repeating the expansion and contraction, pelvic floor muscles, perineum muscle, anal sphincter muscle The function of performing the reinforcement (kegel movement) of the lower end is fixed by the upper and lowering ring 37 of the elevating member (32). Here, the close-contact probe sensor 34 is preferably configured by the addition of physiologically active wave transmission material solitonium and far-infrared and anion-emitting material tourmaline, elvan.

The first light source 35 preferably uses a low power laser diode having an output intensity of 5 to 50 mW and a wavelength range of 630 nm to 980 nm, or a plurality of high brightness LEDs having an output intensity of 5 to 50 mW and a wavelength range of 420 nm to 850 nm, respectively or mixed. Do. Laser light is low energy that does not damage living cells, and when it is irradiated to the living body, it activates the physiology of living body and heals the affected area. In particular, laser medical devices and devices, when radiated to blood vessels, prostate, genitals, anus, and other affected areas of the patient, have excellent blood purification effects and Since the effect of regulating the immune status and activating various enzymes has been proven, it is a trend that the laser treatment device is widely used in each disease and clinics. Such low-level lasers are known to affect the structure of the microcirculation of tissue blood flow and also affect the human blood flow. In addition, it has been known to have cell division promoting effect, cell activation effect, immune cell effect, anti-inflammatory effect, blood flow improvement effect, and clinical trials have already been made in the related field. The wavelength of the laser used in the treatment is used in a wide range of wavelengths ranging from visible light to infrared light, and it is true that the effect and area of treatment are different for each wavelength. Previously used laser medical equipment was mostly high power, and recently, a field called low power laser therapy (LLLT) has been formed, and active research and clinical trials have been conducted worldwide. Among them, low power laser treatment using semiconductors is being actively performed. The most widely used low-power laser therapy (LLLT) is various pain treatments, and it is said that Professor Plagg of Canada has obtained a great effect on pain relief by irradiating He-Ne laser to the acupuncture points in the form of laser acupuncture. It was a great opportunity. Currently, not only acupuncture points, but also direct examination of the affected areas have been found to be very effective in healing pain as well as the disease itself. In particular, low-power lasers not only have excellent effects on various chronic diseases known as refractory, but the treatment technology is inherently non-invasive, anhydrous, and non-invasive. In addition, the patient has no merit and little side effects, and the medical expenses are extremely minimal compared to conventional treatment methods.

The first vibration generating motor 36 is installed at one side of the elevating member 32 to generate vibration to vibrate the close probe sensor 34. In this case, the first vibration generating motor 36 may omit the installation when the air pump 42 of the air generating module 40 is applied to the vibrator air pump.

In addition, the air generating module 40 includes an air outlet 41, an air pump 42, a distribution terminal 43, an air shutoff valve 44, first to fourth air tubes 45 to 48, and And a pressure sensor 49.

The air outlet 41 is installed at one side of the main body case 10 to supply air to the insertable air probe sensor 100 which will be described below.

The air pump 42 is preferably composed of a general air pump or a vibrator air pump that generates vibration to supply air to the close-type air probe sensor and the insert-type air probe sensor to be described below, and output a pressure of up to 800 mmHg or more.

The distribution terminal 43 has an air pump in the shape of a storage tank in which a plurality of exhaust ports 43a to which the first air tube 45, the second air tube 46, and the third air tube 47 are connected are formed. Air generated in 42 is distributed and supplied to the close-type air probe sensor module 30 and the insertable air probe sensor 100.

The air shutoff valve 44 discharges or blocks air to the outside to expand and contract, lift and lower the close-type air probe sensor module 30, and expand and contract the insertable air probe sensor 100. Here, the air shutoff valve 44 is a solenoid valve of a direct current (DC) -normal-close type or a direct current (DC) -normal-open type (Open Type).

The first air tube 45 is formed of an elastic material such as silicone so as to vary in length according to the lifting and lowering of the lifting member 32 of the close-type air probe sensor module 30, and is in close contact with the air shutoff valve 44. The probe probe is connected to the second air tube hole 32a of the elevating member 32 and penetrates through the first air tube hole 31a formed in the frame 31 of the air probe sensor module 30. 34) Inflate.

The second air tube 46 is made of an elastic material such as silicone, and the hole 31a for the first air tube formed in the frame 31 of the air shutoff valve 44 and the close-type air probe sensor module 30 is formed. It penetrates and is connected to the airbag 33 to inflate the airbag 33.

The third air tube 47 is connected to the other end and one end of the distribution terminal 43.

The fourth air tube 48 interconnects the air shutoff valve 44 and the air outlet 41.

The pressure sensor 49 is connected to the other end of the third air tube 47, is electrically connected to the control module 50 to measure the pressure, and outputs a pressure value to the control module 50. At this time, the pressure sensor 49 is preferably a digital pressure sensor or a mechanical (bellows type) pressure sensor mounted on a PCB on which the control module 50 is mounted, and a pressure measuring range of 1 to 500 mmHg or more.

In addition, the control module 50 is further fixed to the main body case 10 in a state in which the control module 50 is mounted on the PCB, and the respective components according to the control command input from the display module 80 to be described later. Overall control and contraction pressure and contraction duration of pelvic floor muscle (vaginal muscle), perineal muscle and anal sphincter muscle to determine urinary incontinence, sexual dysfunction and defecation disorder using the pressure value measured from air generating module 40 It is measured and provided to the display module 80, by measuring the bioelectrical impedance of the pelvic floor muscles (vaginal muscles) and anal sphincter by a signal input from the external electrical probe sensor 90, the display module 80 To provide. Here, the control module 50 controls the air generating module 40 to repeat the expansion and contraction of the contact type air probe sensor module 30 and the insertable air probe sensor 100 in a predetermined pattern to pelvic floor muscles (vaginal muscles). ), Strengthening the perineum and anal sphincter (Kegel exercises). Here, the control module 50 also wirelessly stores a timer 51 for measuring time, a central processing unit (CPU) 52, a storage unit (HDD, memory) 53, an MP3 player 54 and data. Therefore, it is preferable to include a first wireless communication unit 55 for transmitting and receiving with the display module 80. In addition, the MP3 player is preferably configured to provide a functional music applied to music therapy to combine music therapy during exercise and treatment time.

On the other hand, the power supply module 60 is provided with a power terminal on the outer surface of the main body case 10, and receives the commercial power through the power supply terminal to charge the power to the battery 61 provided in the main body case 10, The voltage output from the battery 61 is supplied to each component, and according to the control of the control module 50, the intensity of the current output from the battery 61 is adjusted through the current regulator 63. Here, the battery is preferably composed of a lithium ion battery or a lithium polymer battery, it is preferable to configure a large-capacity rechargeable battery capable of 20-cycle operation (20 times measurement and movement) in one charge.

The interface module 70 includes a plurality of terminals and is installed on an outer surface of the main body case 10, and is electrically connected to the control module 50 and the power supply module 60 so as to be an external device. 90 and the insertable air probe sensor 100 are electrically connected.

In addition, the display module 80 is connected to the interface module 70 and electrically connected to the control module 50 and the power supply module 60, the control module 50 and the insertion type electric probe sensor 90 which is an external device, Various data output from the insertable air probe sensor 100 are displayed, and a control command is received and transmitted to the control module 50. Here, the display module 80 is a conventional device such as a terminal equipped with a touch-type LCD, a smartphone, a tablet PC, etc., and outputs a button input means for operating a function by receiving a user's command and an operation state on the screen. And a second wireless communicator 83 configured to wirelessly transmit and receive data to and from the control module 50 that can wirelessly transmit and receive various data. It is preferable.

In addition, the insertion type electric probe sensor 90 has a ring-shaped plurality on the surface of the first body 92 having a circular rod shape having a first handle 91 for gripping at the end as a conventional structure. Electrode 93 is formed, and the first cable 94 extends from the first handle 91 for gripping to be connected to the interface module 70, and is supplied with power from the power supply module 60 to incontinence and sexual dysfunction. And measuring the bioelectrical impedance of the user's pelvic floor muscles (vaginal muscles) and anal sphincter so as to determine bowel movements, and outputting them to the control module 50, and under the control of the control module 50, Outputs a current that forces contraction and relaxation of the sphincter. At this time, the strength of the current is adjusted through the current regulator 63 of the power supply module (60). Here, the material of the first body 92 may be made of metal or PVC, PC, rubber, and the like, and the electrode may be made of metal or a material of conductive plastic or conductive rubber, and may generate heat therein. The second heater 95, which is a PTC heater element, and a low power laser diode having an output intensity of 5 to 50 mW and a wavelength range of 630 nm to 980 nm, or a plurality of high brightness LEDs having an output intensity of 5 to 50 mW and a wavelength range of 420 nm to 850 nm, respectively. Or a second vibration source motor 97 which is mixed to irradiate light and generates a second vibration source motor 97.

In addition, the insert-type air probe sensor 100 is a known configuration to insert into the vagina or anus of the human body as shown in Figure 8 to measure the contraction pressure and contraction duration of the pelvic floor muscles and anal sphincter to perform accurate disease diagnosis Round rod formed with a second handle 101 for holding at the end to perform a more accurate diagnosis and treatment than the close-type air probe sensor module 30 by performing biofeedback strengthening (kegel movement) of the pelvic floor muscles and anal sphincter A soft cover 103 is formed to surround the surface of the second body 102 in the form, and the second cable 104 extends from the first handle 101 for holding and is connected to the interface module 70, and the wave The fifth air tube 105 extends from the first handle 101 for paper and is connected to the air outlet 41. Here, the material of the second body 102 may be made of metal or PVC, PC, rubber, etc., the soft cover 103 may be made of rubber or silicone, urethane, soft plastic, etc., the inside is heated The third heater 106, which is a PTC heater element, and a low power laser diode having an output intensity of 5 to 50 mW and a wavelength range of 630 nm to 980 nm, or a high brightness LED having an output intensity of 5 to 50 mW and a wavelength range of 420 nm to 850 nm. A third light source 107 for irradiating light and a plurality of third vibration generating motors 108 to generate vibrations, respectively, are further provided.

Accordingly, the seating type diagnostic treatment device 1 having the diagnosis and treatment function of urinary incontinence, sexual dysfunction, and bowel movement according to the present invention includes a close-type air probe sensor module 30, an insertion type electric probe sensor 90, The insertion type air probe sensor 100 is selected to diagnose the symptoms of urinary incontinence, sexual dysfunction, and defecation disorder, and the close type air probe sensor module 30 and the insertion type electric probe Probe sensor 90 and insertable air probe sensor 100 are selected to perform the function of treating the symptoms of urinary incontinence, sexual dysfunction and defecation through biofeedback exercise and electrical stimulation. (Way) -2 channel system system (Channel System) ”function is fused.

▶ 1 Way 2 Channel-Diagnosis (Self-Exam / Measurement) and Treatment (Self-Therapy / Treatment) through Close Air Probe Sensor Module 30

▶ 2 Way 2 Channel-Diagnosis (Self-Exam / Measurement) and Treatment (Self-Therapy / Treatment) through Insert Air Probe Sensor (100)

▶ Self-Exam / Measurement and Self-Therapy / Treatment with 3-Way 2-Channel Insertion Electric Probe Sensor

Hereinafter, with reference to the accompanying drawings, the operation of the seat-type diagnostic treatment device equipped with the diagnosis and treatment function of urinary incontinence and sexual dysfunction, bowel disorder according to the present invention will be described in detail.

9 and 10 are diagrams showing the state of use of the seating type diagnostic treatment device equipped with the diagnosis and treatment of urinary incontinence, sexual dysfunction, bowel movements according to the present invention.

Using the above-described configuration, it is possible to obtain a diagnosis and treatment operation of the following three-way-2 channel type urinary incontinence, defecation disorder, sexual dysfunction.

1. Operation of the close-type air probe sensor module 30

1) Systolic pressure and contraction duration measurement / diagnostic function

First, when the system is turned on and the seating measurement button of the display module 80 is pressed while the display module 80 is connected to the interface module 70, the air pump 42 of the air generating module 40 is pressed. Is operated to supply air to the close probe sensor 34 through the distribution terminal 43, the air shutoff valve 44 and the first air tube 45 to expand the close probe sensor 34.

At the same time, the air expands the airbag 33 through the second air tube 46 to lift the close-type air probe sensor module 30 to bring the close probe sensor 34 into close contact with the human body. At this time, the pressure sensor 49 detects that the appropriate amount of air previously input to the control module 50 is injected into the close probe sensor 34 and the airbag 33, and when the appropriate amount of air is injected, the control module 50 The air pump 42 stops operation and closes the air shutoff valve 44 to prevent the outflow of air.

In this state, if the user contracts the pelvic floor muscles (vaginal muscles) and the perineal and anal sphincter as much as possible, and the state lasts for the longest time, the pressure sensor 49 may determine the maximum contraction pressure of the pelvic floor and perineal and sphincter muscles ( mmHg) and the average shrinkage pressure, and the control module 50 measures the time from the maximum peak value to a predetermined value or less through the internal timer to measure the contraction duration (sec).

Then, the pressure sensor 49 is the resting pressure (mmHg) of the pelvic floor and perineum and anal sphincter in the state that the force is not applied to the pelvic floor muscle (vaginal muscle) and the perineal and anal sphincter, that is, the muscle is relaxed. Measure

The control module 50 repeatedly measures the above operation and then outputs the measured maximum, minimum, and average values through the display module 80 as a screen and a voice, and stores them in the storage device.

2) Feedback Exercise (Kegel Exerciser) / Treatment Function

First, when the power of the system is turned on and the seating movement button of the display module 80 is pressed while the display module 80 is connected to the interface module 70, the air pump 42 of the air generating module 40 is pressed. Is operated to supply air to the close probe sensor 34 through the distribution terminal 43, the air shutoff valve 44 and the first air tube 45 to expand the close probe sensor 34. At this time, the pressure sensor 49 detects an appropriate amount of air to be injected into the close probe sensor 34 and the airbag 33 according to the user's step-by-step treatment pattern (exercise level) previously inputted to the control module 50, and an appropriate amount. When air is injected, the control module 50 stops the operation of the air pump 42 and closes the air shutoff valve 44 to prevent the outflow of air.

Then, when the user performs feedback (Bio-Feedback, pelvic strengthening exercise) to repeatedly train the contraction and relaxation of the muscle according to the instructions of the screen and voice output from the display module 80, the pressure sensor 49 is a human body The pelvic floor, perineum and anal sphincter movements of the pelvic floor muscles (vaginal muscles), perineum and anal sphincter muscles of the systolic pressure, contraction duration and resting pressure is measured.

In addition, the control module 50 may display an exercise value, an instruction, or an instruction by a bar graph, a number, or an animation on the screen of the display module 80, and output the voice value or melody through a speaker. In addition, when the user presses the option function button of the display module 80 in order to select a function of vibration, heat and light treatment, and presses the start button, the selected function is operated during the treatment period.

2. Operation of the insertable air probe sensor 100

1) Systolic pressure and contraction duration measurement / diagnostic function

First, the system is powered on, the display module 80 and the insertable air probe sensor 100 are connected to the interface module 70, and the expansion tube 105 is connected to the air outlet 41 of the air generating module 40. When the insertable air probe sensor 100 is inserted into the user's body cavity and the insertion type measurement button of the display module 80 is pressed in the state of being coupled to the body, the air pump 42 of the air generating module 40 is operated to dispense. Air is supplied to the insertable air probe sensor 100 through the terminal 43 and the air shutoff valve 44 and the fourth air tube 48 to inflate the soft cover 103 of the insertable air probe sensor 100. . At this time, the pressure sensor 49 detects that the appropriate amount of air pre-input to the control module 50 is injected into the insertable air probe sensor 100, and if the appropriate amount of air is injected, the control module 50 is an air pump 42. ) Stops the operation and closes the air shutoff valve 44 to prevent the outflow of air.

In this state, if the user contracts the pelvic floor muscles (vaginal muscles) and the anal sphincter as much as possible, and the state lasts for the longest time, the pressure sensor 49 causes the maximum contraction pressure (mmHg) of the pelvic floor muscles (vaginal muscles) and the anal sphincter muscles. And the average shrinkage pressure, and the control module 50 measures the time from the maximum peak value to a predetermined value or less through the internal timer to measure the contraction duration (sec).

Then, the pressure sensor 49 measures the resting pressure (mmHg) of the pelvic floor muscles (vaginal muscles) and the anal sphincter in a state in which no force is applied to the pelvic floor muscles (vaginal muscles) and the anal sphincter. do.

The control module 50 repeatedly measures the above operation and then outputs the measured maximum, minimum, and average values through the display module 80 as a screen and a voice, and stores them in the storage device.

2) Feedback Exercise (Kegel Exerciser) / Treatment Function

First, the system is powered on, the display module 80 and the insertable air probe sensor 100 are connected to the interface module 70, and the soft cover 103 is connected to the air outlet 41 of the air generating module 40. The air pump 42 of the air generating module 40 is operated by inserting the insertable air probe sensor 100 into the user's body cavity and pressing the insertion type exercise button of the display module 80 while being coupled to the body. Air is supplied to the insertable air probe sensor 100 through the distribution terminal 43, the air shutoff valve 44 and the fourth air tube 48 to inflate the soft cover 103 of the insertable air probe sensor 100. Let's do it. At this time, the pressure sensor 49 detects an appropriate amount of air to be injected into the insertable air probe sensor 100 in accordance with the step-by-step treatment pattern (movement level) input to the control module 50 in advance, and an appropriate amount of air is injected. When the control module 50 stops the operation of the air pump 42, the air shutoff valve 44 is closed to prevent the outflow of air.

Then, when the user performs feedback (Bio-Feedback, pelvic strengthening exercise) to repeatedly train the contraction and relaxation of the muscle according to the instructions of the screen and voice output from the display module 80, the pressure sensor 49 is a human body The pelvic floor muscles (vaginal muscles) and the movements of the anal sphincter are measured through the implantable air probe sensor 100 to measure the systolic pressure, contraction duration and resting pressure of the pelvic floor muscles (vaginal muscle) and anal sphincter.

In addition, the control module 50 may display an exercise value, an instruction, or an instruction by a bar graph, a number, or an animation on the screen of the display module 80, and output the voice value or melody through a speaker. In addition, when the user presses the option function button of the display module 80 in order to select a function of vibration, heat and light treatment, and presses the start button, the selected function is operated during the treatment period.

3. Operation of the pluggable electric probe sensor 90

1) Bioelectrical impedance measurement / diagnosis function

First, the system is turned on, the display module 80 and the pluggable electric probe sensor 90 are connected to the interface module 70, and the pluggable electric probe sensor 90 is inserted into the user's body cavity. In the pressing of the insertion type impedance measurement button of the display module 80, the bioelectric impedance of the pelvic floor muscles (vaginal muscles) and anal sphincter muscles of the user through the electrode 90 is measured and output to the control module 50. At this time, the strength of the current is adjusted through the current regulator 63 of the power supply module (60).

Then, the control module 50 outputs the measured bioelectric impedance through the display module 80 as a screen and a voice, and stores the measured bioelectrical impedance in the storage device.

2) treatment function

First, the system is turned on, the display module 80 and the pluggable electric probe sensor 90 are connected to the interface module 70, and the pluggable electric probe sensor 90 is inserted into the user's body cavity. Press the electrotherapy button of the display module 80, the user presses the level selection button according to the step treatment pattern (exercise level) previously input to the control module 50, the current regulator 63 of the power module 60 Electrical stimulation is applied at the electrode 93 of the implantable electrical probe sensor 90 inserted into the body cavity of the human body for a predetermined treatment time of the appropriate current output from the appropriate intensity. Because of this, pelvic floor muscles (vaginal muscles) and anal sphincter are forced to contract and relax by repeated low frequency current to treat urinary incontinence and sexual dysfunction.

In addition, the control module 50 may display the treatment level, the current intensity, and the treatment remaining time by a bar graph, a number, or an animation on the screen of the display module 80, and output the voice or melody through the speaker. There is a number. In addition, when the user presses the option function button of the display module 80 in order to select a function of vibration, heat and light treatment, and presses the start button, the selected function is operated during the treatment period.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is to be understood that the invention is not limited to the disclosed exemplary embodiments. It is to be understood, however, that the invention is not to be limited to the specific forms thereof, which are to be considered as being limited to the specific embodiments, but on the contrary, the intention is to cover all modifications, equivalents, and alternatives falling within the spirit and scope of the invention as defined by the appended claims. .

10: body case 20: sheet
30: close contact air probe sensor module 40: air generation module
50: control module 60: power module
70: interface module 80: display module
90: Insertion type electric probe sensor 100: Insertion type air probe sensor

Claims (11)

A main body case having a space portion formed therein and formed in an hexahedron shape with an open upper portion;
A sheet coupled to an upper surface of the main body case and having a through hole formed at a central portion thereof;
The upper end penetrates the through-hole of the seat so as to protrude to the upper surface of the seat, and is fixed in the main body case. A close air probe sensor module for inducing a contraction relaxation motion;
An air generating module fixed in the main body case, supplying air to the close-type air probe sensor module, and provided with an air outlet to supply air to an external device;
It is fixed in the main body case, and controls each component according to a control command input from the outside, pelvic floor muscles (vaginal muscles) to determine urinary incontinence, sexual dysfunction and defecation disorder using the pressure value measured from the air generating module ), And the contraction pressure and contraction duration of the perineal muscle and anal sphincter are measured and provided to the outside, and the bioelectrical impedance of the pelvic floor muscle (vaginal muscle) and the anal sphincter is measured by the signal input from the external device A control module provided with;
A power terminal is installed on an outer surface of the main body case, receives commercial power through the power terminal, charges power to a battery provided in the main body case, supplies a voltage output from the battery to each component, A power module for controlling the intensity of the current output from the battery according to external control;
An interface module installed on an outer surface of the main body case and electrically connected to the control module and the power module to connect the external device; And
A display module connected to the interface module and electrically connected to the control module and the power module to display various data output from the control module and an external device, and receive a control command and transmit the control command to the control module. Seated diagnostic treatment device equipped with the diagnosis and treatment function of urinary incontinence, sexual dysfunction, bowel movement disorder. The method of claim 1,
The external device,
Is connected to the interface module, by receiving power from the power module to measure the bioelectrical impedance of the pelvic floor muscles (vaginal muscles) and anal sphincter so as to determine the incontinence and sexual dysfunction and outputs to the control module, the Diagnosis and treatment of urinary incontinence, sexual dysfunction, and bowel movements is an insertion type electric probe sensor that outputs a current forcing contraction and relaxation of the user's pelvic floor muscle (vaginal muscle) and anal sphincter under control of the control module. Seated diagnostic treatment device provided. The method of claim 1,
The external device,
It is mechanically coupled to the air outlet of the air generating module and connected to the interface module to expand by air to measure the contraction pressure and duration of the user's pelvic floor muscle (vaginal muscle) and anal sphincter, and induce a contraction relaxation exercise. Seated diagnostic treatment device equipped with a diagnostic and treatment function of urinary incontinence and sexual dysfunction, defecation disorders, characterized in that the insertion-type air probe sensor. The method of claim 1,
The main body case,
It is formed of a synthetic resin or metal material, the handle is provided on the front, the base is formed on the bottom, the receiving module is formed on one side to accommodate the display module, the insertion type electrical probe sensor and the insertion type air probe sensor Seated diagnostic treatment device equipped with the diagnosis and treatment of urinary incontinence, sexual dysfunction, defecation disorders. The method of claim 1,
The sheet,
A first heater provided therein;
Seating type diagnostic treatment device with a diagnosis and treatment function of urinary incontinence and sexual dysfunction, defecation disorders, characterized in that the backrest is further provided to be folded on the back of the main body case. The method of claim 1,
The close-type air probe sensor module,
A frame having an upper surface formed in an open cylindrical shape, formed in a “凸” shape, and having a rectangular first air tube hole formed at a side thereof;
An elevating member having an upper surface formed in an open cylindrical shape, formed in a “凸” shape, having a hole for a second air tube formed in a side thereof, and elevating in and out of the frame;
An airbag installed in the lower surface of the elevating member in the frame and expanded by the air supplied from the air generating module to elevate the elevating member; And
Transparent or semi-transparent elastic material is formed in a streamlined form so as to be in close contact with the user's pelvic floor muscles, perineum and anal sphincter muscles when inflated by the air supplied from the air generating module, the lower end is fixed by the upper end and the tightening ring of the elevating member Seated diagnostic treatment device equipped with a diagnostic and treatment function of urinary incontinence and sexual dysfunction, defecation disorder, characterized in that it consists of a close probe sensor. The method according to claim 6,
The close-type air probe sensor module,
A first light source provided inside the elevating member to irradiate light;
Seated diagnostic treatment device equipped with a diagnosis and treatment function of urinary incontinence and sexual dysfunction, bowel movements characterized in that it further comprises a first vibration generating motor installed on one side of the elevating member to generate vibration. The method according to claim 6,
The air generating module,
An air pump for generating air;
A distribution terminal for distributing air generated in the air pump;
An air shutoff valve connected to one side of the distribution terminal;
The contact probe sensor is formed of an elastic material and connected to the hole of the second air tube of the elevating member through the hole for the first air tube formed in the frame of the air shutoff valve and the contact type air probe sensor module. Expanding the first air tube;
A second air tube formed of an elastic material and connected to the air bag through the first air tube hole formed in the frame of the air shutoff valve and the close-type air probe sensor module to expand the air bag;
A third air tube having one end connected to the other side of the distribution terminal;
A fourth air tube interconnecting the air shutoff valve and the air outlet; And
Diagnosis of urinary incontinence, sexual dysfunction, bowel disorders characterized in that the pressure sensor is connected to the other end of the third air tube, and electrically connected to the control module to measure the pressure to output a pressure value to the control module Seating diagnostic treatment device with treatment function. The method of claim 3, wherein
The insertion type electrical probe sensor,
A second heater generating heat;
A second light source for irradiating light; And
Seating type diagnostic treatment device equipped with a diagnosis and treatment function of urinary incontinence, sexual dysfunction, bowel movements, characterized in that it further comprises a second vibration generating motor for generating vibration. The method of claim 3, wherein
The insertion type air probe sensor,
A third heater generating heat;
A third light source for irradiating light; And
Seating type diagnostic treatment device equipped with a diagnosis and treatment function of urinary incontinence, sexual dysfunction, bowel movements characterized in that it further comprises a third vibration generating motor for generating vibration. The method of claim 1,
The control module,
And a first wireless communicator for wirelessly transmitting and receiving data with the display module.
The display module includes:
And a second wireless communicator for wirelessly transmitting and receiving data to and from the control module. A seating type diagnosis and treatment device equipped with a diagnosis and treatment function for urinary incontinence, sexual dysfunction, and bowel movement.

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