CN113648129A

CN113648129A - Sitting type rehabilitation physiotherapy instrument

Info

Publication number: CN113648129A
Application number: CN202110964725.2A
Authority: CN
Inventors: 浦红光; 杨江华; 陈苏; 孔海侠; 王晏清; 王慕雪
Original assignee: Nanjing Ningtai Information Technology Co ltd
Current assignee: Nanjing Ningtai Information Technology Co ltd
Priority date: 2021-08-20
Filing date: 2021-08-20
Publication date: 2021-11-16
Anticipated expiration: 2041-08-20
Also published as: CN113648129B

Abstract

The invention discloses a sitting type rehabilitation physiotherapy instrument which comprises a treatment part for carrying out thermal therapy on a human perineum and the periphery thereof and/or an anus part and the periphery thereof, wherein a scrotum protection part for separating a scrotum is arranged on one side of the treatment part, and the scrotum protection part is used for separating the scrotum and the treatment part. In this design, its treatment portion mainly through setting up carries out the physics thermotherapy to the prostate, separates the protection scrotum through the scrotum protection part that sets up to utilize the scrotum to separate to keep off protection architecture and carry out complete formula isolation protection to the scrotum, can make the user at the in-process that uses the recovered physiotherapy equipment of sitting posture, its scrotum and testicle can not scalded, have avoided causing the problem of overheat damage to scrotum and testicle.

Description

Sitting type rehabilitation physiotherapy instrument

Technical Field

The invention relates to the field of medical equipment, in particular to a sitting type rehabilitation physiotherapy instrument.

Background

Prostate disease is a common frequently encountered disease in men, accounting for almost 60% of urology surgery, and 70% of people aged 50 have the disease in varying degrees. Prostate diseases include prostatitis, prostatic hyperplasia, prostatic calculus, prostate cancer, prostatic calculus and prostatic cyst etc. The incidence of prostatitis is the highest, prostate hyperplasia is the second, and prostate cancer is in the terminal position. Chronic prostatitis is a common disease and a frequently encountered disease in adult men, and 30 to 34 percent of men over 30 years old suffer from the chronic prostatitis, and the chronic prostatitis tends to be younger in recent years. Due to long-term congestion of glands, low gland tubule and gland functions and the like, symptoms such as frequent micturition, odynuria, urinary stranguria, lower abdominal distention, lumbosacral bone radiation pain, perineum discomfort and the like can appear, and a series of problems such as sexual dysfunction, even sterility and the like can be caused seriously. Because the cause of chronic prostatitis is complex, the recurrence rate is high, and most prostatitis patients are difficult to be effectively treated by medicines, so that most patients need to carry out long-term rehabilitation treatment by a safe and effective physical therapy mode.

Therefore, in the treatment process of patients suffering from diseases such as chronic prostatitis, physical rehabilitation therapy is usually carried out by warm water hip bath or hot compress thermotherapy under the suggestion of doctors, so that the perineum part and the hepatic door part are at a local relatively high temperature to promote blood circulation and metabolism around the prostate, and the prostate disease achieves the purpose of accelerating rehabilitation therapy.

The traditional hip bath method needs to immerse the anus, the perineum and the scrotum into hot water, and the normal working temperature of the testis is generally about 35 ℃, which is lower than the body surface temperature. The mode is difficult to control the temperature of water, and the hot water hip bath for a long time is easy to cause local overheating of the testis, thereby causing serious influence on the sperm production capability of the testis and normal hormone secretion; it can even lead to fibrosis of the testicular interstitial cells, loss of seminiferous production by the seminiferous tubules, resulting in atrophy of the testis, thereby losing the ability to produce seminiferous and testosterone. Therefore, the above method is not suitable for men with birth control and men with certain requirements for sexual function.

With the development of society and the advancement of technology, besides the above methods, more and more physiotherapy apparatuses are now used for rehabilitation of prostate diseases. At present, two types of prostate treatment equipment are mainly available on the market, one type is a medical prostate treatment instrument, and the other type is a household prostate treatment instrument. The treatment mode of the medical prostate therapeutic apparatus mainly adopts rectal microwave, rectal ultrasonic and other modes for interventional treatment, and the physiotherapy equipment is mainly applied to various hospitals or rehabilitation physiotherapy centers. During the treatment process, a patient needs to lie on his side, and a professional physician enters a treatment probe into the rectum through the anus of the patient to treat the prostate, the treatment mode is complicated to operate, the requirement on the use environment is high, and if the sterile operation is improper, inflammatory infection can be aggravated. In addition, in the treatment process of the probe entering the rectum, if the operation is not proper, the risk of trauma such as burning, scalding and the like to a certain degree is caused to the part of the inner wall of the rectum, so that the potential safety hazard is large, the patient is generally not easy to accept, and the treatment cost of the patient is greatly increased due to the fact that the patient needs to go to a hospital for treatment for many times, and the popularization is not easy.

And domestic type prostate physiotherapy equipment adopts peripheral hardware red/blue light irradiation lamp, peripheral hardware microwave probe or peripheral hardware ultrasonic transducer etc. directly to shine the mode of human perineum department and treat, the benefit of adopting this kind of mode has just avoided some drawbacks of above-mentioned rectum intervention treatment mode, wherein, red/blue light is in the treatment process, can produce the photochemistry effect to the organism, can pass skin, directly make muscle, subcutaneous tissue etc. produce the heat effect, change the cell structure, accelerate local blood circulation and metabolism, accelerate the recovery that promotes the disease. Microwave therapy or ultrasonic therapy is also based on the principle of biological heat therapy, but the problem that the scrotum is irradiated in the process of treating diseases such as chronic prostate diseases and the like by adopting the mode also needs to be avoided, if the scrotum close to the perineum is easily exposed to heat sources such as red and blue light, microwaves or ultrasonic waves due to improper use of the instrument, the testicle and the seminiferous tubule of the testicle are damaged and diseased, so that seminiferous dysfunction and testosterone hormone secretion are caused, and the fertility and the sexual function of a patient are influenced.

It can be seen that in the existing instruments for male prostate rehabilitation therapy, no matter hot compress or red and blue light, microwave or medical and household ultrasonic treatment modes are adopted, the risk of testicle overheating damage exists, and the effective protection of scrotum and testicle is lacked. For example: 1. the invention discloses a Chinese patent with publication number CN102429766A and publication number 2012.05.02, and the patent name of the Chinese patent is a cushion. 2. The Chinese patent with publication number CN103405303A and publication number 2013.11.27 discloses a health-care cushion. 3. The publication number is CN 2462891Y, the publication number is 2001.12.05, and the patent name is hemorrhoid prostate comprehensive therapeutic apparatus. 4. Chinese utility model patent publication No. CN202844081U, publication No. 2013.04.03, entitled bidet. 5. The patent publication No. CN104055617B, published as 2016.06.24 of the Chinese invention patent, is named as a prostate thermotherapy pad.

The above patents with publication numbers CN102429766A, CN103405303A and CN 2462891Y are similar to the present invention, and all of them are sitting physiotherapy instruments. However, in the related art or products mainly disclosed in the above three patents, at least the following problems still exist, the first: the internal heating and refrigerating structure process of the first two patent products is complex, the manufacturing difficulty is high, the internal structure is easily damaged by pressing in the using process, the yield and the service life are low, and the popularization is difficult. Secondly, set up the cold compress region in two above-mentioned patents, its purpose is mainly used for cooling down and/or cold compress protection to the scrotum region, can prevent the testicle high temperature, causes the problem of testicle scald. However, in the patent product with the structure, the testicle still has the risk of being scalded during the use process. The main reason is that the above products (cushions) are mainly used in office or office chair environments, and users usually wear trousers to directly sit on the cushions, however, due to the limitation of the use environment (such as the restriction of the trousers), the scrotum is difficult to be accurately placed in a cold compress area and is easy to move to a hot compress area, and due to the fact that the human body wears the trousers, the internal space of the trousers is narrow and small, the heat dissipation is difficult, the trousers are insensitive to the change of the external temperature environment, and the risk of overheating of the scrotum and the testis is easy to increase. Meanwhile, if the user is concentrating on driving or concentrating on work, the user is likely to fail to make a quick response, so that the scrotum is in an excessively high temperature environment for a long time, and thus, the chronic scald on the scrotum and the testis is easily caused, and the health of the male is affected. The patent publication No. CN 2462891Y is not provided with any scrotum protection structure, and the scrotum is more easily damaged.

Of course, even if there is no influence of trousers or the like attached to the clothes, the above-mentioned patent products also have a risk of burning the scrotum by the thermal treatment region. For example, a scrotum support designed in a prostate thermotherapy pad of publication No. CN104055617B and a hot water isolation device designed in a bidet of publication No. CN 202844081U. The user can not receive the influence of attachments such as trousers when using above-mentioned two kinds of products treatments, has all set up corresponding scrotum in the above-mentioned patent product and has held up the structure, and its purpose is held up the scrotum and is kept apart from the thermotherapy district, avoids the scrotum to drop and be close to or with the contact of heat source treatment district to carry out thermal-insulated protection to the scrotum, but it still has the risk that scrotum testicle was scalded. The main reasons are: the main parts for heat treatment of the prostate are the perineum, the anus and the surrounding areas of the human body, but the perineum is very close to the scrotum, and after the scrotum and the testis are stimulated by external environment, such as in a cold environment, the emotion of a user changes, or after the influence of other external factors, the morphological and position of the scrotum and the testis also can change greatly. Specifically, if receive the cold environment influence after, scrotum and testicle can lift the shrink voluntarily, scrotum and testicle also can wholly contract with the self-insulation protection to scrotum root, and the scrotum after the shrink can leave original safe region (be promptly scrotum cold compress district or scrotum in above-mentioned patent and hold up the structure), locate to the perineum and be close, can impel the testicle to the internal (abdominal cavity position) embedding even, be close to the prostate position more, after this condition takes place, also cause scrotum and testicle very easily to be scalded by the heat source in thermotherapy district, cause the damage of scrotum and testicle.

In addition, in the above products with heat insulation protection of scrotum, there is also a risk of testicles being crushed and damaged. Specifically, because scrotum and testicle link together with being close to thigh inboard position with human buttockss below, so when the user in the use, the scrotum can be pressed from both sides passively between human and scrotum heat insulating part or scrotum hold up the structure, if the user exerts oneself a little this moment, the testicle then can receive the extrusion that the structure was held up to health and scrotum, and long-time extrusion also can influence the blood microcirculation in the testicle, takes place the inflammation even, causes the damage of testicle. Secondly, if the user only puts the scrotum on the heat insulation or scrotum support structure lightly, the supposing that the force is very small will not cause the testicle to be squeezed, but at this time, there is a risk that the scrotum and the testicle will be burned by the heat treatment region after being separated from the heat insulation protection region due to the above-mentioned factors.

Therefore, most of the existing relevant prostate physiotherapy products can carry out physical therapy on diseases such as chronic prostatitis, but the problem of safely and effectively protecting important parts of the body such as scrotum, testis and the like while adopting physical therapy is not deeply considered. Meanwhile, the existing prostate therapeutic apparatus also has the problems of low use comfort level of the product, inconvenient use and storage, single style, high cost and the like.

Disclosure of Invention

The invention aims to provide a sitting type rehabilitation physiotherapy instrument which is mainly used for carrying out physical rehabilitation therapy on prostate through a set treatment part, protecting scrotum through a scrotum protection part and carrying out heat insulation protection on the scrotum by utilizing the scrotum protection part, so that the scrotum and testis can not be scalded by heat radiation and the like in the process of using the sitting type rehabilitation physiotherapy instrument by a user, and the problem of overheating damage to the scrotum and testis is avoided.

The technical purpose of the invention is realized by the following technical scheme:

the utility model provides a sitting posture rehabilitation physiotherapy equipment, is including being used for carrying out the treatment portion of thermotherapy to people's experience private parts and around and/or anus portion and around, one side of treatment portion is equipped with the scrotum protection part that is used for separating the scrotum, scrotum protection part is used for separating scrotum and treatment portion.

Preferably, the treatment part is a shell type thermotherapy device with an external control panel control; the housing type thermal therapeutic device includes:

the treatment part is a shell type thermotherapy device with an external control panel for control; the housing type thermal therapeutic device includes:

a treatment housing having a space for installing a built-in treatment member formed therein;

a heating element disposed on an inner surface of the treatment housing to bring the treatment housing to a predetermined treatment temperature; and/or

An infrared ray generating part which is arranged at a predetermined position inside the treatment shell and is used for emitting infrared rays to the perineum and the periphery of the perineum or the anus and the periphery of the perineum of the human body; and/or

A microwave generating part disposed at a predetermined position inside the therapeutic casing to emit microwaves to the perineum and its surroundings or the anus and its surroundings of the human body; the microwave generating part comprises a microwave oscillator, a microwave emitter and a microwave radiator; and/or

An ultrasonic wave generating part disposed at a predetermined position inside the treatment housing to emit ultrasonic waves to the perineum and its surroundings or the anus and its surroundings of the human body; the ultrasonic generating part comprises an ultrasonic probe which can be abutted against the perineum or anus of the human body; an ultrasonic transducer located within the ultrasonic probe; the ultrasonic generator generates ultrasonic waves with preset frequency and power so as to control the ultrasonic transducer to work;

a peripheral control circuit for controlling the heating element, the infrared ray generating part, the microwave generating part or the ultrasonic wave generating part to work according to a preset mode;

and the external control display is used for transmitting a control signal to the peripheral control circuit, receiving a feedback signal of the peripheral control circuit and displaying the working state.

Preferably, the treatment part is a water bag type thermal therapy device, the water bag type thermal therapy device comprises a main water bag structure, and the main water bag structure is internally provided with liquid capable of conducting heat.

Further, the device also comprises auxiliary water bag structures which are arranged at two sides of the main water bag structure and used for bearing the force on the buttocks of a human body; the main water bag structure and the auxiliary water bag structure are integrally designed and communicated with each other, or the main water bag structure and the auxiliary water bag structure are detachably connected.

Further, the water bag type thermal therapy device further includes:

the external control device mainly comprises a touch control display screen and a base control shell arranged below the main water sac structure;

the electric heating assembly is arranged in the main water bag structure and/or the auxiliary water bag structure to heat liquid in the main water bag structure and/or the auxiliary water bag structure; and/or

An infrared ray generating part which is arranged at a predetermined position inside the base control shell and emits infrared rays to the perineum or anus of the human body; and/or

An ultrasonic wave generating part disposed at a predetermined position inside the base control case to emit an ultrasonic wave to a perineum or anus of a human body; the ultrasonic wave generating part comprises an ultrasonic probe which can be abutted against the surface of the skin of the human body; an ultrasonic transducer located within the ultrasonic probe; the ultrasonic generator generates ultrasonic waves with preset frequency and power and controls the ultrasonic transducer to work; and/or

A microwave generating part disposed at a predetermined position inside the base control case to emit microwaves to a perineum or anus of a human body; the microwave generating part comprises a microwave probe which can be abutted against the surface of the skin of a human body and a microwave generator which is arranged in the microwave probe;

the electric heating assembly, the infrared generating part, the ultrasonic generating part and the microwave generating part are controlled by the base control shell to work; the touch control display screen is used for sending a control instruction to the base control shell and displaying a working state.

Further, the base control housing includes:

the main controller is used for receiving a control instruction sent by the touch display screen so as to control the work of the execution unit;

the temperature detector unit is used for detecting the temperature of the liquid in the capsule body and sending a detected temperature signal to the main controller;

the air pressure detection sensor unit is used for detecting the air pressure in the capsule body and sending a detected air pressure signal to the main controller;

the main controller is respectively electrically connected with the electric heating assembly, the air pressure detection sensor unit, the temperature detection sensor unit and the touch display screen.

Furthermore, one side of the main water bag structure or the auxiliary water bag structure is provided with a water filling valve.

Furthermore, the device also comprises hip supporting parts which are symmetrically arranged at two sides of the treatment part and are integrally or detachably connected with the treatment part, and the local area of the treatment part is arranged in an upward convex manner and can be abutted against the perineum and the periphery of the anus of the human body.

Preferably, the hip supporting part is provided with a limiting installation groove in the middle, and one end of the treatment part can be inserted into the limiting installation groove and is sleeved with the hip supporting part in a clamping manner.

Preferably, the hip support part and the treatment part are connected through a zipper assembly or are adhered through a hook and loop structure or are connected through a buckle structure.

Furthermore, the scrotum protection part is provided with a scrotum supporting structure, the scrotum supporting structure is provided with a heat insulation protective layer, and the heat insulation protective layer comprises a heat insulation layer with a low heat conductivity coefficient and arranged on an inner layer and an isolation layer arranged on an outer layer of the heat insulation protective layer.

Furthermore, the scrotum protection part is provided with an accommodating space which is suitable for placing the scrotum and enables the scrotum to be in a non-contact isolation state with the treatment part.

Further, scrotum protection part is provided with the heat sink, the heat sink is cold water bag structure.

Furthermore, a scrotum separation and protection structure is arranged between one side of the scrotum protection part and the treatment part and used for limiting the scrotum to retract from the scrotum protection part to the treatment part.

Furthermore, the scrotum separation and protection structure can move back and forth relative to the treatment part so as to realize the distance position adjustment between the scrotum separation and protection structure and the treatment part.

Further, the scrotum baffle protection structure is a rigid element and/or a flexible element which is higher than the preset size of the treatment part and is fixedly connected or detachably connected with the treatment part.

Preferably, the rigid element is a metal piece or a plastic piece, or a combination of the two; the flexible element is rubber or silicone, or a combination of the two.

The waist and abdomen auxiliary hot compress device is electrically connected with the shell type thermal therapy device and comprises an abdomen hot compress device and a waist hot compress device, wherein the abdomen hot compress device is used for carrying out hot compress on the small abdomen of the human body, and the waist hot compress device is used for carrying out hot compress on the waist and the back of the human body; the abdomen hot compress device is fixedly connected with the waist hot compress device through an adjustable telescopic waistband.

The water bag type thermal therapy device comprises a water bag type thermal therapy device, a water bag type thermal therapy device and a waist and abdomen auxiliary thermal compression device, wherein the water bag type thermal therapy device is electrically connected with the water bag type thermal therapy device; the abdomen hot compress device is fixedly connected with the waist hot compress device through an adjustable telescopic waistband.

Preferably, the abdomen hot compress device comprises a first shell and a flexible surface structure which is embedded in one side of the first shell and is in contact with the skin of a human body, an abdomen control display screen, an abdomen main controller, an abdomen heating element, an abdomen temperature sensor and an abdomen temperature alarm are arranged between the inside of the flexible surface structure and the first shell, and the abdomen control display screen sends a control instruction to the abdomen main controller to control the operation of the abdomen heating element; the abdomen temperature sensor is used for transmitting a detected temperature signal to the abdomen main controller, and when the detected temperature is higher than a preset value, the abdomen main controller sends a closing instruction signal to the abdomen heating element and sends an alarm control signal to the abdomen temperature alarm; the first shell is designed in a trouser structure.

Preferably, the waist hot compress device comprises a second shell and a flexible surface structure which is embedded in one side of the second shell and is in contact with the skin of a human body, a waist control display screen, a waist main controller, a waist heating element, a waist temperature sensor and a waist temperature alarm are arranged between the flexible surface structure and the second shell, and the waist control display screen sends a control command to the waist main controller to control the operation of the waist heating element; the waist temperature sensor is used for transmitting a detected temperature signal to the waist main controller, and when the detected temperature is higher than a preset value, the waist main controller sends a closing instruction signal to the waist heating element and sends an alarm control signal to the temperature alarm.

Further, the ultrasonic probe is exposed out of the upper surface of the treatment shell or the base control shell to be abutted against the perineum and the periphery of the human body or the anus and the periphery of the human body; and the ultrasonic probe can periodically and regularly rotate, move or swing in a certain area range.

Further, still including setting up sound wave conduction protection mechanism on the ultrasonic transducer, sound wave conduction protection mechanism is including setting up closed cyclic annular protruding structure on the ultrasonic transducer outer fringe, the top of closed cyclic annular protruding structure is higher than the up end of ultrasonic transducer.

The invention also designs the application of the sitting type rehabilitation physiotherapy instrument in rehabilitation physiotherapy of prostate diseases, anorectal diseases or gynecological diseases.

In conclusion, the invention has the following beneficial effects:

1. the treatment part designed by the invention is used for generating physical energy such as heat energy and the like to perform rehabilitation physiotherapy on male prostate diseases, female gynecological diseases and other anorectal diseases, and in order to meet the requirements of different people, the treatment part is integrally designed into a shell type structure or a liquid type water sac structure, so that a user can conveniently use the device alone to select any physical treatment mode for rehabilitation treatment in a sitting state, and the use is very convenient.

2. The scrotum protection part is designed, so that the scrotum of a male user can be comfortably placed and can be safely and effectively protected by heat insulation.

3. The scrotum separation and protection structure designed in the invention can effectively separate and block the retraction path of the scrotum, so that the scrotum can be stably placed in the scrotum protection part, the scrotum is prevented from approaching the treatment part, and the heat radiation of the treated part is prevented from scalding.

4. The hip supporting part designed in the invention can be matched with the requirements of different patients, so that the patients with different body sizes can use the hip supporting part more comfortably in the treatment process.

5. The waist and abdomen auxiliary hot compress device designed in the invention can assist in hot compress physical therapy on the lower abdomen (Guanyuan acupoint and the periphery) and the waist (Shenshu acupoint and the periphery) of a human body, so as to promote the blood circulation of local acupoints and accelerate the metabolism of a patient, and is particularly suitable for auxiliary rehabilitation treatment of male prostate diseases and female gynecological diseases.

Drawings

Fig. 1 is a physical diagram of a sitting rehabilitation physiotherapy instrument according to a first embodiment of the present invention;

figure 2 is a three-dimensional schematic view of a sitting rehabilitation physiotherapy instrument according to a first embodiment of the present invention;

fig. 3 is a schematic view of a split structure of the sitting rehabilitation physiotherapy instrument according to the first embodiment of the present invention;

FIG. 4 is a combination view of the treatment portion and the control display according to the first embodiment of the present invention;

FIG. 5 is a structural view of a sitting type rehabilitation physiotherapy apparatus having an auxiliary waist and abdomen hot compress device according to the first embodiment of the present invention;

fig. 6 is a split structure entity diagram of the sitting type rehabilitation physiotherapy instrument according to the second embodiment of the invention;

figure 7 is a three-dimensional schematic view of a sitting rehabilitation physiotherapy apparatus according to a second embodiment of the present invention;

FIG. 8 is a schematic structural view of a treatment portion according to a second embodiment of the present invention;

fig. 9 is an enlarged view of a scrotum protecting part according to a second embodiment of the present invention;

FIG. 10 is a structural view of a sitting type rehabilitation physiotherapy apparatus having an auxiliary waist and abdomen hot compress device according to a second embodiment of the present invention;

fig. 11 is a schematic view of a split structure of a sitting rehabilitation physiotherapy instrument according to a third embodiment of the present invention;

fig. 12 is an enlarged view of an ultrasonic probe according to a fourth embodiment of the present invention;

fig. 13 is a schematic view of the ultrasonic probe of the present invention in use.

Detailed Description

The present invention will be described in further detail with reference to the accompanying drawings.

The invention particularly discloses a sitting type rehabilitation physiotherapy instrument which comprises a treatment part for carrying out thermal therapy on a human perineum and the periphery thereof and/or an anus part and the periphery thereof, wherein a scrotum protection part for separating a scrotum is arranged on one side of the treatment part, and the aim of promoting the complete distinguishing and separation of a scrotum main body and the treatment part is fulfilled.

The treatment part of the invention is used for generating physical energy such as heat energy and the like to perform rehabilitation physiotherapy on male prostate diseases, female gynecological diseases and other anorectal diseases, and in order to meet the use requirements of different people, the treatment part of the invention can be designed into a shell structure, a water sac structure or other styles.

First embodiment

Referring to fig. 1 and 2, the sitting rehabilitation physiotherapy apparatus 100 of this embodiment includes a treatment part 101, two hip rest parts 102, and a touch display controller 103. The sitting type rehabilitation physiotherapy instrument 100 is in a U-shaped structure in overlooking observation, wherein two supporting buttocks 102 are symmetrically arranged at two sides of the treatment part 101, and the treatment part 101 is arranged at the position of the groove of the U-shaped structure correspondingly.

In this embodiment, the treatment part 101 is designed as a shell type thermal therapeutic device with an external control panel control. Preferably, the specific structure of the casing type thermal therapeutic device mainly comprises the following: a treatment housing having a space for installing a built-in heating member formed therein; a heating element disposed on an inner surface of the treatment housing to bring the housing to a predetermined temperature; the first peripheral control circuit is used for controlling the heating element to work according to a preset mode; and the first external control display is used for transmitting a control signal to the peripheral control circuit, receiving a feedback signal of the peripheral control circuit and displaying the working state.

Preferably, the shell type thermotherapy device can be designed into another treatment scheme structure form on the basis of the embodiment scheme; the method specifically comprises the following steps:

the treatment casing is provided with in this treatment casing: an infrared ray generating part which is arranged at a predetermined position inside the therapeutic shell and is used for emitting infrared rays to the perineum and the periphery of the perineum or the anus and the periphery of the perineum of the human body; and/or a microwave generating part disposed at a predetermined position inside the therapeutic casing to emit microwaves to the perineum and its surroundings or the anus and its surroundings of the human body; the microwave generating part comprises a microwave oscillator, a microwave emitter and a microwave radiator; and/or an ultrasonic wave generating part which is arranged at a predetermined position inside the treatment shell to emit ultrasonic waves to the perineum and its surroundings or the anus and its surroundings of the human body; the ultrasonic generating part comprises an ultrasonic probe which can be abutted against the perineum or anus of the human body; the ultrasonic transducer is positioned in the ultrasonic probe; and the ultrasonic generator generates ultrasonic waves with preset frequency and power so as to control the ultrasonic transducer to work.

And the second peripheral control circuit is used for controlling the infrared generation part, the microwave generation part or the ultrasonic generation part to work according to a preset mode. (the second peripheral control circuit and the first peripheral control circuit can integrate corresponding functions together to form a control circuit to realize the corresponding functions for use.)

And the second external control display is used for transmitting a control signal to the second peripheral control circuit, receiving a feedback signal of the second peripheral control circuit and displaying the working state. (the second external control display and the first external control display can integrate corresponding functions together to form an external control display to realize the use of the corresponding functions)

Since the present invention does not make any innovative improvement to the thermal therapeutic principle and the realization scheme of the thermal therapeutic device, the detailed connection structure relationship and the working principle of the thermal therapeutic device in this embodiment and other embodiments are not disclosed in the present invention, and refer to the publication No. CN206063398U with patent name: the prostate warming massage cushion has the publication number of CN208243686U and the patent name: an intelligent electric hot water bag and an intelligent electric hot water bag control system; publication No. CN1103597A, patent name: microwave, ultrasonic prostate therapeutic apparatus; publication No. CN 2059831U, patent name: ultrasonic prostate therapy apparatus; and publication No. CN85100912A, with patent names: microwave physiotherapy equipment and other related published documents.

Referring to fig. 2 and 3, the treatment part 101, the two hip parts 102 and the touch display controller 103 are all of a split structure, and the treatment part 101 and the hip parts 102 are detachably assembled. Specifically, the main body of the therapeutic part 101 is a shell structure, and two opposite sides of the shell structure can be detachably connected with two hip supports 102 respectively.

Wherein, two embedded slots 105 are arranged at the two sides of the treatment part 101 near the first end, and a convex part 106 is correspondingly arranged at each hip part 102. When the two hip supports 102 are attached to the two sides of the treatment portion 101, the protruding portion 106 is correspondingly embedded into the embedded groove 105 to achieve the function of limiting and clamping, the embedded groove 105 is also a limiting installation groove, and at the first end position, the two hip supports 102 are flush with the treatment portion 101 in a coplanar manner.

In addition, the hip supporting part 102 and the treatment part 101 can be connected through a zipper assembly or adhered through a hook and loop fastener structure or connected through a buckle structure. Here, the present embodiment will not be described in detail.

Referring again to fig. 1 and 2, the first end position of the hip supporting part 102 has a gradually decreasing inclined edge part which can adapt to different hip sizes and can enable the scrotum to be pushed to the other side of the scrotum protecting part 104 for protection.

The second end of the treatment part 101 is provided with a C-shaped groove 107, the C-shaped groove 107 is formed as a part of a groove of a U-shaped structure, the side wall of the C-shaped groove 107 is defined by the scrotum protection part 104, and the C-shaped groove 107 can be used for accommodating the touch display controller 103. Also, an insertion chute is provided on the wall of the scrotum protection part 104 for inserting the touch display controller 103.

Referring to fig. 2 and 4, a scrotum protecting part 104 is formed at one side of the treatment part 101, and the scrotum protecting part 104 serves to partition the scrotum and a treatment region of the treatment part 101. Wherein, the treatment region includes a heat application part 109 formed on the treatment housing to transmit a heat source in a conduction manner, and an infrared ray or wave (referring to microwave or ultrasonic wave) generating part 108 may be further disposed on the heat application part 109.

As a main innovation point of the present invention, the scrotum protection part 104 of the present invention is designed to completely separate the scrotum from the treatment region of the treatment part 101 during the treatment. Thus, safe and effective heat insulation and isolation protection can be realized. Referring again to fig. 2 and 4, the scrotum protection part 104 may be designed as a part of the treatment housing or separately from the treatment housing. In this embodiment, the scrotum protection part 104 is designed as a concave receiving space (i.e. a U-shaped groove structure) for separating the scrotum and making the scrotum partially suspended and isolated from the treatment part 101 in a non-contact manner. The design of this structure not only can avoid the scrotum to be scalded completely, more is favorable to the scrotum heat dissipation.

The scrotum protection part 104 is designed into a U-shaped groove structure, and the U-shaped groove structure is more favorable for the air flow around the scrotum protection part 104 and further favorable for the heat dissipation of the scrotum due to the opening formed on one side of the U-shaped groove structure. In the preferred design, can set up thermal-insulated protective layer on the surface of U-shaped groove structure, thermal-insulated protective layer can be with the position of scrotum protection part 104 and scrotum contact all cover, utilizes thermal-insulated effect of thermal-insulated protective layer, and the heat energy of treatment portion is difficult to more pierce through and reaches scrotum protection part 104 for user's scrotum avoids being scalded.

The scrotum protection part 104 has a scrotum blocking protection structure 120 slightly higher than the treatment area, which is a concave structure with a smooth curved surface. A scrotum supporting part 121 is provided on a side of the scrotum protecting part 104 far from the treatment region, and the scrotum supporting part 121 has a protruding structure of a smooth curved surface which makes the thickness of the scrotum protecting part 104 gradually larger from the top to the bottom. Like this, can be so that the scrotum can be stable arrange in scrotum protection part 104 on, not only be favorable to the stable heat dissipation that stretches out of scrotum can, also avoided the scrotum to be close to treatment portion 101 simultaneously, scalded by the heat radiation of treatment portion 101.

In further optimal design, can be equipped with a plurality of horizontal or vertical or the bead structures of slope (not shown) on the rounding off curved surface of scrotum support portion 121, this bead structure is used for guaranteeing to hold up the effect, the design of bead structure has anti-skidding effect, reduce the sense of weighing down of scrotum, comfort level when improving the scrotum protruding, and owing to designed many beads for the scrotum holds up a contact area with the scrotum and is formed with many radiating passageways, can guarantee the ventilation and heat dissipation of scrotum.

In a further optimized design, a cooling device (not shown) may be further disposed in the scrotum protection part 104, and the cooling device is a cold water sac structure. Therefore, the scrotum can be maintained at a lower temperature after being placed on the cooling device, and the normal work of the scrotum is facilitated. The cold water sac structure can be detached and cleaned independently, and the cold water sac structure can be filled with needed cold water.

One of the key points of the present invention is that a scrotum obstructing and protecting structure 120 is disposed between one side of the scrotum protecting part 104 and the treatment part 101 to limit the scrotum from retracting from the scrotum protecting part 104 to the treatment area. The scrotum separation protection structure 120 arranged in the scrotum protection part 104 can effectively prevent the scrotum from being scalded by heat radiation in the heat therapy process of hot compress physiotherapy and the like. Specifically, when the scrotum is cold or the emotion of the user is greatly changed, the scrotum is stimulated to generate stress response, the scrotum is lifted and contracted to protect the scrotum, the contracted scrotum is close to the perineum, meanwhile, the testis is also promoted to be embedded into the body and close to the prostate part, and thus, the heat of the treatment part 101 can be irradiated, radiated or transmitted to the scrotum to cause accidental scald. In the scrotum baffle protection structure 120 of the present design, after the user sits on the physiotherapy instrument, the scrotum and the testis are placed in the region of the scrotum protection part 104 on one side of the scrotum baffle protection structure 120. At the moment, the root area of the scrotum forms complete isolation and blocking under the action of downward gravity when a user sits for treatment, so that the retraction path of the scrotum and the testis can be effectively isolated and blocked, the scrotum can be stably arranged in the area of the scrotum protection part 104, the scrotum is prevented from being close to the treatment part 101 after being retracted, and scalding caused by heat radiation and the like of the treatment part 101 is prevented.

In a further preferred design, the scrotum barrier protection structure 120 is a rigid element and/or a flexible element that is higher than the treatment portion 101 by a predetermined size and is fixedly connected with the treatment portion 101.

In a preferred embodiment, the rigid element is a metal piece or a plastic piece, or a combination of the two; the flexible element is rubber or silicone, or a combination of the two.

The whole treatment part 101 is a shell structure, that is, a structure of a base shell, the base shell is triangular, and the inside of the base shell comprises the above structures of a controller, a control circuit and the like, and is formed into a curved surface structure suitable for the hip and the perineum region of a human body to be attached and pressed.

Wherein, the upper surface of treatment portion 101 and support buttock 102 can be laid soft replacement pad (not shown), and the replacement pad is for the convenience of the user changes and washs to guarantee the health of district, and the replacement pad can be medical-grade gauze or thin cotton cloth etc. and the replacement pad can be designed into the structural shape that matches with support buttock portion and treatment portion, can directly lay on the instrument, also can paste the bonding on the instrument through the magic.

In this design, in order to protect the scrotum when the hot compress physiotherapy scrotum protection part 104 the scrotum holds up and is provided with a thermal-insulated protective layer on the structure 121, thermal-insulated protective layer is including setting up the insulating layer at the low coefficient of heat conductivity of inlayer to and set up at its outer isolation layer. Heat energy that can be conducted due to the part of the treatment portion 101 can penetrate from the bottom to the scrotum protection portion 104. Therefore, the heat insulation material with low heat conductivity coefficient (such as heat insulation cotton, heat insulation rubber, glass fiber or aerogel felt) is arranged, the temperature in the range of the scrotum protection part 104 can be effectively ensured to be in the room temperature range, and the scrotum of a user is prevented from being scalded by the heat transmitted by the treatment part 101. During the use, for more clean health, still set up the isolation layer in this design, the isolation layer can be that gauze, cotton etc. are fit for making with the close skin material of human skin direct contact.

In a further design scheme, referring to fig. 5, the sitting type rehabilitation physiotherapy instrument 100 of the present embodiment further comprises a waist and abdomen auxiliary hot compress device electrically connected to the treatment part 102, wherein the waist and abdomen auxiliary hot compress device comprises an abdomen hot compress device 115 for hot compressing the small abdomen of the human body and a waist hot compress device 114 for hot compressing the waist and back of the human body; the abdomen hot compress device 115 is fixedly connected with the waist hot compress device 114 through an adjustable telescopic waist belt 116.

The auxiliary waist and abdomen hot compress device may be electrically connected with the case type thermal therapy device or the water bladder type thermal therapy device, and the case type thermal therapy device or the water bladder type thermal therapy device and the main controller may be power-driven through the first power line 112, and the auxiliary waist and abdomen hot compress device may be power-driven through the separated second power line 113.

The abdomen hot compress device comprises a first shell and a flexible surface structure which is embedded in one side of the first shell and is in contact with the skin of a human body, wherein an abdomen control display screen, an abdomen main controller, an abdomen heating element, an abdomen temperature sensor and an abdomen temperature alarm are arranged between the inside of the flexible surface structure and the first shell, and the abdomen control display screen sends a control instruction to the abdomen main controller to control the operation of the abdomen heating element; the abdomen temperature sensor is used for transmitting a detected temperature signal to the abdomen main controller, and when the detected temperature is higher than a preset value, the abdomen main controller sends a closing instruction signal to the abdomen heating element and sends an alarm control signal to the abdomen temperature alarm; the first shell is designed in a trouser structure.

The waist hot compress device comprises a second shell and a flexible surface structure which is embedded in one side of the second shell and is in contact with the skin of a human body, wherein a waist control display screen, a waist main controller, a waist heating element, a waist temperature sensor and a waist temperature alarm are arranged between the flexible surface structure and the second shell, and the waist control display screen sends a control command to the waist main controller to control the waist heating element to work; the waist temperature sensor is used for transmitting a detected temperature signal to the waist main controller, and when the detected temperature is higher than a preset value, the waist main controller sends a closing instruction signal to the waist heating element and sends an alarm control signal to the temperature alarm.

Second embodiment

The physical diagram of this embodiment can be seen in fig. 6, which specifically includes two parts. The three-dimensional structure of the sitting type rehabilitation physiotherapy instrument 200 can be seen in fig. 7, the hip supporting part 203 and the middle treatment part 204 are of an integrated structure, the treatment part 204 and the hip supporting part are water bag type thermotherapy devices, the specific structure of the water bag type thermotherapy device mainly comprises a main water bag structure, and liquid capable of conducting heat is arranged inside the main water bag structure. The liquid water bag type thermotherapy device has the advantages that the thermotherapy device can adapt to various users with different sizes of buttocks, and the water bag structure is soft as the whole due to the adoption of the structural design of soft materials such as rubber or PVC (polyvinyl chloride), strong adaptability and higher fitting degree when the user sits on the upper surface, so that the thermotherapy device is more comfortable and suitable for being used by sitting for a long time.

Particularly, the device also comprises auxiliary water bag structures which are arranged at two sides of the main water bag structure and used for bearing the force on the buttocks of a human body; the secondary water sac structure is the hip support 203. The main water bag structure and the auxiliary water bag structure are integrally designed and communicated with each other. The invention designs the buttocks supporting part 203 and the treatment part 204 into a communicated water bag structure, thus not only saving the design and manufacturing cost, but also being easier for the storage and transportation of products due to the design of the water bag structure.

Wherein, the treatment portion 204 and hold in the palm buttock 203 upper surface can be laid soft replacement pad (not shown), and the replacement pad is for the convenience of the user changes and washs to guarantee the health of district, and the replacement pad can be medical-grade gauze or thin cotton cloth etc. and the replacement pad can design into the structural shape that matches with holding in the palm buttock portion and treatment portion, can directly lay on the instrument, also can paste the bonding on the instrument through the magic.

In order to meet the requirements of partial patients based on convenient and safe use and environmental protection, one side of the main water bag structure or the auxiliary water bag structure is provided with a water filling valve. Therefore, hot water can be directly filled through the irrigation valve for hot compress physiotherapy, and the hot water filling device is very convenient.

Meanwhile, in order to make the whole instrument more intelligent, in the design scheme of the present invention, an electric heating component may be further disposed in the main water bag structure and/or the auxiliary water bag structure, the electric heating component is controlled by an external control device to work, the external control device includes a touch display controller (not shown, the function of the touch display controller is the same as that of the touch display controller 103 in embodiment 1) and a base housing 209 disposed below the main water bag structure, and a main controller, an air pressure detection sensor and a temperature detection sensor are disposed in the base housing 209; the main controller is respectively connected with the heating device, the touch display controller, the air pressure detection sensor and the temperature detection sensor.

Wherein: the heating assembly is used for starting and/or stopping heating according to the instruction of the main controller;

the main controller is used for receiving the control instruction sent by the touch display controller and controlling the operation of the execution unit according to the received control instruction of the touch display screen;

the temperature detector is used for detecting the temperature of the liquid and sending a detected temperature signal to the main controller;

and the touch display screen is used for sending a control instruction to the main controller and displaying a working state.

In a further design, the water bag type thermal therapy device can be designed into another structure based on the above embodiment, and specifically includes an infrared generating part (i.e. an infrared or wave treating part) disposed at a predetermined position inside the base housing 209 to emit infrared rays to the perineum of the human body; and/or

An ultrasonic wave generating part (i.e., an infrared ray or wave treatment part) provided at a predetermined portion inside the base housing 209 to emit an ultrasonic wave to a perineum of a human body; the ultrasonic wave generating part comprises an ultrasonic probe which can be abutted against the surface of the skin of the human body; an ultrasonic transducer located within the ultrasonic probe; the ultrasonic generator generates ultrasonic waves with preset frequency and power and controls the ultrasonic transducer to work; and/or

A microwave generating part (i.e., an infrared ray or wave treatment part) provided at a predetermined portion of an inner side of the base housing to emit microwaves to a perineum of a human body; the microwave generating part comprises a microwave probe which can be abutted against the surface of the skin of a human body and a microwave generator which is arranged in the microwave probe;

the infrared generation part, the ultrasonic generation part and the microwave generation part are controlled by the main controller to work.

Referring to fig. 8, the infrared ray or wave generating part 201 of this embodiment is disposed in a base housing 209, and the base housing 209 has a power interface 208 at a first end thereof for supplying power and heating to a heating unit inside the liquid bladder type thermotherapy device. And an infrared or wave probe 207 protruding from the base housing 209 structure is provided at the center of the base housing 209, and the infrared or wave probe 207 is matched with the opening 206 of the treatment portion 204 to realize the directional emission of infrared or microwave or ultrasonic wave.

The periphery of the infrared or wave probe 207 may be surrounded by a housing, i.e., the base housing 209 has a protruding tube portion protruding from its main body portion for allowing the infrared or wave probe 207 to protrude from the main body portion, and the distal end of the protruding tube portion is an open opening so that the infrared or wave probe 207 may protrude from the position.

The therapeutic part 204 may be a plane structure same as the hip-rest part 203 in a normal storage state, and it has a protruding structure in a use state, which has a higher height than the hip-rest part 203 so as to engage with the housing structure of the infrared or wave generating part 201 and to align and engage the infrared or wave probe 207 with the opening 206.

The local area of the treatment part 204 is arranged in an upward convex shape and can be abutted against the perineum and the periphery of the anus of the human body. The buttock is placed more comfortablely when setting up of holding in the palm buttock 203 and the user uses, and the region of treatment portion 204 is the setting of the form of raising to the top, and the curved surface structure of a circular arc transition is raised the column structure, can make the laminating that user's perineum can be reliable in treatment portion to increase the area of contact of perineum and treatment portion, improve treatment.

In addition, in order to achieve a better treatment effect, in the present scheme, a plurality of rib structures 205 arranged transversely or longitudinally are further designed on the treatment part 204, and the rib structures 205 are located at the topmost end of the treatment part 204. Such structural design can be so that when the patient sits on this treatment portion 204, the skin belongs to the line contact with the regional contact of hot compress of treatment portion to form a plurality of heat dissipation channels, make the dispersing of heat source more even, can not produce local overheated sense, let the patient experience more.

A scrotum protecting part 202 is provided at the second end of the infrared ray or wave generating part 201, and the scrotum protecting part 202 is designed in a sofa shape, and the receiving space structure thereof may be designed in a blind hole-like structure (i.e., a non-penetrating structure), unlike the U-shaped groove-like structure of the first embodiment. Because everyone's buttock size is different, and the scrotum size is different, and the relative position of scrotum and perineum also has certain difference, so in order to reach better result of use, can design into the mode that infrared ray or ripples production part 201 carried out the back-and-forth movement relatively scrotum protection part 202 to realize the scrotum protection part 202 with the regulation of the distance position within certain range between the treatment part 204. That is, the scrotum protecting part 202 functions as the same as the first embodiment, and is different from the one-piece structure of the first embodiment in that it is movable relative to the infrared ray or wave generating part 201 (which can be designed as in the first embodiment) so that the scrotum protecting part 202 can be flexibly adjusted in position.

The scrotum protector 202 of this embodiment may be non-integrally formed with the base housing 209, and the scrotum protector 202 may be slidably coupled with the base housing 209. Specifically, the scrotum protection part 202 can move back and forth relative to the base tube 209, so that the relative position and relative distance between the scrotum protection part 202 and the base tube 209 (or the main water sac position) can be adjusted, and further the relative position between the scrotum protection area and the perineum treatment area can be adjusted to adapt to different patients, so that the scrotum protection part 202 can better accommodate the scrotum position, and the scrotum is more comfortable in the treatment process.

Referring to fig. 9, in the present embodiment, the sofa-shaped structure of the scrotum protecting part 202 specifically includes a scrotum blocking protecting structure 209, a scrotum holding structure 210 and a bottom supporting structure 211. The scrotum supporting part 210 has a protruding structure with a smooth curved surface, and the protruding structure makes the scrotum protecting part 202 gradually thicker from the top to the bottom. Therefore, the scrotum can be stably arranged on the scrotum protection part 202, so that the stable unfolding and heat dissipation of the scrotum can be facilitated, and meanwhile, the situation that the scrotum is close to the treatment part 204 and is scalded by heat radiation of the treatment part 204 is avoided.

In further optimal design, can be equipped with a plurality of horizontal or vertical or the bead structures of slope (not shown) on the rounding off curved surface of scrotum support portion 210, this bead structure is used for guaranteeing to hold up the effect, the design of bead structure has anti-skidding effect, reduce the sense of weighing down of scrotum, comfort level when improving the scrotum protruding, and owing to designed many beads for the scrotum holds up a contact area with the scrotum and is formed with many radiating passageways, can guarantee the ventilation and heat dissipation of scrotum.

In a further preferred design, the scrotum protection part 202 may further be provided with a cooling device, and the cooling device is a cold water sac structure. So that the scrotum can be maintained at a lower temperature after being placed on the cooling device. The cold water sac structure can be detached and cleaned independently, and the cold water sac structure can be filled with needed cold water.

In order to protect the scrotum when the hot compress physiotherapy is performed scrotum protection part 202 the scrotum holds up and is provided with a thermal insulation protective layer on the structure 210, the thermal insulation protective layer is including setting up the insulating layer at the low coefficient of heat conductivity of inlayer to and set up at its outer isolation layer. Because the heat energy of the treatment part can penetrate from the bottom to the scrotum protection part 202, a heat insulation material (which can be heat insulation cotton, heat insulation rubber, glass fiber or aerogel felt and the like) with low heat conductivity coefficient is arranged, the temperature in the range of the scrotum protection part can be effectively ensured to be in the room temperature range, and the scrotum of a user is prevented from being scalded by the heat transmitted by the treatment part. During the use, for more clean health, still set up the isolation layer in this design, the isolation layer can be that gauze, cotton etc. are fit for making with the close skin material of human skin direct contact.

In a further preferred embodiment, the scrotum barrier protection structure 209 is a rigid and/or flexible element that is higher than the treatment portion 203 by a predetermined dimension and is detachably connected to the treatment portion 203.

Preferably, the rigid element is a metal or plastic part, or a combination of both; the flexible element is rubber or silicone, or a combination of the two.

In a further preferred design, referring to fig. 10, the sitting type rehabilitation physiotherapy instrument 200 of the present embodiment further comprises a waist and abdomen auxiliary hot compress device electrically connected to the infrared ray or wave generating part 201, the waist and abdomen auxiliary hot compress device comprising an abdomen hot compress 215 for hot compressing the small abdomen of the human body and a waist hot compress 214 for hot compressing the waist and back of the human body; the abdomen hot compress device 215 is fixedly connected with the waist hot compress device 214 through an adjustable telescopic waist belt 216.

This supplementary hot compress device of abdomen can be connected with water pocket formula thermotherapy device electricity, and main control unit among water pocket formula thermotherapy device and the external control device all can carry out power drive through first power cord 212, and supplementary hot compress device of abdomen can carry out power drive through detached second power cord 213.

Further, the abdomen hot compress device 215 comprises a first shell and a flexible surface structure embedded on one side of the first shell and contacting with the skin of the human body, wherein an abdomen control display screen, an abdomen main controller, an abdomen heating element, an abdomen temperature sensor and an abdomen temperature alarm are arranged between the inside of the flexible surface structure and the first shell, and the abdomen control display screen sends a control instruction to the abdomen main controller to control the operation of the abdomen heating element; the abdomen temperature sensor is used for transmitting a detected temperature signal to the abdomen main controller, and when the detected temperature is higher than a preset value, the abdomen main controller sends a closing instruction signal to the abdomen heating element and sends an alarm control signal to the abdomen temperature alarm; to match the ergonomic design, the first shell in the abdominal applicator 215 is designed in a pant-like configuration.

Further, the waist hot compress device 214 comprises a second shell and a flexible surface structure embedded in one side of the second shell and contacting with the skin of the human body, a waist control display screen, a waist main controller, a waist heating element, a waist temperature sensor and a waist temperature alarm are arranged between the flexible surface structure and the second shell, and the waist control display screen sends a control instruction to the waist main controller to control the operation of the waist heating element; the waist temperature sensor is used for transmitting a detected temperature signal to the waist main controller, and when the detected temperature is higher than a preset value, the waist main controller sends a closing instruction signal to the waist heating element and sends an alarm control signal to the temperature alarm.

Third embodiment

Referring to fig. 11, a treatment part 301, two hip supports 302 and a scrotum protection part 303 are in a split structure and detachably connected. Wherein, the two buttock supports 302 are detachably connected with the magic tapes 307 of the treatment part 301 through the magic tapes 308, and the scrotum protection part 303 can be detachably connected with the treatment part 301 through the magnetic buckles 306.

In this embodiment, the scrotum protecting part 303 has the same structure as that of the first or second embodiment, i.e., both have a sofa shape, but is connected to the treatment part in a different manner. Also, in this embodiment, the scrotum barrier protection structure of the scrotum protection part 303 is higher than the top of the treatment part 301.

The water bladder type thermal therapy structure of the treatment part 301 is similar to that of the second embodiment. In addition, the therapeutic part 301 of this embodiment is also heated by the heating means inside the water bag, but this embodiment is a simple hot compress therapy by electric heating, and there is no other embodiment in which therapy by infrared rays, ultrasonic waves, microwaves, or the like is added, and the principle thereof is similar to that of the second embodiment. Similarly, the present embodiment may also include a waist and abdomen auxiliary hot compress device electrically connected to the treatment part 301, the waist and abdomen auxiliary hot compress device including an abdomen hot compress device 314 for hot compressing the small abdomen of the human body and a waist hot compress device 315 for hot compressing the waist and back of the human body; the abdomen hot compress device 314 and the waist hot compress device 315 are fixedly connected through an adjustable telescopic waist belt 316. The specific structure thereof can be referred to the first embodiment or the second embodiment.

The power line 305 for driving the treatment part 301 and the abdomen-and-waist auxiliary heat application device, etc., may have a shunt structure. The touch display controller 304 is used to control the normal operation of the physiotherapy apparatus, which is similar to the touch display controller in the first embodiment.

Fourth embodiment

The structure of this embodiment may be the same as that of the first embodiment or the second embodiment, except that the treatment method used must include ultrasonic treatment. And as an improved scheme, when using ultrasonic wave to perform therapy, because the ultrasonic wave therapy in a single direction has poor therapeutic effect, the perineum treatment area of the embodiment is designed with an ultrasonic treatment probe which can rotate, swing or move according to a preset speed, the ultrasonic treatment probe can be driven by a driving motor and rotate at a certain speed and a certain angle according to a preset program, or swing at a certain amplitude, or reciprocate in a certain direction (front-back and left-right directions), so that the ultrasonic wave can form more effective sound wave irradiation on the focal tissues and the surrounding area thereof, and the therapeutic effect of the affected part is improved. The driving motor can be controlled by a main controller in the shell structure according to a preset program. The control principle of the ultrasonic probe is not inventive, and reference can be made to patent document publication numbers: CN 102525596 a, patent name: an ultrasound acquisition and therapy control system and a method of acquiring images thereof.

The reason for this is that attenuation, refraction and reflection occur during the transmission of ultrasonic waves between different substances. When the physical therapy is carried out on the internal organs of a human body by ultrasonic waves, the sound waves emitted by the ultrasonic waves from the probe firstly enter human tissues through the couplant, and the ultrasonic waves are refracted by the sound waves to different degrees when passing through tissue substances with different acoustic impedances, so that more and more complete sound waves can reach a focus tissue area for effective therapy. Therefore, the probe of the invention can be designed into a rotary ultrasonic probe which can rotate along the central axis of the probe, or a movable ultrasonic probe which can swing within a certain range or reciprocate in a certain direction. The periodic frequency, amplitude, distance and the like of the rotation, swing or movement of the probe can be designed according to actual needs, which is not the innovative point of the invention and will not be further described here. Therefore, during the use process, since the ultrasonic probe can periodically and regularly (rotate, swing or move) in a certain range (for example, the opening 2 of the shell structure 1 in the schematic view of fig. 12), the incident angle of the sound wave is changed to a certain extent, so that the focal tissue in the same area can absorb more sound waves within the same treatment time, and thus, a better treatment effect can be obtained.

In addition, the therapeutic apparatus is a sitting type therapeutic apparatus (only limited to ultrasonic therapy). When in use, a user needs to sit on the instrument for a long time to carry out rehabilitation physiotherapy. When a user sits on the instrument, a treatment part (particularly a treatment area, such as a probe) of the instrument is bound to be subjected to a large downward pressure (gravity) when the human body sits, so that the contact surface and the contact pressure between the ultrasonic probe and the skin in contact with the human body are increased, the couplant is extruded outwards from the surface of the probe in a large amount, and the air gap between the probe and the skin is bound to be increased due to the large reduction of the couplant. In addition, even if the amplitude of the probe is small during the rotation, movement or swing, the couplant can be extruded and overflowed, and a certain air gap can be generated. The generated air gaps can affect the effective conduction of sound waves, so that the sound waves cannot accurately and sufficiently reach the focus area, and the treatment effect is finally reduced. Therefore, in the present invention, referring to fig. 12, in order to improve the reliability and stability of the ultrasonic therapy, a sound wave conduction protection structure should be designed on the outer ring of the ultrasonic probe, and the sound wave conduction protection structure includes: and the closed annular bulge structure 4 is arranged on the outer ring (outer edge) of the ultrasonic probe 3, the closed annular bulge structure 4 is arranged in the opening 2 of the shell structure 1, the top of the closed annular bulge structure 4 is higher than the upper end surface of the ultrasonic probe 3, and the bottom of the closed annular bulge structure is jointed with the outer ring (outer edge) of the ultrasonic probe so as to form a containing space with the ultrasonic probe 3, wherein the containing space is used for containing the coupling agent and keeping the coupling agent from overflowing. The closed annular convex structure can limit the contact distance between the ultrasonic probe and the skin contacted with the human body, thereby limiting the contact pressure between the ultrasonic probe and the skin. The closed annular convex structure 4 can be made of polymer materials such as rubber or silica gel, and the closed annular convex structure 4 should have certain rigidity so as to prevent the skin (hip) from excessively pressing the height of the closed annular convex structure 4 and not play a role in preventing the couplant material from overflowing.

Referring to fig. 13, in this way, during the treatment process, the problem of the couplant (see the gray area surrounded by the closed annular convex structure 4 in fig. 13) overflowing due to the contact pressure of the ultrasonic probe 3 and the skin (i.e. the perineum area) and the movement of the probe during the operation can be avoided, and the treatment effect of applying the ultrasonic probe to the sitting type treatment instrument for treating the corresponding diseases is greatly improved. Wherein, the height difference between the upper end surface of the closed annular convex structure 4 and the end surface of the ultrasonic probe can be set between 1 mm and 6mm, and is preferably set between 2 mm and 3 mm. In addition, the upper end surface of the closed annular convex structure 4 is of an arc transition structure, so that a user can feel more comfortable after sitting on the chair without pain.

In the invention, the working frequency of the ultrasonic wave can be generally set to be 1.59-3.5MHz, the power is set to be 3.0W-6.5W, and the ultrasonic wave can be adjusted according to the requirements of specific application scenes. The ultrasonic probe can be arranged in a circular structure or other structures which are adaptive to the perineum of the human body. When in use, a proper amount of couplant can be directly smeared at the perineum of a human body or other skin parts contacted with the probe. The coupling agent can be common medical coupling agent commonly used in the market, and can also be used together with traditional Chinese medicine coupling agent with the effects of disinfection or promoting blood circulation to remove blood stasis, and the like, so that the treatment effect is improved.

Finally, the invention also designs the application of the sitting type rehabilitation physiotherapy instrument in the rehabilitation physiotherapy of prostate diseases, anorectal diseases or gynecological diseases, and the sitting type rehabilitation physiotherapy instrument in the four embodiments can be used.

The above description is only a preferred embodiment of the present invention, and the protection scope of the present invention is not limited to the above embodiments, and all technical solutions belonging to the idea of the present invention belong to the protection scope of the present invention. It should be noted that modifications and embellishments within the scope of the invention may occur to those skilled in the art without departing from the principle of the invention, and are considered to be within the scope of the invention.

Claims

1. A sitting posture rehabilitation physiotherapy instrument is characterized in that: the heat treatment device comprises a treatment part for performing heat treatment on a human perineum part and the periphery thereof and/or an anus part and the periphery thereof, wherein a scrotum protection part for separating a scrotum is arranged on one side of the treatment part, and the scrotum protection part is used for separating the scrotum and the treatment part.

2. The sitting rehabilitation physiotherapy instrument of claim 1, wherein: the treatment part is a shell type thermotherapy device with an external control panel for control; the housing type thermal therapeutic device includes:

An ultrasonic wave generating part disposed at a predetermined position inside the treatment housing to emit ultrasonic waves to the perineum and its surroundings or the anus and its surroundings of the human body; the ultrasonic generating part comprises an ultrasonic probe which can be abutted against the perineum or anus of the human body; an ultrasonic transducer located within the ultrasonic probe; the ultrasonic generator generates ultrasonic waves with preset frequency and power so as to control the ultrasonic transducer to work; and

3. The sitting rehabilitation physiotherapy instrument of claim 1, wherein: the treatment part is a water bag type thermal therapy device which comprises a main water bag structure, and liquid capable of conducting heat is arranged in the main water bag structure.

4. The sitting rehabilitation physiotherapy instrument of claim 3, wherein: the auxiliary water bag structure is arranged on two sides of the main water bag structure and used for bearing the force on the buttocks of a human body; the main water bag structure and the auxiliary water bag structure are integrally designed and communicated with each other, or the main water bag structure and the auxiliary water bag structure are detachably connected.

5. The sitting rehabilitation physiotherapy instrument of claim 4, wherein:

the water bag type thermal therapy device further comprises:

the electric heating assembly, the infrared generating part, the ultrasonic generating part and the microwave generating part are controlled by the base control shell to work; the touch control display screen is used for sending a control instruction to the base control shell and displaying a working state;

wherein, still include in the base control casing:

6. The sitting rehabilitation physiotherapy instrument of claim 4, wherein: and one side of the main water bag structure or the auxiliary water bag structure is provided with a water filling valve.

7. The sitting rehabilitation physiotherapy instrument of claim 1, wherein: the treatment part is arranged on the two sides of the treatment part in a symmetrical mode and is integrally or detachably connected with the treatment part, and the local area of the treatment part is arranged in an upward protruding mode and can be abutted to the perineum and the periphery of the anus of a human body.

8. The sitting rehabilitation physiotherapy instrument of claim 7, wherein: the hip support device is characterized in that a limiting installation groove is formed in the middle of the hip support portion, and one end of the treatment portion can be inserted into the limiting installation groove and is sleeved with the hip support portion in a clamping mode.

9. The sitting rehabilitation physiotherapy instrument of claim 8, wherein: the support buttocks part and the treatment part are connected through a zipper component or are adhered through a magic tape structure or are connected through a buckle structure.

10. The sitting rehabilitation physiotherapy instrument of claim 1, wherein: the scrotum protection part is provided with a scrotum supporting structure, the scrotum supporting structure is provided with a heat insulation protective layer, and the heat insulation protective layer comprises a heat insulation layer with low heat conductivity coefficient arranged on an inner layer and an isolation layer arranged on an outer layer of the heat insulation protective layer.

11. The sitting rehabilitation physiotherapy instrument of claim 1, wherein: the scrotum protection part is provided with an accommodating space which is suitable for accommodating the scrotum and enables the scrotum to be in a non-contact isolation state with the treatment part.

12. The sitting rehabilitation physiotherapy instrument of claim 1, wherein: the scrotum protection part is provided with a cooling device, and the cooling device is of a cold water sac structure.

13. A Sitting rehabilitation physiotherapy instrument according to any one of claims 1-12, wherein: a scrotum separation and protection structure is arranged between one side of the scrotum protection part and the treatment part and used for limiting the scrotum to retract from the scrotum protection part to the treatment part.

14. The sitting rehabilitation physiotherapy instrument of claim 13, wherein: the scrotum separates and keeps off protection architecture can carry out the back-and-forth movement relatively the treatment portion to realize the scrotum separates to keep off the distance position adjustment between protection architecture and the treatment portion.

15. The sitting rehabilitation physiotherapy instrument of claim 14, wherein: the scrotum baffle protection structure is a rigid element and/or a flexible element which is higher than the preset size of the treatment part and is fixedly connected or detachably connected with the treatment part.

16. The sitting rehabilitation physiotherapy instrument of claim 15, wherein: the rigid element is a metal piece or a plastic piece or a combination of the metal piece and the plastic piece; the flexible element is rubber or silicone, or a combination of the two.

17. The sitting rehabilitation physiotherapy instrument of claim 2, wherein: the waist and abdomen auxiliary hot compress device is electrically connected with the shell type thermal therapy device and comprises an abdomen hot compress device and a waist hot compress device, wherein the abdomen hot compress device is used for carrying out hot compress on the small abdomen of the human body, and the waist hot compress device is used for carrying out hot compress on the waist and the back of the human body; the abdomen hot compress device is fixedly connected with the waist hot compress device through an adjustable telescopic waistband.

18. The sitting rehabilitation physiotherapy instrument of claim 5, wherein: the waist and abdomen auxiliary hot compress device is electrically connected with the water bag type thermal therapy device and comprises an abdomen hot compress device and a waist hot compress device, wherein the abdomen hot compress device is used for carrying out hot compress on the small abdomen of the human body, and the waist hot compress device is used for carrying out hot compress on the waist and the back of the human body; the abdomen hot compress device is fixedly connected with the waist hot compress device through an adjustable telescopic waistband.

19. A Sitting rehabilitation physiotherapy instrument according to claim 17 or 18, wherein: the abdomen hot compress device comprises a first shell and a flexible surface structure which is embedded in one side of the first shell and is in contact with the skin of a human body, wherein an abdomen control display screen, an abdomen main controller, an abdomen heating element, an abdomen temperature sensor and an abdomen temperature alarm are arranged between the inside of the flexible surface structure and the first shell, and the abdomen control display screen sends a control instruction to the abdomen main controller so as to control the operation of the abdomen heating element; the abdomen temperature sensor is used for transmitting a detected temperature signal to the abdomen main controller, and when the detected temperature is higher than a preset value, the abdomen main controller sends a closing instruction signal to the abdomen heating element and sends an alarm control signal to the abdomen temperature alarm; the first shell is designed in a trouser structure.

20. A Sitting rehabilitation physiotherapy instrument according to claim 17 or 18, wherein: the waist hot compress device comprises a second shell and a flexible surface structure which is embedded in one side of the second shell and is in contact with the skin of a human body, a waist control display screen, a waist main controller, a waist heating element, a waist temperature sensor and a waist temperature alarm are arranged between the interior of the flexible surface structure and the second shell, and the waist control display screen sends a control instruction to the waist main controller to control the work of the waist heating element; the waist temperature sensor is used for transmitting a detected temperature signal to the waist main controller, and when the detected temperature is higher than a preset value, the waist main controller sends a closing instruction signal to the waist heating element and sends an alarm control signal to the temperature alarm.

21. The sitting rehabilitation physiotherapy instrument according to claim 2 or 5, wherein: the ultrasonic probe is exposed out of the upper surface of the treatment shell or the base control shell so as to be abutted against the perineum or the anus of the human body; and the ultrasonic probe can periodically and regularly rotate, move or swing in a certain area range.

22. The sitting rehabilitation physiotherapy instrument of claim 21, wherein: still including setting up sound wave conduction protection mechanism on the ultrasonic transducer, sound wave conduction protection mechanism is including setting up closed cyclic annular protruding structure on the ultrasonic transducer outer fringe, the top of closed cyclic annular protruding structure is higher than ultrasonic transducer's up end.

23. Use of the sitting rehabilitation physiotherapy instrument according to any one of claims 1 to 22 in rehabilitation physiotherapy of prostate or anorectal or gynaecological diseases.