A traditional Chinese medicine atomization fumigation and pelvic floor electrical stimulation integrated rehabilitation treatment device

Abstract

The application relates to the technical field of rehabilitation treatment equipment, and discloses a rehabilitation treatment device integrating traditional Chinese medicine atomization fumigation and pelvic floor electric stimulation, which comprises a seat plate, a detachable treatment assembly, a bottom shell, a traditional Chinese medicine solution barrel, a micro pump, a two-section atomizer, a fan, a storage tank and a control panel. The detachable treatment assembly comprises a top plate, two electric stimulation body-inserting rods, electrodes, a heating rod, a vibrating block, a heating ring, supporting columns, a bottom sealing plate and a two-stage fumigation hole, and can be wholly assembled into the seat plate or wholly taken out. Traditional Chinese medicine solution is delivered to the atomizer by the micro pump for primary atomization, and then heated and evaporated by the heating rod to form medicine mist; the medicine mist is sequentially introduced into a V-shaped air inlet ring through an air outlet connecting pipe, a medicine outlet pipe and a first air inlet hole after being sucked by the fan, dispersed by the air inlet ring, delivered through a second air inlet hole, and fumigated by the one-stage fumigation hole to an open pelvic floor area when the treatment assembly is taken out.

Description

Technical Field

[0001] This invention relates to the field of rehabilitation therapy equipment technology, and more particularly to the field of traditional Chinese medicine atomization fumigation, pelvic floor rehabilitation, electrical stimulation rehabilitation and local thermo-vibration composite rehabilitation equipment technology. Specifically, it relates to a rehabilitation therapy device that integrates traditional Chinese medicine atomization fumigation and pelvic floor electrical stimulation by changing the output mode of the medicine mist end through detachable treatment components, and can switch between an open pelvic floor traditional Chinese medicine atomization fumigation state and a perineal concentrated traditional Chinese medicine atomization fumigation, electrical stimulation, thermo-vibration and composite rehabilitation state. Background Technology

[0002] Pelvic floor rehabilitation often employs methods such as electrical stimulation, traditional Chinese medicine fumigation, heat therapy, or vibration. Existing traditional Chinese medicine fumigation equipment mostly heats the medicinal liquid directly or atomizes it into a mist, which is then delivered to the affected area of ​​the body via natural rise or a simple air duct. When the mist relies primarily on natural diffusion, its delivery direction and area of ​​effect are easily affected by temperature differences, the user's posture, and the airflow within the equipment. Furthermore, using a single nozzle can easily lead to localized concentration of the mist while neglecting peripheral coverage.

[0003] Existing pelvic floor electrical stimulation devices typically require the electrical stimulation component to be placed in the center of the seat, while traditional Chinese medicine pelvic floor fumigation aims to keep the central area relatively open. Therefore, there is a spatial contradiction between these two functions. If the electrical stimulation component is fixed in the center of the fumigation seat, it will occupy the space for the diffusion of medicinal mist during fumigation alone; if two separate devices are installed, it increases the footprint and operational procedures. Simply installing the electrical stimulation rod and the fumigation mechanism on the same seat only provides parallel functionality and does not allow for the appropriate medicinal mist output pattern for different operating modes.

[0004] Furthermore, condensation may occur in both the delivery pipeline and the treatment area of ​​the patient using traditional Chinese medicine mist. Long-term accumulation of condensate in the pipeline can obstruct the airflow; if condensate in the treatment area is not collected promptly, it increases the difficulty of cleaning and maintenance. Therefore, it is necessary to simultaneously address the issues of active mist delivery, end-point distribution, treatment component space constraints, and condensate treatment in different locations.

[0005] Based on this, the present invention uses a treatment component that can be disassembled as a whole, so that the same plate has two structural states: after the treatment component is removed, the central space is released, and an open pelvic floor fumigation is formed by multiple first-order fumigation holes; after the treatment component is installed, the concentrated air intake channel between the top plate and the bottom sealing plate is used to gather the drug mist into a single second-order fumigation hole, and at the same time, two electrical stimulation rods are put into the working position, thereby changing the treatment space, terminal air path and treatment function simultaneously through a single structural disassembly and assembly. Summary of the Invention

[0006] To address the shortcomings of existing technologies, this invention provides a rehabilitation therapy device that integrates traditional Chinese medicine atomization fumigation with pelvic floor electrical stimulation. It forms a continuous drug mist delivery chain through the supply of traditional Chinese medicine solution, one-time atomization, heating and evaporation, active delivery by a fan, and end distribution. It also utilizes a detachable treatment component to switch between an open pelvic floor fumigation state and a combined state of perineal concentrated fumigation and electrical stimulation.

[0007] To achieve the above objectives, the present invention is implemented through the following technical solution: a rehabilitation therapy device integrating traditional Chinese medicine atomization fumigation and pelvic floor electrical stimulation, comprising a seat plate, a top plate, a bottom shell, a traditional Chinese medicine solution tank, a micro pump, a dual-stage atomizer, a fan, a storage tank, and a control board.

[0008] The seat plate is mounted on top of the base shell and has an inner ring corresponding to the pelvic floor region of the human body. The top plate, along with two electrical stimulation rods, electrodes, a heating rod, a vibrating block, a heating coil, a support column, a bottom sealing plate, and a second-stage fumigation port, constitutes a detachable treatment assembly. This assembly can be installed entirely into the inner ring or removed entirely as a whole. A centralized air intake channel is provided between the top plate and the bottom sealing plate to receive and concentrate the medicated mist into a single second-stage fumigation port when the treatment assembly is installed.

[0009] Two electrical stimulation inserts are located at the front of the treatment assembly and arranged at approximately a 120° angle. Each insert is equipped with electrodes. A heating rod is used to heat the inserts, and a heating coil provides auxiliary heating to the top plate and corresponding perineal area. A vibrating block generates mechanical vibration at a corresponding operating frequency under the action of a drive motor. After the two inserts are inserted into the body, their electrodes act on target areas of the pelvic floor, such as the urethra.

[0010] The herbal solution tank stores the herbal solution to be nebulized, and a micro-pump delivers the solution to the dual-stage nebulizer. The dual-stage nebulizer includes a pre-reserved air inlet, an nebulizer, a heating rod, an air outlet pipe, and a connecting pipe. The nebulizer first atomizes the herbal solution once, and the heating rod further heats and evaporates the atomized herbal medium to form a warm medicinal mist. The fan is located downstream of the dual-stage nebulizer and includes a fan, a fan vent, an external drain pipe, an air outlet connecting pipe, and a medicine outlet pipe, with the external drain pipe connected to itself. When the fan is working, it draws in the medicinal mist and actively delivers it to the base plate.

[0011] The seat plate is equipped with a U-shaped air inlet ring, a first air inlet, a second air inlet, and a first-stage fumigation hole. The medicine outlet pipe is connected to the air inlet ring through the first air inlet. After the medicine mist enters the U-shaped air inlet ring, it is dispersed along its internal air path, and then enters the terminal fumigation steam path through the second air inlet.

[0012] When the detachable treatment component is removed, the inner ring of the seat plate forms an open pelvic floor fumigation area. The medicated mist enters multiple first-stage fumigation holes through the second air inlet and is discharged from multiple locations on the periphery into the open area. When the detachable treatment component is inserted, the medicated mist enters the centralized air intake channel between the top plate and the bottom sealing plate and converges into the single second-stage fumigation hole, where it is discharged centrally to the corresponding area of ​​the perineum. At the same time, after two electrical stimulation insert rods are inserted into the body, the electrodes on them act on the pelvic floor target areas such as the urethra. The insert heating rod and heating coil provide a warming effect, and the vibrating block provides a mechanical vibration effect.

[0013] The seat plate is equipped with a return channel corresponding to the inner ring. The return channel has return holes, which are connected to a return pipe, which in turn connects to a storage tank. The condensate and accumulated medication formed in the treatment area enter the storage tank for independent collection according to the return path. The small amount of condensate formed in the delivery path of the medication mist in the fan, air outlet connection pipe, and medication outlet pipe is discharged through an external drain pipe.

[0014] The bottom shell can also be equipped with a viewing window cover, dust cover, maintenance cover, casters, fixing ring, and external vent. The control panel controls the micro pump, atomizer, atomizing heating rod, fan, electrode, body heating rod, vibration block, and heating coil, respectively, to control the operation of the corresponding components according to the selected working state.

[0015] This invention provides a rehabilitation therapy device integrating traditional Chinese medicine atomization fumigation and pelvic floor electrical stimulation. It has the following beneficial effects:

[0016] 1. In this invention, the detachable treatment component integrates the top plate, the electrostimulation probe and related electrodes, the heating and vibration structure, and the second-order fumigation holes into a single unit, allowing for simultaneous changes to the central treatment space and the terminal airflow path of the medicated mist during a single assembly or disassembly. When the component is removed, the inner ring of the seat plate is released, and multiple first-order fumigation holes form an open pelvic floor fumigation system. When the component is installed, a centralized air intake channel and a single second-order fumigation hole are established, and the two electrostimulation probes are positioned in the treatment area. Therefore, this device does not simply superimpose fumigation and electrostimulation functions, but rather links the structural state, the medicated mist output method, and the treatment function in a coordinated manner.

[0017] 2. This invention enables the Chinese medicine solution to pass through a micro-pump for liquid supply, atomization by a nebulizer, heating and evaporation by a heating rod, active suction by a fan, and path delivery, so that the medicine mist forms a continuous and directional delivery chain from the generation end to the treatment end. The same upstream medicine mist system can be adapted to the open multi-point output of the first-order fumigation hole and the centralized output of the second-order fumigation hole respectively, which improves the synergy between atomization, air supply and end treatment structure.

[0018] 3. In this invention, the condensate generated in the treatment area is collected independently in the storage tank through the return tank, return hole and return pipe, and is not returned to the Chinese medicine solution tank; the small amount of condensate generated in the delivery pipeline is discharged by the external drain pipe. By treating the condensate in the treatment area and the pipeline separately, the accumulation of liquid in the seat area and the medicine mist delivery pipeline can be reduced, and subsequent cleaning and maintenance can be facilitated. Attached Figure Description

[0019] Figure 1 This is a schematic diagram of the overall structure of the present invention;

[0020] Figure 2 This is a schematic diagram of the structure of the present invention after the detachable treatment component has been removed;

[0021] Figure 3 , Figure 4 This is a schematic diagram of the inner ring of the base plate, the air inlet ring, the first-stage fumigation hole and the reflux structure of the present invention.

[0022] Figure 5 , Figure 6 This is a schematic diagram of the top plate, the electrical stimulation rod, the heating structure, and the bottom sealing plate of the present invention.

[0023] Figure 7 This is a schematic diagram of the structure of the base plate, bottom shell, and return pipe of the present invention;

[0024] Figure 8 This is an exploded view of the internal functional components of the bottom shell of the present invention;

[0025] Figure 9 , Figure 10 This is a schematic diagram of the dual-stage atomizer, fan, and corresponding air path structure of the present invention;

[0026] Figure 11 This is a schematic diagram of the internal fan, air outlet connection pipe, and related structures of the blower of the present invention.

[0027] Among them, 1. Seat plate; 101. Back plate; 102. Upper shell; 103. Air inlet ring; 104. First air inlet; 105. Second air inlet; 106. First-stage fumigation hole; 107. Return groove; 108. Return hole; 109. Return pipe;

[0028] 2. Top plate; 201. Electrical stimulation rod; 202. Electrode; 203. Heating rod; 204. Vibration block; 205. Heating coil; 206. Support column; 207. Bottom sealing plate; 208. Second-stage fumigation hole;

[0029] 3. Bottom shell; 301. Viewing window cover; 302. Dust cover; 303. Inspection cover; 304. Casters; 305. Fixing ring; 306. External vent;

[0030] 4. Traditional Chinese medicine solution tank; 5. Miniature pump;

[0031] 6. Dual-stage atomizer; 601. Reserved air inlet; 602. Atomizer; 603. Atomizing heating rod; 604. Atomizing air outlet pipe; 605. Connecting pipe;

[0032] 7. Fan; 701. Air fan; 702. Fan vent; 703. External drain pipe; 704. Air outlet connection pipe; 705. Medicine outlet pipe;

[0033] 8. Storage tank; 9. Control panel. Detailed Implementation

[0034] The technical solutions of the embodiments of the present invention will be clearly and completely described below with reference to the accompanying drawings. Obviously, the described embodiments are only some embodiments of the present invention, and not all embodiments. Based on the embodiments of the present invention, all other embodiments obtained by those skilled in the art without creative effort are within the scope of protection of the present invention.

[0035] Example:

[0036] like Figures 1 to 8 As shown, the seat plate 1 is positioned above the base shell 3, and a backrest 101 can be installed on one side of the seat plate 1. An inner ring is formed in the center of the seat plate 1, which serves as both an open pelvic floor fumigation space and an installation space for detachable treatment components. The top plate 2, together with two electrical stimulation insertion rods 201, electrodes 202, insertion heating rods 203, vibration blocks 204, heating coils 205, support columns 206, bottom sealing plates 207, and secondary fumigation holes 208, forms an integrated assembly. When pelvic floor fumigation is required separately, the entire assembly is removed; when perineal concentrated fumigation and combined electrical stimulation rehabilitation are required, the entire assembly is installed into the inner ring.

[0037] After the herbal solution is added to the herbal solution tank 4, the control board 9 starts the micro pump 5, which delivers the herbal solution to the nebulizer 602. The nebulizer 602 first performs atomization, converting the liquid herbal solution into fine droplets or a mist. The atomized herbal medium further absorbs heat and evaporates when it passes through the corresponding area of ​​the atomizing heating rod 603, forming a warm medicinal mist. The reserved air inlet 601 is used to supplement gas to the dual-stage nebulizer 6, and the formed medicinal mist enters the fan 7 through the atomizing air outlet pipe 604 and the connecting pipe 605.

[0038] like Figures 9 to 11As shown, the fan 701 inside the blower 7 rotates to create airflow on the intake side, drawing in the drug mist generated by the dual-stage nebulizer 6. The drug mist is carried by the airflow through the outlet connection pipe 704 and the drug outlet pipe 705, and then enters the air intake ring 103 through the first air inlet 104. The blower 7 actively delivers the drug mist from the nebulization generation end to the treatment end of the seat plate, reducing the uncertainty of delivery caused by relying entirely on natural levitation. The external vent 306 and the blower vent 702 are used to meet the air replenishment and gas exchange requirements during the operation of the equipment.

[0039] After the medicated mist enters the U-shaped air intake ring 103, it disperses along its internal air path and then enters the terminal fumigation steam path through the second air intake 105. In the first working state with the detachable treatment component removed, the inner ring remains open, and the second air intake 105 and the first-stage fumigation holes 106 form a medicated mist delivery relationship. Multiple first-stage fumigation holes 106 are distributed along the inner ring, allowing the medicated mist to enter the central open area from multiple positions, providing open fumigation for the pelvic floor and perineum. Since the electrical stimulation insert 201 is removed as a whole with the top plate 2, there is no electrical stimulation component occupying the central area.

[0040] In the second working state with the detachable treatment component installed, the centralized air intake channel reserved between the top plate 2 and the bottom sealing plate 207 participates in the delivery of the terminal medicated mist. The medicated mist delivered by the air intake ring 103 through the second air intake hole 105 enters the centralized air intake channel, gathers in the channel, and is discharged centrally through a single secondary fumigation hole 208. The secondary fumigation hole 208 corresponds to the perineal treatment area, so the medicated mist output mode changes from the peripheral multi-point open fumigation in the first working state to the perineal centralized fumigation in the second working state.

[0041] Two electrical stimulation rods 201 are positioned at the front of the treatment assembly at an angle of approximately 120°, and each rod 201 is equipped with an electrode 202. After the treatment assembly is inserted, the two rods 201 move synchronously with the top plate 2 to the predetermined treatment position, and the control board 9 outputs electrical stimulation signals to the electrodes 202. A heating rod 203 is positioned at the corresponding location of the rod 201 to heat it; a heating coil 205 is located inside the top plate 2 to provide auxiliary heating to the perineal treatment area; and a vibration block 204 generates mechanical vibration at a corresponding frequency under the action of a drive motor. Thus, the second working state can form a composite rehabilitation method combining perineal concentrated medicated mist fumigation, electrical stimulation, local warmth, and mechanical vibration. After the two rods 201 are inserted into the body, their electrodes 202 act on target areas of the pelvic floor, such as the urethra.

[0042] During fumigation, some condensate forms when the medicinal mist comes into contact with the human body, seat plate 1, and treatment components. Seat plate 1 is equipped with a return channel 107. The liquid in the return channel 107 flows to the return hole 108, and then enters the storage tank 8 through the return pipe 109. The storage tank 8 and the herbal solution tank 4 respectively handle the functions of reflux collection and fresh medicinal solution supply. The refluxed liquid is collected and treated separately and does not directly re-enter the medicine supply path.

[0043] A small amount of condensate may be generated in the aerosol delivery pipeline during equipment startup and pipeline heating. External drain pipe 703 serves as the connection port for external drain pipes, through which the condensate is discharged. As the equipment operates for longer periods, the temperature of delivery pipelines 704 and 705 gradually increases, and the amount of condensate in the pipelines decreases accordingly. This drain structure is independent of the return groove 107, return hole 108, and return pipe 109 on the base plate 1.

[0044] The base shell 3 is used to install the traditional Chinese medicine solution tank 4, the micro pump 5, the dual-stage nebulizer 6, the fan 7, the storage tank 8, and the control panel 9. It can also be equipped with a viewing window cover 301, a dust cover 302, a maintenance cover 303, casters 304, a fixing ring 305, and an external vent 306. The maintenance cover 303 facilitates maintenance of internal components, the casters 304 facilitate the movement of the entire machine, and the fixing ring 305 is used to limit and fix the corresponding containers or components.

[0045] The control board 9 is connected to the micro pump 5, nebulizer 602, nebulizing heating rod 603, fan 7, electrode 202, in-body heating rod 203, vibration block 204, and heating coil 205. In open pelvic floor fumigation mode, the micro pump 5, nebulizer 602, nebulizing heating rod 603, and fan 7 are primarily activated. In perineal concentrated fumigation and electrical stimulation combined mode, the electrode 202, in-body heating rod 203, vibration block 204, and heating coil 205 are activated according to a set program, based on the operation of the medicated mist system. If the actual equipment does not have a top-mounted detection sensor, the two modes are manually selected by the user after disassembling and assembling the treatment components via the control board 9.

[0046] The main path of the medicated mist in this invention is as follows: herbal solution tank 4 → micro pump 5 → nebulizer 602 → evaporation area corresponding to nebulizing heating rod 603 → nebulizing air outlet pipe 604 → connecting pipe 605 → fan 7 → air outlet connecting pipe 704 → medicine outlet pipe 705 → first air inlet 104 → air inlet ring 103 → second air inlet 105. Subsequently, depending on the state of the treatment component, two end paths are formed: when the treatment component is removed, the medicated mist enters the open pelvic floor fumigation area through the first-stage fumigation hole 106; when the treatment component is installed, the medicated mist is gathered through the centralized air inlet channel to a single second-stage fumigation hole 208, and works together with the two electrical stimulation inserters 201 to act on the corresponding area of ​​the perineum.

[0047] Therefore, this invention utilizes the same upstream drug supply, nebulization, and air delivery system, and modifies the end-effector structure through a detachable treatment component, without requiring separate nebulization devices for the two rehabilitation modes. Removing the component releases the central space, while inserting it simultaneously establishes a concentrated drug mist outlet and an electrical stimulation treatment position, ensuring a direct correspondence between structural assembly / disassembly, airflow switching, and rehabilitation function switching.

[0048] In a further embodiment, the air intake ring 103 is U-shaped and arranged circumferentially along a portion of the inner ring of the base plate 1. The first air intake hole 104 serves to input drug mist into the air intake ring 103 via the drug outlet pipe 705, and the second air intake hole 105 serves to output drug mist from the air intake ring 103 to the end fumigation structure. With this structure, the upstream drug outlet pipe 705 does not need to be connected to multiple fumigation holes separately. Instead, the drug mist is first sent into the air intake ring 103 through the first air intake hole 104, and then the U-shaped air intake ring 103 disperses the drug mist that enters it. This reduces the need for multiple independent air supply pipes to be arranged inside the bottom shell 3 to the base plate 1, and also provides a common upstream drug mist source for the first-stage fumigation hole 106 and the centralized air intake channel in the installed state.

[0049] In the open-style pelvic floor fumigation state, after the detachable treatment components are removed as a whole, the top plate 2 and the electrical stimulation probe 201 are no longer located in the center of the seat plate 1, creating a relatively open fumigation space below the body. The medicated mist enters this space through multiple first-order fumigation holes 106, and the spatial distribution of multiple outlets forms a relatively dispersed mist input. The return channel 107 is positioned to collect drippings from the fumigation area, allowing droplets formed from the body, the seat plate surface, or surrounding structures to converge towards the return hole 108 under gravity and then enter the storage tank 8 through the return pipe 109. Thus, the medicated mist output structure and condensate return structure required for open-style fumigation are both retained on the seat plate 1 and do not disappear when the treatment components are removed.

[0050] In the combined state of perineal concentrated fumigation and electrical stimulation, after the detachable treatment component is installed in the inner ring, the bottom sealing plate 207 and the top plate 2 jointly guide the medicated mist. The medicated mist entering through the second air inlet 105 enters the reserved concentrated air intake channel and moves towards the single second-stage fumigation hole 208 under the channel's constraints, so that the medicated mist is output from the second-stage fumigation hole 208 to the corresponding position in the perineum. At the same time, the two electrical stimulation insertion rods 201 are positioned together with the top plate 2; after the electrical stimulation insertion rods 201 are inserted into the human body, the electrodes 202 on them act on the urethra and other target areas of the pelvic floor.

[0051] The in-body heating rod 203, heating coil 205, and vibration block 204 are all auxiliary functional structures on the detachable treatment assembly. The in-body heating rod 203 is mainly positioned to correspond to the electrical stimulation in-body rod 201, and the heating coil 205 is mainly positioned to correspond to the top plate 2 and the concentrated treatment area. Both can be controlled separately by the control board 9. The vibration block 204 generates mechanical vibration through a corresponding drive mechanism, and its operating frequency is determined according to the operating state of the drive motor. The control board 9 can control the above components to operate in a time-sharing or simultaneous manner according to a preset program. However, the structural protection of this invention does not depend on a fixed electrical stimulation intensity, heating temperature, or vibration frequency; therefore, specific parameters can be set according to the actual product and usage requirements.

[0052] To improve the airway clearing effect after treatment, the micro-pump 5 can be stopped first when treatment is discontinued, stopping the herbal solution from entering the nebulizer 602. Then, the operation of the nebulizer 602 and the nebulizing heating rod 603 can be stopped or reduced, while the blower 7 continues to run for a short time to allow residual herbal mist in the air inlet ring 103, the second air inlet 105, and the corresponding terminal fumigation airway to continue to be discharged. Afterward, the blower 7 is turned off, and the reflux liquid in the storage tank 8 is treated. This operation method can utilize the existing blower 7 to complete the airway clearance without the need for a separate purging device.

[0053] The separate arrangement of the herbal solution tank 4 and the storage tank 8 in this invention also serves to isolate the liquid path. The herbal solution in the tank 4 has not yet entered the treatment area and is considered the supply-side medium; the liquid collected in the storage tank 8 has already passed through the fumigation area and has condensed or accumulated, making it the return-side medium. The supply direction is formed by the micro-pump 5, and the return direction is formed by 107, 108, and 109, ensuring that the supply liquid path and the return liquid path after treatment are independent of each other, thus avoiding the direct re-atomization and reuse of the return liquid.

[0054] From the overall structure of the device, the bottom shell 3 forms a centralized installation space for the herbal solution tank 4, micro pump 5, dual-stage nebulizer 6, fan 7, storage tank 8, and control board 9. The base plate 1 serves to support the human body, distribute the herbal mist at the end, and collect condensate. The detachable treatment components provide centralized fumigation, electrical stimulation, local heating, and vibration functions in the second working state. This three-tiered functional division creates clear structural boundaries between the herbal nebulization system, the human body support and gas-liquid distribution system, and the switchable treatment system, and also facilitates maintenance and cleaning.

[0055] VII. Working Principle

[0056] During use, the state of the detachable treatment components is determined according to the treatment needs. When performing open pelvic floor fumigation, the top plate 2 and its two electrical stimulation insertion rods 201, electrodes 202, insertion heating rods 203, vibration block 204, heating coil 205, support column 206, bottom sealing plate 207, and secondary fumigation holes 208 are removed from the inner ring of the seat plate 1. The herbal solution is added to the herbal solution tank 4, and the micro pump 5 delivers the solution to the nebulizer 602 for primary atomization. The atomizing heating rod 603 heats and evaporates the atomized herbal medium. The fan 7 draws in the formed mist and sequentially sends it through 704, 705, and 104 into the U-shaped air intake ring 103. After being dispersed by the U-shaped air intake ring 103, the mist enters multiple primary fumigation holes 106 through the second air intake hole 105 and is discharged from the periphery towards the open area in the center of the seat plate, forming an open pelvic floor fumigation.

[0057] During perineal concentrated fumigation and electrical stimulation combined rehabilitation, the detachable treatment component is installed as a whole into the inner ring of the seat plate 1. The upstream liquid supply, primary atomization, heating evaporation, and fan delivery processes remain unchanged. The medicated mist enters the concentrated air intake channel between the top plate 2 and the bottom sealing plate 207 through the second air intake hole 105 from the air intake ring 103, and is concentratedly discharged to the corresponding area of ​​the perineum through the single secondary fumigation hole 208. At the same time, after the two front-mounted electrical stimulation insert rods 201 arranged at an angle of about 120° are inserted into the human body, the electrodes 202 on them act on the target areas of the pelvic floor such as the urethra, the insert heating rod 203 and the heating ring 205 provide local warmth, and the vibrating block 204 vibrates according to the working frequency of the drive motor.

[0058] The condensate formed in the treatment area is collected by the return tank 107 and enters the storage tank 8 for separate collection through the return hole 108 and return pipe 109; a small amount of condensate formed in the drug mist delivery pipeline is discharged through the external drain pipe. The above structure enables this device to form a complete working process of "fresh drug supply - primary atomization - heating and evaporation - active delivery - end-point switchable fumigation - independent recovery of condensate".

[0059] Although embodiments of the invention have been shown and described, it will be understood by those skilled in the art that various changes, modifications, substitutions and alterations can be made to these embodiments without departing from the principles and spirit of the invention, the scope of which is defined by the appended claims and their equivalents.

Claims

1. A rehabilitation therapy device integrating traditional Chinese medicine atomization fumigation and pelvic floor electrical stimulation, characterized in that, The treatment assembly includes a seat plate (1), a top plate (2), a traditional Chinese medicine solution tank (4), a micro pump (5), a dual-stage nebulizer (6), and a fan (7). The seat plate (1) is provided with a U-shaped air inlet ring (103), a first air inlet (104), a second air inlet (105), and a first-stage fumigation hole (106). The top plate (2), together with two electrical stimulation rods (201), electrodes (202), a bottom sealing plate (207), and a second-stage fumigation hole (208), constitutes a detachable treatment component. A centralized air inlet is provided between the top plate (2) and the bottom sealing plate (207). The channel; the Chinese medicine solution tank (4), micro pump (5), dual-stage nebulizer (6) and fan (7) are connected in sequence. The fan (7) is connected to the air inlet ring (103) through the medicine outlet pipe (705) and the first air inlet (104). The air inlet ring (103) is connected to the second air inlet (105). When the detachable treatment component is installed in the seat plate (1), the second air inlet (105) is connected to the second-stage fumigation hole (208) through the centralized air inlet channel. When the detachable treatment component is removed, the second air inlet (105) is connected to the first-stage fumigation hole (106).

2. The rehabilitation therapy device according to claim 1, characterized in that, Both of the electrical stimulation rods (201) are located at the front of the top plate (2) and arranged at a 120° angle, and the electrodes (202) are located on the electrical stimulation rods (201).

3. The rehabilitation therapy device according to claim 1 or 2, characterized in that, The detachable treatment assembly also includes an in-body heating rod (203), a vibration block (204), a heating coil (205), and a support column (206). The in-body heating rod (203) is disposed inside the electrical stimulation in-body rod (201), the vibration block (204) and the heating coil (205) are disposed on the top plate (2), and the support column (206) is disposed between the top plate (2) and the bottom sealing plate (207).

4. The rehabilitation therapy device according to claim 1, characterized in that, The dual-stage atomizer (6) includes a reserved air inlet (601), an atomizer (602), an atomizing heating rod (603), an atomizing air outlet pipe (604), and a connecting pipe (605). The atomizer (602) is connected to the micro pump (5), and the atomizer (602), the atomizing air outlet pipe (604), the connecting pipe (605), and the fan (7) are connected in sequence.

5. The rehabilitation therapy device according to claim 4, characterized in that, The blower (7) includes a fan (701), a blower vent (702), an external drain pipe (703), an air outlet connection pipe (704), and a medicine outlet pipe (705), which are connected in sequence.

6. The rehabilitation therapy device according to claim 1, characterized in that, The air intake ring (103) is U-shaped, the first air intake hole (104) is connected to the air intake ring (103), the second air intake hole (105) is located on the air outlet side of the air intake ring (103), and a plurality of first-order fumigation holes (106) are distributed along the central opening of the seat plate (1).

7. The rehabilitation therapy device according to claim 1, characterized in that, It also includes a storage tank (8), the base plate (1) is provided with a reflux groove (107) and a reflux hole (108), the reflux hole (108) is connected to a reflux pipe (109), and the reflux pipe (109) is connected to the storage tank (8).

8. The rehabilitation therapy device according to claim 1, characterized in that, It also includes a bottom shell (3), the seat plate (1) is connected to the back plate (101) and is provided with an upper shell (102), the bottom shell (3) is provided with a viewing window cover (301), a dust cover (302), an inspection cover (303), casters (304), a fixing ring (305) and an external vent (306).

9. The rehabilitation therapy device according to claim 3, characterized in that, It also includes a control board (9), which is electrically connected to a micro pump (5), an atomizer (602), an atomizing heating rod (603), a fan (7), an electrode (202), an in-body heating rod (203), a vibrating block (204), and a heating coil (205).

10. The rehabilitation therapy device according to claim 7 or 8, characterized in that, The herbal solution tank (4), micro pump (5), dual-stage atomizer (6), fan (7), storage tank (8) and control board (9) are located inside the bottom shell (3), and the herbal solution tank (4) and storage tank (8) are set up independently of each other.

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