CN110037909B

CN110037909B - Intelligent hip bath device

Info

Publication number: CN110037909B
Application number: CN201910267567.8A
Authority: CN
Inventors: 李激光
Original assignee: Individual
Current assignee: Individual
Priority date: 2019-04-03
Filing date: 2019-04-03
Publication date: 2024-05-07
Anticipated expiration: 2039-04-03
Also published as: CN110037909A

Abstract

The invention belongs to the technical field of medical care, and particularly relates to an intelligent hip bath device which is used for anorectal specialized hospitals and postoperative rehabilitation physiotherapy. Including hardware connection and circuit and water route control connection, the hardware connection includes: the box body is of an L-shaped structure, the top of the back box body of the box body is connected with a CPU maintenance upper cover and a medicine box upper cover, and a medicine box is arranged in the box body; the bottom of the medicine box is connected with a water inlet pipe and a hot water pipe; the water inlet pipe is connected with the warm water pipe and the spray water pump in sequence; the box body is connected with the upper cover of the bidet and the bidet, the lower part of the bidet is provided with a funnel, and the bottom of the funnel is connected with a waste water pipeline; the ozone generator and the blower in the box body are connected to the ventilation pipe; the warm water tank is connected to the spray water pump through a warm water pipe, and the spray water pump is connected to the spray header through a warm water pipe; the warm water temperature sensor is connected with the CPU; the CPU is connected in the back box; the outside of the box body is provided with a control keyboard, a hot water pipe and a basin temperature sensor contact electrode, and the hot water pipe is connected with the spray header. Can realize fumigation, washing, soaking, physiotherapy, sterilization and drying, is convenient to use and operate, intelligent and sanitary, enables the liquid medicine to give full play to the efficacy, directly acts on the affected part, and is suitable for families, hospitals and the like.

Description

Intelligent hip bath device

Technical Field

The invention belongs to the technical field of medical care, and particularly relates to an intelligent hip bath device which is used for anorectal department professional hospitals and postoperative rehabilitation physiotherapy.

Background

At present, the treatment for hemorrhoids mainly takes an intelligent toilet and a simple drug bathtub as main flows, and no product for the treatment and rehabilitation physiotherapy of special hospitals exists. Because the procedure is very tedious during the treatment process, and is also subject to temperature limitations, it is difficult to exert the full efficacy. A lot of inconveniences are caused to the preoperative, postoperative and rehabilitation processes of the patient, such as inconvenient actions of the patient after the operation, inaccurate family members accompany in individual hospitals and the like.

Disclosure of Invention

In view of the defects in the prior art, the invention provides an intelligent hip bath device, which aims to realize the intelligent hip bath with the functions of fumigation, washing, soaking, physiotherapy, sterilization and drying. The medicine is convenient, intelligent and sanitary, can lead the medicine liquid to fully exert the medicine effect, directly acts on the affected part, and combines the ancient method with the modern science. And can complete the processes of 'two sitting' intelligent fumigation, washing, soaking, physiotherapy, sterilization, drying and the like, thereby bringing convenient and sanitary treatment conditions for patients.

The technical scheme adopted for solving the technical problems is as follows:

The intelligent hip bath device comprises a box body, and further comprises hardware connection, a circuit and waterway control connection, wherein the hardware connection comprises: the box body is of an L-shaped structure, the top of the back box body of the box body is connected with a CPU maintenance upper cover and a medicine box upper cover, and a medicine box is arranged in the box body; the bottom of the medicine box is respectively connected with a water inlet pipe and a hot water pipe; the water inlet pipe is also provided with a water inlet electromagnetic valve which is connected with a water inlet flowmeter through a pipeline, then connected with the medicine box through a pipeline, and then connected with a high-temperature electromagnetic valve through a pipeline, and the high-temperature electromagnetic valve is connected with the bidet through a pipeline; the water inlet pipe is also connected with a warm water tank, a water inlet electromagnetic valve B is arranged on the pipe, and after being heated by the warm water tank heating assembly B, the pipe is connected with a spray water pump through a warm water pipe and then connected to the spray header; the box body is connected with an upper cover of the hip bath device, a hip bath tub is connected below the upper cover of the hip bath device, the hip bath tub is arranged in the box body, a funnel is arranged at the lower part of the hip bath tub, and the bottom of the funnel is connected with a waste water pipeline; the ozone generator and the blower in the box body are connected to the ventilation pipe; the warm water tank is connected to the spray water pump through a warm water pipe, and the spray water pump is connected with the spray header through a warm water pipe; the warm water temperature sensor is connected to the CPU; the CPU is connected in the back box of the box body; the outside of the box body is also provided with a control keyboard, a hot water pipe and a basin temperature sensor contact electrode, and the hot water pipe is connected with the spray header.

The CPU maintenance upper cover and the medicine box upper cover are connected to the box top of the box back part through pins.

Two hip bath cover fixing columns are injection molded on the upper cover of the hip bath device, and fuse electrodes are connected to the lower ends of the hip bath cover fixing columns; when the upper cover of the hip bath device is taken down, the control line of the MOS tube C is broken, and the water discharge electronic valve is not started; the two hip bath cover fixing columns are movably connected to the box body; the box body is provided with two corresponding grooves at the positions corresponding to the two hip bath cover fixing columns on the upper cover of the hip bath device, so that the two hip bath cover fixing columns on the upper cover of the hip bath device are just connected with the two grooves on the box body correspondingly, copper electrode plates are respectively arranged in the two grooves in an insulating manner, and the electrode plates are respectively connected to control lines of the MOS tube C, so that the control lines of the MOS tube C form open circuits; the middle part of the upper cover of the hip bath device is provided with a hole corresponding to the hip of a human body.

The outer wall of the bidet is matched with the inner wall of the box body in height, and the bidet is provided with an upper eave which is matched with the upper opening of the box body, so that the bidet is overlapped on the box body of the bidet; the bidet is internally molded with an integral assembly of a temperature sensor and a temperature sensor transmission line, and comprises a contact electrode plate; the contact electrode interface of the basin temperature sensor adopts a plate-containing type, namely an electrode plate on the bidet is contacted with an outer spring lozenge; the electrode plate on the bidet is contacted with the outer spring lozenge; the bidet is also provided with a basin water inlet, and the basin water inlet is provided with a thick bent groove of a water inlet pipe on the inner wall of the bidet, so that the bent water discharge pipe under the high-temperature electromagnetic valve is completely embedded in the groove; the inner shape of the bidet is a human buttock back sinking shape, and the front end is an outer splayed leg separating shape.

The funnel is fixedly connected to a platform on the inner wall of the hip bath device box body through a hexagonal bolt; the box body in the middle of the funnel and the upper cover of the hip bath device is provided with a ventilation pipe, a spray header and an infrared ray head.

The control keyboard is a digital signal matrix keyboard, is connected into a groove on the box body through a tripolar damping bearing, can adjust an angle by 180 degrees, and is arranged in the groove of the box body when closed; the damping bearing of the tripolar damping bearing is a special standard component, and three stages refer to three movable points; the control keyboard is provided with medicine decocting, medicine placing, fumigation, soaking and washing, inflow setting, water discharging, secondary heating, time setting, flushing, physiotherapy, temperature display, time display, work indication, buzzing prompt and function keys, and each function key is connected to the CPU through a connecting wire of the CPU.

The basin temperature sensor is a thermocouple thermometer or an IC temperature sensor; the intelligent hip bath device further comprises an additional leakage protector.

The infrared radiation head can be replaced by an ultraviolet radiation head.

The circuit and waterway control connection comprises:

(1) The water inlet electromagnetic valve is connected with an I/O port P1.0 interface of the CPU, and after a decoction button is pressed, the CPU outputs a control signal to be connected through the MOS tube A and drives the water inlet electromagnetic valve, so that the water inlet waterway is opened;

(2) The water inlet flow meter is an A/D conversion device and is connected to an interface of the CPU through the MOS tube; the water inflow data is sent to an interface of the CPU, and after the water inflow reaches 3L, the signal of the water inflow electromagnetic valve is controlled to be closed, and the water inflow is stopped;

(3) A 220V heater assembly A49 and a temperature sensor are arranged in the medicine box, and the temperature sensor is connected to an interface of the CPU through a MOS tube; the heater component A is connected with the relay A and then is arranged on an interface of the CPU through the MOS tube B;

a non-pressurized open type can be used for placing a medicine bag into the water tank, and the bottom of the water tank is provided with a high-temperature-resistant electromagnetic valve with a water discharging function; when the water tank is filled with 3L of cold water, after the water inlet electromagnetic valve is closed, the CPU outputs an effective signal to drive the relay A through the MOS tube B to switch on the 220V power supply of the heating component A for cold water heating; the medicine box comprises a temperature sensor; the collected temperature signals are sent to a CPU through an interface, when the water temperature is heated to the temperature set according to the altitude or the air pressure condition and other factors, the CPU starts timing, and continues to heat for 30 seconds to 1 minute, so that the hot water is boiled, and the medicine is fully dissolved; after the continuous boiling is finished, the CPU turns off the effective signal, turns off the power supply of the heating component, and stops heating;

(4) A basin temperature sensor is arranged in the basin body of the bidet and is connected to an interface of the CPU through an MOS tube; the temperature signal is sent to the CPU through the interface to collect the temperature of the liquid medicine in the bidet; when the water is discharged, the water is discharged by opening a water discharge button on a control keyboard; the high-temperature electromagnetic valve is connected with the MOS tube C and then connected to an interface of the CPU through the MOS tube C; when the water draining button is pressed, the CPU outputs an effective signal to drive the MOS tube C to open the high-temperature electromagnetic valve, so that hot water is put into the bidet; the CPU accumulates the recording time in the whole water release process, considers the water outlet speed factor to set, and automatically closes the high-temperature electromagnetic valve when the water is released completely, and stops water inlet;

(5) If the water temperature in the bidet is reduced within the set time, a buzzer integrated in the keyboard prompts to perform secondary heating when the water temperature reaches the set temperature; when a secondary heating key on the control keyboard is pressed, water is added, a water inlet electromagnetic valve, a water inlet flowmeter and a medicine box temperature sensor of the assembly start working for the second time, after the added water is heated, a buzzer prompts that the water is boiled, after a water discharging key is pressed, the added hot water is discharged, and the water temperature in the bidet is increased;

The warm water output assembly includes: the water inlet electromagnetic valve B, the warm water tank, the low-power heating component B, the 12V low-voltage spray water pump, the water pump control relay C39, the water pipe and the spray header; the temperature sensor arranged in the warm water tank is connected to the interface of the CPU through the MOS tube, the heating component B arranged in the warm water tank is connected with the heater control relay B, and the heater control relay B is connected to the interface of the CPU through the MOS tube E for closed-loop control; wherein: the water inlet electromagnetic valve B is connected with the MOS tube D, and the other end of the MOS tube D is connected to an interface of the CPU; the spray water pump is connected with the relay C, the relay C is connected with the MOS tube F, and the other end of the MOS tube F is connected to the interface of the CPU;

(6) The matrix keyboard is a digital signal matrix keyboard, and can integrate temperature display, time display and work indication, buzzing prompt alarm and function key-press, and turn on and off functions; the matrix keyboard component is directly connected with the CPU through an I2C mode or an I/O port according to actual conditions;

(7) The DC-DC switching power supply component is connected with the CPU and provides 5V/3.3V direct current voltage for the CPU and all relay control circuits;

The 220V driving apparatus includes: the device comprises a heating component A, a spray water pump, an ozone generator, a blower and an infrared ray head; the corresponding relay is driven by the control signal output by the IO port of the CPU, so that the opening and closing can be realized; wherein: the infrared ray head is connected with a relay F, and the relay F is connected to an interface of the CPU; one end of the blower is connected with the ventilation pipe, the other end of the blower is connected with the relay E, and the blower is connected to the interface of the CPU through the relay E; one end of the ozone generator is connected with a ventilation pipe which is connected with a ventilation opening; the other end of the ozone generator is connected with a relay D and then connected to an interface of the CPU through the relay D.

The method for performing hip bath by using the intelligent hip bath device comprises the following steps: opening the upper cover of the medicine box, putting the medicine into the medicine box, and putting the bidet and the upper cover of the hip bath device on the hip bath device; lifting a multifunctional control keyboard, setting the temperature of the decoction and the water intake amount in the decoction time, sending a command to a water intake electronic valve by a CPU, opening the water intake electronic valve to discharge water, and metering the water intake amount by a water intake flowmeter; after the set water quantity is met, the water inlet electromagnetic valve is closed, the medicine chest starts to decoct medicines, after the set time temperature is met, the medicine chest stops heating, the high-temperature electromagnetic valve is opened, the decocted medicine liquid is introduced into the bidet, the temperature of the medicine liquid is set to be 96-100 ℃ through the control keyboard, namely, the medicine fumigating time, the CPU judges whether the temperature of the medicine liquid in the bidet needs secondary heating through the basin temperature sensor in the bidet, and if the medicine liquid needs to be heated, a secondary heating key is selected to inject quantitative hot water; after the fumigation time is finished, selecting a medicinal bath and the medicinal bath time on a control keyboard, and simultaneously opening a water inlet electromagnetic valve and a high-temperature electronic valve by a bidet temperature sensor in the bidet to inject cold water into the bidet by the bidet, wherein when the temperature of medicinal juice reaches 40 ℃, the water inlet electromagnetic valve and the high-temperature electronic valve are simultaneously closed; taking down the upper cover of the hip bath device, sitting in the medicinal liquid of the hip bath tub, soaking and washing, prompting by the buzzer after the time is reached, taking out the hip bath tub, pouring the medicinal liquid, covering the upper cover of the hip bath device, controlling the keyboard to select a flushing key hip bath device to flush the 37-DEG C warm water in the constant-temperature water pipe to the residual medicinal liquid of the affected part through a spray water pump and a multi-point spray head without dead angle, and enabling the sewage after flushing to flow into a waste water pipeline through a conical funnel connected with the lower part of the hip bath device; after washing, selecting a physiotherapy key to start the hot air and the infrared ray head of the blower, and stopping after 1 minute; starting an ozone generator to pass through a ventilation pipe ventilation opening, and stopping the whole process after 2 minutes;

the water is heated only after the medicine box is pressed, and the water can be discharged only after the water is heated through the pressing operation;

When in use, the medicine bag rope is hung on the outer hook of the hot water tank, and the self-used bidet is put on the bidet with the upper cover of the bidet; the temperature of the decoction is set on the multifunctional panel, the decoction is automatically put into water for decoction, and the electronic valve is opened after the decoction is finished to guide the decoction into the bidet; the temperature of the liquid medicine is set to be between 96 and 100 ℃ through a multifunctional control keyboard, namely, the fumigation time, and a CPU judges whether the temperature of the liquid medicine in the medicine tub needs secondary heating or not through a temperature sensing probe in the medicine tub. When the fumigation time is finished, the medicated bath and the soaking time are selected on the multifunctional control keyboard, cold water is injected into the bathtub through the temperature sensing probe in the bathtub by the hip bath device, when the temperature of the medicated liquor reaches 40 ℃, the cold water valve is automatically closed, a patient takes down the hip bath cover to sit into the traditional Chinese medicine liquor in the hip bath tub for soaking and washing, the liquid medicine is manually poured out after the time is reached, the hip bath tub is taken out, the hip bath cover is covered, the multifunctional control keyboard is selected to wash the 37-DEG C warm water in the constant temperature water tank through the water pump and the multi-point type spray head without dead angle, the washed sewage flows into the waste water pipeline through the cone funnel of the hip bath device, and after washing, the physiotherapy key is selected to start the hot air and the infrared or ultraviolet and ozone functions for 3 minutes to finish the whole process.

Compared with the prior art, the invention has the following advantages:

The intelligent bidet can realize fumigation, washing, soaking, physiotherapy, sterilization and drying. The medicine has the characteristics of convenient use and operation, intelligence and sanitation, can lead the medicine liquid to fully exert the medicine effect, directly acts on the affected part, and combines the ancient method with the modern science. And can complete the processes of 'two sitting' intelligent fumigation, washing, soaking, physiotherapy, sterilization, drying and the like, thereby bringing convenient and sanitary treatment conditions for patients.

In order to provide convenient and sanitary treatment conditions for patients, the product adopts a one-key intelligent scheme of fumigation, washing, soaking, physiotherapy, sterilization and drying. The bidet is covered by one patient and one basin, the bidet is designed according to the back sinking of buttocks, so that the patient is comfortable after sitting in the bidet, the liquid medicine does not overflow, the perineum and anus of the patient can be completely unfolded by the leg-separating design at the front end of the bidet, and the anus is fully soaked in the liquid medicine, so that a better treatment effect is achieved. The patient only needs to hang the medicine bag rope on the outer hook of the hot water tank, and put the self-used bidet with the upper cover of the bidet on the bidet. Can be widely applied to families, hospitals and the like.

Drawings

In order to facilitate the understanding and practice of the invention, those of ordinary skill in the art will now make further details with reference to the drawings and detailed description, it being understood that the scope of the invention is not limited to the specific description.

FIG. 1 is a schematic view of the overall structure of the present invention;

FIG. 2 is an enlarged schematic view of a damping shaft portion of a control keyboard according to the present invention;

FIG. 3 is a front view of FIG. 1;

FIG. 4 is a left side cross-sectional view of FIG. 1;

FIG. 5 is a right side cross-sectional view of FIG. 1;

FIG. 6 is a schematic view showing the whole assembly of the bidet with the upper cover removed;

FIG. 7 is a schematic view showing the assembly of the upper cover of the hip bath device according to the present invention;

FIG. 8 is a top view of FIG. 7;

FIG. 9 is a bottom schematic view of FIG. 7;

FIG. 10 is a side view of FIG. 7;

FIG. 11 is an enlarged view of a portion of a bidet cover mounting post;

fig. 12 is an assembly view of the bidet;

FIG. 13 is a general assembly view of the present invention with the upper cover of the hip bath device removed;

fig. 14 is a left side view of fig. 13;

fig. 15 is a right side view of fig. 13;

FIG. 16 is a schematic view showing the structure of the present invention with the upper cover of the hip bath device removed;

fig. 17 is a circuit and waterway control connection diagram of the present invention.

In the figure: the CPU maintains the upper cover 1; a medicine box upper cover 2; a case 3; a hip bath cover fixing column 4; a hip bath upper cover 5; a control keyboard 6; a bidet 7; a medicine box 8; a water inlet electromagnetic valve 9; a water inlet pipe 10; a high temperature solenoid valve 11; a hot water pipe 12; a warm water pipe 13; an ozone generator 14; a waste pipe 15; a spray water pump 16; a warm water tank 17; a blower 18; a warm water temperature sensor 19; a funnel 20; a ventilation pipe 21; a vent 22; a shower head 23; a CPU24; a fuse electrode 25; an infrared ray head 26; a hexagon bolt 27; basin temperature sensor contact electrode 28; a damping bearing 29; a bowl water inlet 30; a temperature sensor transmission line 31; a bowl temperature sensor 32; a water inflow flowmeter 33; a medicine-box temperature sensor 34; a water inlet electromagnetic valve B36; a relay a37; a relay B38; a relay C39; a relay D40; a relay E41; a relay F42; MOS tube A43; MOS tube B44; MOS tube C45; MOS tube D46; MOS tube E47; MOS tube F48; a heating assembly a49; heating component B50, DC-DC switching power supply component 51.

Detailed Description

The invention relates to an intelligent hip bath device, as shown in fig. 1, and fig. 1 is a schematic diagram of the whole structure of the intelligent hip bath device. Comprises hardware connection, circuit and waterway control connection. Wherein the hardware connection includes box 3, and box 3 is L type structure, and the box top of the back part at box 3 links CPU maintenance upper cover 1 and medical kit upper cover 2 through the round pin, is equipped with medical kit 8 in this part box. The bottom of the medicine box 8 is respectively connected with a water inlet pipe 10 and a hot water pipe 12. The water inlet pipe 10 is provided with a water inlet electromagnetic valve 9, the water inlet electromagnetic valve 9 is connected with a water inlet flowmeter 33 through a pipeline, is connected with the medicine box 8 through a pipeline, is connected with the high-temperature electromagnetic valve 11 through a pipeline, and the high-temperature electromagnetic valve 11 is connected with the bidet 7 through a pipeline. The water inlet pipe 10 is also connected with a warm water tank, a water inlet electromagnetic valve B36 is arranged on the water inlet pipe, the water is heated by a warm water tank heating component B50, and is pressurized by a warm water pipe 13 through a spray water pump 16 and then is sent to the spray header 23.

The box body 3 is connected with a hip bath device upper cover 5, and the hip bath device upper cover 5 is provided with two hip bath device cover fixing columns 4 which are movably connected on the box body 3. The box body 3 is respectively provided with two corresponding grooves at the positions corresponding to the upper cover 5 of the hip bath device, so that when the upper cover 5 of the hip bath device is put down, the two fixing columns 4 of the upper cover 5 of the hip bath device just correspond to the two grooves on the box body 3, copper electrode plates are respectively and insulatively arranged in the two grooves, and the electrode plates are respectively connected to the control line of the MOS tube C45, so that the control line of the MOS tube C45 is disconnected; only when the upper cover 5 of the hip bath device is covered, a closed circuit can be formed through the fuse electrode 25 at the lower end of the fixing column 4 of the hip bath cover, so that the risk that the skin of a patient directly contacts with high-temperature hot water is avoided.

The CPU maintenance upper cover 1 and the medicine box upper cover 2 are arranged at the top of a back box body of the box body 3, a fixing plate is fixedly connected in the middle of the top of the back box body, and the CPU maintenance upper cover 1 and the medicine box upper cover 2 are respectively connected with two sides of the fixing plate through pins. When in use, the other side of the upper cover 2 of the medicine box can be opened and closed only by manually lifting the other side upwards. The other end of the CPU maintenance upper cover 1 is fastened by a bolt, and the bolt can be unscrewed only when the CPU is required to be maintained, so that the CPU maintenance upper cover 1 is opened.

As shown in fig. 7 to 10, the middle part of the upper cover 5 of the hip bath device is provided with a hole corresponding to the size of the hip of the human body. The upper cover 5 of the hip bath device can be installed or removed at any time. Two hip bath cover fixing columns 4 are respectively injection-molded at one upper end of the hip bath device upper cover 5, and a fuse electrode 25 is injection-molded at the lower end of one hip bath cover fixing column 4.

As shown in fig. 11, the bottom of the fixing column 4 of the hip bath cover is connected with a fuse electrode 25, the fuse electrode 25 is injection-molded on the fixing column 4 of the hip bath cover, and when the upper cover 5 of the hip bath device is put down, two copper breaking electrode plates are installed in the groove in an insulating manner to form a closed circuit.

As shown in fig. 3-5, the lower part of the upper cover 5 of the bidet is connected with the bidet 7, the outer wall of the bidet 7 is designed to completely fit the inner wall of the height of the box body 3, and the bidet 7 is internally molded with an integral assembly of a temperature sensor 32 and a temperature sensor transmission line 31 and comprises a contact electrode plate;

As shown in fig. 12 and 16, the inner shape of the bidet 7 is designed to be a shape of a human buttocks with a back sinking shape, and the front end is designed to be a shape of an outer splayed leg, so that the perineum and buttocks of a patient are fully unfolded, and the liquid medicine can directly act on an affected part; the design can also decompose the weight of the human body to the legs, thereby reducing the blood pressure of the anal blood vessel. A funnel 20 is provided at the lower portion of the bidet 7 in the case 3, and the bottom of the funnel 20 is connected with the waste water pipe 15. The funnel 20 is fixed on the platform of the inner wall of the hip bath case 3 by a hexagonal bolt 27.

The outer wall of the bidet 7 is designed to be completely fitted with the inner wall of the bidet case 3 at the height, and the bidet 7 is provided with an upper eave, and the upper eave of the bidet 7 is completely fitted and overlapped at the upper opening of the bidet case 3.

Two-interface mode of bidet: firstly, the temperature sense and secondly, the water. The temperature sensing interface adopts a plate-containing type, namely an electrode plate on the bidet 7 is contacted with an outer spring lozenge; the basin water inlet 30 is provided with a thick bent groove of a water inlet pipe on the inner wall of the basin, so that the bent water discharge pipe under the high-temperature electromagnetic valve 11 is completely embedded in the groove to prevent water from leaking. In the hip bath device box body 3, a ventilation pipe 21, a spray header 23 and an infrared ray head 26 are arranged on the box body at the middle position of the funnel 20 and the hip bath device upper cover 5.

The inner lower part of the box body 3 is also provided with an ozone generator 14, a spray water pump 16, a warm water tank 17, a blower 18 and a warm water temperature sensor 19. The ozone generator 14 and the blower 18 are connected to the ventilation pipe 21; the warm water tank 17 is connected to the spray water pump 16 through the warm water pipe 13, and the spray water pump 16 is connected with the spray header 23 through the warm water pipe 13; the warm water temperature sensor 19 is connected to the P2.3 interface of the CPU24 as shown in fig. 17.

The outside of the box body 3 is also provided with a hot water pipe 12 and a basin temperature sensor contact electrode 28, and the hot water pipe 12 is connected with the spray header 23.

The interface of the contact electrode 28 of the basin temperature sensor adopts a plate-containing type, namely, an electrode plate on the bidet 7 is contacted with an outer spring lozenge.

As shown in fig. 16, a control keyboard 6 is arranged at the front lower part outside the box body 3, the control keyboard 6 is a digital signal matrix keyboard, and is connected in a groove on the box body 3 through a tripolar damping bearing 29, and when the device is used, the angle can be adjusted by 180 degrees, and the device is suitable for patients with different heights, and when the device is used, the control keyboard 6 is placed in the groove of the box body 3.

As shown in fig. 2, fig. 2 is an enlarged schematic view of a damping bearing part on a control keyboard in the present invention.

The damping bearing of the tripolar damping bearing 29 is a special standard component, and three movable points are indicated by three stages.

The control keyboard 6 is provided with a medicine decocting, medicine placing, fumigation, soaking and washing, inflow setting, water discharging, secondary heating, time setting, washing, physiotherapy, temperature display, time display, work indication, buzzing prompt and function keys. Each function key is connected to the CPU through a connecting wire of the CPU.

The CPU maintenance upper cover 1 is fixed on the box body 3 through a pin and a bolt.

The medicine-box upper cover 2 is connected to the box body 3 through a pin, and is opened manually.

The CPU24 is screwed in the back box of the box 3.

Relay D40, relay E41, and relay F42 are an integral assembly.

When the invention is specifically used, a patient only needs to open the upper cover 2 of the medicine box, put medicine into the medicine box 8, and put the self-used bidet 7 and the upper cover 5 of the hip bath device on the hip bath device. The multifunctional control keyboard 6 is lifted, the set decoction temperature and water inflow are obtained in the decoction time, the CPU24 sends a command to the water inflow electronic valve, the water inflow electronic valve 9 is opened to discharge water, and the water inflow flowmeter 33 measures the water inflow. After the set water quantity is met, the water inlet electromagnetic valve 9 is closed, the medicine chest 8 starts to fry medicine, after the set time temperature is met, the medicine chest 8 stops heating, the high-temperature electromagnetic valve 11 is opened to guide the fried medicine liquid into the bidet 7, the medicine liquid temperature can be set to be 96-100 ℃ through the control keyboard 6, namely, the medicine smoking time, the CPU24 can judge whether the temperature of the medicine liquid in the bidet 7 needs secondary heating through the basin temperature sensor 32 in the bidet 7, and if the medicine liquid needs to be heated, a secondary heating key can be selected to inject quantitative hot water. When the fumigation time is finished, the dipping bath and the dipping bath time can be selected on the control keyboard 6, the hip bath device can simultaneously open the water inlet electromagnetic valve 9 and the high-temperature electronic valve 11 through the basin temperature sensor 32 in the bidet 7 to inject cold water into the bidet 7, and when the temperature of the decoction reaches 40 ℃, the water inlet electromagnetic valve 9 and the high-temperature electronic valve 11 are simultaneously closed. As shown in fig. 16, the patient takes down the upper cover 5 of the bidet and sits in the medicinal liquid of the bidet 7 for soaking and washing, the buzzer prompts after the time is reached, the bidet 7 is taken out to manually pour the medicinal liquid, the upper cover 5 of the bidet is covered, the bidet is selected to wash the 37 ℃ warm water in the constant temperature water pipe 13 on the control keyboard 6 without dead angle through the spray water pump 16 and the multi-point spray head 23, the washed sewage flows into the waste water pipe through the cone-shaped funnel 20 connected with the lower part of the bidet, the hot air of the blower 18 and the infrared ray head 26 are started by the selected physiotherapy key after washing, after 1 minute, the whole process is stopped by starting the ozone generator 14 through the ventilation opening 22 of the ventilation pipe 21 and stopping for 2 minutes.

The infrared radiation head 26 of the present invention may also be replaced with an ultraviolet radiation head.

As shown in fig. 17, fig. 17 is a circuit and waterway control connection diagram of the present invention. The circuit and waterway control connection of the invention are as follows:

1. The water inlet electromagnetic valve 9 is controlled by the I/O port P1.0 of the CPU24, after the decoction button is pressed, the CPU24 outputs a control signal to be connected with and drive the water inlet electromagnetic valve 9 through the MOS tube A43, so that the opening of a water inlet waterway is realized.

2. The water inlet flowmeter 33 is an A/D conversion device and is connected to the P2.0 interface of the CPU24 through a MOS tube. The water inflow data is sent to the I/O port P2.0 of the CPU24, and after the water inflow reaches 3L, the signal of the water inflow electromagnetic valve 9 is controlled to be closed, and the water inflow is stopped.

3. The medicine chest 8 is internally provided with a 220V heater component A49 and a temperature sensor 34, and the temperature sensor 34 is connected to the P2.1 interface of the CPU24 through an MOS tube. The heater assembly A49 is connected with the relay A37 and then on the P1.1 interface of the CPU24 through the MOS tube B44.

The non-pressurized open type can put a medicine bag into the water tank, and the bottom of the water tank is provided with a high temperature resistant electromagnetic valve 11 with the function of water discharge.

When the water tank is filled with 3L of cold water, after the water inlet electromagnetic valve 9 is closed, the CPU I/O port P2.1 outputs an effective signal, and the relay A37 is driven by the MOS tube B44 to switch on the 220V power supply of the heating component A49 for cold water heating. The kit contains a temperature sensor 34 which may be a thermocouple temperature sensor or an IC temperature sensor for the particular design. The collected temperature signal is sent to the CPU24 through the P2.1 port, when the water temperature is heated to the temperature set by the altitude or the air pressure condition, for example, 93 degrees, the CPU24 starts timing, and heating is continued for 30 seconds or 1 minute. The hot water is boiled, and the medicine is fully dissolved. After the end of the continuous boiling, the CPU 24P 2.1 turns off the active signal, turns off the heating element power, and stops heating.

4. The basin body of the bidet 7 is internally provided with a basin temperature sensor 32, and the basin temperature sensor 32 is connected to the P2.2 interface of the CPU24 through an MOS tube. The implementation can be carried out by using a thermocouple thermometer or an IC temperature sensor. The temperature signal is sent to the CPU24 through P2.2 to collect the temperature of the liquid medicine in the bidet. In order to ensure safety, the water is discharged by manual keys on the control keyboard 6. The high-temperature electromagnetic valve 11 is connected with a MOS tube C45 and then connected to the P1.2 interface of the CPU24 through the MOS tube C45. When the water-discharging button is pressed, the CPU outputs an effective signal to drive the MOS tube C45 to open the high-temperature electromagnetic valve 11, so that hot water is discharged into the bidet 7. The CPU accumulates the record time in the whole water release process, the time is set by considering factors such as water outlet speed, and when 3L water is discharged completely, the high-temperature electromagnetic valve 11 is automatically closed, and water inlet is stopped.

5. If the temperature of the water in the bidet is lowered for a prescribed time to a set degree, for example, 85 degrees, the secondary heating may be prompted by a buzzer integrated in the keypad 6. When the secondary heating key on the control keyboard 6 is pressed, one liter of water is added, the assembly water inlet electromagnetic valve 9, the water inlet flowmeter 33 and the medicine box temperature sensor 34 start working for the second time, after 1 liter of water is heated, the buzzer prompts that the water is boiled, and after the water discharging key is pressed, the 1 liter of hot water is discharged, so that the water temperature in the bidet is increased.

The warm water output assembly includes: the water inlet electromagnetic valve B36, the warm water tank 17, the low-power heating component B50, the 12V low-voltage spray water pump 16, the water pump control relay C39, the water pipe and the spray header 23. The temperature sensor 19 arranged in the warm water tank 17 is connected to the P2.3 interface of the CPU24 through an MOS tube, the heating component B50 arranged in the warm water tank 17 is connected with the heater control relay B38, and the heater control relay B38 is connected to the P1.4 interface of the CPU24 through an MOS tube E47 for closed-loop control. The temperature can be set as desired. Wherein: the water inlet electromagnetic valve B36 is connected with the MOS tube D46, and the other end of the MOS tube D46 is connected to the P1.3 interface of the CPU 24.

The spray water pump 16 is connected with a relay C39, the relay C39 is connected with a MOS tube F48, and the other end of the MOS tube F48 is connected to a P1.5 interface of the CPU 24.

6. The matrix keyboard 6 is a digital signal matrix keyboard, and realizes integrated temperature display, time display, work indication, buzzing prompt alarm, function key and power on and off functions through software programming. The matrix keyboard 6 component is in communication connection with the CPU24 through an I2C mode or I/O port direct connection according to actual conditions.

The DC-DC switching power supply assembly 51, the DC-DC switching power supply assembly 51 is connected with the CPU24, and provides 5V/3.3V direct current voltage to the CPU24 and all relay control circuits.

The 220V driving apparatus includes: heating element A49, spray pump 16, ozone generator 14, blower 18, and infrared ray head 26. The corresponding relay can be driven to be opened and closed only by the control signal output by the IO port of the CPU according to the programming requirement. Wherein: the infrared ray head 26 is connected with a relay F42, and the relay F42 is connected to the P1.6 interface of the CPU 24. One end of the blower 18 is connected with the ventilation pipe 21, and the other end is connected with the relay E41, and then connected to the P1.7 interface of the CPU24 through the relay E41. One end of the ozone generator 14 is connected with a ventilation pipe 21, and the ventilation pipe 21 is connected with a ventilation opening 22; the other end of the ozone generator 14 is connected with a relay D40, and then is connected to the P1.8 interface of the CPU24 through the relay D40.

The medicine box 8 is heated only after being keyed. And the heating is performed and then the manual key operation is performed. Avoiding automatic water discharge scalding. And must be cleaned every time water is discharged. There is no residue.

The whole system also needs to be added with a group of leakage protectors. One of the scram buttons. Avoiding electric shock and misoperation.

When the medical bag is particularly used, a patient only needs to hang the medical bag rope on the outer hook of the hot water tank, and the self-used bidet is connected with the upper cover of the bidet and is placed on the bidet. The temperature of the decoction is set on the multifunctional panel, the decoction is automatically put into water for decoction, and the electronic valve is opened after the decoction is finished to guide the decoction into the bidet. The temperature of the liquid medicine in the medicine tub can be set to be 96-100 ℃ through the multifunctional control keyboard, namely, the medicine fumigating time, and the CPU can judge whether the temperature of the liquid medicine in the medicine tub needs secondary heating through the temperature sensing probe in the medicine tub. When the fumigation time is finished, the medicated bath and the soaking time can be selected on the multifunctional control keyboard, cold water is injected into the bathtub through the temperature sensing probe in the bathtub by the hip bath device, when the temperature of the medicated liquid reaches 40 ℃, the cold water valve is automatically closed, a patient takes down the hip bath cover to sit into the traditional Chinese medicine liquid in the hip bath for soaking and washing, the liquid medicine is manually poured out after the time is reached, the hip bath is taken out, the hip bath cover is covered, the multifunctional control keyboard is selected to wash the 37-DEG C warm water in the constant temperature water tank through the water pump and the multi-point type spray head without dead angle, the washed sewage flows into the waste water pipeline through the cone funnel of the hip bath device, and after washing, the physiotherapy key is selected to start the functions of hot air, infrared rays or ultraviolet rays and ozone for 3 minutes to finish the whole process.

Bidet 7 and bidet upper cover 5: the fuse of the water-discharging electronic valve, namely the fuse electrode 25, is arranged on the upper cover 5 of the hip bath device, and when the upper cover 5 of the hip bath device is taken down, the control line of the fuse electrode 25 is formed to be open-circuited, and the water-discharging electronic valve is not started.

In order to be convenient and sanitary, the bidet is covered by a patient's basin and a cover, the bidet is designed according to the back sinking of buttocks, so that the patient is comfortable after sitting in the bidet, the liquid medicine is not overflowed, and the front end of the bidet is provided with a leg-separating design, so that the perineum and anus of the patient can be completely unfolded, and the anus is fully soaked in the liquid medicine, thereby achieving better treatment effect.

Claims

1. Intelligent hip bath ware, including box characterized by: the circuit comprises a hardware connection and a circuit and waterway control connection, wherein the hardware connection comprises: the box body is of an L-shaped structure, the top of a back box body of the box body is connected with a CPU maintenance upper cover and a medicine box upper cover, and a medicine box is arranged in the back box body; the bottom of the medicine box is respectively connected with a water inlet pipe and a hot water pipe; the water inlet pipe is also provided with a water inlet electromagnetic valve which is connected with a water inlet flowmeter through a pipeline, then connected with the medicine box through a pipeline, and then connected with a high-temperature electromagnetic valve through a pipeline, and the high-temperature electromagnetic valve is connected with the bidet through a pipeline; the water inlet pipe is also connected with a warm water tank, a water inlet electromagnetic valve B is arranged on the pipe, and after being heated by the warm water tank heating assembly B, the pipe is connected with a spray water pump through a warm water pipe and then connected to the spray header; the box body is connected with an upper cover of the hip bath device, a hip bath tub is connected below the upper cover of the hip bath device, the hip bath tub is arranged in the box body, a funnel is arranged at the lower part of the hip bath tub, and the bottom of the funnel is connected with a waste water pipeline; the ozone generator and the blower in the box body are connected to the ventilation pipe; the warm water tank is connected to the spray water pump through a warm water pipe, and the spray water pump is connected with the spray header through a warm water pipe; the warm water temperature sensor is connected to the CPU; the CPU is connected in the back box of the box body; the outside of the box body is also provided with a control keyboard, a hot water pipe and a basin temperature sensor contact electrode, the hot water pipe is connected with the bidet through a high-temperature electromagnetic valve, and the warm water pipe is connected with a spray header through a spray water pump; the CPU maintenance upper cover and the medicine box upper cover are connected to the top of the box body of the back part of the box body through pins; two hip bath cover fixing columns are injection molded on the upper cover of the hip bath device, and fuse electrodes are connected to the lower ends of the hip bath cover fixing columns; when the upper cover of the hip bath device is taken down, the control line of the MOS tube C is disconnected, and the high-temperature battery valve is not started; the two hip bath cover fixing columns are movably connected to the box body; the box body is provided with two corresponding grooves at the positions corresponding to the two hip bath cover fixing columns on the upper cover of the hip bath device, so that the two hip bath cover fixing columns on the upper cover of the hip bath device are just connected with the two grooves on the box body correspondingly, copper electrode plates are respectively arranged in the two grooves in an insulating manner, and the electrode plates are respectively connected to control lines of the MOS tube C, so that the control lines of the MOS tube C form open circuits; the middle part of the upper cover of the hip bath device is provided with a hole corresponding to the hip of a human body in size;

The high-temperature electromagnetic valve is connected to the interface of the CP through the MOS tube, and when a water-draining key is pressed, the CPU outputs an effective signal to drive the MOS tube to open the high-temperature electromagnetic valve, so that hot water is discharged into the bidet; the CPU accumulates the record time in the whole water release process, the time is set by considering factors such as water outlet speed, and when 3L water is discharged completely, the high-temperature electromagnetic valve is automatically closed, and water inlet is stopped.

2. The intelligent hip bath machine according to claim 1, characterized in that: the outer wall of the bidet is matched with the inner wall of the box body in height, and the bidet is provided with an upper eave which is matched with the upper opening of the box body, so that the bidet is overlapped on the box body of the bidet; the electrode plate on the bidet is contacted with the outer spring lozenge; the bidet is also provided with a basin water inlet, and the basin water inlet is provided with a thick bent groove of a water inlet pipe on the inner wall of the bidet, so that the bent water discharge pipe under the high-temperature electromagnetic valve is completely embedded in the groove; the inner shape of the bidet is a human buttock back sinking shape, and the front end is an outer splayed leg separating shape.

3. The intelligent hip bath machine according to claim 1, characterized in that: the funnel is fixedly connected to a platform on the inner wall of the hip bath device box body through a hexagonal bolt; a ventilation pipe, a spray header and an infrared ray head are arranged on the box body at the middle position of the funnel and the upper cover of the hip bath device; the control keyboard is a digital signal matrix keyboard, is connected into a groove on the box body through a tripolar damping bearing, can adjust an angle by 180 degrees, and is arranged in the groove of the box body when closed; the damping bearing of the tripolar damping bearing is a special standard component, and three stages refer to three movable points; the control keyboard is provided with a medicine decocting, medicine placing, fumigation, soaking and washing, inflow setting, water discharging, secondary heating, time setting, flushing, physiotherapy, temperature display, time display, work indication, buzzing prompt and function keys, and each function key is connected to the CPU through a connecting wire of the CPU; the basin temperature sensor is a thermocouple thermometer or an IC temperature sensor; the intelligent hip bath device also comprises an additional leakage protector; the infrared radiation head can be replaced by an ultraviolet radiation head.

4. The intelligent hip bath machine according to claim 1, characterized in that: the circuit and waterway control connection comprises: