CN112914876B - Rehabilitation device for gynecological nursing and working method thereof - Google Patents

Abstract

The invention provides a rehabilitation device for gynecological nursing and a working method thereof, which comprises a bed body component, a lifting component, a rehabilitation component and a control component, wherein the rehabilitation component is arranged, and a massage device and an air sterilization device are arranged in the rehabilitation component, so that bacteria in the air are sterilized when a puerpera recovers overlong, infection caused by the fact that the puerpera is contacted with the bacteria at an open wound is avoided, meanwhile, the massage device is used for massaging the two legs of the puerpera regularly, edema of the two legs caused by unsmooth blood circulation of the two legs due to long-term lying in bed is avoided, and the problems that the infection is easy to occur after a lateral perineotomy operation is adopted in the production of the female at present, the later-stage recovery is difficult, meanwhile, the turnover is difficult due to the fact that the female needs to lie in bed for rest, and the edema of the two legs is caused after the lying time is overlong are solved.

Description

Rehabilitation device for gynecological nursing and working method thereof

Technical Field

The invention relates to the technical field of postpartum care equipment of obstetrics and gynecology department, in particular to a rehabilitation device for nursing of the obstetrics and gynecology department and a working method thereof.

Background

Along with the progress of technology, the women before production, medical personnel according to the condition of lying-in woman, make the labour shorten in order to protect baby's safety when delivering to a child, perhaps in order to protect lying-in woman's perineum to be unlikely to the large tracts of land and tear, often take perineum side cutting art, after production is accomplished, the condition of infection often can appear, lead to the later stage to resume the difficulty, owing to need lie in bed to rest up simultaneously, stand up comparatively difficultly, can lead to both legs edema after the time of lying down overlength.

Disclosure of Invention

The embodiment of the invention provides a rehabilitation device for gynecological nursing and a working method thereof, wherein a rehabilitation component is arranged, and a massage device and an air sterilization device are arranged in the rehabilitation component, so that bacteria in the air are sterilized during the overlong recovery of a puerpera, the infection caused by the fact that the bacteria are contacted with the open wound of the puerpera is avoided, meanwhile, the massage device regularly massages the two legs of the puerpera, the edema of the two legs caused by unsmooth blood circulation of the two legs due to long-term lying in bed is avoided, the problem that the later-period recovery is difficult due to the fact that the infection is easy to occur after a lateral perineotomy operation is adopted in the production of a female at present, and the problem that the two legs are prone to edema after the overlong lying time due to the fact that the female needs to rest in bed, the turn-over is difficult is solved.

In view of the above problems, the technical solution proposed by the present invention is:

a rehabilitation device for gynecological care, comprising:

a bed assembly comprising a bed frame, a fence, and crash wheels;

wherein the fence is arranged around the top of the bedstead, and the anti-collision wheels are arranged on one side of the bedstead;

the lifting assembly comprises a bottom plate, universal wheels, a hydraulic cylinder, a transmission rod, a support rod and a support;

the universal wheels and the hydraulic cylinder are sequentially arranged at the bottom of the bottom plate from outside to inside, the support is arranged at the top of the bottom plate, the supporting rod is arranged on one side of the bottom of the bedstead, a bent part is arranged on the surface of the transmission rod and hinged with the support, one end of the transmission rod is hinged with an output shaft of the hydraulic cylinder, and the other end of the transmission rod is hinged with one end of the supporting rod, which is far away from the bedstead;

a rehabilitation assembly including a massage device and an air disinfection device;

the massage device comprises a massage plate and a massager, the massage plate is arranged at the top of the bedstead and is positioned inside the fence, a first groove is formed in one side of the top of the massage plate, and the massager is arranged inside the first groove;

the air sterilizing device comprises an isolation cover, a first connecting pipe, a sterilizing device, an elastic belt, a box body, a partition plate, a filter block, a gas sterilizing device, a gas storage bottle and a circulating pipeline;

wherein the isolation cover is arranged at the top of the massage plate, the side of the top of the massage plate, which is provided with the first groove, is provided with a first cavity inside the isolation cover, the elastic band is arranged at one side of the isolation cover, the side of the isolation cover, which is close to the elastic band, is provided with an opening, the top of the inner wall of the first cavity is provided with a first hole site, one side of the inner wall of the first hole site is provided with a second groove, the disinfection device is arranged inside one side of the inner wall of the first cavity, the box body is arranged at the other side of the bottom of the bedstead, the partition plate is arranged inside the box body, a filter chamber is formed at one side close to the partition plate, the filter block is arranged inside the filter chamber, the gas storage bottle and the gas disinfection device are sequentially arranged inside the box body from left to right at one side, which is far away from the partition plate, one end of the first connecting pipe is communicated with the second groove, the other end of the first connecting pipe is sequentially communicated with the disinfecting device, the isolating cover, the massage plate, the bed frame and the box body from top to bottom and is communicated with the top of the gas bomb, one side of the gas bomb is communicated with one side of the gas disinfecting device, the other side of the gas disinfecting device is communicated with the filter cavity, one end of the circulating pipeline is communicated with one side of the isolating cover, and the other end of the circulating pipeline is communicated with one side, close to the filter cavity, of the box body;

the control assembly comprises a temperature sensor, a control box, a controller, a lifting switch, a starting switch, an infrared human body sensor and a pressure sensor;

the control box is arranged on the other side of the bedstead, the controller is arranged in the control box, the lifting switch and the starting switch are sequentially arranged on the surface of the control box from left to right, the temperature sensor is arranged on one side, close to the disinfecting device, of the isolation cover, the infrared human body sensor is arranged in the elastic band, and the pressure sensor is arranged in the disinfecting device.

In order to better realize the technical scheme of the invention, the following technical measures are also adopted.

Further, the massager comprises a fixing rod, a first air cylinder, a second air cylinder and a massage rod, wherein the first air cylinder, the fixing rod and the second air cylinder are sequentially and transversely arranged inside the first groove, the middle of the massage rod is hinged to the top of the fixing rod, one side of the bottom of the massage rod is hinged to an output shaft of the first air cylinder, and the other side of the bottom of the massage rod is hinged to an output shaft of the second air cylinder.

Further, degassing unit includes degassing unit casing, atomizer, outlet pipe and inlet tube, first logical groove has been seted up at the top of degassing unit casing, the inside of degassing unit casing is provided with the second cavity, the inside packing of second cavity has sterile water, the third recess has been seted up to inside one side in first logical groove, the inner wall top of second cavity is provided with the atomizer, the one end of outlet pipe with the delivery port intercommunication of atomizer, the other end of outlet pipe with third recess intercommunication, the one end of inlet tube with the water inlet intercommunication of atomizer, the other end of inlet tube extends to the inside of second cavity.

Further, the gas disinfection device comprises a gas pump, a gas inlet pipe, a first electromagnetic valve, a disinfection box, a disinfection lamp, a gas outlet pipe and a second electromagnetic valve, the sterilizing box is arranged at one side of the inner part of the box body close to the clapboard, the air pump is arranged at the top of the sterilizing box, an air inlet of the air pump is communicated with the disinfection box, one end of the air inlet pipe is communicated with the air inlet of the air pump, the other end of the air inlet pipe is communicated with the filter cavity, the first electromagnetic valve is arranged on the air inlet pipe, the sterilizing lamp is arranged in the sterilizing box, one end of the air outlet pipe is communicated with one side of the sterilizing box, the other end of the air outlet pipe is communicated with one side of the air pump, the second electromagnetic valve is arranged on the air outlet pipe, the pressure sensor is arranged in the disinfection device and is positioned at one side, close to the air pump, in the disinfection box.

Furthermore, the first electromagnetic valve is installed on one side, close to the partition plate, of the air inlet pipe, and the second electromagnetic valve is installed on one side, close to the air pump, of the air outlet pipe.

Further, the circulating pipeline comprises a buffer layer, a heat conducting fin, a heating wire and an air return pipe, wherein the heat conducting fin is arranged on the surface of the air return pipe, the heating wire is arranged on one side of the surface of the heat conducting fin, and the buffer layer is arranged on the other side of the surface of the heat conducting fin.

Furthermore, the heat conducting fins are made of annular copper sheets, the number of the heat conducting fins is at least more than one, the heat conducting fins are uniformly distributed on the surface of the air return pipe, and the buffer layer and the air return pipe are made of fluorosilicone rubber.

Furthermore, the elastic band is made of antibacterial rubber and is used for sealing the isolation cover.

Further, the starting switch, the lifting switch, the temperature sensor, the infrared human body sensor and pressure sensor's signal input part respectively with the signal input part communication connection of controller, the signal output part of controller respectively with the sterilamp the heater strip first solenoid valve the second solenoid valve the atomizer the air pump the pneumatic cylinder first cylinder with the signal input part communication connection of second cylinder.

A method of operating a rehabilitation device for gynecological care, comprising the steps of:

s1, adjusting the position, sending a descending signal to a controller through a lifting switch, controlling the hydraulic cylinder to retract by the controller, driving the transmission rod to rotate anticlockwise around the support by an output shaft of the hydraulic cylinder, driving the support rod to move downwards, driving the bed frame to move downwards to reduce the height, extending the lower half of the parturient into the isolation hood through the opening, sealing the parturient with the isolation hood by the elastic band, sending an ascending signal to the controller through the lifting switch, controlling the hydraulic cylinder to extend out by the controller, driving the transmission rod to rotate clockwise around the support by the output shaft of the hydraulic cylinder, driving the support rod to move upwards by the transmission rod, and driving the bed frame to move upwards to increase the height by the support rod;

s2, sterilizing for the first time, sending a start command to the controller through the start switch, controlling the first electromagnetic valve and the air pump to be opened by the controller, pumping the air in the isolation cover into the box body through the circulating pipeline by the air pump, absorbing floating objects and water vapor in the air by the filter block, inputting the filtered air into the disinfection box, monitoring the air pressure in the disinfection box in real time by the pressure sensor and sending a signal to the controller, after the air pressure in the disinfection box rises to a preset value, closing the first electromagnetic valve and the air pump by the controller, turning on the disinfection lamp, sterilizing and sterilizing the filtered air by irradiating the interior of the disinfection box by the disinfection lamp, opening the second electromagnetic valve and the atomizer by the controller, introducing the air in the disinfection box into the gas storage bottle for storage, simultaneously, allowing the air in the gas storage bottle to enter the first through pipe and the third through the first through pipe, outputting the disinfectant in the second cavity into the third through the water outlet pipe by the atomizer and allowing the disinfectant to enter the third through the water outlet pipe After being mixed, the gas enters the second groove through the first connecting pipe and is sprayed into the cavity through the first hole position to sterilize the environment in the cavity;

s3, circulating for the first time, after the air pressure in the disinfection box is reduced to reach a preset value, controlling the atomizer to be closed by the controller, starting the first electromagnetic valve and the air pump, pumping the air in the isolation cover into the box body by the air pump through a circulating pipeline, absorbing floating objects and water vapor in the air by the filter block, inputting the filtered air into the disinfection box, irradiating the interior of the disinfection box by the disinfection lamp to sterilize the filtered air, allowing the air irradiated by the disinfection lamp to enter the first through groove and the third groove through the air storage bottle and the first connecting pipe, allowing the air in the first through groove and the third groove to enter the second groove through the first connecting pipe and to be sprayed into the cavity through the first hole site;

s4, second disinfection, after the elastic band is opened by the lying-in woman, the infrared human body sensor sends a signal to the controller, after the lying-in woman wears the elastic band again, the infrared human body sensor sends a signal to the controller, the controller controls the first electromagnetic valve and the air pump to be opened, the air pump pumps the air in the isolation cover into the box body through the circulating pipeline, the filter block absorbs floating objects and water vapor in the air, the filtered air is input into the disinfection box, the pressure sensor monitors the air pressure in the disinfection box in real time and sends a signal to the controller, after the air pressure in the disinfection box rises to a preset value, the controller closes the first electromagnetic valve and the air pump, the disinfection lamp is turned on, the disinfection lamp irradiates the interior of the disinfection box to sterilize and disinfect the filtered air for fifteen minutes, the controller opens the second electromagnetic valve and the atomizer, the air in the disinfection box is introduced into the air storage bottle to be stored, meanwhile, air in the gas storage bottle enters the first through groove and the third groove through the first connecting pipe, the atomizer atomizes disinfectant in the second cavity through the water inlet pipe, outputs the disinfectant into the third groove through the water outlet pipe, mixes the disinfectant with the air, then enters the second groove through the first connecting pipe, and is sprayed into the cavity through the first hole position to disinfect the environment in the cavity;

s5, circulating for the second time, after the air pressure in the disinfection box is reduced to reach a preset value, controlling the atomizer to be closed by the controller, starting the first electromagnetic valve and the air pump, pumping the air in the isolation cover into the box body by the air pump through the circulating pipeline, absorbing floating objects and water vapor in the air by the filter block, inputting the filtered air into the disinfection box, irradiating the interior of the disinfection box by the disinfection lamp to sterilize the filtered air, allowing the air irradiated by the disinfection lamp to enter the first through groove and the third groove through the air storage bottle and the first connecting pipe, allowing the air in the first through groove and the third groove to enter the second groove through the first connecting pipe and to be sprayed into the cavity through the first hole site;

s6, heating air, detecting the temperature inside the isolation cover in real time by the temperature sensor, sending a signal to the controller, starting the heating wire by the controller after the temperature sensor detects that the temperature inside the isolation cover is lower than a preset value, exchanging the generated heat to the air return pipe by the heat conduction sheet after the heating wire heats the air inside the air return pipe, enabling the heated air to enter the box body through the air return pipe and enter the first cavity through the first connecting pipe, and closing the heating wire by the controller after the temperature reaches the preset value;

s7, massaging the legs, and after the rehabilitation device is started through the starting switch and every twelve hours, controlling the first air cylinder and the second air cylinder to be started by the controller, and driving the massage rod to move by the first air cylinder and the second air cylinder to massage the legs

Compared with the prior art, the invention has the beneficial effects that: through setting up recovered subassembly, and be provided with massage device and air device of killing that disappears in recovered subassembly, in the lying-in woman resumes the overlength, the bacterium to in the air disappears and kills, it causes the infection to have avoided the open wound of lying-in woman to contact the bacterium, massage device regularly massages the both legs of lying-in woman simultaneously, the long-term bed of having avoided leads to the both legs edema that the both legs blood circulation is not smooth to lead to, the condition of infecting appears easily of taking the perineum lateral resection postoperative to exist in present women in production has been solved, lead to the later stage to resume the difficulty, simultaneously owing to need the bed to rest, it is comparatively difficult to stand up, lead to the problem of both legs edema after the time overlength of lying.

The foregoing description is only an overview of the technical solutions of the present invention, and the embodiments of the present invention are described below in order to make the technical means of the present invention more clearly understood and to make the above and other objects, features, and advantages of the present invention more clearly understandable.

Drawings

Fig. 1 is a schematic perspective view of a rehabilitation device for gynecological and obstetrical care according to an embodiment of the present invention;

fig. 2 is a front view schematically illustrating a rehabilitation device for gynecological and obstetrical care according to an embodiment of the present invention;

FIG. 3 is a schematic sectional view taken along the line A-A in FIG. 2;

FIG. 4 is an enlarged view of the structure at A in FIG. 3;

FIG. 5 is an enlarged view of the structure at B in FIG. 3;

FIG. 6 is an enlarged view of the structure at C in FIG. 3;

fig. 7 is a schematic front sectional view of a massage plate disclosed in the embodiment of the present invention;

FIG. 8 is a schematic front sectional view of the box disclosed in the embodiments of the present invention;

FIG. 9 is a schematic front sectional view of a disinfecting device according to an embodiment of the present invention;

FIG. 10 is a schematic front sectional view of a circulation line according to an embodiment of the present invention;

fig. 11 is a communication block diagram of a rehabilitation device for gynecological and obstetrical care according to the embodiment of the invention;

fig. 12 is a schematic flow chart of a working method of a rehabilitation device for gynecological and obstetrical care according to an embodiment of the present invention.

Reference numerals: 100-a bed assembly; 101-a bed frame; 102-a fence; 103-a crash wheel; 200-a lifting assembly; 201-a backplane; 202-universal wheels; 203-hydraulic cylinder; 204-a transmission rod; 205-a support bar; 206-support; 300-a rehabilitation component; 301-a massage device; 3011-massage plate; 301101-first groove; 3012-a massager; 301201-a fixation bar; 301202-a first cylinder; 301203-second cylinder; 301204-massage rod; 302-air sterilizing means; 3021-a cage; 302101-opening; 302102-a first cavity; 302103-first hole site; 302104-a second groove; 3022-a first connection tube; 3023-a sterilizing device; 302301-disinfection device housing; 302302-a first through slot; 302303-third groove; 302304-a second cavity; 302305-atomizer; 302306-water outlet pipe; 302307-water inlet pipe; 3024-elastic band; 3025-case; 3026-a separator; 3027-a filter block; 3028-gas sterilizing device; 302801-air pump; 302802-air inlet pipe; 302803-first solenoid valve; 302804-sterilizing box; 302805-sterilizing light; 302806-air outlet pipe; 302807-second solenoid valve; 3029-gas bomb; 30210-a recycle line; 3021001-a buffer layer; 3021002-heat conducting sheet; 3021003-heating wire; 3021004-muffler; 400-a control component; 401-temperature sensor; 402-a control box; 403-a controller; 404-a lifting switch; 405-start switch; 406-infrared human body sensor.

DETAILED DESCRIPTION OF EMBODIMENT (S) OF INVENTION

The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments.

Referring to fig. 1-11, a rehabilitation device for gynecological and obstetrical care, which comprises a bed assembly 100, the bed assembly 100 comprises a bed frame 101, a rail 102 and a crash wheel 103, the rail 102 is disposed around the top of the bed frame 101 for a lying-in woman in a house to fall, the crash wheel 103 is disposed at one side of the bed frame 101 for reducing the impact force received by the rehabilitation device when a collision occurs during the movement of the rehabilitation device, a lifting assembly 200, the lifting assembly 200 comprises a bottom plate 201, a universal wheel 202, a hydraulic cylinder 203, a transmission rod 204, a support rod 205 and a support 206, the universal wheel 202 and the hydraulic cylinder 203 are sequentially disposed at the bottom of the bottom plate 201 from the outside to the inside for facilitating the movement of the rehabilitation device, the support 206 is disposed at the top of the bottom plate 201, the support rod 205 is mounted at one side of the bottom of the bed frame 101, a bending portion is disposed on the surface of the transmission rod 204, the bending portion is hinged to the support 206, one end of the transmission rod 204 is hinged to the output shaft of the hydraulic cylinder 203, the other end of the transmission rod 204 is hinged with one end of the support rod 205 far away from the bedstead 101, the rehabilitation assembly 300 comprises a massage device 301 and an air sterilization device 302, the massage device 301 comprises a massage board 3011 and a massager 3012, the massage board 3011 is arranged on the top of the bedstead 101 and is located inside the fence 102, a first groove 301101 is formed in one side of the top of the massage board 3011, the massager 3012 is arranged inside the first groove 301101, the air sterilization device 302 comprises an isolation cover 3021, a first connecting pipe 3022, a disinfection device 3023, an elastic belt 3024, a box 3025, a partition 3026, a filter block 3027, an air disinfection device 3028, an air storage bottle 3029 and a circulation pipeline 30210, the isolation cover 3021 is arranged on the top of the massage board 3011 and is used for isolating the lower half of the parturient from the external environment, the side of the top of the massage board 3011 where the first groove 301101 is formed, a first cavity 302102 is formed inside the isolation cover 3021, the elastic belt 3024 is arranged on one side of the isolation cover 3021, the isolation cover 3021 is provided with an opening 302101 on one side close to the elastic belt 3024, the elastic belt 3024 is made of antibacterial rubber, so as to effectively inhibit bacteria growth and avoid infection, the elastic belt 3024 is used to seal the isolation cover 3021, the top of the inner wall of the first cavity 302102 is provided with a first hole position 302103, one side of the inner wall of the first hole position 302103 is provided with a second groove 302104, the sterilizing device 3023 is arranged inside one side of the inner wall of the first cavity 302102, the box 3025 is arranged on the other side of the bottom of the bed frame 101, the partition 3026 is arranged inside the box 3025, a filter cavity 302601 is formed on one side close to the partition 3026, the filter block 3027 is arranged inside the filter cavity 302601, the gas bomb 3029 and the gas sterilizing device 3028 are sequentially arranged inside the box 3025 on one side far from the partition 3026, one end of the first connecting pipe 3022 is communicated with the second groove 302104, the other end of the first connecting pipe 3022 is sequentially connected with a disinfecting device 3023, an isolation cover 3021, a massage board 3011, a bed frame 101, a box 3025 from top to bottom, and is communicated with the top of a gas bomb 3029, one side of the gas bomb 3029 is communicated with one side of a gas disinfecting device 3028, the other side of the gas disinfecting device 3028 is communicated with a filter 302601, one end of a circulating pipe 30210 is communicated with one side of the isolation cover 3021, the other end of the circulating pipe 30210 is communicated with one side of the box 3025 close to the filter 302601, the control assembly 400 comprises a temperature sensor 401, a control box 402, a controller 403, a lifting switch 404, a start switch 405, an infrared human body sensor 406 and a pressure sensor 407, the control box 402 is arranged on the other side of the bed frame 101, the controller 403 is arranged inside the control box 402, the lifting switch 404 and the start switch 405 are sequentially arranged on the surface of the control box 402 from left to right, the temperature sensor 401 is arranged inside the isolation cover 3021 close to one side of the disinfecting device 3023, the infrared human body sensor 406 is arranged inside the elastic belt 3024, the pressure sensor (407) is arranged inside the disinfecting device 3023 and is positioned on one side of the disinfecting box 302804 close to the air pump 302801, the signal input ends of the starting switch 405, the lifting switch 404, the temperature sensor 401, the infrared human body sensor 406 and the pressure sensor 407 are respectively in communication connection with the signal input end of the controller 403, the signal output end of the controller 403 is respectively in communication connection with the signal input ends of the disinfecting lamp 302805, the heating wire 3021003, the first electromagnetic valve 302803, the second electromagnetic valve 302807, the atomizer 302305, the air pump 302801, the hydraulic cylinder 203, the first air cylinder 301202 and the second air cylinder 301203, bacteria in the air are killed during the recovery of the puerperal woman from being too long, the infection caused by the bacteria in the open wound of the puerperal is avoided, simultaneously massage device 301 regularly massages lying-in woman's both legs, has avoided long-term bed to lead to both legs's blood circulation not smooth both legs edema that leads to, has solved the condition that the easy emergence infection that exists of taking perineum side cutting postoperative in present women takes in production, leads to the later stage to recover the difficulty, owing to need the bed to rest up, stands up comparatively difficultly simultaneously, leads to the problem of both legs edema after the time of lying down overlength.

The embodiment of the invention is also realized by the following technical scheme.

Referring to fig. 1-3, 5, 7 and 11, in the embodiment of the present invention, the massager 3012 includes a fixing rod 301201, a first cylinder 301202, a second cylinder 301203 and a massage rod 301204, the first cylinder 301202, the fixing rod 301201 and the second cylinder 301203 are sequentially and transversely disposed inside the first groove 301101, the middle portion of the massage rod 301204 is hinged to the top of the fixing rod 301201, one side of the bottom of the massage rod 301204 is hinged to an output shaft of the first cylinder 301202, and the other side of the bottom of the massage rod 301204 is hinged to an output shaft of the second cylinder 301203.

As a preferred embodiment, the number of the massagers 3012 is plural, and the massagers are distributed on the left and right sides inside the first groove 301101, after the rehabilitation device is turned on by the starting switch 405, every twelve hours, the controller 403 controls the first cylinder 301202 to extend, the second cylinder 301203 to retract, the massage rod 301204 rotates clockwise around the fixing rod 301201, the controller 403 controls the first cylinder 301202 to retract, the second cylinder 301203 extends, the massage rod 301204 rotates counterclockwise around the fixing rod 301201, the massage rod 301204 rotates around the fixing rod 301201 to flap and squeeze the legs of the puerpera by continuously changing the lengths of the output shafts of the first cylinder 301202 and the second cylinder 301203, so that the massage effect on the legs of the puerpera is achieved, and the problems that the women after taking lateral perineotomy in production, the women turn over is difficult, and the women lie down for a long time, and the legs are swollen are solved.

Referring to fig. 1-5 and 9, in the embodiment of the present invention, a sterilization device 3023 includes a sterilization device housing 302301, an atomizer 302305, a water outlet pipe 302306 and a water inlet pipe 302307, a first through groove 302302 is formed at the top of the sterilization device housing 302301, a second cavity 302304 is formed inside the sterilization device housing 302301, sterilized water is filled inside the second cavity 302304, a third groove 302303 is formed at one side inside the first through groove 302302, an atomizer 302305 is formed at the top of the inner wall of the second cavity 302304, one end of the water outlet pipe 302306 is communicated with a water outlet of the atomizer 302305, the other end of the water outlet pipe 302306 is communicated with the third groove 302303, one end of the water inlet pipe 302307 is communicated with a water inlet of the atomizer 302305, and the other end of the water inlet pipe 302307 extends to the inside of the second cavity 302304.

As a preferred embodiment, air enters the first through slot 302302 and the inside of the third groove 302303 through the first connecting tube 3022, the atomizer 302305 atomizes the disinfectant in the second cavity 302304 through the water inlet tube 302307 and outputs the disinfectant to the third groove 302303 through the water outlet tube 302306 to be mixed with the air, and then enters the second groove 302104 through the first connecting tube 3022, and is sprayed into the first cavity 302102 through the first hole position 302103 to sterilize the environment in the first cavity 302102, and kill bacteria in the air, so that the infection caused by the bacteria in the open wound of the puerpera is avoided, and the problem that the infection easily occurs after the perineal side incision is adopted in the current production of women, and the later recovery is difficult is solved.

Referring to fig. 1-6, 8 and 10-11, in the embodiment of the present invention, a gas sterilizing apparatus 3028 includes a gas pump 302801, a gas inlet tube 302802, a first electromagnetic valve 302803, a sterilizing chamber 302804, a sterilizing lamp 302805, a gas outlet tube 3020806 and a second electromagnetic valve 302807, the sterilizing chamber 302804 is disposed inside a case 3025 on one side close to a partition 3026, the gas pump 302801 is disposed on the top of a sterilizing chamber 302804, a gas inlet of the gas pump 302801 is communicated with the sterilizing chamber 302804, one end of the gas inlet tube 302802 is communicated with a gas inlet of the gas pump 302801, the other end of the gas inlet tube 302802 is communicated with a filter chamber 302601, the first electromagnetic valve 302803 is mounted on the gas inlet tube 302802, the first electromagnetic valve 302803 is mounted on one side of the gas inlet tube 302802 close to the partition 3026, the sterilizing lamp 302805 is disposed inside the sterilizing chamber 302804, one end of the gas outlet tube 3020806 is communicated with one side of the sterilizing chamber 302804, the other end of the gas outlet tube 3020806 is communicated with one side of the gas pump 302801, the second electromagnetic valve 302807 is mounted on the gas outlet tube 3020806, a second solenoid valve 302807 is mounted on the outlet tube 3020806 on a side thereof adjacent to the air pump 302801.

In a preferred embodiment, a start command is sent to the controller 403 by the start switch 405, the controller 403 controls the first solenoid valve 302803 and the air pump 302801 to be opened, the air pump 302801 pumps the air in the isolation cover 3021 into the box 3025 through the circulation pipe 30210, the filter block 3027 absorbs the floating materials and moisture in the air, the filtered air is input into the disinfection box 302804, the pressure sensor 407 monitors the air pressure in the disinfection box 302804 in real time and sends a signal to the controller 403, after the air pressure in the disinfection box 302804 rises to a preset value, which is defined as 0.6MPa in this embodiment, the controller 403 closes the first solenoid valve 302803 and the air pump 302801, turns on the disinfection lamp 302805, the disinfection lamp 302805 irradiates the inside of the disinfection box 302804 to sterilize the filtered air for fifteen minutes, the controller 403 opens the second solenoid valve 302807, the air in the disinfection box 302804 is introduced into the air storage bottle 3029 for storage, simultaneously, air in the air storage bottle 3029 enters the first through groove 302302 and the third groove 302303 through the first connecting pipe 3022, enters the second groove 302104 through the first connecting pipe 3022, and is sprayed into the first cavity 302102 through the first hole position 302103 to kill bacteria in the air, so that the infection caused by the fact that the open wound of a puerpera is contacted with the bacteria is avoided, the problem that the later recovery is difficult due to the fact that the infection easily occurs after the perineal side incision is adopted in the production of the current female is solved.

Referring to fig. 1-2, 6 and 10, in the embodiment of the present invention, the circulation pipe 30210 includes a buffer layer 3021001, a heat conductive sheet 3021002, a heating wire 3021003 and an air return pipe 3021004, the heat conductive sheet 3021002 is disposed on a surface of the air return pipe 3021004, the heating wire 3021003 is disposed on one side of a surface of the heat conductive sheet 3021002, the buffer layer 3021001 is disposed on the other side of a surface of the heat conductive sheet 3021002, the heat conductive sheet 3021002 is made of an annular copper sheet, the number of the heat conductive sheets 3021002 is at least more than one, and the heat conductive sheets are uniformly distributed on the surface of the air return pipe 3021004, and the buffer layer 3021001 and the air return pipe 3021004 are made of fluorosilicone rubber, which has heat resistance and elasticity.

In this embodiment, the temperature sensor 401 detects the temperature inside the enclosure 3021 in real time, and sends a signal to the controller 403, after the temperature sensor 401 detects that the temperature inside the enclosure 3021 is lower than a preset value, which is defined as twenty degrees celsius in this embodiment, the controller 403 starts the heating wire 3021003, the heating wire 3021003 exchanges generated heat after heating through the heat conducting sheet 3021002 to the air return pipe 3021004 to heat the air inside the air return pipe 3021004, the heated air enters the inside of the box 3025 through the air return pipe 3021004, and enters the inside of the first cavity 302102 through the first connecting pipe 3022, after the temperature reaches the preset value, which is defined as thirty degrees celsius in this embodiment, the controller 403 closes the heating wire 3021003, thereby avoiding the problem of discomfort of the parturient women caused by the low temperature in winter.

Referring to fig. 1 to 12, the present invention also provides a method for operating a rehabilitation device for gynecological and obstetrical care, comprising the steps of:

s1, position adjustment, wherein a descending signal is sent to the controller 403 through the ascending and descending switch 404, the controller 403 controls the hydraulic cylinder 203 to retract, an output shaft of the hydraulic cylinder 203 drives the transmission rod 204 to rotate anticlockwise around the support 206, the transmission rod 204 drives the support rod 205 to move downwards, the support rod 205 drives the bed frame 101 to move downwards to reduce the height, a parturient extends the lower half of the body into the isolation cover 3021 through the opening 302101, the elastic belt 3024 seals the parturient with the isolation cover 3021, an ascending signal is sent to the controller 403 through the ascending and descending switch 404, the controller 403 controls the hydraulic cylinder 203 to extend out, the output shaft of the hydraulic cylinder 203 drives the transmission rod 204 to rotate clockwise around the support 206, the transmission rod 204 drives the support rod 205 to move upwards, and the support rod 205 drives the bed frame 101 to move upwards to increase the height;

s2, first disinfection, sending a starting command to the controller 403 through the starting switch 405, the controller 403 controlling the first electromagnetic valve 302803 and the air pump 302801 to be opened, the air pump 302801 pumping the air in the isolation cover 3021 into the box 3025 through the circulating pipeline 30210, the filter block 3027 absorbing the floating matters and the water vapor in the air and inputting the filtered air into the disinfection box 302804, the pressure sensor 407 monitoring the air pressure in the disinfection box 302804 in real time and sending a signal to the controller 403, after the air pressure in the disinfection box 302804 rises to a preset value, which is defined as 0.6MPa in the embodiment, the controller 403 closing the first electromagnetic valve 302803 and the air pump 302801, turning on the disinfection lamp 302805, the disinfection lamp 302805 irradiating the interior of the disinfection box 302804 to disinfect the filtered air for fifteen minutes, the controller 403 opening the second electromagnetic valve 302807 and the atomizer 302305, and the air in the disinfection box 302804 is introduced into the air storage bottle 3029 to be stored, meanwhile, air in the gas storage bottle 3029 enters the first through groove 302302 and the third groove 302303 through the first connecting pipe 3022, the atomizer 302305 atomizes disinfectant in the second cavity 302304 through the water inlet pipe 302307, outputs the atomized disinfectant to the third groove 302303 through the water outlet pipe 302306, mixes the atomized disinfectant with the air, enters the second groove 302104 through the first connecting pipe 3022, and is sprayed into the first cavity 302102 through the first hole position 302103 to disinfect the environment in the first cavity 302102;

s3, in a first cycle, after the air pressure inside the sterilization box 302804 is reduced to a preset value, which is defined as 0.1Mpa in this embodiment, the controller 403 controls the atomizer 302305 to close, the first electromagnetic valve 302803 and the air pump 302801 are turned on, the air pump 302801 pumps the air in the isolation cover 3021 into the box 3025 through the circulation pipe 30210, the filter block 3027 absorbs the floating materials and the water vapor in the air, and then inputs the filtered air into the sterilization box 302804, the sterilization lamp 302805 irradiates the inside of the sterilization box 302804 to sterilize the filtered air, the air irradiated by the sterilization lamp 302805 enters the first through slot 302302 and the inside of the third groove 302303 through the air storage bottle 3029 and the first connecting pipe 3022, and the air inside the first through slot 302302 and the third groove 302303 enters the second groove 302104 through the first connecting pipe 3022 and is sprayed into the first cavity 302102 through the first connecting pipe 302103;

s4, second disinfection, after the elastic band 3024 is opened by the puerperal woman, the infrared human body sensor 406 sends a signal to the controller 403, after the puerperal woman wears the elastic band 3024 again, the infrared human body sensor 406 sends a signal to the controller 403, the controller 403 controls the first electromagnetic valve 302803 and the air pump 302801 to be opened, the air pump 302801 pumps the air in the isolation hood 3021 into the case 3025 through the circulation pipe 30210, the filter block 3027 absorbs the floating objects and the water vapor in the air, then the filtered air is input into the disinfection case 302804, the pressure sensor 407 monitors the air pressure inside the disinfection case 302804 in real time and sends a signal to the controller 403, after the air pressure inside the disinfection case 302804 rises to a preset value, which is defined as 0.6MPa in the present embodiment, the controller 403 closes the first electromagnetic valve 302803 and the air pump 302801, turns on the disinfection lamp 302805, the disinfection lamp 302805 irradiates the inside the disinfection case 302804 to disinfect the filtered air for fifteen minutes, the controller 403 opens the second solenoid valve 302807 and the atomizer 302305, air in the sterilization box 302804 is introduced into the gas bomb 3029 for storage, meanwhile, air in the gas bomb 3029 enters the first through slot 302302 and the third groove 302303 through the first connecting pipe 3022, the atomizer 302305 atomizes the sterilization liquid in the second cavity 302304 through the water inlet pipe 302307, outputs the sterilization liquid into the third groove 302303 through the water outlet pipe 302306, mixes with the air, enters the second groove 302104 through the first connecting pipe 3022, and sprays the sterilization liquid into the first cavity 302102 through the first hole 302103 to sterilize the environment in the first cavity 302102;

s5, performing a second cycle, after the air pressure inside the sterilization box 302804 reaches a preset value, which is defined as 0.1Mpa in this embodiment, the controller 403 controls the atomizer 302305 to close, the first electromagnetic valve 302803 and the air pump 302801 are turned on, the air pump 302801 pumps the air in the isolation cover 3021 into the box 3025 through the circulation pipeline 30210, the filter block 3027 absorbs the floating materials and water vapor in the air, and then inputs the filtered air into the sterilization box 302804, the sterilization lamp 302805 irradiates the inside of the sterilization box 302804 to sterilize the filtered air, the air irradiated by the sterilization lamp 302805 enters the first through slot 302302 and the inside of the third groove 302303 through the air storage bottle 3029 and the first connecting tube 3022, and the air inside the first through slot 302302 and the third groove 302303 enters the second groove 302104 through the first connecting tube 3022 and is sprayed into the first cavity 302102 through the first connecting tube 302103;

s6, heating air, detecting the temperature inside the isolation hood 3021 in real time by the temperature sensor 401, and sending a signal to the controller 403, after the temperature sensor 401 detects that the temperature inside the isolation hood 3021 is lower than a preset value, which is defined as twenty degrees celsius in this embodiment, the controller 403 starts the heating wire 3021003, the heating wire 3021003 exchanges generated heat to the air return pipe 3021004 through the heat conducting sheet 3021002 after heating to heat the air inside the air return pipe 3021004, the heated air enters the box 3025 through the air return pipe 3021004, and enters the first cavity 302102 through the first connecting pipe 3022, after the temperature reaches the preset value, which is defined as thirty degrees celsius in this embodiment, the controller 403 closes the heating wire 3021003;

and S7, massaging the legs, and after the rehabilitation device is started through the starting switch 405, controlling the first air cylinder 301202 and the second air cylinder 301203 to be started by the controller 403 every twelve hours, wherein the first air cylinder 301202 and the second air cylinder 301203 drive the massage rod 301204 to move to massage the legs.

Specifically, the bed frame 101 is adjusted to a proper height by the lifting switch 404, the parturient extends the lower body into the isolation cover 3021 through the opening 302101, the elastic band 3024 seals the parturient with the isolation cover 3021, the start switch 405 sends a start command to the controller 403, the controller 403 controls the first electromagnetic valve 302803 and the air pump 302801 to be opened, the air pump 302801 pumps the air in the isolation cover 3021 into the box 3025 through the circulation pipe 30210, the filter block 3027 absorbs the floating objects and the water vapor in the air, then the filtered air is input into the sterilization box 302804, the pressure sensor 407 monitors the air pressure inside the sterilization box 302804 in real time and sends a signal to the controller 403, after the air pressure inside the sterilization box 302804 rises to a preset value, which is limited to 0.6MPa in the present embodiment, the controller 403 closes the first electromagnetic valve 302803 and the air pump 302801, turns on the sterilization lamp 302805, the sterilization lamp 302805 irradiates the inside the sterilization box 302804 to sterilize the filtered air for fifteen minutes, the controller 403 opens the second solenoid valve 302807 and the atomizer 302305, air inside the sterilization box 302804 is introduced into the gas bomb 3029 for storage, meanwhile, air in the gas bomb 3029 enters the first through slot 302302 and the third groove 302303 through the first connecting pipe 3022, the atomizer 302305 atomizes the sterilizing fluid in the second cavity 302304 through the water inlet pipe 302307, outputs the sterilizing fluid into the third groove 302303 through the water outlet pipe 302306, mixes the sterilizing fluid with air, enters the second groove 302104 through the first connecting pipe 3022, and sprays the sterilizing fluid into the first cavity 302102 through the first hole 302103 to sterilize the environment in the first cavity 302102, after the air pressure inside the sterilization box 302804 is reduced to a preset value, the controller 403 controls the atomizer 302305 to close, the first connecting pipe 302803 and the air pump 302801 are opened, the air pump 302801 pumps the air in the isolation hood 3021 into the box 3025 through the circulating pipe 30210, the filter block 3027 absorbs the floating materials and moisture in the air, and then inputs the filtered air into the sterilization box 302804, the sterilizing lamp 302805 irradiates the inside of the sterilizing box 302804 to sterilize and disinfect the filtered air, the air irradiated by the sterilizing lamp 302805 enters the first through slot 302302 and the third through slot 302303 through the air bomb 3029 and the first connecting tube 3022, the air in the first through slot 302302 and the third through slot 302303 enters the second through slot 302104 through the first connecting tube 3022 and is sprayed into the first cavity 302102 through the first hole site 302103, after the elastic band 3024 is opened by the puerperal woman, the infrared human body sensor 406 sends a signal to the controller 403, after the puerperal woman wears the elastic band 3024 again, the infrared human body sensor 406 sends a signal to the controller 403, the controller 403 controls the first electromagnetic valve 302803 and the air pump 302801 to be turned on, the air pump 302801 pumps the air in the isolation cover 3021 into the box 3025 through the circulating pipe 30210, the filter 3027 absorbs the air and then feeds the filtered air into the sterilizing box 302804, the pressure sensor 407 monitors the air pressure inside the disinfection tank 302804 in real time and sends a signal to the controller 403, after the air pressure inside the disinfection tank 302804 rises to a preset value, the controller 403 closes the first solenoid valve 302803 and the air pump 302801, turns on the disinfection lamp 302805, the disinfection lamp 302805 irradiates the inside of the disinfection tank 302804 to sterilize and disinfect the filtered air for fifteen minutes, the controller 403 opens the second solenoid valve 302807 and the atomizer 302305, the air inside the disinfection tank 302804 is introduced into the gas bomb 3029 to be stored, meanwhile, the air in the gas bomb 3029 enters the first through groove 302302 and the third groove 302303 through the first connecting pipe 3022, the atomizer 302305 atomizes the disinfection solution in the second cavity 302304 through the water inlet pipe 302307, outputs the disinfection solution into the third groove 302303 through the water outlet pipe 302306 to be mixed with the air, enters the second groove 302104 through the first connecting pipe 3022, and sprays the disinfection solution into the first cavity 302102 through the first 302103 to disinfect the environment in the first cavity 302102, after the air pressure in the sterilizing box 302804 is reduced to reach a preset value, the controller 403 controls the atomizer 302305 to close, the first electromagnetic valve 302803 and the air pump 302801 are opened, the air pump 302801 pumps the air in the isolation cover 3021 into the box 3025 through the circulating pipeline 30210, the filter block 3027 absorbs the floating matters and water vapor in the air, the filtered air is input into the sterilizing box 302804, the sterilizing lamp 302805 irradiates the inside of the sterilizing box 302804 to sterilize the filtered air, the air irradiated by the sterilizing lamp 302805 enters the first through groove 302302 and the third groove 302303 through the air storage bottle 3029 and the first connecting pipe 3022, the air inside the first through groove 302302 and the third groove 302303 enters the second groove 302104 through the first connecting pipe 3022 and is sprayed into the first cavity 302102 through the first connecting pipe 302103, after the rehabilitation device is started through the starting switch 405, the controller 403 controls the first air cylinder 301202 and the second air cylinder 301203 to start every twelve hours, first cylinder 301202 and second cylinder 301203 drive massage pole 301204 motion and massage the shank, through setting up recovered subassembly 300, and be provided with massage device 301 and air sterilization device 302 in recovered subassembly 300, in lying-in woman resumes the overlength, bacteria in the air are sterilized, it causes the infection to have avoided the open wound of lying-in woman to contact the bacterium, massage device 301 regularly massages the both legs of lying-in woman simultaneously, avoided long-term bed to lead to the both legs edema that the both legs blood circulation is not smooth to lead to, the condition of the easy appearance infection that exists of having of taking perineum side cutting back in present women in production has been solved, lead to the later stage to resume the difficulty, simultaneously owing to need the bed to rest, it is comparatively difficult to stand up, lead to the problem of both legs edema after lying time overlength.

It should be noted that the specific model specifications of the starting switch 405, the lifting switch 404, the temperature sensor 401, the infrared human body sensor 406, the pressure sensor 407, the controller 403, the disinfection lamp 302805, the heating wire 3021003, the first electromagnetic valve 302803, the second electromagnetic valve 302807, the atomizer 302305, the air pump 302801, the hydraulic cylinder 203, the first air cylinder 301202 and the second air cylinder 301203 need to be determined by type selection according to the actual specification of the device, and the specific type selection calculation method adopts the prior art in the field, so detailed description is omitted.

The power supply and the principle of the starting switch 405, the lifting switch 404, the temperature sensor 401, the infrared human body sensor 406, the pressure sensor 407, the controller 403, the sterilizing lamp 302805, the heating wire 3021003, the first solenoid valve 302803, the second solenoid valve 302807, the atomizer 302305, the air pump 302801, the hydraulic cylinder 203, the first air cylinder 301202 and the second air cylinder 301203 are clear to those skilled in the art and will not be described in detail herein.

It will be apparent to those skilled in the art that various changes and modifications may be made in the present invention without departing from the spirit and scope of the invention. Thus, if such modifications and variations of the present invention fall within the scope of the claims of the present invention and their equivalents, the present invention is also intended to include such modifications and variations.

Claims (10)

1. A rehabilitation device for gynecological and obstetrical care, characterized by comprising:

a bed assembly (100), the bed assembly (100) comprising a bed frame (101), a fence (102) and crash wheels (103);

wherein the fence (102) is arranged around the top of the bedstead (101), and the anti-collision wheel (103) is arranged on one side of the bedstead (101);

the lifting assembly (200) comprises a bottom plate (201), universal wheels (202), a hydraulic cylinder (203), a transmission rod (204), a support rod (205) and a support (206);

the universal wheels (202) and the hydraulic cylinder (203) are sequentially arranged at the bottom of the bottom plate (201) from outside to inside, the support (206) is arranged at the top of the bottom plate (201), the support rod (205) is arranged on one side of the bottom of the bed frame (101), a bent part is arranged on the surface of the transmission rod (204), the bent part is hinged with the support (206), one end of the transmission rod (204) is hinged with an output shaft of the hydraulic cylinder (203), and the other end of the transmission rod (204) is hinged with one end, away from the bed frame (101), of the support rod (205);

a rehabilitation assembly (300), the rehabilitation assembly (300) comprising a massage device (301) and an air disinfection device (302);

the massage device (301) comprises a massage plate (3011) and a massager (3012), the massage plate (3011) is arranged at the top of the bedstead (101) and is positioned inside the fence (102), a first groove (301101) is formed in one side of the top of the massage plate (3011), and the massager (3012) is arranged inside the first groove (301101);

the air sterilizing device (302) comprises an isolation cover (3021), a first connecting pipe (3022), a sterilizing device (3023), an elastic belt (3024), a box body (3025), a partition board (3026), a filter block (3027), an air sterilizing device (3028), a gas bomb (3029) and a circulating pipeline (30210);

wherein, the isolation hood (3021) is arranged at the top of the massage board (3011) and located at one side of the massage board (3011) where the first groove (301101) is formed, the inside of the isolation hood (3021) is provided with a first cavity (302102), the elastic band (3024) is arranged at one side of the isolation hood (3021), the isolation hood (3021) is close to one side of the elastic band (3024) where an opening (302101) is formed, the top of the inner wall of the first cavity (302102) is provided with a first hole site (302103), one side of the inner wall of the first hole site (302103) is provided with a second groove (302104), the sterilizing device (3023) is arranged inside one side of the inner wall of the first cavity (302102), the box body (3025) is arranged at the other side of the bottom of the bed frame (101), the clapboard (3026) is arranged inside the box body (3025), and a filter cavity (302601) is formed at one side close to the clapboard (3026), the filter block (3027) is disposed inside the filter cavity (302601), the gas bomb (3029) and the gas sterilizing device (3028) are sequentially disposed inside the box body (3025) from left to right on one side far away from the partition board (3026), one end of the first connecting pipe (3022) is communicated with the second groove (302104), the other end of the first connecting pipe (3022) is sequentially connected with the sterilizing device (3023), the shield (3021), the massage board (3011), the bed frame (101) and the box body (3025) through the top of the gas bomb (3029), one side of the gas bomb (3029) is communicated with one side of the gas sterilizing device (3028), the other side of the gas sterilizing device (3028) is communicated with the filter cavity (302601), one end of the circulating pipeline (30210) is communicated with one side of the shield (3021), the other end of the circulating pipeline (30210) is communicated with one side of the box body (3025) close to the filter cavity (302601);

the control assembly (400), the control assembly (400) comprises a temperature sensor (401), a control box (402), a controller (403), a lifting switch (404), a starting switch (405), an infrared human body sensor (406) and a pressure sensor (407);

wherein the control box (402) is arranged at the other side of the bedstead (101), the controller (403) is arranged inside the control box (402), the lifting switch (404) and the starting switch (405) are sequentially arranged on the surface of the control box (402) from left to right, the temperature sensor (401) is arranged at one side of the inside of the isolation cover (3021) close to the disinfecting device (3023), the infrared human body sensor (406) is arranged inside the elastic belt (3024), and the pressure sensor (407) is arranged inside the disinfecting device (3023).

2. A rehabilitation device for gynecological care according to claim 1, characterized in that: massager (3012) include dead lever (301201), first cylinder (301202), second cylinder (301203) and massage pole (301204), first cylinder (301202) dead lever (301201) with second cylinder (301203) transversely set up in proper order in the inside of first recess (301101), the middle part of massage pole (301204) is articulated with the top of dead lever (301201), bottom one side of massage pole (301204) with the output shaft of first cylinder (301202) is articulated, the bottom opposite side of massage pole (301204) with the output shaft of second cylinder (301203) is articulated.

3. A rehabilitation device for gynecological care according to claim 2, characterized in that: the sterilizing device (3023) comprises a sterilizing device shell (302301), an atomizer (302305), a water outlet pipe (302306) and a water inlet pipe (302307), the top of the disinfection device shell (302301) is provided with a first through groove (302302), the interior of the disinfection device shell (302301) is provided with a second cavity (302304), the second cavity (302304) is filled with disinfectant water, one side of the first through groove (302302) is provided with a third groove (302303), an atomizer (302305) is arranged at the top of the inner wall of the second cavity (302304), one end of the water outlet pipe (302306) is communicated with the water outlet of the atomizer (302305), the other end of the water outlet pipe (302306) is communicated with the third groove (302303), one end of the water inlet pipe (302307) is communicated with the water inlet of the atomizer (302305), the other end of the water inlet pipe (302307) extends to the inside of the second cavity (302304).

4. A rehabilitation device for gynecological care according to claim 3, characterized in that: the gas sterilizing device (3028) comprises a gas pump (302801), a gas inlet pipe (302802), a first electromagnetic valve (302803), a sterilizing box (302804), a sterilizing lamp (302805), a gas outlet pipe (3020806) and a second electromagnetic valve (302807), wherein the sterilizing box (302804) is arranged at one side of the interior of the box body (3025) close to the partition plate (3026), the gas pump (302801) is arranged at the top of the sterilizing box (302804), the gas inlet of the gas pump (302801) is communicated with the sterilizing box (302804), one end of the gas inlet pipe (302802) is communicated with the gas inlet of the gas pump (302801), the other end of the gas inlet pipe (302802) is communicated with the filter chamber (302601), the first electromagnetic valve (302803) is arranged on the gas inlet pipe (302802), the sterilizing lamp (302805) is arranged in the sterilizing box (302804), one end of the gas outlet pipe (3020806) is communicated with one side of the sterilizing box (302804), the other end of the air outlet pipe (3020806) is communicated with one side of the air pump (302801), the second electromagnetic valve (302807) is installed on the air outlet pipe (3020806), and the pressure sensor (407) is arranged inside the sterilizing device (3023) and is positioned on one side, close to the air pump (302801), of the inside of the sterilizing box (302804).

5. A rehabilitation device for gynecological care according to claim 4, characterized in that: the first electromagnetic valve (302803) is mounted on one side of the air inlet pipe (302802) close to the partition plate (3026), and the second electromagnetic valve (302807) is mounted on one side of the air outlet pipe (3020806) close to the air pump (302801).

6. A rehabilitation device for gynecological care according to claim 5, characterized in that: the circulating pipeline (30210) comprises a buffer layer (3021001), a heat conducting sheet (3021002), a heating wire (3021003) and an air return pipe (3021004), wherein the heat conducting sheet (3021002) is arranged on the surface of the air return pipe (3021004), the heating wire (3021003) is arranged on one side of the surface of the heat conducting sheet (3021002), and the buffer layer (3021001) is arranged on the other side of the surface of the heat conducting sheet (3021002).

7. A rehabilitation device for gynecological care according to claim 6, characterized in that: the heat conducting fins (3021002) are made of annular copper sheets, the number of the heat conducting fins (3021002) is at least more than one, the heat conducting fins are uniformly distributed on the surface of the air return pipe (3021004), and the buffer layer (3021001) and the air return pipe (3021004) are made of fluorosilicone rubber.

8. A rehabilitation device for gynecological care according to claim 7, characterized in that: the elastic band (3024) is made of antibacterial rubber, and the elastic band (3024) is used for sealing the isolation cover (3021).

9. A rehabilitation device for gynecological care according to claim 8, characterized in that: the starting switch (405), the lifting switch (404), the temperature sensor (401), the infrared human body sensor (406) and the signal input part of the pressure sensor (407) respectively with the signal input part communication connection of controller (403), the signal output part of controller (403) respectively with the sterilamp (302805), the heating wire (3021003), the first solenoid valve (302803), the second solenoid valve (302807), the atomizer (302305), the air pump (302801), the hydraulic cylinder (203), the first cylinder (301202) and the signal input part communication connection of second cylinder (301203).

10. A working method of applying a rehabilitation device for gynecological care according to any one of claims 1 to 9, characterized in that: the method comprises the following steps:

s1, adjusting the position, sending a descending signal to the controller (403) through the lifting switch (404), controlling the hydraulic cylinder (203) to retract by the controller (403), driving the transmission rod (204) to rotate anticlockwise around the support (206) by the output shaft of the hydraulic cylinder (203), driving the support rod (205) to move downwards by the transmission rod (204), driving the bedstead (101) to move downwards by the support rod (205) to reduce the height, extending the lower half of the parturient into the isolation cover (3021) through the opening (302101), sealing the parturient with the isolation cover (3021) by the elastic belt (3024), a lifting signal is sent to a controller (403) through a lifting switch (404), the controller (403) controls a hydraulic cylinder (203) to extend out, an output shaft of the hydraulic cylinder (203) drives a transmission rod (204) to rotate clockwise around a support seat (206), the transmission rod (204) drives a support rod (205) to move upwards, and the support rod (205) drives a bed frame (101) to move upwards to raise the height;

s2, first disinfection, a starting command is sent to a controller (403) through a starting switch (405), the controller (403) controls a first electromagnetic valve (302803) and an air pump (302801) to be started, the air pump (302801) pumps air in an isolation cover (3021) into a box body (3025) through a circulating pipeline (30210), a filter block (3027) absorbs floating objects and water vapor in the air and then inputs the filtered air into the disinfection box (302804), a pressure sensor (407) monitors the air pressure in the disinfection box (302804) in real time and sends a signal to the controller (403), after the air pressure in the disinfection box (302804) rises to a preset value, the controller (403) closes the first electromagnetic valve (302803) and the air pump (302801), a disinfection lamp (302805) is turned on, the disinfection lamp (302805) irradiates the inside of the disinfection box (302804) to sterilize the filtered air for fifteen minutes, and the controller (403) turns on a second electromagnetic valve (302807) and an atomizer (302305), air in the disinfection box (302804) is introduced into a gas storage bottle (3029) for storage, meanwhile, air in the gas storage bottle (3029) enters a first through groove (302302) and a third groove (302303) through a first connecting pipe (3022), a nebulizer (302305) atomizes disinfectant in a second cavity (302304) through a water inlet pipe (302307), outputs the disinfectant to the third groove (302303) through a water outlet pipe (302306), mixes the disinfectant with the air, then enters the second groove (302104) through the first connecting pipe (3022), and is sprayed into a first cavity (302102) through a first hole site (302103) to disinfect the environment in the first cavity (302102);

s3, circulation is performed for the first time, after the air pressure in the disinfection box (302804) is reduced to reach a preset value, the controller (403) controls the atomizer (302305) to be closed, the first electromagnetic valve (302803) and the air pump (302801) are started, the air pump (302801) pumps the air in the isolation cover (3021) into the box body (3025) through the circulation pipeline (30210), the filter block (3027) absorbs floating objects and water vapor in the air, the filtered air is input into the disinfection box (302804), the disinfection lamp (302805) irradiates the inside of the disinfection box (302804) to sterilize and disinfect the filtered air, the air irradiated by the disinfection lamp (302805) enters the inside of the first through groove (302302) and the third through groove (302303) through the air storage bottle (3029) and the first connecting pipe (3022), the air inside of the first through groove (302302) and the third through groove (302303), enters the second groove (302104) through the first connecting pipe (3022) and is injected into the first cavity (302102) through the first hole position (302103);

s4, second disinfection, after the elastic band (3024) is opened by the puerpera, the infrared human body sensor (406) sends a signal to the controller (403), after the puerpera wears the elastic band (3024) again, the infrared human body sensor (406) sends a signal to the controller (403), the controller (403) controls the first electromagnetic valve (302803) and the air pump (302801) to be opened, the air pump (302801) pumps air in the isolation hood (3021) into the box body (3025) through the circulating pipeline (30210), the filter block (3027) absorbs floating objects and water vapor in the air, the filtered air is input into the disinfection box (302804), the pressure sensor (407) monitors the air pressure inside the disinfection box (302804) in real time and sends a signal to the controller (403), and after the air pressure inside the disinfection box (302804) rises to a preset value, the controller (403) closes the first electromagnetic valve (302803) and the air pump (302801), turning on a disinfection lamp (302805), after the disinfection lamp (302805) irradiates the inside of a disinfection box (302804) to sterilize and disinfect filtered air for fifteen minutes, a controller (403) turns on a second electromagnetic valve (302807) and an atomizer (302305), air in the disinfection box (302804) is introduced into a gas bomb (3029) to be stored, meanwhile, air in the gas bomb (3029) enters a first through groove (302302) and a third groove (302303) through a first connecting pipe (3022), the atomizer (302305) atomizes disinfection liquid in the second cavity (302304) through a water inlet pipe (302307), outputs the disinfection liquid into the third groove (302303) through a water outlet pipe (302306), mixes the disinfection liquid with air, enters the second groove (302104) through the first connecting pipe (3022), and sprays the disinfection liquid into the first cavity (302102) through the first 302103) to disinfect an environment in the first cavity (302102);

s5, circulating for the second time, after the air pressure in the sterilizing box (302804) is reduced to reach a preset value, the controller (403) controls the atomizer (302305) to be closed, the first electromagnetic valve (302803) and the air pump (302801) are started, the air pump (302801) pumps the air in the isolating cover (3021) into the box body (3025) through the circulating pipeline (30210), the filter block (3027) absorbs floating objects and water vapor in the air, the filtered air is input into the sterilizing box (302804), the sterilizing lamp (302805) irradiates the inside of the sterilizing box (302804) to sterilize the filtered air, the air irradiated by the sterilizing lamp (302805) enters the inside of the first through groove (302302) and the third groove (302303) through the air storage bottle (3029) and the first connecting pipe (3022), the air inside of the first through groove (302302) and the third groove (302303), enters the second groove (302104) through the first connecting pipe (3022) and is injected into the first cavity (302102) through the first hole position (302103);

s6, heating air, detecting the temperature inside the isolation hood (3021) in real time by the temperature sensor (401), sending a signal to the controller (403), after the temperature sensor (401) detects that the temperature inside the isolation hood (3021) is lower than a preset value, starting a heating wire (3021003) by the controller (403), exchanging the generated heat to an air return pipe (3021004) through a heat conducting sheet (3021002) after the heating wire (3021003) heats the air inside the air return pipe (3021004), enabling the heated air to enter the box body (3025) through the air return pipe (3021004), enabling the heated air to enter the first cavity (302102) through a first connecting pipe (3022), and after the temperature reaches the preset value, closing the heating wire (3021003) by the controller (403);

and S7, massaging legs, wherein after the rehabilitation device is started through the starting switch (405), the controller (403) controls the first air cylinder (301202) and the second air cylinder (301203) to be started every twelve hours, and the first air cylinder (301202) and the second air cylinder (301203) drive the massage rod (301204) to move to massage the legs.

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