CN109091320B

CN109091320B - Use method of paralyzed patient nursing system

Info

Publication number: CN109091320B
Application number: CN201810881167.1A
Authority: CN
Inventors: 马纯; 胡小兵
Original assignee: Shenzhen Zhongke Chuangxiang Technology Co ltd
Current assignee: Shenzhen Zhongke Chuangxiang Technology Co ltd
Priority date: 2018-08-04
Filing date: 2018-08-04
Publication date: 2021-03-26
Anticipated expiration: 2038-08-04
Also published as: CN109091320A

Abstract

The invention discloses a method for using a paralyzed patient nursing system, which comprises a nursing bed, a transfer wheelchair and a massage mechanism; the use method of the paralyzed patient nursing system of the invention covers various comprehensive requirements of paralyzed patient nursing, does not need manual carrying at all, simplifies nursing procedures, improves the comfort level and the life quality of the paralyzed patient, and promotes the recovery of physical functions.

Description

Use method of paralyzed patient nursing system

Technical Field

The invention relates to the technical field of medical auxiliary instruments, in particular to a method for using a paralyzed patient nursing system.

Background

Paralysis is always high in incidence in China, and patients cannot move no matter what causes the paralysis, so that the paralysis loses the same vitality of other people. Paralysis is a decrease or loss of voluntary motor function, a common symptom of the nervous system, and is caused by a disease of the nerves, neuromuscular junctions, or muscles. Paralyzed patients are difficult to care and have a plurality of complications, which troubles more and more families,

the patent of publication number CN104546320A discloses a paralysed old man transport system of bathing, is in including chassis portion, setting lifting unit, setting on the chassis portion are in the supporting part of lifting unit upper end is in with the setting the supporting part lower extreme, be used for controlling the control part of lifting unit motion, chassis portion is including the bottom frame that is used for supporting overall structure and fixing the universal caster of bottom frame lower extreme, the lift of lifting unit is cut fork one end and is set up the inboard fork gyro wheel slide of bottom frame links to each other, the other end that goes up and down to cut the fork with the supporting part links to each other, the supporting part upper end is equipped with detachable butt joint guide rail, the supporting part upper end still is equipped with the butt joint kayser with the locking of upper portion external device.

The patent publication No. CN106074018A discloses a living device suitable for paralyzed patients, which comprises a fixed support, a seat part arranged above the fixed support in a matching way, a backrest part matched with the seat part, a universal lifting rod matched with the seat part, armrests arranged at two sides of the seat part, a dining table matched with the armrests and arranged above the armrests, and a pedal arranged below the seat part; the driving motor is arranged below the seat part, the storage battery is connected with the driving motor, and the roller is arranged at the lower end of the fixed bracket in a matching way; the seat part comprises a drawing seat board, a round hole seat board and a urinal box; the drawing seat plate is arranged above the fixed support in a matching way; the round hole seat plate is fixedly arranged below the drawing seat plate, and the round hole seat plate is arranged on a toilet hole matched with the urinal box; the urinal box is arranged below the round hole seat plate; the universal lifting rod is arranged on the side part of the backrest part and is connected with the driving motor in a matching way.

The paralyzed patient has high difficulty in moving for physical examination and daily living, the movement needs manual moving or binding and hoisting by a safety rope, the manpower is consumed, and the paralyzed patient is very easy to feel uncomfortable; the turning over of the paralyzed patient is laborious, the defecation nursing is difficult, the cleaning work of the paralyzed patient is complex, the rehabilitation exercise and the frequent massage process of the paralyzed patient are troublesome, and the difficulty in the nursing work of the paralyzed patient is also caused.

Disclosure of Invention

In view of the above, the present invention provides a paralyzed patient nursing system, which solves many difficulties in nursing paralyzed patients, covers many comprehensive requirements for nursing paralyzed patients, does not require manual handling at all, simplifies nursing procedures, improves the comfort and quality of life of paralyzed patients, and promotes recovery of physical functions.

In order to achieve the purpose, the invention adopts the following technical scheme: a method for using a paralyzed patient nursing system comprises a nursing bed, a transfer wheelchair and a massage mechanism;

the using method of the nursing bed comprises the following steps:

when in a non-transfer state, the patient lies on the spliced movable bed board, and the splicing method of the movable bed board comprises the following steps: the first plate body and the second plate body are horizontally moved from the left side and the right side and are stuffed under the body of a patient, the semi-open grooves of the first plate body and the second plate body are ensured to be corresponding, and the telescopic sliding blocks of the first plate body and the second plate body extend into the sliding rails; inserting the cutting of the double-end fixing block into the inverted T-shaped notches of the first plate body and the second plate body, and splicing and fixing the first plate body and the second plate body;

when the patient is transversely translated, the safety belt under the armpit of the patient is tied, the vertical supporting rod is extended to the working height, and the adjacent rod sections of the vertical supporting rod are locked; firstly, turning up the folded translation sliding block to be horizontal, then turning up the folded translation rail to be horizontal, driving the inclined supporting rod to extend to the working length, and locking the adjacent rod sections of the inclined supporting rod; controlling a first stroke controller and a second stroke controller, descending a first hook body and a second hook body, and hooking the first hook body and the second hook body with the hanging pieces at the four corners of the movable bed board; the first stroke controller and the second stroke controller are controlled to synchronously lift the first hook body and the second hook body, the motor is started, the gear is driven to rotate, and the gear pushes the translation sliding block to slide leftwards or rightwards along the translation track through meshing so as to drive the movable bed board to realize transverse movement; the movable bed plate moves to a specified transverse position, the motor is turned off, the first stroke controller and the second stroke controller are controlled, the first hook body and the second hook body are lowered until the movable bed plate reaches a specified height, and the first hook body and the second hook body are taken out of the hanging piece; controlling the first stroke controller and the second stroke controller to retract the first hook body and the second hook body upwards; starting the motor to rotate reversely, pushing the translation sliding block to return to the middle position by the gear, and closing the motor; the safety belt is unfastened, the double-head fixing block is taken out from the inverted T-shaped notches of the first plate body and the second plate body, and the first plate body and the second plate body are respectively drawn out from the lower part of the patient; the locking state of the rod section of the inclined supporting rod is released, the translation rail is folded and retracted, and then the translation sliding block is folded and retracted; the locking state of the rod section of the vertical supporting rod is released, the vertical supporting rod is contracted downwards, and the translation mechanism is retracted;

when the patient is transversely moved back to the nursing bed, the first plate body and the second plate body are firstly plugged under the patient to be spliced and fixed, the safety belt is fastened, the vertical supporting rod is extended to the working height, and the adjacent rod sections of the vertical supporting rod are locked; firstly, turning up the folded translation sliding block to be horizontal, then turning up the folded translation rail to be horizontal, driving the inclined supporting rod to extend to the working length, and locking the adjacent rod sections of the inclined supporting rod; starting a motor, driving the gear to rotate, pushing the translation sliding block to slide leftwards or rightwards along the translation track to a patient position by the gear through meshing, and closing the motor; controlling a first stroke controller and a second stroke controller, descending a first hook body and a second hook body, and hooking the first hook body and the second hook body with the hanging pieces at the four corners of the movable bed board; controlling the first stroke controller and the second stroke controller to synchronously lift the first hook body and the second hook body; starting a motor to rotate reversely, moving the movable bed board back to the position above the bed bottom board, closing the motor, controlling the first stroke controller and the second stroke controller, descending the first hook body and the second hook body to the position where the movable bed board reaches the height of the bed bottom board, extending the telescopic sliding blocks of the first board body and the second board body into the sliding rails, taking the first hook body and the second hook body out of the hanging piece, and controlling the first stroke controller and the second stroke controller to upwards withdraw the first hook body and the second hook body; releasing the safety belt; the locking state of the rod section of the inclined supporting rod is released, the translation sliding block is folded and retracted, and then the translation rail is folded and retracted; the locking state of the rod section of the vertical supporting rod is released, the vertical supporting rod is contracted downwards, and the translation mechanism is retracted;

when the patient is longitudinally moved out, the transfer target platform is placed at the bed tail of the nursing bed, the height of the bed legs is adjusted, the height of the bed bottom plate is kept equal to the height of the target platform, and a safety belt is fastened; the output end of a cylinder column of a hydraulic cylinder is connected with the movable bed plate, the hydraulic cylinder pushes the movable bed plate to slide to the bed tail along the slide rail, and the telescopic sliding blocks of the first plate body and the second plate body are retracted into the groove after contacting with the target platform; the hydraulic cylinder continues to push the movable bed plate to move completely to the target platform, and the connecting structure between the output end of the cylinder column and the movable bed plate is released; the safety belt is unfastened, the double-head fixing block is taken out from the inverted T-shaped notches of the first plate body and the second plate body, and the first plate body and the second plate body are respectively drawn out from the lower part of the patient;

when a patient is moved back longitudinally, the first plate body and the second plate body are firstly plugged under the patient body to be spliced and fixed and a safety belt is tied, the output end of the cylinder column of the extended hydraulic cylinder is connected with the movable bed plate, the hydraulic cylinder drags the movable bed plate to slide towards the bed head, the telescopic sliding block stretches into the sliding rail from the groove when sliding to the sliding rail, the movable bed plate continues to slide to a specified position along the sliding rail, the cylinder column of the hydraulic cylinder retracts to the shortest position, and the connection structure of the output end of the cylinder column and the movable bed plate is released; releasing the safety belt;

the use method of the transfer wheelchair comprises the following steps:

when the patient moves from the nursing bed to the transfer wheelchair, the backup plate of the transfer wheelchair is laid flat, and the armrest is taken down; the leg plate is laid flat, and the double-end fixing block is inserted into the inverted T-shaped notches of the seat plate and the leg plate; placing the flat transfer wheelchair at the bed tail of the nursing bed, and adjusting the height of bed legs to enable the height of a bed bottom plate to be equal to the height of the transfer wheelchair; the output end of a cylinder column of the hydraulic cylinder is connected with the movable bed board, the hydraulic cylinder pushes the movable bed board to slide to the bed tail along the slide rail, and the telescopic sliding blocks of the first board body and the second board body slide into the sliding chute after contacting with the transfer wheelchair; the hydraulic cylinder continues to push the movable bed board to move completely to the transfer wheelchair, and the connecting structure between the output end of the cylinder column and the movable bed board is released; the safety belt is unfastened, the double-head fixing block is taken out from the inverted T-shaped notches of the first plate body and the second plate body, and the first plate body and the second plate body are respectively drawn out from the lower part of the patient; the armpit fixing belt and the crotch fixing belt are tied, the hinge end of the handrail is installed at the corresponding position of the elbow of the backup plate, and the insertion end of the handrail is inserted into the first insertion hole; the double-head fixing block is drawn out from the inverted T-shaped groove openings of the seat plate and the leg plate, and the leg plate is put down to abut against the baffle; the handrail insertion end is pulled out of the first insertion hole, the backup plate is lifted, the handrail insertion end is inserted into the second insertion hole, and the backup plate and the seat plate are fixed through the handrail; the transfer wheelchair is transformed from a flat state to a sitting state;

when the nursing bed is moved back from the transfer wheelchair, the leg plate is lifted to the horizontal position, and the double-head fixing block is inserted into the inverted T-shaped notches of the seat plate and the leg plate; pulling out the handrail inserting end from the second inserting hole, flatly placing the backing plate downwards, inserting the handrail inserting end into the first inserting hole, transferring the wheelchair to be deformed from a riding state to a flat state, and unfastening the armpit fixing belt and the crotch fixing belt; taking down the handrail, inserting the first plate body and the second plate body under the body of a patient for splicing and fixing and fastening a safety belt, connecting the output end of the cylinder column of the extended hydraulic cylinder with the movable bed plate, dragging the movable bed plate to slide towards the bed head by the hydraulic cylinder, sliding the telescopic sliding block into the sliding rail, continuously sliding the movable bed plate to an appointed position along the sliding rail, retracting the cylinder column of the hydraulic cylinder to the shortest position, and releasing the connection structure of the output end of the cylinder column and the movable bed plate; the safety belt is unfastened.

Further, the transfer wheelchair further comprises a toilet assembly, and the use method of the toilet assembly comprises the following steps: before the patient moves from the nursing bed to the transfer wheelchair, the cover plate is taken down, the patient is moved from the nursing bed to the transfer wheelchair, and the transfer wheelchair is transformed from a flat state to a sitting state; pushing the transfer wheelchair to move backwards to the position of the closestool, wherein the drain pipe corresponds to the position right above the closestool and connects the water inlet pipe with a water source; after defecation of a patient is finished, the wireless controller controls the first electromagnetic one-way valve to be communicated, water enters the water flushing ring pipe through the water flushing branch pipe, the water is sprayed out of the flushing groove body through the water spraying opening, and the water flushes sewage down and flows into a toilet bowl below through the sewage discharging pipe; after the dirt is washed clean, the wireless controller controls the first electromagnetic one-way valve to be closed, then the second electromagnetic one-way valve is controlled to be communicated with the heater to be started, and water passes through the cleaning branch pipe and the heater and is sprayed out of the spray head to clean the lower part of the body of the patient; after the cleaning is finished, the wireless controller controls the drying fan to be started to blow the moisture of the lower body of the patient; and closing the drying fan and pushing the transfer wheelchair to leave the upper part of the closestool.

Further, the massage mechanism using method comprises the following steps: taking the double-head fixing block out of the inverted T-shaped notches of the first plate body and the second plate body, and respectively drawing the first plate body and the second plate body out of the lower part of the patient; the massage mechanism switch is opened, the rotating shaft drives the rotating disc to rotate, the pattern groove drives the guide block to move up and down, the movable rod of the telescopic rod stretches up and down along with the guide block to drive the massage head to move up and down to enter and exit the massage hole, and the back and the legs of the patient are massaged.

The invention has the beneficial effects that:

the use method of the paralyzed patient nursing system of the invention covers various comprehensive requirements of paralyzed patient nursing, does not need manual carrying at all, simplifies nursing procedures, improves the comfort level and the life quality of the paralyzed patient, and promotes the recovery of physical functions; the use method of the paralytic patient care system can quickly and stably move out transversely or longitudinally to move back a patient without moving or binding and hoisting the patient by a safety rope, the patient lies on the soft movable bed plate in the transfer process, only the control equipment and simple auxiliary operation are required to be operated, all transfer situations can be basically met, and the patient is comfortable and stable in the transfer process; the translation mechanism can be freely folded, has small volume, can be quickly disassembled and assembled, is convenient to carry and is widely applicable. The use method of the paralytic patient nursing system can move the patient to the transfer wheelchair for remote transfer and defecation, and the defecation nursing can complete the dirt cleaning and the lower body cleaning of the patient only by the wireless controller; the transfer wheelchair can also be used as a transfer bed. The use method of the paralytic patient care system can massage the patient at any time, can meet various massage requirements, avoids the muscular atrophy of the patient and promotes the recovery of the physical function.

The splicing surfaces of the first plate body and the second plate body are provided with corresponding semi-open grooves, so that the splicing tightness and splicing firmness of the first plate body and the second plate body are ensured. The gear mechanism, the first lifter and the second lifter are respectively arranged on two sides of the translation track, the gear mechanism cannot block the translation of the first lifter and the second lifter, and the layout is reasonable; the gear mechanism is arranged at the far bed side of the translation track, so that the influence of the shaking and noise of the motor on a patient is greatly reduced. The first lifter fixing block and the second lifter fixing block are protruded towards the direction close to the bed, so that the first lifter and the second lifter are prevented from shaking caused by friction with the translation rail in the reciprocating translation process, and the stability of translation is ensured.

The translation mechanism is lifted upwards during working, is folded downwards after working is finished, is detachably mounted on four corners of the bed body, saves space, is light in weight and flexible to move, and can be mounted and used on different sickbeds.

The movable bed board is provided with the inflating mechanism and the inflating strips, so that the touch feeling is soft, the comfort level of a patient in the processes of lying and transferring is improved, meanwhile, the friction force can be increased, and the body of the patient is prevented from sliding in the moving process; can also be used as a daily mattress. The inflation mechanism comprises an air passage plug, a main air passage and an air dividing passage, and can rapidly inflate the inflatable strips, so that the air is uniformly inflated.

The transfer wheelchair is provided with the inverted T-shaped notch, the hinge, the handrail and the semi-fixed hinge, can be quickly switched between a flat-laying state and a sitting and riding state, and meets the dual requirements of transfer and sitting and riding movement between the nursing bed. The transfer wheelchair in a flat-lying state can also be used as a transfer bed to transfer a lying patient to a destination.

When the transfer wheelchair is transformed from a flat state to a sitting state, the armrests are inserted into the first insertion holes firstly and then inserted into the second insertion holes, namely under the common protection of the armpit fixing belts, the crotch fixing belts and the armrests, patients cannot slide or misplace, and the use safety of the transfer wheelchair is improved. The handrail is respectively provided with the first jack or the second jack, so that the flat or vertical backup plate is effectively fixed, and meanwhile, the patient can hold the handrail or the body of the patient can be limited in an auxiliary manner.

The back of the wheelchair frame is not provided with a rod or a plate structure, and the wheelchair frame can be directly reversed to the upper part of the closestool, so that the patient can defecate by taking the wheelchair without moving the patient to the closestool. The closestool assembly can directly discharge sewage into the closestool, washes and dries the lower part of the body of a patient after defecation is finished, is more convenient and sanitary, does not need manual collection of sewage and cleaning of the lower part of the body, and greatly reduces the difficulty of nursing work. The cleaning branch pipe is provided with a heater, and the lower body is cleaned by spraying warm water, so that the cleaning comfort of a patient is improved; when no defecation is required, the closestool assembly can also be used as a device for cleaning the private parts of the patients, so that the private parts of the patients can be kept clean and dry. The bottom of the leg plate is provided with a rubber pad, when the leg plate is folded downwards, the rubber pad is abutted against the baffle plate, the leg plate can be supported to incline at a certain angle, and meanwhile, the rubber material plays a role in damping and damping, so that the leg comfort of a patient in a using method can be improved.

The massage mechanism is arranged below the bed bottom plate to massage the back and the legs of the patient, thereby effectively relieving muscle contracture and deformation caused by long-term paralysis. The slot is arranged at the top of the movable rod, the massage head is inserted in the slot, and the massage head can be replaced according to the requirement.

Drawings

FIG. 1 is a schematic view of a flat structure of a nursing bed of the paralyzed patient nursing system of the present invention;

FIG. 2 is a schematic structural diagram of a translation mechanism of the paralyzed patient care system of the present invention;

FIG. 3 is a schematic diagram of the lateral translation of the translation mechanism of the paralyzed patient care system of the present invention;

FIG. 4 is a schematic view of the folding of the translation rail of the paralyzed patient care system of the present invention;

FIG. 5 is a schematic folding view of the translation slide block of the paralyzed patient nursing system of the present invention;

FIG. 6 is a top view of the bed body and the movable bed board of the paralytic patient nursing system of the present invention;

FIG. 7 is a front view of a movable bed board of the paralytic patient care system of the present invention;

FIG. 8 is a schematic drawing showing the retraction of the retractable slide block of the movable bed board of the paralytic patient care system of the present invention;

FIG. 9 is a top view of the transfer wheelchair in a flat state of the paralyzed patient nursing system of the present invention;

FIG. 10 is a right side view of the transfer wheelchair in a sitting position of the paralyzed patient nursing system of the present invention;

FIG. 11 is a rear view of the transfer wheelchair in a sitting position of the paralyzed patient nursing system of the present invention;

FIG. 12 is a schematic view of the transfer wheelchair of the paralyzed patient nursing system of the present invention before deformation of the upper part of the wheelchair;

FIG. 13 is a schematic view of the lower part of the leg plate of the transfer wheelchair of the paralyzed patient nursing system of the present invention;

FIG. 14 is a schematic view of a transfer wheelchair with a deformed upper portion according to the paralytic patient care system of the present invention;

FIG. 15 is a front view of a double-head fixing block of the paralytic patient nursing system of the present invention;

FIG. 16 is a top view of the dual head mounting block of the paralyzed patient care system of the present invention;

FIG. 17 is an enlarged partial view of the toilet assembly of FIG. 10 of the paralyzed patient care system of the present invention;

FIG. 18 is a schematic diagram of a bed bottom plate structure of the paralytic patient nursing system of the present invention;

FIG. 19 is a front view of the massage mechanism of the paralyzed patient nursing system of the present invention;

FIG. 20 is a left side view of the massage mechanism of the paralyzed patient nursing system of the present invention;

FIG. 21 is a schematic view of a bar section structure of the paralyzed patient nursing system of the present invention;

fig. 22 is an assembly view of the pole section of the paralyzed patient care system of the present invention.

Reference numerals: the horizontal moving mechanism 1, the inclined supporting rod 11, the rod joint 111, the bump 1111, the locking slide track hole 1112, the vertical supporting rod 12, the first lifter 13, the first stroke controller 131, the first wire reel 132, the first hook 133, the second lifter 14, the second stroke controller 141, the second wire reel 142, the second hook 143, the horizontal moving rail 15, the horizontal moving slider 16, the slide bar 161, the saw teeth 162, the first lifter fixing block 163, the second lifter fixing block 164, the gear mechanism 17, the gear fixing frame 171, the transmission belt 172, the motor 173, the fixing box 174, the gear 175, the bed body 2, the bed bottom plate 21, the slide rail 22, the hydraulic cylinder 23, the cylinder column 231, the movable bed plate 3, the first plate body 31, the second plate body 32, the telescopic slider 33, the air inflation bar 34, the air inflation mechanism 35, the air channel plug 351, the main air channel 352, the air channel 353, the suspension member 36, the safety belt 37, the inverted T-shaped slot 38, the double-headed fixing block 39, the massage device comprises an insertion strip base plate 391, an insertion strip 392, a holding part 393, a transfer wheelchair 4, a back plate 41, an armpit fixing band 411, a seat plate 42, a groove plate 421, a cover plate 422, a crotch fixing band 423, a leg plate 43, a rubber pad 431, a sliding groove 44, an armrest 45, a first insertion hole 451, a second insertion hole 452, a semi-fixing hinge 453, a foot plate 46, a wheelchair frame 47, a front wheel 471, a front wheel vertical bar 4711, a front wheel cross bar 4712, a rear wheel 472, a rear wheel vertical bar 4721, an inclined connecting bar 4722, a transverse connecting bar 4723, a baffle 473, a toilet bowl assembly 48, a trough 481, a sewage pipe 482, a water inlet pipe 483, a water flushing branch pipe 484, a water flushing ring 485, a first electromagnetic check valve 486, a cleaning branch pipe 487, a second electromagnetic check valve 488, a heater 489, a massage mechanism 5, a rotary disc 51, a flower-shaped groove 52, a bearing 53, a telescopic rod 54, a guide block 55, a.

Detailed Description

The following are specific examples of the present invention and further describe the technical solutions of the present invention, but the present invention is not limited to these examples.

Example 1

A method for using a paralyzed patient nursing system comprises a nursing bed, a transfer wheelchair 4 and a massage mechanism 5;

the nursing bed comprises a translation mechanism 1, a bed body 2 and a movable bed board 3. The translation mechanisms 1 are symmetrically arranged at the head and the tail of the bed body 2, the bed legs of the bed body 2 are liftable, and the movable bed board 3 is arranged on the upper surface of the bed body 2. The translation mechanism 1 comprises symmetrically arranged inclined support rods 11, symmetrically arranged vertical support rods 12, a first lifter 13, a second lifter 14, a translation track 15, a translation slider 16 and a gear mechanism 17. The bottom ends of the vertical support rods 12 are detachably mounted at four corners of the bed body 2, and the top ends support the translation rails 15; one end of the inclined supporting rod 11 is hinged to the bottom of the vertical supporting rod 12, and the other end of the inclined supporting rod is hinged to the outer end of the translation track 15. The first lifter 13 and the second lifter 14 are mounted on the translation slider 16. The gear mechanism 17 is mounted on the translation track 15; the translation track 15 and the translation slider 16 are both of a self-locking folding structure.

The inclined supporting rod 11 and the vertical supporting rod 12 are both telescopic rods; the inclined supporting rod 11 and the vertical supporting rod 12 both comprise a plurality of rod sections 111, and after the inclined supporting rod 11 and the vertical supporting rod 12 are extended, the adjacent rod sections 111 can be locked with each other. The first lifter 13 includes a first stroke controller 131, a first reel 132 and a first hook 133; the second lifter 14 includes a second stroke controller 141, a second wire reel 142, and a second hook 143. The translation slider 16 includes a slide bar 161, saw teeth 162, a first lifter fixing block 163, and a second lifter fixing block 164; the first and second

lifter fixing blocks

163 and 164 are protruded in the proximal direction. The gear mechanism 17 comprises a gear 175, a gear fixing frame 171, a motor 173, a transmission belt 172 and a fixing box 174; the fixed box 174 is fixed at the bottom of the translation rail 15, the gear 175 is arranged at the upper part of the translation slider 16, and the gear 175 is engaged with the saw teeth 162. The gear mechanism 17 and the first lifter 13 and the second lifter 14 are respectively arranged at two sides of the translation track 15; the first lifter 13 and the second lifter 14 are disposed on the near-bed side of the translation rail 15, and the gear mechanism 17 is disposed on the far-bed side of the translation rail 15.

The bed body 2 comprises a bed bottom plate 21, a slide rail 22 and a hydraulic cylinder 23. The movable bed plate 3 comprises a first plate body 31, a second plate body 32, a telescopic sliding block 33, an inflating strip 34, an inflating mechanism 35, a hanging piece 36 and a safety belt 37. The joint of the first plate body 31 and the second plate body 32 is provided with a matched semi-open groove; the hydraulic cylinder 23 is fixed at the head of the bed bottom plate 21, and the output end of the cylinder column 231 of the hydraulic cylinder 23 is detachably mounted at the near-head side of the movable bed plate 3; the telescopic sliding blocks 33 are disposed in the grooves at the bottoms of the first plate 31 and the second plate 32, and the telescopic sliding blocks 33 can slide in the sliding rails 22 in a reciprocating manner. The air-filled strips 34 are arranged longitudinally along the upper surface of the movable bed plate 3. The inflation mechanism 35 is arranged on each of the first plate body 31 and the second plate body 32, and the inflation mechanism 35 comprises an air channel plug 351, a main air channel 352 and an air distribution channel 353; the main air passage 352 and the air dividing passage 353 are arranged inside the first plate body 31 and the second plate body 32, and the air dividing passage 353 is communicated with the corresponding inflating strips 34. The hanging pieces 36 are arranged at four corners of the movable bed plate 3; the safety belt 37 is arranged at the position corresponding to the armpit of the movable bed plate 3. The first plate body 31 and the second plate body 32 are respectively provided with an inverted T-shaped notch 38 on the same horizontal line; the cutting 392 of the double-head fixing block 39 is matched with the inverted T-shaped notches 38 of the first plate 31 and the second plate 32, and the double-head fixing block 39 further comprises a cutting base plate 391 and a holding part 393.

The transfer wheelchair 4 comprises a backrest 41, a seat 42, leg plates 43, armrests 45, a foot plate 46, a sliding groove 44, a fixing belt and a wheelchair frame 47. The transfer wheelchair 4 is of a retractable structure; the upper surfaces of the back plate 41, the seat plate 42 and the leg plate 43 are provided with continuous sliding grooves 44 corresponding to the sliding rails 22. The fastening tapes include an underarm fastening tape 411 and a crotch fastening tape 423. The backrest plate 41 and the seat plate 42 are connected by a hinge at the upper part of the contact surface, and the seat plate 42 and the leg plate 43 are connected by a hinge at the lower part of the contact surface. The foot plate 46 is vertically fixed to the proximal side of the leg plate 43. The seat plate 42 comprises a groove plate 421 and a cover plate 422, and the sliding groove 44 is arranged on the groove plate 421; the groove plate 421 includes a side plate and a bottom plate, and a first insertion hole 451 and a second insertion hole 452 are formed at an upper portion of the side plate. The armrest 45 is detachably connected with the elbow corresponding position of the backup plate 41 through a half fixed hinge 453, and a connecting piece of the half fixed hinge 453 is inserted into or screwed into the backup plate 41; the other end of the armrest 45 is inserted into the first insertion hole 451 or the second insertion hole 452. The armrest 45 is inserted into the first insertion hole 451 when the back plate 41 is laid flat, and the armrest 45 is inserted into the second insertion hole 452 when the back plate 41 is erected. The seat plate 42 and the leg plate 43 are respectively provided with an inverted T-shaped notch 38, when the leg plate 43 is horizontally placed, the two inverted T-shaped notches 38 are positioned on the same horizontal line, and the inserting strip 392 of the double-head fixing block 39 is matched with the inverted T-shaped notches 38 of the seat plate 42 and the leg plate 43 when horizontally placed; when the leg plate 43 is laid flat, the inserting bar 392 of the double-head fixing block 39 is inserted into the seat plate 42 and the leg plate 43; when the leg plate 43 is lowered, the double-headed fixing block 39 is taken out. The wheelchair frame 47 includes front wheels 471, rear wheels 472, and a shield 473.

The using method of the nursing bed comprises the following steps:

when in a non-transfer state, the patient lies on the spliced movable bed plate 3, and the splicing method of the movable bed plate 3 comprises the following steps: the first plate body 31 and the second plate body 32 are horizontally moved from the left side and the right side and are stuffed under the body of a patient, the semi-open grooves of the first plate body 31 and the second plate body 32 are ensured to be corresponding, and the telescopic sliding blocks 33 of the first plate body 31 and the second plate body 32 extend into the sliding rails 22; the cutting of the double-head fixing block 39 is inserted into the inverted T-shaped notches 38 of the first plate body 31 and the second plate body 32, and the first plate body 31 and the second plate body 32 are spliced and fixed.

When the patient is transversely translated, the safety belt 37 under the armpit of the patient is tied, the vertical supporting rod 12 is extended to the working height, and the adjacent rod section 111 of the vertical supporting rod 12 is locked; the folding translation sliding block 16 is firstly pulled to be horizontal, and then the folding translation rail 15 is pulled to be horizontal, so that the inclined supporting rod 11 is driven to extend to the working length, and the adjacent rod section 111 of the inclined supporting rod 11 is locked. Controlling the first stroke controller 131 and the second stroke controller 141, lowering the first hook 133 and the second hook 143, and hooking the first hook 133 and the second hook 143 with the hangers 36 at the four corners of the movable bed plate 3; the first stroke controller 131 and the second stroke controller 141 are controlled to synchronously lift the first hook 133 and the second hook 143, the motor 173 is started, the gear 175 rotates, the gear 175 pushes the translation slider 16 to slide leftwards or rightwards along the translation track 15 through meshing, and the movable bed plate 3 is driven to move transversely; the movable bed plate 3 moves to a specified transverse position, the motor 173 is turned off, the first stroke controller 131 and the second stroke controller 141 are controlled, the first hook 133 and the second hook 143 are lowered until the movable bed plate 3 reaches a specified height, and the first hook 133 and the second hook 143 are taken out from the hanging piece 36; controls the first and

second stroke controllers

131 and 141 to retract the first and

second hooks

133 and 143 upward; the motor 173 is activated in reverse, the gear 175 pushes the translator slider 16 back to the neutral position, and the motor 173 is deactivated. The safety belt 37 is unfastened, the double-head fixing block 39 is taken out from the inverted T-shaped groove 38 of the first plate body 31 and the second plate body 32, and the first plate body 31 and the second plate body 32 are respectively drawn out from the lower part of the patient; the locking state of the rod section 111 of the inclined supporting rod 11 is released, the translation track 15 is folded and retracted, and then the translation sliding block 16 is folded and retracted; the locked state of the bar section 111 of the vertical support bar 12 is released, and the vertical support bar 12 is retracted downward to retract the translation mechanism 1.

When the patient is moved back to the nursing bed transversely, the first plate body 31 and the second plate body 32 are plugged under the patient, spliced and fixed, the safety belt 37 is tied, the vertical support rod 12 is extended to the working height, and the adjacent rod sections 111 of the vertical support rod 12 are locked; the folding translation sliding block 16 is firstly pulled to be horizontal, and then the folding translation rail 15 is pulled to be horizontal, so that the inclined supporting rod 11 is driven to extend to the working length, and the adjacent rod section 111 of the inclined supporting rod 11 is locked. The motor 173 is started, the gear 175 is driven to rotate, the gear 175 pushes the translation slider 16 to slide to the left or the right along the translation track 15 to a patient position through meshing, and the motor 173 is turned off; controlling the first stroke controller 131 and the second stroke controller 141, lowering the first hook 133 and the second hook 143, and hooking the first hook 133 and the second hook 143 with the hangers 36 at the four corners of the movable bed plate 3; controlling the first stroke controller 131 and the second stroke controller 141 to synchronously lift the first hook 133 and the second hook 143; the motor 173 is started to rotate reversely, the movable bed plate 3 is moved back to the position above the bed bottom plate 21, the motor 173 is turned off, the first stroke controller 131 and the second stroke controller 141 are controlled, the first hook 133 and the second hook 143 are lowered until the movable bed plate 3 reaches the height of the bed bottom plate 21, the telescopic sliding blocks 33 of the first plate body 31 and the second plate body 32 extend into the sliding rails 22, the first hook 133 and the second hook 143 are taken out of the hanging piece 36, and the first stroke controller 131 and the second stroke controller 141 are controlled to retract the first hook 133 and the second hook 143 upwards; the safety belt 37 is unfastened. The locking state of the rod section 111 of the inclined supporting rod 11 is released, the translation sliding block 16 is folded and retracted, and then the translation rail 15 is folded and retracted; the locked state of the bar section 111 of the vertical support bar 12 is released, and the vertical support bar 12 is retracted downward to retract the translation mechanism 1.

When the patient is longitudinally moved out, the transfer target platform is placed at the tail of the nursing bed, the height of the bed legs is adjusted, the height of the bed bottom plate 21 is kept equal to that of the target platform, and the safety belt 37 is fastened. The output end of the cylinder column 231 of the hydraulic cylinder 23 is connected with the movable bed plate 3, the hydraulic cylinder 23 pushes the movable bed plate 3 to slide to the bed tail along the slide rail 22, and the telescopic sliding blocks 33 of the first plate body 31 and the second plate body 32 are retracted into the grooves after contacting with the target platform; the hydraulic cylinder 23 continues to push the movable bed plate 3 to move to the target platform completely, and the connecting structure between the output end of the cylinder column 231 and the movable bed plate 3 is released; the safety belt 37 is unfastened, the double-head fixing block 39 is taken out from the inverted T-shaped notches 38 of the first plate body 31 and the second plate body 32, and the first plate body 31 and the second plate body 32 are respectively drawn out from the patient.

When a patient is moved back longitudinally, the first plate body 31 and the second plate body 32 are plugged under the patient, the safety belt 37 is spliced and fixed and fastened, the output end of the cylinder column 231 of the extended hydraulic cylinder 23 is connected with the movable bed plate 3, the hydraulic cylinder 23 drags the movable bed plate 3 to slide towards the bed head, the telescopic sliding block 33 stretches into the sliding rail 22 from the groove when sliding to the sliding rail 22, the movable bed plate 3 continues to slide to a specified position along the sliding rail 22, the cylinder column 231 of the hydraulic cylinder 23 retracts to the shortest position, and the connection structure of the output end of the cylinder column 231 and the movable bed plate 3 is released; the safety belt 37 is unfastened.

The use method of the transfer wheelchair comprises the following steps:

when the patient moves from the nursing bed to the transfer wheelchair, the backup plate of the transfer wheelchair is laid flat, and the armrest 45 is taken down; the leg plate 43 is laid flat, and the double-head fixing block is inserted into the inverted T-shaped groove openings of the seat plate 42 and the leg plate 43. The flat transfer wheelchair is placed at the bed tail of the nursing bed, and the height of the bed legs is adjusted, so that the height of the bed bottom plate 21 is equal to the height of the transfer wheelchair. The output end of the cylinder column 231 of the hydraulic cylinder 23 is connected with the movable bed plate 3, the hydraulic cylinder 23 pushes the movable bed plate 3 to slide to the bed tail along the slide rail 22, and the telescopic sliding blocks 33 of the first plate body 31 and the second plate body 32 slide into the sliding groove 44 after contacting with the transfer wheelchair; the hydraulic cylinder 23 continues to push the movable bed plate 3 to move completely to the transfer wheelchair 4, and the connection structure between the output end of the cylinder column 231 and the movable bed plate 3 is released; the safety belt 37 is unfastened, the double-head fixing block 39 is taken out from the inverted T-shaped notches 38 of the first plate body 31 and the second plate body 32, and the first plate body 31 and the second plate body 32 are respectively drawn out from the patient. The armpit fixing strap 411 and the crotch fixing strap 424 are tied, the hinge end of the armrest 45 is arranged at the corresponding position of the elbow of the backup plate 41, and the insertion end of the armrest 45 is inserted into the first insertion hole 451; the double-head fixing block 39 is drawn out from the inverted T-shaped groove 38 of the seat plate 42 and the leg plate 43, and the leg plate 43 is put down to abut against the baffle 473; the insertion end of the armrest 45 is pulled out of the first insertion hole 451, the backup plate 41 is lifted, the insertion end of the armrest 45 is inserted into the second insertion hole 452, and the backup plate 41 and the seat plate 42 are fixed by the armrest 45. The transfer wheelchair is transformed from a flat state to a sitting state.

When the nursing bed is moved back from the transfer wheelchair, the leg plates 43 are lifted to the horizontal position, and the double-head fixing blocks are inserted into the inverted T-shaped notches of the seat plate 42 and the leg plates 43; the insertion end of the armrest 45 is pulled out from the second insertion hole 452, the rest plate 41 is laid down, the insertion end of the armrest 45 is inserted into the first insertion hole 451, the wheelchair is transferred from the sitting state to the lying state, and the underarm fixing strap 411 and the crotch fixing strap 424 are unfastened. Taking down the handrail 45, inserting the first plate body 31 and the second plate body 32 under the patient body for splicing and fixing and fastening the safety belt 37, connecting the output end of the cylinder column 231 of the extended hydraulic cylinder 23 with the movable bed plate 3, dragging the movable bed plate 3 to slide towards the bed head by the hydraulic cylinder 23, sliding the telescopic sliding block 33 into the sliding rail 22, continuously sliding the movable bed plate 3 to the designated position along the sliding rail 22, retracting the cylinder column 231 of the hydraulic cylinder 23 to the shortest position, and releasing the connection structure of the output end of the cylinder column 231 and the movable bed plate 3; the safety belt 37 is unfastened.

Example 2

The present embodiment is different from embodiment 1 in that: the wheelchair frame 47 further includes front wheel vertical posts 4711, front wheel cross bars 4712, rear wheel vertical posts 4721, diagonal links 4722, and transverse links 4723. The front wheel cross bar 4712 supports the front wheel vertical bar 4711, the diagonal link 4722 supports the front wheel vertical bar 4711 and the rear wheel vertical bar 4721, the cross link 4723 supports the baffle 473, the front wheel vertical bar 4711 and the rear wheel 472.

Example 3

The present embodiment is different from embodiment 2 in that: the transfer wheelchair 4 further comprises a toilet assembly 48, the toilet assembly 48 being disposed within the floor of the trough plate 421; the toilet assembly 48 includes a tank 481, a drain 482, a water inlet 483, a water flushing branch 484, a cleaning branch 487, a water flushing loop 485, a drying fan and a wireless controller. The flushing branch pipe 484 is communicated with the flushing ring pipe 485, and a plurality of water spray nozzles are arranged at the bottom of the flushing ring pipe 485. The drying fan is arranged above the flushing ring pipe 485 on the inner wall of the groove body 481; a first electromagnetic check valve 486 is arranged in the flushing branch pipe 484, a second electromagnetic check valve 488 is arranged in the cleaning branch pipe 487, a heater 489 is arranged on the upper portion of the cleaning branch pipe 487, and a nozzle is arranged at the nozzle of the cleaning branch pipe 487. The wireless controller controls the on-off of the first electromagnetic one-way valve 486 and the second electromagnetic one-way valve 488.

The use method of the closestool assembly comprises the following steps: before the patient moves from the nursing bed to the transfer wheelchair, the cover plate 422 is taken down, the patient is moved from the nursing bed to the transfer wheelchair, and the transfer wheelchair is transformed from a flat state to a sitting state. The transfer wheelchair is pushed to move backwards to the position of the closestool, the drain pipe 482 corresponds to the position right above the closestool, and the water inlet pipe 483 is connected with a water source. After the defecation of the patient is finished, the wireless controller controls the first electromagnetic one-way valve 486 to be communicated, water enters a flushing ring pipe 485 through a flushing branch pipe 484, is sprayed out of the flushing groove body 481 through a water spraying opening, and then flows down dirt into a toilet bowl below through a sewage discharge pipe 482; after the dirt is washed, the wireless controller controls the first electromagnetic one-way valve 486 to be closed, then controls the second electromagnetic one-way valve 488 to be communicated with the heater 489 to be started, and water passes through the cleaning branch pipe 487 and the heater 489 and is sprayed out from the spray head to clean the lower part of the patient. After the cleaning is finished, the wireless controller controls the drying fan to be started to blow the moisture of the lower body of the patient; and closing the drying fan and pushing the transfer wheelchair to leave the upper part of the closestool.

Example 4

The present embodiment is different from embodiment 1 in that: the massage mechanism 5 comprises a box body, a turntable 51, a rotating shaft 58, a bearing 53, a flower-shaped groove 52, an expansion link 54, a massage head 57, a slot 56 and a guide block 55; the surface of the turntable 51 is provided with a flower-shaped groove 52, and the bearing 53 is sleeved on the rotating shaft 58; the telescopic rod 54 comprises a fixed rod 542 and a movable rod 541, the fixed rod 542 is mounted at the upper part of the bearing 53, and the fixed rod 542 is fixed on the inner wall of the box body; the fixed rod 542 is sleeved on the periphery of the movable rod 541, the bottom of the movable rod 541 is fixedly connected with the upper end of a spring, and the lower end of the spring is fixedly connected with the bearing 53; the guide block 55 is arranged on the movable rod 541; the insertion groove 56 is arranged at the top of the movable rod 541, and the massage head 57 is inserted into the insertion groove 56.

The bed bottom plate 21 is provided with a plurality of massage holes 59 at the corresponding positions of the back and the legs, the box body is fixed below the bed bottom plate 21, and the massage heads 57 are positioned under the massage holes 59.

The use method of the massage mechanism comprises the following steps: the double-head fixing block 39 is taken out from the inverted T-shaped notches 38 of the first plate 31 and the second plate 32, and the first plate 31 and the second plate 32 are respectively drawn out from the lower part of the patient. When the switch of the massage mechanism 5 is turned on, the rotating shaft 58 drives the rotating disc 51 to rotate, the flower-shaped groove 52 drives the guide block 55 to move up and down, the movable rod 541 of the telescopic rod 54 extends up and down along with the guide block 55, and drives the massage head 57 to move up and down to enter and exit the massage hole 5, so as to massage the back and the legs of the patient.

Example 5

The present embodiment is different from embodiment 1 in that: the bottom of the circumferential outer wall of the rod section 111 is provided with a lug 1111, and a locking slide way hole 1112 is longitudinally arranged opposite to the circumferential outer wall, and the locking slide way hole 1112 is of an L-shaped structure. The projections 1111 of adjacent bar segments 111 slide into the bends of the locking runner holes 1112 to lock.

Example 6

The present embodiment is different from embodiment 1 in that: the bottom of the leg plate 43 is provided with a hemispherical rubber pad 431, and when the leg plate 43 is folded down, the rubber pad 431 is abutted against the baffle 473.

Example 7

The present embodiment is different from embodiment 1 in that: the telescopic sliding block 33 comprises a fixed connection spring and a hemispherical block body, and the hemispherical block body is fixed in the groove through the fixed connection spring. In the process of transversely moving the first plate body 31 and the second plate body 32, the hemispherical block body moves upwards if being extruded, and then the fixed connection spring is extruded, and the fixed connection spring compresses to take the hemispherical block body into the groove. After extrusion is finished, the fixed connection spring releases compression rebound, and the hemispherical block is ejected out.

Example 8

The present embodiment is different from embodiment 1 in that: the output end of the cylinder 231 of the hydraulic cylinder 23 is connected with the movable bed plate 3 through a buckle.

Example 9

The present embodiment is different from embodiment 1 in that: the bed legs are driven by a hydraulic lifter. The response is quick, and the lifting is stable.

Finally, the above embodiments are only used for illustrating the technical solutions of the present invention and not for limiting, and other modifications or equivalent substitutions made by the technical solutions of the present invention by those of ordinary skill in the art should be covered within the scope of the claims of the present invention as long as they do not depart from the spirit and scope of the technical solutions of the present invention.

Claims

1. The use method of a paralyzed patient nursing system is characterized in that the paralyzed patient nursing system comprises a nursing bed, a transfer wheelchair and a massage mechanism;

the using method of the nursing bed comprises the following steps:

the use method of the transfer wheelchair comprises the following steps:

when the nursing bed is moved back from the transfer wheelchair, the leg plate is lifted to the horizontal position, and the double-head fixing block is inserted into the inverted T-shaped notches of the seat plate and the leg plate; pulling out the handrail inserting end from the second inserting hole, flatly placing the backing plate downwards, inserting the handrail inserting end into the first inserting hole, transferring the wheelchair to be deformed from a riding state to a flat state, and unfastening the armpit fixing belt and the crotch fixing belt; taking down the handrail, inserting the first plate body and the second plate body under the body of a patient for splicing and fixing and fastening a safety belt, connecting the output end of the cylinder column of the extended hydraulic cylinder with the movable bed plate, dragging the movable bed plate to slide towards the bed head by the hydraulic cylinder, sliding the telescopic sliding block into the sliding rail, continuously sliding the movable bed plate to an appointed position along the sliding rail, retracting the cylinder column of the hydraulic cylinder to the shortest position, and releasing the connection structure of the output end of the cylinder column and the movable bed plate; releasing the safety belt;

the nursing bed comprises a translation mechanism, a bed body and a movable bed board; the translation mechanisms are symmetrically arranged at the head and the tail of the bed body, the bed legs of the bed body are liftable, and the movable bed board is arranged on the upper surface of the bed body; the translation mechanism comprises symmetrically arranged inclined supporting rods, symmetrically arranged vertical supporting rods, a first lifter, a second lifter, a translation rail, a translation sliding block and a gear mechanism; the bottom ends of the vertical supporting rods are detachably mounted at four corners of the bed body, and the top ends of the vertical supporting rods support the translation rails; one end of the inclined supporting rod is hinged to the bottom of the vertical supporting rod, and the other end of the inclined supporting rod is hinged to the outer end of the translation track; the first lifter and the second lifter are mounted on the translation sliding block; the gear mechanism is arranged on the translation track; the translation track and the translation sliding block are both of self-locking folding structures;

the inclined supporting rod and the vertical supporting rod are telescopic rods; the inclined supporting rod and the vertical supporting rod respectively comprise a plurality of rod sections, and after the inclined supporting rod and the vertical supporting rod are extended, adjacent rod sections can be locked with each other; the first lifter comprises a first stroke controller, a first wire coil and a first hook body; the second lifter comprises a second stroke controller, a second wire coil and a second hook body; the translation sliding block comprises a sliding strip, sawteeth, a first lifter fixing block and a second lifter fixing block; the first lifter fixing block and the second lifter fixing block are protruded towards the direction close to the bed; the gear mechanism comprises a gear, a gear fixing frame, a motor, a transmission belt and a fixing box; the fixed box is fixed at the bottom of the translation track, the gear is arranged at the upper part of the translation sliding block, and the gear is meshed with the saw teeth; the gear mechanism, the first lifter and the second lifter are respectively arranged at two sides of the translation track; the first lifter and the second lifter are arranged on the near-bed side of the translation track, and the gear mechanism is arranged on the far-bed side of the translation track;

the bed body comprises a bed bottom plate, a slide rail and a hydraulic cylinder; the movable bed plate comprises a first plate body, a second plate body, a telescopic sliding block, an inflation strip, an inflation mechanism, a hanging piece and a safety belt; the splicing position of the first plate body and the second plate body is provided with a matched semi-open groove; the hydraulic cylinder is fixed at the head of the bed bottom plate, and the output end of a cylinder column of the hydraulic cylinder is detachably arranged at the head-near side of the movable bed plate; the telescopic sliding blocks are arranged in grooves at the bottoms of the first plate body and the second plate body and can slide in the sliding rails in a reciprocating manner; the inflatable strips are longitudinally arranged along the upper surface of the movable bed plate; the first plate body and the second plate body are both provided with the inflation mechanism, and the inflation mechanism comprises an air passage plug, a main air passage and an air distribution passage; the main air passage and the air dividing passage are arranged inside the first plate body and the second plate body, and the air dividing passages are communicated with the corresponding inflatable strips; the hanging pieces are arranged at four corners of the movable bed board; the safety belt is arranged at the position corresponding to the armpit of the movable bed board; the first plate body and the second plate body are respectively provided with an inverted T-shaped notch on the same horizontal line; the cutting of double-end fixed block with first plate body with the T-slot phase-match that falls of second plate body, the double-end fixed block still includes cutting base plate and handle.

2. The method of using a paralyzed patient care system according to claim 1, wherein said transfer wheelchair further comprises a toilet assembly, the toilet assembly using method: before the patient moves from the nursing bed to the transfer wheelchair, the cover plate is taken down, the patient is moved from the nursing bed to the transfer wheelchair, and the transfer wheelchair is transformed from a flat state to a sitting state; pushing the transfer wheelchair to move backwards to the position of the closestool, wherein the drain pipe corresponds to the position right above the closestool and connects the water inlet pipe with a water source; after defecation of a patient is finished, the wireless controller controls the first electromagnetic one-way valve to be communicated, water enters the water flushing ring pipe through the water flushing branch pipe, the water is sprayed out of the flushing groove body through the water spraying opening, and the water flushes sewage down and flows into a toilet bowl below through the sewage discharging pipe; after the dirt is washed clean, the wireless controller controls the first electromagnetic one-way valve to be closed, then the second electromagnetic one-way valve is controlled to be communicated with the heater to be started, and water passes through the cleaning branch pipe and the heater and is sprayed out of the spray head to clean the lower part of the body of the patient; after the cleaning is finished, the wireless controller controls the drying fan to be started to blow the moisture of the lower body of the patient; and closing the drying fan and pushing the transfer wheelchair to leave the upper part of the closestool.