CN210447425U - Intelligent nursing equipment for heavy patients - Google Patents

Abstract

The utility model discloses a serious patient intelligence nursing equipment, it is the equipment that nurses to the patient that can not take care of oneself of living, and equipment includes: the device comprises a sickbed component, a defecation treating component, an air heater component, an exhaust fan component, a vacuum pump component and a hot water tank component. The equipment fixes the patient by vacuumizing the vacuum pump assembly, so that the patient is prevented from being injured; the evacuation method is used for helping the patient to discharge excrement; the hot water tank component sprays hot air and hot water to the buttocks of the patient through the hot air blower component to clean and disinfect the patient; the excrement of the patient is dried and crushed by hot air sprayed by the hot air blower component and is discharged into the excrement collecting box; the exhaust fan component discharges the water vapor, and nursing personnel and family members of patients can remotely monitor and communicate the patients through the computer, the network and the large and small cameras, so that the nursing patients are intelligent, and the nursing quality and efficiency are improved.

Description

Intelligent nursing equipment for heavy patients

Technical Field

The utility model relates to a serious patient intelligent nursing equipment, especially a serious patient intelligent nursing equipment that life can not be self-care.

Background

All heavy patients had the following characteristics: the stool and urine can not be managed by oneself, the old patients can not discharge the stool, the spleen qi is violent, some dementia or brains are wakeful at a moment, the patients are pasted and smeared at a moment, the transfusion needle tube and the catheter are continuously pulled out, so that the bed is wetted and is frequently replaced, and the treatment difficulty is increased. The existing nursing mode is that the family members of the patient and no family members ask a special person to carry out 24-hour nursing, and the specific method comprises the following steps: the patient uses the diaper to treat the excrement and urine, and the excrement and urine discharge time of the patient is indefinite, so that the nursing staff can only change and clean regularly, the excrement and urine is wrapped in the diaper, the buttocks of the patient are easy to generate sores after a long time, the buttocks are easy to generate sores after being cleaned unclean, the cleaning frequency of the nursing staff is too high, and the skin of the patient is easy to be injured due to too much force. The blood sugar of the old patient is high, and the healing difficulty is very high. Patients who cannot defecate all use medicines to help defecate at present, and some patients who use medicines still cannot defecate, the defecate needs to be drawn out of the anus by nursing staff, so that the anus is easily injured, and the condition of the patients is aggravated.

The method is that the nursing staff ties both hands of a patient on the rails beside a sickbed by cloth tapes, and the patient with high requirement feels abuse and has more splenic qi and can abuse people.

At present, because the old serious patients are nursed for 24 hours, and the old serious patients are contacted with the excrement and urine for a long time and are easy to infect germs, the number of practitioners is small, and the market demand can not be met. The existing people are all old, and rural city-entering personnel without professional training can hardly ensure the nursing quality. The young people do not want to do the work, the economic cost for the family members of the patients to require special nursing is very high, the number of seriously ill old patients is increased along with the acceleration of the aging in China, and the shortage of nursing staff is increased.

SUMMERY OF THE UTILITY MODEL

In order to prevent the patient from suffering from sore, help the patient defecate, reduce the nursing staff to contact the stool and urine, thus improve the working environment of the nursing staff; meanwhile, the phenomenon that the brain of a patient is disordered and the infusion needle tube and the catheter are continuously pulled out when the brain of the patient is not clear is avoided, the treatment difficulty is increased, even the patient falls off a bed and is injured, the patient is not tied, and the patient is enabled to be more dignity. The utility model discloses nursing equipment uses vacuum negative pressure, hot-blast drying, and strong wind smashes the technique and fixes patient, and the stool and urine is handled, and help patient's defecation carries out the heavy patient intelligent nursing equipment of cleaning and disinfecting to patient, and this equipment also can be used to all patient's nursing that the stool and urine can not be self-care.

The utility model provides a technical scheme that its above-mentioned problem adopted is: an intelligent nursing device for heavy patients. The apparatus comprises: the device comprises a sickbed component, a defecation treating component, an air heater component, an exhaust fan component, a vacuum pump component and a hot water tank component.

Features of the apparatus

1. The sick bed subassembly contains: the bed comprises a bed frame, a first handle, a first motor, a first synchronous belt wheel, a first synchronous belt, a second synchronous belt wheel, a transmission shaft, a universal joint, a screw rod sleeve, a first screw rod, a push rod, a bed shaft and a movable bed board.

The utility model discloses a sick bed subassembly bedstead left side installation first motor, first synchronous pulley is installed on the epaxial of first motor, first synchronous belt is installed on first synchronous pulley and second synchronous pulley, second synchronous pulley installs on the transmission shaft the left side, first handle is installed at the transmission shaft left end, the transmission shaft is installed in the support cover on the bedstead, the universal joint is connected to the transmission shaft right-hand member, the lead screw cover is connected to the universal joint other end, assemble first lead screw in the lead screw cover, first lead screw right-hand member is connected with the push rod, the push rod is fixed on bed activity bed board, the bed axle is connected with the bed fly leaf.

The first motor of the sickbed assembly drives the transmission shaft to rotate through the first synchronizing wheel, the first synchronizing belt and the second synchronizing belt, the first motor, the first synchronizing belt wheel, the first synchronizing belt and the second synchronizing belt wheel can be omitted, the transmission shaft is directly driven to rotate by the first handle, the transmission shaft drives the screw rod sleeve to rotate through the universal joint, the first screw rod assembled in the screw rod sleeve moves forwards linearly, the push rod connected to the right end of the first screw rod pushes the movable plate to rotate around the bed shaft, and the transmission mechanism enables a patient to sit together.

The sick bed subassembly still contains: the second motor, third synchronous pulley, the second hold-in range, the fourth synchronous pulley, the rotation axis, the spring, the apron, first jet plate, the closing plate, first gas-liquid pipe.

The second motor is installed on a support in the middle of the assembly bedstead, a third synchronous belt wheel is installed on a second motor shaft, a second synchronous belt is assembled on the third synchronous belt wheel and a fourth synchronous belt wheel, the fourth synchronous belt wheel is installed on a rotating shaft, the rotating shaft is installed on the bedstead, a spring is installed on the rotating shaft, a cover plate is installed on the rotating shaft and pressed on the spring, and a first jet flow plate and a sealing plate are installed on the cover plate.

The second motor of the component drives the rotating shaft to rotate through the third synchronous wheel, the second synchronous belt and the fourth synchronous wheel, the cover plate arranged on the rotating shaft rotates along with the rotating shaft, the second motor, the third synchronous belt wheel, the second synchronous belt and the fourth synchronous belt wheel can be omitted, the cover plate can be directly rotated by hands, and the mechanical transmission jointly forms a mechanism which enables the cover plate, the sealing plate arranged on the cover plate and the first jet plate to rotate.

The inner cavity of a first jet flow plate in the assembly is communicated with the inner groove in the cover plate, the air inlet of the cover plate is communicated with a first gas-liquid pipe, the first gas-liquid pipe is communicated with a hot air pipe integrated plate and a hot water pipe integrated plate through a seventeenth valve, a fifth valve and a fourteenth valve respectively, the hot air pipe integrated plate is communicated with a hot air blower, the hot water pipe integrated plate is communicated with a hot water tank, and the channels form a channel for ejecting hot air and hot water downwards from the jet holes of the first jet flow plate.

The sick bed subassembly still contains: the small suckers can be round, oval or U-shaped, the contact surface of the small suckers and a patient is provided with a cavity, the number of the small suckers is 5, the small suckers are respectively arranged at the positions of the two hands, the two feet and the back of the patient on the back of the bed frame, the inner cavity of the small sucker is communicated with a first vacuum tube, the first vacuum tube is communicated with an eleventh valve, a vacuum tube integrated plate and a vacuum pump, and the channels form a small sucker vacuumizing channel; the small sucker cavity is provided with a vent hole communicated with the atmosphere, and a channel for communicating the small sucker cavity with the atmosphere is formed only by pulling out a plug of the vent hole.

The sick bed subassembly still contains: the computer, the big camera and the small camera in the excrement and urine processing component, the software and the network form a remote monitoring system for the patient.

2. The stool and urine processing assembly comprises: waterproof trousers, a cushion sucker, a support sleeve, a first jet sleeve, a cushion sucker cavity, a second jet sleeve, a second jet plate, a connecting sleeve, a third jet plate, a small camera, a fourth jet plate, a fifth jet plate, a first air pipe, a second air pipe, a sixth jet plate, a liquid discharge pipe, a small steel mesh, a stool collection box, a stool discharge pipe, a first valve, a discharge pipe, a steel mesh, a lighting lamp, a second vacuum pipe, a catheter, a third vacuum pipe, a catheter cavity, a second gas-liquid pipe, a second handle, a second lead screw, a track, a third motor, a slider, a fifth synchronous pulley, a sixth synchronous pulley, a third synchronous pulley, an angle iron, a bottom shell, a bolt, a first screw, a viewing window, a discharge pipe, a second screw and a hoop.

The waterproof trousers, the cushion sucking disc is installed on the supporting sleeve and is fixed by the hoop, the first jet sleeve and the second jet sleeve are installed on the supporting sleeve, the second jet plate is connected with the upper end of the connecting sleeve by a second screw, and the lower end of the connecting sleeve is connected with the third jet plate and the shell by a first screw. The connecting sleeve is provided with an exhaust pipe, and an illuminating lamp is arranged in the connecting sleeve. A small camera is arranged in the shell, and an observation window is arranged outside the shell. The shell is connected with the bottom shell through bolts, a steel mesh is arranged in the middle of the shell, the bottom shell is provided with a fourth jet flow plate, a fifth jet flow plate, a discharge pipe, a first valve, a liquid discharge pipe, a small steel mesh, an excrement collecting box and an excrement discharge pipe.

The above-mentioned subassembly characteristic: the cavity in the cushion sucker is communicated with the inner channel of the supporting sleeve, the channel port is communicated with a second vacuum tube, the second vacuum tube is communicated with a tenth valve, the vacuum tube integrated plate and the vacuum pump, and the channels form a cushion sucker cavity vacuumizing channel.

The above-mentioned subassembly characteristic: two of the three inner cavities of the support sleeve are communicated with each other through holes and are respectively communicated with a first jet sleeve orifice and a first jet sleeve orifice in a second jet sleeve, and a second jet sleeve orifice is communicated with a first gas-liquid pipe through an internal passage port; the other inner cavity is communicated with the spray holes of the second spray plate and is also communicated with the second gas-liquid pipe through an internal channel port;

the above-mentioned subassembly characteristic: the cavity at the lower end of the connecting sleeve is communicated with the spray holes of the third spray plate on the third spray plate, the cavity is communicated with the first gas-liquid pipe,

the above-mentioned subassembly characteristic: and the spray holes of the fourth spray plate are communicated with the first gas-liquid pipe.

The above-mentioned subassembly characteristic: the first gas-liquid pipe is communicated with the hot-air pipe integrated plate, the hot-water pipe integrated plate, the hot air fan and the water suction pump through a fifth valve and a fourteenth valve respectively. The channels form channels for spraying hot air and hot water from the first jet flow sleeve, the second jet flow sleeve, the third jet flow plate and the fourth jet flow plate.

The above-mentioned subassembly characteristic: the second gas-liquid pipe is communicated with the hot air pipe integrated plate, the hot water pipe integrated plate and the hot air fan water pump through a second valve and a thirteenth valve respectively, and the channels form a channel for spraying hot air and hot water from the second jet flow plate.

The above-mentioned subassembly characteristic: two fifth jet flow plates are symmetrically arranged on the shell, and jet holes of the fifth jet flow plates are respectively communicated with the inner cavity of the bottom shell, the first air pipe, the fourth valve and the hot air blower pipe integrated plate, and the hot air blower pipe integrated plate is communicated with the hot air blower. The passage forms a passage for spraying hot air from the fifth jet plate.

The liquid discharge pipe in the assembly is provided with a sixth jet flow plate, and jet holes of the sixth jet flow plate are respectively communicated with the inner cavity of the liquid discharge pipe, the second air pipe, the third valve and the hot air blower pipe integrated plate which is communicated with the hot air blower. The channel forms a channel for spraying hot air from the sixth jet plate.

The catheter is arranged at the urine outlet of a patient, can be produced with the cushion sucker into a whole, and forms a passage for the urine of the patient together with the discharge pipe, the liquid discharge pipe and the small steel mesh. The method is characterized in that: the cavity and the third vacuum tube at the end part of the catheter, the ninth valve and the vacuum tube integrated plate are communicated, the vacuum tube integrated plate is communicated with the vacuum pump, and the channels form a vacuum-pumping channel for the cavity at the end part of the catheter. The cavity at the end part of the catheter is provided with a vent hole communicated with the atmosphere, and a channel for communicating the cavity of the catheter with the atmosphere is formed as long as the plug of the vent hole is pulled out.

The above-mentioned subassembly characteristic: the second screw rod rotates in two modes: the first mode is as follows: the third motor drives the fifth synchronous pulley, and sixth synchronous pulley and third hold-in range are rotatory, and sixth synchronous pulley drives the second lead screw rotatory, the second kind mode: the second handle is directly used for driving the second screw rod to rotate, the second screw rod drives the sliding block to move up and down along the rail, and therefore the shell, the bottom shell, the connecting sleeve, the supporting sleeve, the waterproof trousers and the defecation processing assembly of the cushion sucker are driven to lift up and down. The mechanical transmission forms a mechanism for lifting the excrement and urine processing assembly up and down.

Above-mentioned first jet plate, second jet plate, third jet plate, fourth jet plate, fifth jet plate, sixth jet plate, its characteristic: the spray holes can be round, oval or square, have not more than 500 spray holes, have different angles, are distributed in the direction vertical to the surface of the spray plate as the reference, are inclined towards two sides within the range of 100 degrees, and are used for drying, discharging, separating the excrement of patients and cleaning the inner cavity of equipment.

The first jet sleeve and the second jet sleeve in the excrement and urine treatment assembly are characterized in that: the spray sleeve can be round or oval, has no more than 400 spray holes and spray holes facing the inner cavity, has different spray hole angles, is distributed in the direction vertical to the central line of the spray sleeve as the reference, and inclines towards two sides within 100 degrees, so that the sprayed hot air and hot water cover the whole spray sleeve.

Its characteristic of cushion sucking disc among the above-mentioned stool and urine processing subassembly: the size is designed according to the size of the buttocks of the patient, the catheter is divided into a plurality of numbers which can be circular or oval, the shape of the catheter is matched with the shape of the buttocks of the patient, the catheter can be produced with the catheter 52 into a whole and made of soft materials, a cavity is arranged at the position contacting with the buttocks of the patient, the cavity is provided with a vent hole communicated with the atmosphere, and a plug is arranged in the hole.

The cushion sucker, the support sleeve, the connecting sleeve, the shell, the steel mesh, the bottom shell, the discharge pipe, the excrement discharge pipe and the inner cavity formed by the liquid discharge pipe form a passage for drying, crushing and discharging excrement of a patient.

3. The hot air blower component comprises: the hot-blast air heater, the hot-blast main manifold board, second gas-liquid pipe, the second valve, the third valve, the fourth valve, first trachea, the fifth valve, the second trachea, the sixth valve, first gas-liquid pipe, the third gas-liquid pipe, the seventh valve, the air gun.

The air gun is communicated with a seventh valve, and the seventh valve is communicated with the hot air pipe integrated plate and the hot air blower to form a hot air discharge channel.

4. The exhaust fan subassembly contains: the exhaust fan, the blast pipe integrated board, the eighth valve, the blast pipe, the filter. The filter is communicated with the exhaust fan, the exhaust pipe integrated board, the eighth valve and the exhaust pipe, and the exhaust pipe is communicated with the inner cavity of the connecting sleeve to form a gas exhaust passage generated when the connecting sleeve and the excrement of the patient in the shell are dry.

5. The vacuum pump assembly includes: the vacuum pump, the vacuum pump integrated board, first vacuum tube, the ninth valve, the second vacuum tube, the tenth valve, the third vacuum tube, the eleventh valve, the fourth vacuum tube, the twelfth valve, the third gas-liquid tube, the shit straw.

The end shape of the excrement suction pipe is matched with the anus of the arm of the patient, the excrement suction pipe is communicated with a fourth vacuum pipe, the fourth vacuum pipe is communicated with an eleventh valve, a vacuum pipe integrated plate and a vacuum pump, and the channels form a channel for helping the patient to defecate by using a vacuum adsorption method.

6. The hot water tank assembly includes: the heater, temperature sensor, the fluviograph, the water tank, the hot-water line integrated board, the second gas-liquid pipe, first gas-liquid pipe, the thirteenth valve, the fourteenth valve, the third gas-liquid pipe, the fifteenth valve, the squirt, the sixteenth valve, the suction pump, the inlet tube, the seventeenth valve.

The heater is arranged in the water tank, when the water temperature is heated to a set temperature, the temperature sensor enables the heater to stop heating, when the water temperature is lower than the set temperature, the temperature sensor enables the heater to start heating, the process ensures that the water temperature in the water tank is constant at the set temperature, and the set temperature of the device is in the range of 0-37 ℃.

7. Heavy patient intelligent nursing equipment characteristic: the hot water tank assembly can convey hot air, drain steam, vacuumize, convey hot water and drain steam to a sickbed assembly and a defecation treatment assembly; and hot air, water vapor and vacuum can be supplied to a plurality of sickbed assemblies and the excrement and urine processing assembly according to the requirement, so that the manufacturing cost of the equipment is reduced.

8. The heavy patient intelligent nursing equipment monitoring characteristic: a computer, a large camera, a small camera, software and a network cable in the intelligent nursing equipment for the serious patient form a remote monitoring system for the patient. The nursing staff can remotely monitor a plurality of patients, and the family members of the patients can remotely talk to the patients, so that the emotion of the patients is relieved. Nursing staff can use the method to nurse by the sickbed, and can also carry out remote operation through the air heater assembly, the exhaust fan assembly, the sickbed assembly, the motor in the excrement and urine processing assembly and the valve, so that the arm behind the excrement and urine of the patient is cleaned, the excrement and urine is dried and crushed, thereby reducing the nursing staff and the labor cost.

The utility model provides high nursing patient's quality has reduced nursing staff, has improved nursing efficiency, has reduced the nursing cost, and the mode is not only sanitary, and is humanized again, makes patient more have dignity.

Drawings

The invention is further described with reference to the following figures and specific examples.

Figure 1 is a schematic view of a hospital bed assembly;

FIG. 2 is a schematic cross-sectional view of the first jet plate;

FIG. 3 is a schematic view of a computer and a large camera;

FIG. 4 is a diagrammatic view in cross-section of the fecal management assembly;

FIG. 5 is a schematic view of the fecal management member shown in partial section A;

FIG. 6 is a schematic cross-sectional view of a first jet sleeve;

FIG. 7 is a schematic cross-sectional view of the second jet plate;

FIG. 8 is a schematic cross-sectional view of a second jet sleeve;

FIG. 9 is a schematic cross-sectional view of the third jet plate;

FIG. 10 is a schematic cross-sectional view of a seat cushion suction cup;

FIG. 11 is a schematic cross-sectional view of a fourth jet plate;

FIG. 12 is a schematic cross-sectional view of a fifth jet plate;

FIG. 13 is a schematic cross-sectional view of a sixth jet plate;

FIG. 14 is a schematic view of a heat blower assembly;

FIG. 15 is a schematic view of an exhaust fan assembly;

FIG. 16 is a schematic view of a vacuum pump assembly;

FIG. 17 is a schematic view of a hot water tank assembly;

FIG. 18 is a schematic view of the evacuation lines of the hospital bed assembly, the stool and urine processing assembly and the vacuum pump assembly;

FIG. 19 is a schematic view of hot air and hot water lines of the hospital bed assembly, the stool and urine treating assembly, the air heater assembly and the hot water tank assembly.

FIG. 20 is a schematic view of a patient bed assembly, a stool and urine processing assembly, a hot air blower assembly, an exhaust fan assembly, a vacuum pump assembly, and a hot water tank assembly.

In the figure, 1, a bed frame, 2, a first handle, 3, a first motor, 4, a first synchronous belt wheel, 5, a first synchronous belt, 6, a second synchronous belt wheel, 7, a transmission shaft, 8, a universal joint, 9, a screw rod sleeve, 10, a first screw rod, 11, a push rod, 12, a bed shaft, 13, a movable bed plate, 14, a second motor, 15, a third synchronous belt wheel, 16, a second synchronous belt, 17, a fourth synchronous belt wheel, 18, a rotating shaft, 19, a spring, 20, a cover plate, 21, a first jet plate, 22, a sealing plate, 23, a first air pipe, 24, a small suction cup, 25, a first vacuum pipe, 26, a large camera, 27, a computer, 28, waterproof trousers, 29, a cushion connecting sleeve, 30, a supporting sleeve, 31, a first jet sleeve, 32, a cushion suction cup cavity, 33, a second jet sleeve, 34, a second jet plate, 35, 36, a third jet plate, 37, a small camera, 38. a fourth jet plate 39, a fifth jet plate, 40, a first air pipe 41, a second air pipe 42, a sixth jet plate 43, a liquid discharge pipe 44, a small steel mesh 45, a stool collection box 46, a stool discharge pipe 47, a first valve 48, a discharge pipe 49, a steel mesh 50, a lighting lamp 51, a second vacuum pipe 52, a catheter 53, a third vacuum pipe 54, a catheter cavity 55, a second gas-liquid pipe 56, a second handle 57, a second lead screw 58, a rail 59, a third motor 60, a slider 61, a fifth synchronous pulley 62, a third synchronous pulley 63, a sixth synchronous pulley 64, an angle iron 65, a bottom shell 66, a shell 67, a bolt 68, a viewing window 69, a first screw 69, an exhaust pipe 70, a second screw 71, a hoop 72, a hoop 73, a first jet plate cavity 74, a first jet hole 74, 75. first jet stream sleeve jet hole 76, second jet stream plate jet hole 77, second jet stream sleeve air inlet 78, second jet stream sleeve jet hole 79, third jet stream plate jet hole 80, fourth jet stream plate jet hole 81, fifth jet stream plate jet hole 82, sixth jet stream plate jet hole 83, cushion sucker inner hole 84, hot air blower 85, hot air pipe manifold 86, second valve 87, third valve 88, fourth valve 89, fifth valve 90, third air-liquid pipe 91, sixth valve 92, air gun 93, seventh valve 94, exhaust blower 95, exhaust pipe manifold 96, eighth valve 97, filter 98, vacuum pump 99, vacuum pipe manifold 100, ninth valve 101, tenth valve 102, eleventh valve 103, fourth vacuum pipe 104, stool suction pipe 105, twelfth valve 105, temperature sensor 106, temperature sensor 107 water level meter, 108. the water heater comprises a water tank, 109 hot water pipe integrated plates, 110, a thirteenth valve, 111, a fourteenth valve, 112, a fifteenth valve, 113, a water gun, 114, a sixteenth valve, 115, a water suction pump, 116, a water inlet pipe, 117, a heater, 118 and a seventeenth valve.

Detailed Description

[ example 1]

The intelligent nursing equipment for the serious patient comprises a sickbed component, a defecation treating component, an air heater component, an exhaust fan component, a vacuum pump component and a hot water tank component.

(1) The hospital bed assembly comprises: the bed comprises a bed frame 1, a first handle 2, a first motor 3, a first synchronous belt pulley 4, a first synchronous belt 5, a second synchronous belt pulley 6, a transmission shaft 7, a universal joint 8, a screw rod sleeve 9, a first screw rod 10, a push rod 11, a bed shaft 12 and a movable bed 13.

Bedstead (1) left side installation first motor 3, first synchronous pulley 4 is installed at first motor 3 epaxial, first synchronous belt 5 is installed on first synchronous pulley 4 and second synchronous pulley 6, second synchronous pulley 6 installs on the left of transmission shaft 7, first handle 2 is installed at the 7 left ends of transmission shaft, transmission shaft 7 is installed in the brace cover on bedstead 1, universal joint 8 is connected to transmission shaft 7 right-hand member, lead screw cover 9 is connected to the 8 other ends of universal joint, assemble first lead screw 10 in the lead screw cover 9, first lead screw 10 right-hand member is connected with push rod 11, push rod 11 is fixed on the activity bed board 13 of bed, bedshaft 12 is connected with activity bed board 13.

The first motor 3 of the sickbed component drives the transmission shaft 7 to rotate through the first synchronizing wheel 4, the first synchronizing belt 5 and the second synchronizing wheel 6, the first motor 3, the first synchronizing belt wheel 4, the first synchronizing belt 5 and the second synchronizing belt wheel 6 can be omitted, the transmission shaft 7 is directly driven to rotate through the first handle 2, the transmission shaft 7 drives the screw rod sleeve 9 to rotate through the universal joint 8, the first screw rod 10 assembled in the screw rod sleeve 9 moves forwards in a straight line, the push rod 11 connected to the right end of the first screw rod 10 pushes the movable bed board 13 to rotate around the bed shaft 12, and the transmission jointly forms a transmission mechanism for enabling a patient to sit up.

The sick bed subassembly still contains: the device comprises a second motor 14, a third synchronous pulley 15, a second synchronous belt 16, a fourth synchronous pulley 17, a rotating shaft 18, a spring 19, a cover plate 20, a first spray plate 21, a sealing plate 22 and a first gas-liquid pipe 23.

A second motor 14 is arranged on a middle support of the bedstead 1, a third synchronous pulley 15 is arranged on the shaft of the second motor 14, a second synchronous belt 16 is assembled on the third synchronous pulley 15 and a fourth synchronous pulley 17, the fourth synchronous pulley 17 is arranged on a rotating shaft 18, the rotating shaft 18 is arranged on the bedstead 1, a spring 19 is arranged on the rotating shaft 18, a cover plate 20 is arranged on the surfaces of the rotating shaft 18 and the spring 19, and a first jet plate 21 and a sealing plate 22 are arranged on the cover plate 20.

The second motor 14 of the above-mentioned assembly drives the rotation axis 18 to rotate through the third synchronizing wheel 15, the second synchronous belt 16 and the fourth synchronizing wheel 17, the rotation axis 18 drives the cover plate 20 to rotate, it is also possible to use the second motor 14, the third synchronous pulley 15, the second synchronous belt 16 and the fourth synchronous pulley 17, directly rotate the cover plate 20 by hand, the above-mentioned mechanical transmission constitutes the cover plate 20 and the sealing plate 22 installed on the cover plate together, the first jet plate 21 rotates, thus expose the bedstead 1 and install the drive mechanism of the assembly mounting hole of the defecation treating component.

The inner cavity 73 of the first jet plate 21 in the above-mentioned assembly is communicated with the inner groove in the cover plate 20, the air inlet of the inner groove in the cover plate 20 is communicated with the first air-liquid pipe 23, the first air-liquid pipe 23 is communicated with the hot-air pipe manifold 85 and the hot-water pipe manifold 109 through the seventeenth valve 118, the fifth valve 89 and the fourteenth valve 111, respectively, the hot-air pipe manifold 85 is communicated with the hot-air blower 84, the hot-water pipe manifold 109 is communicated with the water pump 115, and the above-mentioned channels form a channel for ejecting hot air and hot water from the jet holes 74 of the first jet plate downwards.

The sick bed subassembly still contains: the small suction cups 24, which may be round, oval or U-shaped, have a cavity on their contact surface with the patient, and there are 5 small suction cups 24, which are respectively installed on the back of the bed frame 1 at the positions of the patient's hands, feet and back, the inner cavity of the small suction cups 24 is communicated with the first vacuum tube 25, the first vacuum tube 25 is communicated with the twelfth valve 105, the vacuum tube integrated board 99 and the vacuum pump 98, and the above channels constitute a vacuum channel for pumping the cavity of the small suction cups 24. The cavity of the small sucker 24 is provided with a vent hole communicated with the atmosphere, and a channel for communicating the cavity of the small sucker with the atmosphere is formed only by pulling out a plug of the vent hole.

The sick bed subassembly still contains: the computer 27, the large camera 26 and the small camera 37 in the defecation processing component, software and network cables form a remote monitoring system for patients.

(2) The stool and urine processing assembly comprises: the waterproof trousers 28, the cushion sucker 29, the support sleeve 30, the first jet sleeve 31, the cushion sucker cavity 32, the second jet sleeve 33, the second jet plate 34, the connecting sleeve 35, the third jet plate 36, the small camera 37, the fourth jet plate 38, the fifth jet plate 39, the first air pipe 40, the second air pipe 41, the sixth jet plate 42, the liquid discharge pipe 43, the small steel mesh 44, the stool collection box 45, the stool discharge pipe 46, the first valve 47, the discharge pipe 48, the steel mesh 49, the illuminating lamp 50, the second vacuum pipe 51, the urinary catheter 52, the third vacuum pipe 53, the urinary catheter cavity 54, the second gas-liquid pipe 55, the second handle 56, the second lead screw 57, the rail 58, the third motor 59, the slider 60, the fifth synchronous pulley 61, the third synchronous pulley 62, the sixth synchronous pulley 63, the angle iron 64, the bottom shell 65, the shell 66, the bolt 67, the observation window 68, the first screw 69, the exhaust pipe 70, a second screw 71 and a hoop 72.

The waterproof trousers 28 and the cushion sucker 29 are arranged on the supporting sleeve 30 and fixed by the hoop 72, the first spray sleeve 31 and the second spray sleeve 33. The second jet plate 34 is mounted on the support sleeve 30, and the support sleeve 30 is connected with the upper end of the connecting sleeve 35 by a second screw 71. The lower end of the connecting sleeve 35 is connected with the third jet plate 36 and the housing 66 by a first screw 69. The connection sleeve 35 is provided with an exhaust pipe 70, in which the illumination lamp 50 is installed. A small camera 37 is mounted in the housing, and a viewing window 68 is provided on the exterior. The shell 66 is connected with the bottom case 65 by bolts 67, the middle is provided with a steel mesh 49, the bottom case 65 is provided with a fourth jet plate 38 and two symmetrical fifth jet plates 39, and is also provided with a discharge pipe 48, a first valve 47, a liquid discharge pipe 43, a small steel mesh 44, a stool collection box 45 and a stool discharge pipe 46.

The above-mentioned subassembly characteristic: the cavity 32 in the cushion sucker 29 is communicated with the channel in the support sleeve 30, the channel port is communicated with the second vacuum tube 51, the second vacuum tube 51 is communicated with the tenth valve 101, the vacuum tube integrated plate 99 and the vacuum pump 98, and the channels form a vacuumizing channel of the cavity 32 of the cushion sucker 29.

The above-mentioned subassembly characteristic: two of the three inner cavities of the support sleeve 30 are communicated with each other by holes and are respectively communicated with the first jet sleeve 31, the first jet sleeve spray hole 75 and the second jet sleeve spray hole 78 in the second jet sleeve 33 and are communicated with the first gas-liquid pipe 23 through internal passage ports; the other inner cavity is communicated with the second jet plate jet holes 76 in the second jet plate 34 and is communicated with the second gas-liquid pipe 55 through an inner channel port;

the above-mentioned subassembly characteristic: the cavity at the lower end of the connecting sleeve 35 is communicated with the jet holes 79 of the third jet plate on the third jet plate 36, the cavity is communicated with the first gas-liquid pipe 23,

the above-mentioned subassembly characteristic: the fourth jet plate holes 80 in the fourth jet plate 38 communicate with the first gas liquid pipe 23.

The above-mentioned subassembly characteristic: the first gas-liquid pipe 23 is respectively communicated with the hot air pipe integrated plate 85, the hot water pipe integrated plate 109, the hot air blower 84 and the water pump 115 through a fifth valve 89 and a fourteenth valve 111. The passages constitute passages through which hot air and hot water are ejected from the first, second, third and fourth flow jet plates 31, 33, 36 and 38.

The above-mentioned subassembly characteristic: the second gas-liquid pipe 55 is connected to the hot air pipe manifold 85, the hot water pipe manifold 109, the hot air blower 84 and the water pump 115 through the second valve 86 and the thirteenth valve 110, respectively, and the above-mentioned channels constitute a channel for ejecting hot air and hot water from the second jet plate 34.

The above-mentioned subassembly characteristic: the bottom shell 65 is symmetrically provided with two fifth jet plates 39, the jet holes 81 of the fifth jet plates are respectively communicated with the inner cavity of the bottom shell 65, the first air pipe 40, the fourth valve 88 and the hot air blower pipe integrated plate 85, and the hot air blower pipe integrated plate 85 is communicated with the hot air blower 84. The passage constitutes a passage through which hot air is ejected from the fifth jet plate 39.

In the above assembly, the liquid outlet pipe 43 is provided with the sixth jet plate 42, the jet holes 82 of the sixth jet plate are respectively communicated with the inner cavity of the liquid outlet pipe 43, the second air pipe 41, the third valve 87 and the hot air blower pipe integrated plate 85, and the hot air blower pipe integrated plate 85 is communicated with the hot air blower 84. The channel forms a channel for spraying hot air from the sixth jet plate.

The urine guide tube 52 is installed at the urine outlet of the patient, can be integrated with the cushion sucker, and forms a passage for the urine of the patient together with the discharge tube 48, the liquid discharge tube 43 and the small steel mesh 44. The method is characterized in that: the cavity 54 at the end part of the catheter 52 is communicated with the third vacuum tube 53, the ninth valve 100 and the vacuum tube integrated plate 99, and the vacuum tube integrated plate 99 is communicated with the vacuum pump 98, and the channels form a vacuum pumping channel for the cavity 54 at the end part of the catheter 52. The cavity 54 at the end part of the catheter 52 is provided with a vent hole communicated with the atmosphere, and the vent hole is plugged off to form a channel for communicating the cavity 54 of the catheter with the atmosphere.

The above-mentioned subassembly characteristic: the second screw rod (57) rotates in two modes: the first mode is as follows: the third motor (59) drives the fifth synchronous belt wheel (61), the sixth synchronous belt wheel (63) and the third synchronous belt (62) rotate, the sixth synchronous belt wheel (63) drives the second screw rod (57) to rotate, and the second mode is as follows: the second screw rod (57) is directly driven to rotate by the second handle (56), the second screw rod (57) drives the sliding block (60) to move up and down along the track (58), so that the excrement and urine processing assembly of the shell (66), the bottom shell (65), the connecting sleeve (35), the supporting sleeve (30), the waterproof trousers (28) and the cushion sucker (29) which are arranged on the sliding block (60) is driven to lift up and down. The mechanical transmission forms a mechanism for lifting the excrement and urine processing assembly up and down.

The cushion suction cup 29, the support sleeve 30, the connecting sleeve 35, the casing 66, the steel mesh 49, the bottom shell 65, the discharge pipe 48, the excrement discharge pipe 46 and the first valve 47 form an inner cavity which forms a passage for drying, crushing and discharging excrement of the patient.

(3) The air heater assembly comprising: the hot air blower 84, the hot air blower pipeline header plate 85, the second gas-liquid pipe 55, the second valve 86, the third valve 87, the fourth valve 88, the first gas pipe 40, the fifth valve 89, the second gas pipe 41, the sixth valve 91, the first gas-liquid pipe 23, the third gas-liquid pipe 90, the seventh valve 93 and the air gun 92.

The air gun 92 is communicated with a seventh valve 93, and the seventh valve 93 is communicated with the hot air pipe manifold 85 and the hot air blower 84 to form a hot air exhaust passage.

(4) An exhaust fan assembly comprising: an exhaust fan 94, an exhaust pipe integration plate 95, an eighth valve 96, an exhaust pipe 70 and a filter 97.

The filter 97 is communicated with the exhaust fan 94, the exhaust pipe manifold 95, the eighth valve 96 and the exhaust pipe 70, the exhaust pipe 70 is communicated with the inner cavity of the connecting sleeve 35 to form a dry excrement gas exhaust passage for the patient

(5) A vacuum pump assembly comprising: vacuum pump 98, vacuum tube manifold 99, first vacuum tube 25, ninth valve 100, second vacuum tube 51, tenth valve 101, third vacuum tube 53, eleventh valve 102, fourth vacuum tube 103, twelfth valve 105, third gas-liquid tube 90, stool suction tube 104.

The end shape of the excrement suction pipe 104 is matched with the anus of the arm of the patient, the excrement suction pipe 104 is communicated with the fourth vacuum pipe 103, the fourth vacuum pipe 103 is communicated with the eleventh valve 102, the vacuum pipe integrated plate 99 and the vacuum pump 98, and the channels form a channel for helping the patient to defecate by using a vacuum adsorption method.

(6) A hot water tank assembly comprising: the temperature sensor 106, the water level gauge 107, the water tank 108, the hot water pipe manifold 109, the second gas-liquid pipe 55, the first gas-liquid pipe 23, the thirteenth valve 110, the fourteenth valve 111, the third gas-liquid pipe 90, the fifteenth valve 112, the water gun 113, the sixteenth valve 114, the water pump 115, the water inlet pipe 116, the heater 117, and the seventeenth valve 118.

The heater 117 is installed in the water tank 108, when the water temperature is heated to the set temperature, the temperature sensor 106 stops the heating of the heater 117, when the water temperature is lower than the set temperature, the temperature sensor 106 starts the heating of the heater 117, and the above process ensures that the water temperature in the water tank 108 is constant at the set temperature.

[ example 2]

The first, second, third, fourth, fifth and sixth jet plates 21, 34, 36, 38, 39 and 42 are characterized in that: the spray holes can be round, oval or square, and have no more than 500 spray holes 74, 76, 79, 80, 81 and 82, the spray holes have different angles, are distributed in the direction vertical to the surface of the spray plate as a reference, and are inclined towards two sides within 100 degrees for drying, discharging, separating the excrement of a patient and cleaning the inner cavity of the equipment.

[ example 3]

The first jet sleeve 31 and the second jet sleeve 33 in the defecation treating component are characterized in that: the inner cavity can be round or oval, and has not more than 400 jet holes 75 and 78 facing the inner cavity, the jet holes have different angles and are distributed in the direction perpendicular to the central line of the jet sleeve as the reference and inclined towards two sides within 100 degrees, so that the sprayed hot air and hot water cover the whole jet sleeve.

[ EXAMPLE 4]

Cushion sucking disc 29 its characteristic among the above-mentioned stool and urine processing assembly: the size is designed according to the size of the buttocks of the patient, the catheter is divided into a plurality of numbers which can be circular or oval, the shape of the catheter is matched with the shape of the buttocks of the patient, the catheter can be produced with the catheter 52 into a whole and made of soft materials, a cavity 32 is arranged at the position contacting with the buttocks of the patient, the cavity is provided with a vent hole communicated with the atmosphere, and a plug is arranged in the hole.

[ example 5]

The hot water tank assembly can convey hot air, drain steam, vacuumize, convey hot water and drain steam to a sickbed assembly and a defecation treatment assembly; and hot air, water vapor and vacuum can be supplied to a plurality of sickbed assemblies and the excrement and urine processing assembly according to the requirement, so that the manufacturing cost of the equipment is reduced.

[ EXAMPLE 6]

The computer 27, the large camera 26 and the small camera 37 in the intelligent heavy patient nursing equipment, software and a network form a remote patient monitoring system. The nursing staff can remotely monitor a plurality of patients, and the family members of the patients can remotely talk to the patients, so that the emotion of the patients is relieved. The nursing staff can use the method to nurse the patient beside the hospital bed; the air heater assembly, the exhaust fan assembly, the sickbed assembly and the excrement and urine processing assembly can be remotely controlled through a network, and the method is used for nursing patients, so that nursing staff are reduced, and labor cost is reduced.

Claims (6)

1. The utility model provides a heavy patient intelligent nursing equipment, includes the sick bed subassembly, stool and urine processing subassembly, the air heater subassembly, the exhaust fan subassembly, vacuum pump subassembly, its characterized in that of hot-water tank subassembly as follows:

the sick bed subassembly contains: the bed comprises a bed frame (1), a first handle (2), a first motor (3), a first synchronous belt wheel (4), a first synchronous belt (5), a second synchronous belt wheel (6), a transmission shaft (7), a universal joint (8), a screw rod sleeve (9), a first screw rod (10), a push rod (11), a bed shaft (12) and a movable bed board (13);

a first motor (3) is installed on the left side of a bedstead (1), a first synchronous belt wheel (4) is installed on the shaft of the first motor (3), a first synchronous belt (5) is installed on the first synchronous belt wheel (4) and a second synchronous belt wheel (6), the second synchronous belt wheel (6) is installed on the left side of a transmission shaft (7), a first handle (2) is installed at the left end of the transmission shaft (7), the transmission shaft (7) is installed in a support sleeve on the bedstead (1), the right end of the transmission shaft (7) is connected with a universal joint (8), the other end of the universal joint (8) is connected with a screw rod sleeve (9), a first screw rod (10) is assembled in the screw rod sleeve (9), the right end of the first screw rod (10) is connected with a push rod (11), the push rod (11) is fixed on a movable bed board (13) of the bed, and a bed shaft (;

the sickbed component is characterized in that: the transmission shaft (7) rotates in two modes, namely: the first motor (3) drives the transmission shaft (7) to rotate through the first synchronous belt wheel (4), the first synchronous belt (5) and the second synchronous belt wheel (6), and the second mode is as follows: the patient sitting device is characterized in that a first motor (3), a first synchronous belt wheel (4), a first synchronous belt (5) and a second synchronous belt wheel (6) are omitted, a first handle (2) is directly used for driving a transmission shaft (7) to rotate, the transmission shaft (7) drives a screw rod sleeve (9) to rotate through a universal joint (8), a first screw rod (10) assembled in the screw rod sleeve (9) moves forwards in a linear mode, a push rod (11) connected to the right end of the first screw rod (10) pushes a movable bed plate (13) to rotate around a bed shaft (12), and the transmission jointly forms a transmission mechanism for enabling a patient to sit up;

the sick bed subassembly still contains: the device comprises a second motor (14), a third synchronous pulley (15), a second synchronous belt (16), a fourth synchronous pulley (17), a rotating shaft (18), a spring (19), a cover plate (20), a first jet plate (21), a sealing plate (22) and a first gas-liquid pipe (23);

a second motor (14) is arranged on a middle support of the bedstead (1), a third synchronous pulley (15) is arranged on a shaft of the second motor (14), a second synchronous belt (16) is assembled on the third synchronous pulley (15) and a fourth synchronous pulley (17), the fourth synchronous pulley (17) is arranged on a rotating shaft (18), the rotating shaft (18) is arranged on the bedstead (1), a spring (19) is arranged on the rotating shaft (18), a cover plate (20) is arranged on the rotating shaft (18) and pressed on the surface of the spring (19), and a first jet plate (21) and a sealing plate (22) are arranged on the cover plate (20);

the above-mentioned subassembly characteristic: the cover plate (20) is rotated in two modes, the first mode is as follows: the second motor (14) drives the rotating shaft (18) to rotate through the third synchronous belt wheel (15), the second synchronous belt (16) and the fourth synchronous belt wheel (17), the rotating shaft (18) drives the cover plate (20) to rotate, and the second mode is as follows: the cover plate (20) is directly rotated by hand without a second motor (14), a third synchronous belt wheel (15), a second synchronous belt (16) and a fourth synchronous belt wheel (17), the mechanical transmission jointly forms a sealing plate (22) which enables the cover plate (20) and the cover plate to be installed on the cover plate, and the first jet flow plate (21) rotates, so that a transmission mechanism which exposes the bed frame (1) and is provided with the urine and excrement treatment component installation hole is exposed;

features in the above assembly: an inner cavity (73) of the first jet plate (21) is communicated with an inner groove in a cover plate (20), an air inlet of the inner groove of the cover plate (20) is communicated with a first gas-liquid pipe (23), the first gas-liquid pipe (23) is respectively communicated with a hot air pipe integrated plate (85) and a hot water pipe integrated plate (109) through a seventeenth valve (118), a fifth valve (89) and a fourteenth valve (111), the hot air pipe integrated plate (85) is communicated with a hot air fan (84), the hot water pipe integrated plate (109) is communicated with a water suction pump (115), and the channels form a channel for downwards ejecting hot air and hot water from a jet hole (74) of the first jet plate;

the sick bed subassembly still contains: the small suckers (24) can be round, oval or U-shaped, a cavity is arranged on the contact surface of the small suckers (24) and 5 small suckers are respectively arranged on the two hands, the two feet and the back of the patient on the back of the bed frame (1);

the method is characterized in that: the inner cavity of the small sucker (24) is communicated with a first vacuum tube (25), the first vacuum tube (25) is communicated with a twelfth valve (105), a vacuum tube integrated plate (99) and a vacuum pump (98), the channels form a vacuum pumping channel of the cavity of the small sucker (24), the cavity of the small sucker (24) is provided with a vent hole communicated with the atmosphere, and the channel communicated with the cavity of the small sucker and the atmosphere can be formed only by pulling out a plug of the vent hole;

the sick bed subassembly still contains: the computer (27), the large camera (26) and the small camera (37) in the excrement and urine processing component, software and network form a remote monitoring system for patients;

the stool and urine processing assembly comprises: waterproof trousers (28), a cushion sucker (29), a support sleeve (30), a first jet sleeve (31), a cushion sucker cavity (32), a second jet sleeve (33), a second jet plate (34), a connecting sleeve (35), a third jet plate (36), a small camera (37), a fourth jet plate (38), a fifth jet plate (39), a first air pipe (40), a second air pipe (41), a sixth jet plate (42), a liquid discharge pipe (43), a small steel mesh (44), a stool collection box (45), a stool discharge pipe (46), a first valve (47), a discharge pipe (48), a steel mesh (49), an illuminating lamp (50), a second vacuum pipe (51), a catheter (52), a third vacuum pipe (53), a catheter cavity (54), a second gas-liquid pipe (55), a second handle (56), a second lead screw (57), a track (58), a third motor (59), The device comprises a sliding block (60), a fifth synchronous pulley (61), a third synchronous belt (62), a sixth synchronous pulley (63), an angle iron (64), a bottom shell (65), a shell (66), a bolt (67), an observation window (68), a first screw (69), an exhaust pipe (70), a second screw (71) and a hoop (72);

waterproof trousers (28), a cushion sucker (29) is arranged on a support sleeve (30) and fixed by a hoop (72), a first jet sleeve (31), a second jet sleeve (33), a second jet plate (34) is arranged on the support sleeve (30), the support sleeve (30) is connected with the upper end of a connecting sleeve (35) by a second screw (71), the lower end of the connecting sleeve (35) is connected with a third jet plate (36) and a shell (66) by a first screw (69), the connecting sleeve (35) is provided with an exhaust pipe (70), an illuminating lamp (50) is arranged inside, a small camera (37) is arranged inside the shell, an observation window (68) is arranged outside the shell, the shell (66) is connected with a bottom shell (65) by a bolt (67), a steel mesh (49) is arranged in the middle of the shell, the bottom shell (65) is provided with a fourth jet plate (38), two symmetrical fifth jet plates (39) and a discharge pipe (48), a first valve (47), a liquid discharge pipe (43), a small steel mesh (44), a stool collection box (45) and a stool discharge pipe (46);

the above-mentioned subassembly characteristic: a cavity (32) in the cushion sucker (29) is communicated with an internal channel of the support sleeve (30), a channel port is communicated with a second vacuum tube (51), the second vacuum tube (51) is communicated with a tenth valve (101), a vacuum tube integrated plate (99) and a vacuum pump (98), and the channels form a vacuumizing channel of the cavity (32) of the cushion sucker (29);

the above-mentioned subassembly characteristic: two of the three inner cavities of the support sleeve (30) are communicated with each other through holes and are respectively communicated with the first jet flow sleeve (31), a first jet flow sleeve jet hole (75) in the second jet flow sleeve (33), and a second jet flow sleeve jet hole (78) which is communicated with the first gas-liquid pipe (23) through an internal passage port, and the other inner cavity is communicated with a second jet flow plate jet hole (76) in the second jet flow plate (34) and is communicated with the second gas-liquid pipe (55) through an internal passage port;

the above-mentioned subassembly characteristic: the cavity at the lower end of the connecting sleeve (35) is communicated with the spray holes (79) of the third spray plate on the third spray plate (36), and the cavity is communicated with the first gas-liquid pipe (23);

the above-mentioned subassembly characteristic: a fourth jet plate jet hole (80) in the fourth jet plate (38) is communicated with the first gas-liquid pipe (23);

the above-mentioned subassembly characteristic: the first gas-liquid pipe (23) is communicated with the hot air pipe integrated plate (85), the hot water pipe integrated plate (109), the hot air fan (84) and the water suction pump (115) through a fifth valve (89) and a fourteenth valve (111) respectively, and the channels form a channel for spraying hot air and hot water from the first spray sleeve (31), the second spray sleeve (33), the third spray plate (36) and the fourth spray plate (38);

the above-mentioned subassembly characteristic: the second gas-liquid pipe (55) is communicated with the hot air pipe integrated plate (85), the hot water pipe integrated plate (109), the hot air fan (84) and the water pump (115) through a second valve (86) and a thirteenth valve (110), and the channels form a channel for spraying hot air and hot water from the second spray flow plate (34);

the above-mentioned subassembly characteristic: the bottom shell (65) is symmetrically provided with two fifth jet plates (39), jet holes (81) of the fifth jet plates are respectively communicated with the inner cavity of the bottom shell (65), the first air pipe (40), the fourth valve (88) and the hot air pipe integrated plate (85), the hot air pipe integrated plate (85) is communicated with the hot air blower (84), and the channels form a channel for ejecting hot air from the fifth jet plates (39);

a sixth jet plate (42) is arranged on a liquid discharge pipe (43) in the assembly, jet holes (82) of the sixth jet plate are respectively communicated with an inner cavity of the liquid discharge pipe (43), a second air pipe (41), a third valve (87) and a hot air pipe integrated plate (85), the hot air pipe integrated plate (85) is communicated with a hot air fan (84), and the channels form a channel for ejecting hot air from the sixth jet plate;

the catheter (52) is arranged at the urine outlet of a patient, can be produced with the cushion sucker into a whole, and forms a passage for the urine of the patient together with the discharge pipe (48), the liquid discharge pipe (43) and the small steel mesh (44), and is characterized in that: the cavity (54) at the end part of the catheter (52) is communicated with a third vacuum tube (53), a ninth valve (100) and a vacuum tube integrated plate (99), the vacuum tube integrated plate (99) is communicated with a vacuum pump (98), the channels form a vacuumizing channel of the cavity (54) at the end part of the catheter (52), the cavity (54) at the end part of the catheter (52) is provided with a vent hole communicated with the atmosphere, and the channel for communicating the cavity (54) of the catheter with the atmosphere is formed as long as a plug of the vent hole is pulled out;

the above-mentioned subassembly characteristic: the second screw rod (57) rotates in two modes: the first mode is as follows: the third motor (59) drives the fifth synchronous belt wheel (61), the sixth synchronous belt wheel (63) and the third synchronous belt (62) rotate, the sixth synchronous belt wheel (63) drives the second screw rod (57) to rotate, and the second mode is as follows: the second screw rod (57) is directly driven to rotate by the second handle (56), the second screw rod (57) drives the sliding block (60) to move up and down along the track (58), so that the shell (66) arranged on the sliding block (60), the bottom shell (65), the connecting sleeve (35), the supporting sleeve (30), the waterproof trousers (28) and the defecation treating component of the cushion sucker (29) are driven to lift up and down, and the mechanical transmission forms a mechanism for lifting up and down the defecation treating component;

the cushion sucker (29), the support sleeve (30), the connecting sleeve (35), the shell (66), the steel mesh (49), the bottom shell (65), the discharge pipe (48), the excrement discharge pipe (46) and the inner cavity formed by the first valve (47), wherein the inner cavity forms a passage for drying, crushing and discharging excrement of a patient;

the hot air blower component comprises: the hot air device comprises a hot air blower (84), a hot air pipe integrated plate (85), a second gas-liquid pipe (55), a second valve (86), a third valve (87), a fourth valve (88), a first gas pipe (40), a fifth valve (89), a second gas pipe (41), a sixth valve (91), a first gas-liquid pipe (23), a third gas-liquid pipe (90), a seventh valve (93) and an air gun (92);

the above-mentioned subassembly characteristic: the air gun (92) is communicated with a seventh valve (93), and the seventh valve (93) is communicated with the hot air pipe integrated plate (85) and the hot air blower (84) to form a hot air discharge channel;

the exhaust fan subassembly contains: exhaust fan (94), blast pipe integrated board (95), eighth valve (96), blast pipe (70), filter (97):

the above-mentioned subassembly characteristic: the filter (97) is communicated with the exhaust fan (94), the exhaust pipe integration plate (95), the eighth valve (96) and the exhaust pipe (70), and the exhaust pipe (70) is communicated with the inner cavity of the connecting sleeve (35) to form a dry excrement gas exhaust passage for the patient;

the vacuum pump assembly includes: the device comprises a vacuum pump (98), a vacuum tube integration plate (99), a first vacuum tube (25), a ninth valve (100), a second vacuum tube (51), a tenth valve (101), a third vacuum tube (53), an eleventh valve (102), a fourth vacuum tube (103), a twelfth valve (105), a third gas-liquid tube (90) and a stool suction tube (104);

the above-mentioned subassembly characteristic: the end shape of the stool suction pipe (104) is matched with the anus of the arm of the patient, the stool suction pipe (104) is communicated with a fourth vacuum pipe (103), the fourth vacuum pipe (103) is communicated with an eleventh valve (102), a vacuum pipe integrated plate (99) and a vacuum pump (98), and the channels form a channel for helping the patient to defecate by using a vacuum adsorption method;

the hot water tank assembly includes: the water heater comprises a temperature sensor (106), a water level meter (107), a water tank (108), a hot water pipe integrated plate (109), a second gas-liquid pipe (55), a first gas-liquid pipe (23), a thirteenth valve (110), a fourteenth valve (111), a third gas-liquid pipe (90), a fifteenth valve (112), a water gun (113), a sixteenth valve (114), a water suction pump (115), a water inlet pipe (116), a heater (117) and a seventeenth valve (118).

2. The heavy patient intelligent care device as claimed in claim 1, wherein: the first jet plate (21), the second jet plate (34), the third jet plate (36), the fourth jet plate (38), the fifth jet plate (39) and the sixth jet plate (42) can be round, oval or square, and have no more than 500 jet holes, the jet holes have different angles, are distributed in the direction perpendicular to the surface of the jet plates as a reference, are inclined towards two sides within the range of 100 degrees, and are used for drying, discharging and separating the excrement of patients and the inner cavity of cleaning equipment.

3. The heavy patient intelligent care device as claimed in claim 1, wherein: the first jet sleeve (31) and the second jet sleeve (33) in the excrement and urine processing assembly can be circular or oval, more than 400 jet holes face the inner cavity, the angles of the jet holes are different, the jet holes are distributed in the direction perpendicular to the central line of the jet sleeve as the reference and are inclined towards two sides within 100 degrees, and the sprayed hot air and hot water cover the whole jet sleeve.

4. The heavy patient intelligent care device as claimed in claim 1, wherein: the size of the cushion sucker (29) in the excrement and urine processing assembly is designed according to the size of the buttocks of a patient, and is divided into a plurality of numbers which can be round or oval, the shape of the cushion sucker is matched with the shape of the buttocks of the patient, the cushion sucker can be produced into a whole with a catheter (52) and is made of soft materials, a cavity (32) is arranged at the contact part of the cushion sucker and the buttocks of the patient, the cavity is provided with an air hole communicated with the atmosphere, and a plug is arranged in the hole.

5. The heavy patient intelligent care device as claimed in claim 1, wherein: the hot water tank assembly can convey hot air, drain steam, vacuumize, convey hot water and drain steam to a sickbed assembly and a defecation treatment assembly; according to the needs, the hot air, the water vapor and the vacuum can be delivered to a plurality of sickbed assemblies and the excrement and urine processing assembly, and the hot water can be delivered, so that the manufacturing cost of the equipment is reduced.

6. The heavy patient intelligent care device as claimed in claim 1, wherein: computer (27) in the equipment, big camera (26) and little camera (37), software, the remote monitoring system to patient is constituteed to the network, nursing staff can long-rangely monitor a plurality of patients, patient's family members can be long-rangely go on patient, observe, the conversation, patient's mood is releived, nursing staff can nurse patient at the sick bed by using above-mentioned method, nursing staff can be through long-range air heater subassembly, the exhaust fan subassembly as required, the sick bed subassembly, stool and urine processing module is controlled, use above-mentioned method to nurse patient.

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