CN109907904B - Improved intelligent defecation nursing bed - Google Patents

Abstract

The invention relates to an improved intelligent defecation nursing bed, comprising a foldable nursing bed, a laxative stick, a distribution block, a tray, a defecation tube, a bag mouth sealing device, an electric lifting rod, a water tank, a probiotic solution tank, an electric air injection pump, Massager, control unit and power supply unit. A tray is arranged at the opening of the buttocks of the foldable nursing bed, a defecation tube is arranged in the middle of the tray, a bag mouth sealing device is arranged under the defecation tube, a laxative stick is arranged in the middle of the defecation tube, and the end of the laxative stick is connected with the distribution block through the defecation tube , The electric lifting rod is connected with the laxative stick, the water tank, the probiotic solution tank, and the electric air injection pump are connected with the laxative stick through the pipeline, and a massager is provided at the head of the foldable nursing bed. The invention is simple to operate, can realize intelligent control, not only has a good cleaning effect on constipation, but also can clean up the feces remaining in the rectal folds, and after the cleaning is completed, the probiotics solution is sprayed on the inner wall of the rectum, which helps to improve the intestinal microecology environment, enhance gastric motility.

Description

An improved intelligent defecation nursing bed

technical field

The invention belongs to the technical field of medical nursing equipment, and in particular relates to an improved intelligent defecation nursing bed.

Background technique

Constipation refers to a decrease in the frequency of bowel movements, less than 2 to 3 bowel movements in a week, or 1 bowel movement every 2 to 3 days. Constipation occurs when the stool volume is small and dry. Constipation has many hazards to the human body. When the human body is constipated, it is difficult to defecate and the feces are dry, which can directly cause or strengthen anorectal diseases, such as proctitis, anal fissure, hemorrhoids, etc. When constipated, the feces are retained and the absorption of harmful substances can cause gastrointestinal nerves. Loss of appetite, abdominal fullness, belching, bitter mouth, and excessive anal exhaust due to dysfunction; the hard fecal mass compresses the intestinal cavity to narrow the intestinal cavity and spread to the surrounding structures of the pelvis, hindering the expansion of the colon, causing the rectum or colon to expand. Fecal ulcers are formed under pressure, which can cause intestinal perforation in severe cases; clinically, the incidence of cardiovascular and cerebrovascular diseases caused by constipation and vigorous defecation has been increasing year by year, such as angina pectoris, myocardial infarction, cerebral Bleeding, sudden death from stroke, etc.; due to prolonged defecation, rectal fatigue, tight anal contraction and spasmodic contraction of the bottom of the pelvis, resulting in no ejaculation or loss of libido, no orgasm in sexual life, etc. It is easy to cause dysmenorrhea and vaginismus in women , and produce symptoms such as urinary retention and urinary tract infection; during constipation, metabolites stay in the digestive tract for a long time, and the action of bacteria produces a large amount of harmful substances, such as methane, phenol, ammonia, etc., some of these substances diffuse into the central nervous system and interfere with brain function. , The outstanding performance is memory loss, distraction, slow thinking and so on.

Keeping the stool unobstructed is the focus of medical care. Keeping the stool unobstructed can not only increase the patient's comfort and appetite, but also prevent the occurrence and development of many diseases and promote the patient's recovery. Clinically, in order to keep the patient's bowel movements smooth, on the one hand, the medical staff will instruct the patient to pay attention to the diet, eat more fruits and vegetables containing more cellulose, etc. for prevention; Laxatives, etc. For patients with severe conditions, medical staff need to assist patients to use their fingers to remove stool. Such laxative measures not only bring physical and psychological burdens to patients, but also increase the workload of medical staff and cause inconvenience.

On April 16, 2015, the Chinese patent published the patent for gastroenterology laxative with application number 201510191648.6. The patent includes a laxative body, an enema laxative bucket and a water temperature control bucket. There are support legs on the lower side of the laxative body. The upper side is provided with a power cord hole, the power cord hole is provided with a power cord, the power cord is provided with a transformer, the lower side of the transformer is provided with a power plug, the upper side of the power cord hole is provided with a push switch, and the right side of the push switch is provided with Fixed temperature display, the fixed temperature display has a current temperature display area, the right side of the current temperature display area has an adjustment temperature display area, the right side of the adjustment temperature display area has a temperature adjustment knob, and there is a button on the underside of the temperature adjustment knob Thermostat key. When the patent is used, the medical staff needs to hold the anal insertion head and insert it into the patient's anus to perform defecation. It is impossible to effectively control the anal insertion head not to touch the patient's rectal wall, which is easy to cause pain to the patient, and also brings certain pain to the medical staff. I feel unwell.

SUMMARY OF THE INVENTION

The technical problem to be solved by the present invention is: to overcome the deficiencies of the prior art and provide an improved intelligent defecation nursing bed, the present invention is simple to operate, can realize intelligent control, not only has a good cleaning effect on constipation, but also can be cleaned at the same time. After cleaning the feces remaining in the rectal fold, spray the probiotic solution on the inner wall of the rectum, which helps to improve the intestinal micro-ecological environment and enhance gastric motility.

The technical scheme adopted by the present invention to solve the problems existing in the prior art is:

An improved intelligent defecation nursing bed includes a foldable nursing bed, and the foldable nursing bed includes a foldable bed board and a buttock opening. A tray is arranged in the middle of the buttocks opening of the foldable nursing bed, and a vibrator with adjustable vibration frequency is arranged around the inside of the tray near the center. An electromagnet I is arranged on the outer periphery of the board, and the electromagnet I can be adsorbed under the foldable bed board and fix the tray on the foldable nursing bed after being energized. A defecation pipe is arranged in the middle of the tray, and the defecation pipe includes an upper vertical pipe, a middle horizontal pipe and a lower vertical pipe that penetrate each other. The upper vertical pipe is fixedly connected with the tray, and the upper vertical pipe The part located above the tray is provided with an open anal plug, and the part of the upper vertical pipe located below the tray is connected in series with a corrugated pipe II. A support ring is provided on the outer side of the upper end vertical pipe below the bellows II, and a left and right adjustment device is provided above the support ring.

The left-right adjustment device includes two motors I symmetrically positioned relative to the vertical tube axis of the upper end, the motor I is fixedly connected with the support ring, the output end of the motor I is provided with gears, and the gears are meshed and connected. There is a rack, the end of the rack is connected with a push rod, and the end of the push rod is penetrated into the interior of the upper vertical pipe and is provided with an arc-shaped fixing block.

The bottom surface of the intermediate horizontal pipe is provided with a sealing sleeve which penetrates through, and the axis of the sealing sleeve coincides with the axis of the vertical pipe at the upper end. A support rod I extends outward from the side of the middle horizontal pipe. The side of the lower vertical pipe is provided with an exhaust hole, and the exhaust hole is sequentially provided with an activated carbon filter screen and a fan from the outside to the inside.

There is a bag mouth sealing device under the lower end vertical pipe, the bag mouth sealing device includes two connecting rods that are symmetrically arranged relative to the axis of the lower end vertical pipe, and the tops of the two connecting rods are respectively horizontal to the middle. The tube and the support rod I are fixedly connected, the end of the connecting rod is fixedly connected with a horizontal fixing plate, and the lower ends of the horizontal fixing plate are respectively fixed with a motor fixing block and a driving wheel fixing block, and the driving wheel fixing blocks are in phase with each other. It is closer to the vertical tube axis of the lower end than the motor fixing block.

The motor fixing block is provided with a motor II inside, and the output end of the motor II faces the lower end perpendicular to the axis of the pipe and is provided with a worm. There is a limit rod chute on the inside of the driving wheel fixing block, a driving wheel is arranged in the middle of the driving wheel fixing block, a threaded hole is arranged in the middle of the driving wheel, and a turbine is arranged on the outside of the driving wheel part, the turbine part is meshed and connected with the worm.

A screw is threaded inside the threaded hole, and a limit block is arranged at one end of the screw away from the lower end vertical to the axis of the pipe, and a limit rod that slides with the limit rod chute is fixed on the limit block, so An arc-shaped connecting block and a semicircular fixing edge I are respectively provided at one end of the two screws near the lower end of the vertical pipe axis, and a semi-circular tightening edge II is respectively provided on the upper and lower sides of the arc-shaped connecting block. Edge I slides inside the cavity formed by the two semicircular fastening edges II.

The defecation pipe is provided with a defecation stick inside, and the defecation stick is inserted between the two fixing blocks. The end of the laxative rod passes through the sealing sleeve to the outside of the defecation pipe, a seal is provided between the laxative rod and the sealing sleeve, the lower end of the laxative rod is provided with a bellows I, and the There is an electric cavity in the middle of the laxative bar, a vibrating rod is arranged in the electric cavity, a probiotic solution cavity is arranged inside the laxative rod around the electric cavity, and the outer wall of the upper end of the laxative rod is provided with a cavity. There are a plurality of probiotic solution discharge holes, the probiotic solution discharge holes are connected with the probiotic solution cavity throughly, the probiotic solution cavity is provided with a plurality of water cavities inside, and the end of the water cavity is provided with inclined of the water spout. A distribution block is arranged below the bellows I, and an electric lifting rod, a water tank, a probiotic solution tank, a control device and a power supply device are arranged on the left side of the distribution block in sequence. The inside of the distribution block is provided with a water tank, a probiotics solution tank and an electrical tank in sequence from top to bottom, and a water inlet is provided on the left side of the water tank. The water tank is in a through connection with the water cavity inside the laxative stick, and the probiotic bacteria solution tank is through connection with the probiotic bacteria solution cavity in the laxative stick.

The electric lifting rod, the water tank, the probiotic solution tank, the control device and the power supply device are all fixed on the bottom plate of the foldable nursing bed. A connecting plate is arranged between the electric lifting rod and the toilet bar, and the connecting plate is arranged above the corrugated pipe I. The top of the water tank is provided with an upper cover I, the upper cover I is connected with the water tank by threads, an infusion pipe I is arranged between the water tank and the water inlet of the distribution block, and an electric pump is arranged on the infusion pipe I Ⅰ. The maximum output pressure of the electric pump Ⅰ is 100mPa. An upper cover II is arranged above the probiotic solution box, the upper cover II is threadedly connected to the probiotic solution box, and an infusion tube II is arranged between the probiotic solution box and the inlet of the probiotic solution of the distribution block. The infusion tube II is provided with an electric pump II, and the maximum output pressure of the electric pump II is 100 mPa. The vibrating rod, vibrator, electromagnet I, fan, motor I, electric lifting rod, electric pump I, electric pump II, motor II and power supply device are respectively electrically connected with the control device.

Preferably, a position sensor is provided around the end of the laxative stick, which is electrically connected with the control device.

Preferably, a concave clamp groove is provided under the outer side of the lower end vertical pipe, and a disengagement prevention platform is provided under the clamp groove.

Preferably, a limit switch is provided on the end surface of the motor fixing block facing the lower end perpendicular to the axis of the tube, and the limit switch is electrically connected to the control device. When the limit block touches the limit switch, the motor II Stop turning.

Preferably, a travel switch I is provided on the end surface of the drive wheel fixing block on the side facing away from the lower end perpendicular to the axis of the tube, and the travel switch I is electrically connected to the control device. When the limit block touches the travel switch I , the motor II stops rotating, and the semicircular fastening edge I is in contact with the arc connecting block at this time.

Preferably, an electronic liquid level gauge and a constant temperature heating rod are arranged inside the water tank, and the electronic liquid level gauge and the constant temperature heating rod are electrically connected to the control device.

Preferably, the probiotic solution tank is provided with an electronic liquid level gauge and a constant temperature heating rod, and the electronic liquid level gauge and the constant temperature heating rod are electrically connected with the control device.

Preferably, multiple rows of protruding airbags are arranged on the upper part of the outer surface of the laxative stick, and each row of the protruding airbags is composed of four protruding airbags that are evenly arranged along the axis of the laxative stick. The outer wall of the laxative stick is provided with an injection and exhaust cavity, and the injection and exhaust cavity is in a through connection with the inner cavity of the protruding airbag. The outer wall of the laxative stick is provided with injection and exhaust holes. The injection and exhaust holes are connected through the injection and exhaust chambers. The bottom plate of the foldable nursing bed is provided with an electric air injection pump, and the electric air injection pump is connected with the air injection cavity through a pipeline. The electric air injection pump is electrically connected with the control device.

Preferably, the vibrating rod inside the electric cavity of the cleaning rod is composed of two separate vibrating rods.

Preferably, a massager is arranged above the foldable nursing bed, a support rod is arranged between the massager and the foldable nursing bed, and the supporting rod is arranged on the right side of the head of the foldable nursing bed. The massager includes a massage ball, a slide, a heat sink, a heat drying lamp and a motor. The massager is provided with four or six massage balls, the massage balls are slidably connected with the slideway, and the massage balls can rotate fifteen to twenty circles per minute on the slideway. The slideway is arranged in the middle of the lower end face of the massager, the upper and lower sides of the slideway are provided with cooling plates, the left side of the massage ball is provided with a middle part, and the middle part is arranged inside the slideway , the left side of the middle part is provided with a gear part. The massager is provided with a motor and a heat drying lamp inside. The axial direction of the motor coincides with the axis of the slideway, the output end of the motor is provided with a driving gear, and the driving gear is meshed and connected with the gear part. The heat drying lamp is arranged on the left side of the heat dissipation plate. The motor and the heat drying lamp are respectively electrically connected with the control device.

A method of using an improved intelligent defecation nursing bed, comprising the following steps:

Step one, adjust the foldable nursing bed:

The foldable nursing bed is adjusted so that the head of the bed is raised and the tail of the bed is lowered, so that the patient can lean on the foldable nursing bed in a sitting position, and at the same time the hip support plate of the foldable nursing bed is opened. The electromagnet I is energized, and the tray is moved up, so that the tray is fastened on the lower end face of the foldable nursing bed. Apply Vaseline or other lubricating fluid to the extension of the open anal plug and insert it into the human anus. Put the mouth of the plastic bag through the gap between the semicircular fastening edge I and the semicircular fastening edge II and put it under the lower vertical pipe, and fasten it with a clamp;

Step 2, abdominal massage:

Adjust the support rod, put the massager on the patient's abdomen, turn on the hot drying lamp and the motor, and the driving gear drives the massage ball to rotate counterclockwise along the slide to massage the patient's lower abdomen;

Step three, laxative:

The control device controls the electric lifting rod, the electric pump I, the vibrating rod and the thermostatic heater to start work. After the thermostatic heater heats the water in the water tank to 39°C, the laxative rod moves upward into the human rectum, and the bellows I is extended accordingly. . The electric pump Ⅰ injects the water in the water tank into the water cavity of the laxative stick, and sprays it into the rectum of the body through the water nozzle to clean the feces in the rectum. The position sensor can sense the distance between the front end of the laxative stick and the inner wall of the rectum. When the front end of the laxative stick is 2 to 3mm away from the inner wall of the rectum, the position sensor sends an electrical signal to the control device, and the control device controls the electric lift rod to stop moving upward. Avoid the front end of the toilet stick touching the inner wall of the rectum, which will bring discomfort to the human body.

When the stroke of the laxative bar deviates during the upward movement, the position sensor sends an electrical signal to the control device, the control device controls the motor I to turn on, and drives the rack to move left and right through the rotation of the gear, and then pushes the laxative bar through the push rod and the fixed block. Move left and right to adjust the position of the laxative stick.

When the patient has symptoms of constipation, the water flow from the front end of the laxative stick will soften the feces to a certain extent, and then the laxative stick is inserted into the feces, and the feces are further loosened by the vibration of the vibrating rod. According to the degree of constipation of the patient, The vibration frequency of the vibrating rod can be adjusted in three gears: high, medium and low. At the same time, the electric air injection pump is turned on, and the electric air injection pump injects air into the air injection cavity, so that the protruding air bag protrudes from the outer surface of the laxative stick and is inserted into the feces, so that the feces are further loosened. The vibrating rod can enhance the cleaning effect of the water jet from the front end of the laxative rod, and can effectively clean up the stool remaining in the rectal folds. When the laxative stick reaches the end of the rectum, a certain pressure of water will be sprayed into the sigmoid colon through the inclined water jet to clean up the sigmoid colon;

Step four, defecation:

When the laxative stick enters the human rectum for cleaning, the fan is turned on through the control device, and the fan draws out the air inside the defecation tube, so that a negative pressure is formed inside the defecation tube, which can better drain the feces cleaned out of the human rectum. So that the feces enter the plastic bag through the defecation tube, and the gas extracted by the fan is discharged into the air after the activated carbon filter eliminates the odor;

Step five, care:

After the defecation process is over, the motor II is turned on by the control device, and the motor II drives the driving wheel to rotate through the worm and the turbine part, and then drives the screw to move inward, so that the semicircular tightening edge I is inserted between the two semicircular tightening edges II until The semi-circular fastening edge I is in close contact with the arc-shaped connecting block, and the plastic bag is sealed to prevent the odor from escaping.

The electric pump II is turned on by the control device, and the electric pump II injects the probiotic solution in the probiotic solution tank into the cavity of the probiotic solution of the laxative stick, and sprays it evenly on the surface of the human rectum through the probiotic discharge hole to improve the intestinal tract. Tao micro-ecological environment.

Compared with the prior art, the present invention has the following beneficial effects:

(1) Patients can rely on the bed to perform defecation operations, which improves comfort.

(2) There is a tray on the defecation tube. If there is side leakage of feces, the discharged feces will enter the tray to avoid soiling other parts.

(3) A vibrator is provided on the tray, which can vibrate and massage the patient's buttocks in the process of defecation, which is more conducive to the patient's defecation.

(4) The laxative stick can vibrate and the front end has a water jet, which has a strong effect on the cleaning of feces, and can effectively clean up the feces inside the rectal folds.

(5) After cleaning, the laxative stick will spray the probiotic solution on the inner wall of the rectum, which helps to improve the intestinal micro-ecological environment and improve gastric motility.

(6) The front end of the laxative stick is provided with a position sensor, which can effectively avoid the discomfort brought to the patient when the laxative stick touches the inner wall of the rectum, and improves the safety of using the device.

(7) A one-time plastic bag is used, which can be cleaned directly after defecation.

(8) When the plastic bag is not replaced after defecation, the plastic bag can be clamped to prevent the odor inside the plastic bag from emitting into the air.

Description of drawings

The present invention will be further described below with reference to the accompanying drawings and embodiments.

Fig. 1 is a side view of an improved intelligent defecation nursing bed of the present invention,

Fig. 2 is the top view of the present invention,

Fig. 3 is the partial structure diagram of the present invention,

Fig. 4 is the structure diagram of the laxative stick of the present invention,

Fig. 5 is the outline drawing of the massager of the present invention,

Fig. 6 is the A-A plane sectional view of the present invention,

7 is a sectional view of the B-B plane of the present invention,

Fig. 8 is the C-C plane sectional view of the present invention,

Fig. 9 is the D-D cross-sectional view of the present invention,

Fig. 10 is the partial enlarged view of E place of the present invention,

Fig. 11 is the F-F cross-sectional view of the present invention,

Fig. 12 is the G-G plane sectional view of the present invention,

Fig. 13 is the H-H cross-sectional view of the present invention,

Fig. 14 is a partial enlarged view at 1 place of the present invention,

Figure 15 is a structural diagram of the bag mouth sealing device of the present invention,

Fig. 16 is a sectional view of the J-J plane of the present invention.

In the picture: 1-foldable nursing bed, 1a-foldable bed board, 1b-hip opening;

2- laxative stick, 2a- protruding airbag, 2b- probiotic solution discharge hole, 2c- probiotic solution cavity, 2d- water cavity, 2d1- water spout, 2e- electric cavity, 2e1- vibrating rod, 2f- Injection and exhaust cavity, 2f1-injection and exhaust hole, 2g-bellows I, 2h-position sensor;

3-distribution block, 3a-water tank, 3a1-water inlet, 3b-probiotic solution tank, 3b1-probiotics solution inlet, 3c-electric tank;

4- tray, 4a- vibrator, 4b- pallet, 4c- electromagnet I;

5-defecation pipe, 51-vertical pipe at the upper end, 52-the middle horizontal pipe, 53-vertical pipe at the lower end, 5a-seal sleeve, 5a1-seal, 5b-open anal plug, 5c-bellows II, 5d-support ring , 5e-support rod I, 5f-clamp groove, 5g-anti-dropping table, 5h-exhaust hole, 5h1-fan, 5h2-activated carbon filter;

6-Left and right adjustment device, 6a-fixed block, 6b-push rod, 6b1-rack, 6c-gear, 6d-motor I;

7-electric lifting rod, 7a-connecting plate;

8-water tank, 8a-upper cover I, 8b-electric pump I, 8c-infusion tube I;

9-Probiotic solution box, 9a-Cover II, 9b-Electronic level gauge, 9c-Constant heating rod, 9d-Electric pump II, 9e-Infusion tube II;

10- Electric air injection pump;

11- support rod;

12-massager, 12a-massage ball, 12a1-gear part, 12a2-middle part, 12b-slide, 12c-radiator plate, 12d-heating lamp, 12e-motor, 12e1-drive gear;

13 - control device;

14- power supply unit;

15-bag mouth sealing device, 15a-connecting rod, 15b-horizontal fixing plate, 15c-motor fixing block, 15c1-limit switch, 15d-driving wheel fixing block, 15d1-limit rod chute, 15d2-travel switch I , 15e-motor II, 15e1-worm, 15f-screw, 15f1-limit block, 15f2-limit rod, 15f3-semicircle tightening edge I, 15f4-semicircle tightening edge II, 15f5-arc connecting block, 15g - Drive wheel, 15g1-threaded hole, 15g2-turbine part;

16- Plastic bag.

Detailed ways

The accompanying drawing is the best embodiment of the improved intelligent defecation nursing bed, and the present invention will be described in further detail below with reference to the accompanying drawings.

An improved intelligent defecation nursing bed includes a foldable nursing bed 1, the foldable nursing bed 1 includes a foldable bed board 1a and a hip opening 1b, and the foldable bed board 1a is an iron bed board. The foldable nursing bed 1 is a multi-functional nursing bed currently on sale. The bed can be folded manually or electrically, so that the head of the bed is lifted and the tail of the bed is dropped, so that the human body can lean on the bed in a sitting position, and at the same time the bed can be folded. There is a large opening in the patient's buttocks, which is convenient for the patient to defecate on the bed.

As shown in accompanying drawing 1, the middle of the buttocks opening 1b position of the described foldable nursing bed 1 is provided with a tray 4, and a vibrator 4a that can adjust the vibration frequency is provided at a position close to the center around the inside of the tray 4. The vibration frequency of the device 4a can be adjusted according to the actual condition of the patient. The lower part of the tray 4 is provided with a supporting plate 4b, and the outer periphery of the supporting plate 4b is provided with an electromagnet I4c. After the electromagnet I4c is energized, it can be adsorbed under the foldable bed board 1a and fix the tray 4 on the foldable nursing care. on bed 1.

A defecation pipe 5 is arranged in the middle of the tray 4 , as shown in FIG. Described upper end vertical tube 51 is fixedly connected with tray 4, and described upper end vertical tube 51 is provided with opening anal plug 5b at the position above tray 4, and the cross-sectional shape of opening anal plug 5b is an isosceles trapezoid, and the middle is a through opening. , after inserting the open anal plug 5b into the patient's anus, the external anal sphincter contracts at the lower edge of the open anal plug 5b to prevent the open anal plug 5b from falling off the anus when the patient defeces. A corrugated pipe II5c is connected in series to the part of the upper vertical pipe 51 below the tray 4 . Corrugated tube refers to a tubular elastic sensitive element connected with foldable corrugated sheets along the folding and stretching direction. The vertical movement of the tray 4 is realized by the extension and shortening of the bellows II5c.

A support ring 5d is provided on the outer side of the upper end vertical pipe 51 below the bellows II 5c, and a left and right adjustment device 6 is provided above the support ring 5d.

The left and right adjustment device 6 includes two motors I6d symmetrically positioned relative to the axis of the upper vertical pipe 51, the motors I6d are fixedly connected with the support ring 5d, the output end of the motor I6d is provided with a gear 6c, and the The gear 6c is meshed with a rack 6b1, the end of the rack 6b1 is connected with a push rod 6b, and the end of the push rod 6b penetrates into the upper vertical pipe 51 and is provided with an arc-shaped fixing block 6a.

The bottom surface of the middle horizontal pipe 52 is provided with a sealing sleeve 5a passing through, the axis of the sealing sleeve 5a coincides with the axis of the upper vertical pipe 51 , and the sealing sleeve 5a is fixedly connected with the horizontal pipe 52 .

A support rod I5e extends outward from the side of the middle horizontal pipe 52 . The side surface of the lower vertical pipe 53 is provided with an exhaust hole 5h, and the exhaust hole 5h is sequentially provided with an activated carbon filter screen 5h2 and a fan 5h1 from the outside to the inside. The activated carbon filter 5h2 contains a large amount of activated carbon. Activated carbon is a very small carbon particle with a large surface area, and there are even finer pores in the carbon particles - capillaries. This kind of capillary has strong adsorption capacity. Because of the large surface area of carbon particles, it can fully contact with gas impurities. When these gas impurities hit the capillary, they are adsorbed and play a purification role. Therefore, the gas discharged into the air from the gas inside the defecation pipe 5 can well remove the odor, and avoid polluting the air and causing discomfort to people.

A concave clamp groove 5f is provided below the outer side of the lower end vertical pipe 53, and a disengagement prevention platform 5g is provided below the clamp groove 5f. The anti-detachment table 5g can further prevent the plastic bag 16 from slipping off, and at the same time, the clamp can be stuck inside the clamp groove 5f, and the fastening effect is better.

The bottom vertical pipe 53 is provided with a pocket sealing device 15. The pocket sealing device 15 includes two connecting rods 15a that are symmetrically arranged relative to the axis of the lower vertical pipe 53. The two connecting rods The top end of 15a is fixedly connected with the intermediate horizontal pipe 52 and the support rod I5e respectively, the end of the connecting rod 15a is fixedly connected with a horizontal fixing plate 15b, and the lower ends of the horizontal fixing plate 15b are respectively fixed with a motor fixing block 15c and a driving wheel. The fixing block 15d, the driving wheel fixing block 15d is closer to the axis of the lower end vertical pipe 53 than the motor fixing block 15c.

The motor fixing block 15c is provided with a motor II 15e inside, the output end of the motor II 15e faces the axis position of the lower end vertical tube 53 and is provided with a worm 15e1, and the motor fixing block 15c faces the end face on the axis side of the lower end vertical tube 53. There is a limit switch 15c1 on it, and the limit switch 15c1 is electrically connected with the control device 13. When the limit block 15f1 touches the limit switch 15c1, the motor II 15e stops rotating.

There is a limit rod chute 15d1 on the inside of the driving wheel fixing block 15d, a driving wheel 15g is arranged in the middle of the driving wheel fixing block 15d, and a threaded hole 15g1 is arranged in the middle of the driving wheel 15g. The outer side of the driving wheel 15g is provided with a turbine part 15g2, and the turbine part 15g2 is meshed and connected with the worm 15e1. The end face of the drive wheel fixing block 15d facing away from the axis of the lower vertical pipe 53 is provided with a travel switch I15d2. The travel switch I15d2 is electrically connected to the control device 13. When the limit block 15f1 touches the travel switch I15d2 When the motor II15e stops rotating, the semicircular fastening edge I15f3 is in contact with the arc-shaped connecting block 15f5.

The threaded hole 15g1 is internally threaded with a screw rod 15f, and the end of the screw rod 15f away from the axis of the lower vertical pipe 53 is provided with a limit block 15f1, and the limit block 15f1 is fixed on the limit rod sliding groove 15d1 to slide. The cooperating limit rod 15f2, one end of the two screws 15f close to the axis of the lower end vertical tube 53 is respectively provided with an arc-shaped connecting block 15f5 and a semicircular fixed edge I15f3, and the upper and lower sides of the arc-shaped connecting block 15f5 are respectively provided with A semicircular fastening edge II15f4, the centers of the semicircular fastening edge II15f4 and the semicircular fixing edge I15f3 are both located on the axis of the lower vertical pipe 53 and have the same diameter. The semicircular fixed edge I15f3 slides inside the cavity formed by the two semicircular fastening edges II15f4. When the semicircular fixed edge I15f3 and the semicircular fastening edge II15f4 slide across and contact each other, the contact point is just at the lower end of the vertical tube. 53 on the axis of the axis, and the semicircular fixed edge I15f3 can be in close contact with the arc-shaped connecting block 15f5.

The defecation pipe 5 is provided with a defecation stick 2 inside, and the defecation stick 2 is inserted between the two fixing blocks 6a. The end of the defecation rod 2 passes through the sealing sleeve 5a to the outside of the defecation pipe 5, and a sealing member 5a1 is provided between the defecation rod 2 and the sealing sleeve 5a, and the sealing member 5a1 can realize dynamic sealing. When the toilet stick 2 moves up and down, a good sealing effect can be provided to prevent feces from flowing out of the defecation pipe 5 through the gap between the toilet stick 2 and the sealing member 5a1.

The lower part of the toilet bar 2 is provided with a bellows I2g, as shown in FIG. 4 , a position sensor 2h is arranged around the end of the toilet bar 2, and an electrical cavity is arranged in the middle of the toilet bar 2. 2e, a vibrating rod 2e1 is arranged inside the electric cavity 2e, and the vibrating rod 2e1 inside the electric cavity 2e of the toilet rod 2 is composed of two separate vibrating rods 2e1. The vibrating rod 2e1 can generate vibration and transmit the vibration to the outer surface of the laxative rod 2 . The inside of the laxative stick 2 is provided with a probiotic solution cavity 2c around the electrical cavity 2e, and the outer wall of the upper end of the laxative stick 2 is provided with a plurality of probiotic bacteria solution discharge holes 2b, and the probiotic bacteria solution discharge holes 2b. 2b is connected through the cavity 2c of the probiotic bacteria solution. The probiotic solution cavity 2c is provided with a plurality of water cavities 2d inside, and the end of the water cavity 2d is provided with an inclined water spout 2d1. The water will be sprayed out through the spout 2d1 to act as an enema.

The upper part of the outer surface of the laxative stick 2 is provided with multiple rows of protruding airbags 2a, and each row of the protruding airbags 2a is composed of four protruding airbags 2a evenly arranged along the axis direction of the laxative stick 2. There is an injection and exhaust cavity 2f inside the outer wall of the laxative stick 2, and the injection and exhaust cavity 2f is connected with the inner cavity of the protruding air bag 2a, and the outer wall of the laxative stick 2 is provided with an injection and exhaust gas The hole 2f1, the injection and exhaust hole 2f1 is connected with the injection and exhaust cavity 2f through.

A distribution block 3 is arranged below the bellows I2g. The left side of the distribution block 3 is sequentially provided with an electric lifting rod 7 , a water tank 8 , a probiotic solution tank 9 , a control device 13 and a power supply device 14 . The electric lifting rod 7 , the water tank 8 , the probiotic solution tank 9 , the control device 13 and the power supply device 14 are all fixed on the bottom plate of the foldable nursing bed 1 .

The distribution block 3 is provided with a water tank 3a, a probiotics solution tank 3b and an electrical tank 3c in sequence from top to bottom, and the left side of the water tank 3a is provided with a water inlet 3a1 as shown in FIG. A probiotic solution inlet 3b1 is provided on the left side of the solution tank 3b as shown in FIG. 6 . The water tank 3a is connected with the water cavity 2d inside the laxative stick 2 throughly, and the probiotic bacteria solution tank 3b is connected with the probiotic bacteria solution cavity 2c inside the bowel movement stick 2 through.

The bottom plate of the foldable nursing bed 1 is provided with an electric air injection pump 10, and the electric air injection pump 10 is connected with the air injection and air cavity 2f through a pipeline. The electric air injection pump 10 is electrically connected to the control device 13 .

A connecting plate 7a is arranged between the electric lifting rod 7 and the toilet bar 2, and the connecting plate 7a is arranged above the corrugated pipe I2g. The electric lift rod 7 is also called a push rod motor, an electric cylinder and a linear actuator. The electric lifting rod is an electric drive device that converts the rotary motion of the motor into the linear reciprocating motion of the lifting rod. It can be used as an executive machine in various simple or complex technological processes to realize remote control, centralized control or automatic control. Electric lift rods can be designed with different thrusts according to different application loads. Generally, the maximum thrust can reach 6000N, and the no-load running speed is 4mm~35mm/s. The power source converts the rotary motion of the motor into linear reciprocating motion.

The upper cover I8a is provided above the water tank 8, and the upper cover I8a is threadedly connected to the water tank 8. The water tank 8 is provided with an electronic liquid level gauge and a constant temperature heating rod. The electronic liquid level gauge and the constant temperature The heating rod is electrically connected to the control device 13 . The constant temperature heating rod can ensure that the water temperature inside the water tank 8 is around 39°C. When the temperature is too high, the constant temperature heating rod stops heating, and when the temperature is too low, the constant temperature heating rod starts to heat. The electronic level gauge can display the height of the water level inside the water tank 8, and when the water level is lower than a certain value, the electronic level gauge can give an alarm. There is an infusion pipe I8c between the water tank 8 and the water inlet 3a1 of the distribution block 3, and an electric pump I8b is arranged on the infusion pipe I8c. The maximum output pressure of the electric pump I8b is 100mPa, and 100mPa is equivalent to a normal body. 1/3 of the pressure in the large intestine, the pressure of the water flow against the surface of the large intestine can make the human body more pleasant.

The probiotic solution box 9 is provided with an upper cover II9a, the upper cover II9a is threadedly connected with the probiotic solution box 9, and the probiotic solution box 9 is provided with an electronic liquid level gauge 9b and a constant temperature heating rod. 9c, the electronic liquid level gauge 9b and the constant temperature heating rod 9c are electrically connected to the control device 13 . An infusion tube II9e is provided between the probiotic solution box 9 and the probiotic solution inlet 3b1 of the distribution block 3, and an electric pump II9d is arranged on the infusion tube II9e. The maximum output pressure of the electric pump II9d is 100mPa.

The vibrating rod 2e1, vibrator 4a, electromagnet I4c, fan 5h1, motor I6d, electric lift rod 7, electric pump I8b, electric pump II9d, motor II15e and power supply device 14 are electrically connected to the control device 13, respectively.

A massager 12 is arranged above the foldable nursing bed 1 , a support rod 11 is arranged between the massager 12 and the foldable nursing bed 1 , and the supporting rod 11 is arranged at the head of the foldable nursing bed 1 Right.

The massager 12 includes a massage ball 12a, a slideway 12b, a heat sink 12c, a heating lamp 12d and a motor 12e. The massager 12 is provided with four or six massage balls 12a, and the massage balls 12a are slidably connected with the slideway 12b.

The slideway 12b is arranged in the middle of the lower end face of the massager 12, the slideway 12b is provided with heat dissipation plates 12c on the upper and lower sides, the massage ball 12a is provided with a middle portion 12a2 on the left side, and the middle The portion 12a2 is provided inside the slideway 12b, and the gear portion 12a1 is provided on the left side of the middle portion 12a2. The massager 12 is internally provided with a motor 12e and a heating lamp 12d. The axis of the motor 12e coincides with the axis of the slideway 12b. The output end of the motor 12e is provided with a drive gear 12e1. The drive gear 12e1 It is meshed with the gear portion 12a1.

The heat drying lamp 12d is disposed on the left side of the heat dissipation plate 12c. The motor 12e and the heating lamp 12d are electrically connected to the control device 13, respectively.

The massage ball 12a on the massager 12 can rotate counterclockwise along the slideway 12b to massage the patient's lower abdomen. The massage ball 12a can rotate 15 to 20 times per minute on the slideway 12b. The blood flow of abdominal muscles and intestinal smooth muscles increases the tension of the gastrointestinal lining muscles and the function of the lymphatic system, thereby enhancing the digestion and absorption of food, significantly improving the peristalsis function of the large and small intestines, thereby promoting defecation. Especially needed. During the massage process, the heat drying lamp 12d provides a certain amount of heat for the abdomen of the patient, which further accelerates the blood circulation and improves the massage effect.

A method of using an improved intelligent defecation nursing bed, comprising the following steps:

Step 1, adjust the foldable nursing bed 1:

Adjust the foldable nursing bed 1 so that the head of the bed is lifted and the tail of the bed is lowered, so that the patient can lean on the foldable nursing bed 1 in a sitting position, and at the same time open the buttocks support plate on the foldable nursing bed 1, and the electromagnet I4c is energized, Move the tray 4 up so that the support plate 4b is fastened on the lower end surface of the foldable nursing bed 1, apply Vaseline or other lubricating fluid on the extension of the opening anal plug 5b, and insert it into the human anus. Put the mouth of the plastic bag 16 through the gap between the semicircular fastening edge I15f3 and the semicircular fastening edge II15f4 and put it under the vertical tube 53 at the lower end, and fasten it with a clamp.

Step 2, abdominal massage:

Adjust the support rod 11, place the massager 12 on the patient's abdomen, turn on the heating lamp 12d and the motor 12e, and the driving gear 12e1 drives the massage ball 12a to rotate counterclockwise along the slideway 12b to massage the patient's lower abdomen.

Step three, laxative:

The control device 13 controls the electric lift rod 7, the electric pump I8b, the vibrating rod 2e1, and the constant temperature heater 9c to start working. After the constant temperature heater 9c heats the water in the water tank 8 to 39°C, the laxative rod 2 moves upward into the human rectum, and the bellows I2g is correspondingly extended.

The electric pump I8b injects the water in the water tank 8 into the water cavity 2d of the laxative stick 2, and sprays it into the rectum of the body through the water spray port 2d1 to clean the feces in the rectum.

The position sensor 2h can sense the distance between the front end of the laxative stick 2 and the inner wall of the rectum. When the front end of the laxative stick 2 is 2 to 3 mm away from the inner wall of the rectum, the position sensor 2h sends an electrical signal to the control device 13, and the control device 13 controls the electric motor. The lifting rod 7 stops moving upward to prevent the front end of the toilet stick 2 from touching the inner wall of the rectum, which will cause discomfort to the human body.

When the stroke of the toilet bar 2 deviates during the upward movement, the position sensor 2h sends an electrical signal to the control device 13, and the control device 13 controls the motor I6d to turn on, and drives the rack 6b1 to move left and right through the rotation of the gear 6e, and then through the push rod 6b . The fixing block 6a pushes the laxative bar 2 to move left and right, and adjust the position of the laxative bar 2.

When the patient has symptoms of constipation, the water jet from the front end of the laxative stick 2 will soften the feces to a certain extent, and then the laxative stick 2 is inserted into the feces, and the feces are further loosened by the vibration of the vibrating stick 2e1. For the degree of constipation, the vibration frequency of the vibrator 2e1 can be adjusted in three levels: high, medium and low.

At the same time, the electric air injection pump 10 is turned on, and the electric air injection pump 10 injects air into the air injection and exhaust cavity 2f, so that the protruding airbag 2a protrudes from the outer surface of the laxative stick 2, and is inserted into the feces, so that the feces are further loosened. The vibrating rod 2e1 can enhance the cleaning effect of the water jet from the front end of the laxative rod 2, and can effectively clean up the feces remaining in the rectal folds. When the laxative stick 2 reaches the end of the rectum, a certain pressure of water will be sprayed into the sigmoid colon through the inclined water jet 2d1 to clean the sigmoid colon.

Step four, defecation:

When the laxative stick 2 enters the human rectum for cleaning, the fan 5h1 is turned on by the control device 13, and the fan 5h1 draws out the air inside the defecation tube 5, so that a negative pressure is formed inside the defecation tube 5, which can better clean the inside of the human rectum. The discharged feces are drained, so that the feces enter the plastic bag 16 through the defecation pipe 5, and the gas extracted by the fan 5h1 passes through the activated carbon filter 5h2 to eliminate peculiar smell, and then is discharged into the air.

Step five, care:

After the defecation process is over, the motor II 15e is turned on by the control device 13, the motor II 15e drives the driving wheel 15g to rotate through the worm 15e1 and the turbine part 15g2, and then drives the screw 15f to move inward, so that the semicircular tightening edge I15f3 is inserted into the two semicircular tightening edges. Between II and 15f4, until the semicircular fastening edge I15f3 is in close contact with the arc-shaped connecting block 15f5, seal the plastic bag to prevent the odor from escaping.

The electric pump II9d is turned on by the control device 13, and the electric pump II9d injects the probiotics solution inside the probiotics solution tank 9 into the probiotics solution cavity 2c of the laxative stick 2, and then sprays it evenly on the rectal surface of the human body through the probiotics discharge hole 2b , to improve the intestinal microecological environment.

The embodiments of the present invention have been described in detail above in conjunction with the accompanying drawings, but the present invention is not limited to the above-mentioned embodiments, and can also be made within the scope of knowledge possessed by those of ordinary skill in the art without departing from the purpose of the present invention. Various changes.

Claims (10)

1. An improved intelligent defecation nursing bed, comprising a foldable nursing bed (1), the foldable nursing bed (1) comprising a foldable bed board (1a) and a buttocks opening (1b), characterized in that: A tray (4) is provided in the middle of the buttocks opening (1b) of the foldable nursing bed (1), and a vibrator (4a) with adjustable vibration frequency is provided around the inner periphery of the tray (4) near the center. ), the lower part of the tray (4) is provided with a supporting plate (4b), the outer periphery of the supporting plate (4b) is provided with an electromagnet I (4c), and the electromagnet I (4c) can be adsorbed on the Under the foldable bed board (1a) and fix the tray (4) on the foldable nursing bed (1), The tray (4) is provided with a penetrating defecation pipe (5) in the middle, and the defecation pipe (5) comprises an upper end vertical pipe (51), a middle horizontal pipe (52) and a lower end vertical pipe (53) that communicate with each other. , the upper vertical pipe (51) is fixedly connected with the tray (4), the upper vertical pipe (51) is located above the tray (4) and is provided with an open anal plug (5b), and the upper vertical pipe (51) is provided with an open anal plug (5b). (51) A corrugated pipe II (5c) is connected in series at the position below the tray (4), and a support ring (5d) is provided on the outer side of the upper vertical pipe (51) below the corrugated pipe II (5c). There is a left and right adjustment device (6) above the support ring (5d) of the The left-right adjustment device (6) includes two motors I (6d) symmetrically positioned relative to the axis of the upper vertical pipe (51). The motor I (6d) is fixedly connected with the support ring (5d), and the The output end of the motor I (6d) is provided with a gear (6c), the gear (6c) is meshed with a rack (6b1), and the end of the rack (6b1) is connected with a push rod (6b), the The end of the push rod (6b) is penetrated to the inside of the upper vertical pipe (51) and is provided with an arc-shaped fixing block (6a), The bottom surface of the intermediate horizontal pipe (52) is provided with a sealing sleeve (5a) passing through, the axis of the sealing sleeve (5a) is coincident with the axis of the upper vertical pipe (51), and the intermediate horizontal pipe (52) There is a support rod I (5e) extending outward from the bottom of the side, An exhaust hole (5h) is provided on the side of the lower vertical pipe (53), and the exhaust hole (5h) is sequentially provided with an activated carbon filter screen (5h2) and a fan (5h1) from the outside to the inside, A bag mouth sealing device (15) is provided below the lower vertical pipe (53), and the bag mouth sealing device (15) includes two connecting rods (15) that are symmetrically arranged relative to the axis of the lower vertical pipe (53). 15a), the top ends of the two connecting rods (15a) are respectively fixedly connected with the intermediate horizontal pipe (52) and the support rod I (5e), and the ends of the connecting rods (15a) are fixedly connected with a horizontal fixing plate (15b) , the lower ends of the horizontal fixing plate (15b) are respectively fixed with a motor fixing block (15c) and a driving wheel fixing block (15d), and the driving wheel fixing block (15d) is compared with the motor fixing block (15c) closer to the axis of the lower vertical pipe (53), The motor fixing block (15c) is provided with a motor II (15e) inside, and the output end of the motor II (15e) faces the axis position of the lower vertical pipe (53) and is provided with a worm (15e1), A limit rod chute (15d1) is arranged above the interior of the drive wheel fixing block (15d), and a drive wheel (15g) is provided in the middle of the drive wheel fixing block (15d), and the drive wheel (15g) A threaded hole (15g1) is provided in the middle, a turbine part (15g2) is arranged on the outer side of the driving wheel (15g), and the turbine part (15g2) is meshed and connected with the worm (15e1), The threaded hole (15g1) is internally threaded with a screw (15f), and a limit block (15f1) is provided at one end of the screw (15f) away from the axis of the lower end vertical pipe (53), and the limit block (15f1) ) is fixed with a limit rod (15f2) slidingly matched with the limit rod chute (15d1), and one end of the two screws (15f) close to the axis of the lower vertical pipe (53) is respectively provided with an arc-shaped connecting block ( 15f5) and the semicircular fixing edge I (15f3), the upper and lower sides of the arc-shaped connecting block (15f5) are provided with a semicircular fixing edge II (15f4), and the semicircular fixing edge I (15f3) is located between the two. The inside of the cavity formed by the semicircular fastening edge II (15f4) slides, The defecation pipe (5) is provided with a defecation stick (2) inside, the defecation stick (2) is inserted between the two fixing blocks (6a), and the end of the defecation stick (2) is Passing through the sealing sleeve (5a) to the outside of the defecation pipe (5), a seal (5a1) is provided between the laxative stick (2) and the sealing sleeve (5a), and the laxative stick (2) ) is provided with a bellows I (2g) at the lower end, an electric cavity (2e) is provided in the middle of the laxative rod (2), and a vibrating rod (2e1) is provided in the electric cavity (2e). The inside of the laxative stick (2) is provided with a probiotic bacteria solution cavity (2c) around the electrical cavity (2e), and the outer wall of the upper end of the laxative stick (2) is provided with a plurality of probiotic bacteria solution discharge holes (2b), The probiotic solution discharge hole (2b) is in a through connection with the probiotic solution cavity (2c), the probiotic solution cavity (2c) is provided with a plurality of water cavities (2d), and the water cavity (2d) ) is provided with an inclined water spout (2d1) at the end, A distribution block (3) is arranged below the bellows I (2g), and an electric lift rod (7), a water tank (8), and a probiotic solution tank (9) are arranged on the left side of the distribution block (3) in sequence. , a control device (13) and a power supply device (14), The inside of the distribution block (3) is provided with a water tank (3a), a probiotic solution tank (3b) and an electrical tank (3c) in sequence from top to bottom, and a water inlet (3a1) is provided on the left side of the water tank (3a). ), the probiotic bacteria solution inlet (3b1) is provided on the left side of the probiotic bacteria solution tank (3b), and the water tank (3a) is connected with the water cavity (2d) inside the laxative stick (2). The probiotic bacteria solution tank (3b) is connected with the probiotic bacteria solution cavity (2c) inside the laxative stick (2), The electric lift rod (7), the water tank (8), the probiotic solution tank (9), the control device (13) and the power supply device (14) are all fixed on the bottom plate of the foldable nursing bed (1), A connecting plate (7a) is arranged between the electric lifting rod (7) and the laxative rod (2), and the connecting plate (7a) is arranged above the corrugated pipe I (2g), An upper cover I(8a) is provided above the water tank (8), the upper cover I(8a) is threadedly connected with the water tank (8), and the water tank (8) is connected to the water inlet (3) of the distribution block (3). 3a1) is provided with an infusion pipe I (8c), the infusion pipe I (8c) is provided with an electric pump I (8b), and the maximum output pressure of the electric pump I (8b) is 100mPa, An upper cover II (9a) is arranged above the probiotic bacteria solution box (9), and the upper cover II (9a) is threadedly connected with the probiotic bacteria solution box (9), and the probiotic bacteria solution box (9) An infusion tube II (9e) is arranged between the distribution block (3) and the probiotic solution inlet (3b1), and an electric pump II (9d) is arranged on the infusion tube II (9e). The electric pump II ( 9d) The maximum output pressure is 100mPa, The vibrating rod (2e1), vibrator (4a), electromagnet I (4c), fan (5h1), motor I (6d), electric lift rod (7), electric pump I (8b), electric pump II (9d), the motor II (15e) and the power supply device (14) are respectively electrically connected to the control device (13). 2. a kind of improved intelligent defecation nursing bed according to claim 1, is characterized in that: A position sensor (2h) is arranged around the end of the said laxative stick (2), which is electrically connected with the control device (13). 3. a kind of improved intelligent defecation nursing bed according to claim 2 is characterized in that: A concave clamp groove (5f) is provided under the outer side of the lower end vertical pipe (53), and a disengagement prevention platform (5g) is provided under the clamp groove (5f). 4. a kind of improved intelligent defecation nursing bed according to claim 3 is characterized in that: A limit switch (15c1) is provided on the end face of the motor fixing block (15c) facing the axis of the lower end vertical tube (53), and the limit switch (15c1) is electrically connected to the control device (13), and when When the limit block (15f1) touches the limit switch (15c1), the motor II (15e) stops rotating. 5. a kind of improved intelligent defecation nursing bed according to claim 4 is characterized in that: A travel switch I (15d2) is provided on the end face of the drive wheel fixing block (15d) facing away from the axis of the lower end vertical pipe (53), and the travel switch I (15d2) is electrically connected to the control device (13). Connect, when the limit block (15f1) touches the travel switch I (15d2), the motor II (15e) stops rotating, and the semicircular tightening edge I (15f3) is in contact with the arc connecting block (15f5). 6. a kind of improved intelligent defecation nursing bed according to claim 5 is characterized in that: The water tank (8) is provided with an electronic liquid level gauge and a constant temperature heating rod, and the electronic liquid level gauge and the constant temperature heating rod are electrically connected with the control device (13). 7. a kind of improved intelligent defecation nursing bed according to claim 6 is characterized in that: The probiotic solution tank (9) is provided with an electronic liquid level gauge (9b) and a constant temperature heating rod (9c), the electronic liquid level gauge (9b), the constant temperature heating rod (9c) and the control device (13) ) electrical connection. 8. a kind of improved intelligent defecation nursing bed according to claim 7 is characterized in that: The upper part of the outer surface of the laxative stick (2) is provided with multiple rows of protruding airbags (2a), and each row of the protruding airbags (2a) is composed of four uniformly arranged along the axis direction of the laxative stick (2). consists of a protruding air bag (2a), An injection and exhaust cavity (2f) is arranged inside the outer wall of the laxative stick (2), and the injection and exhaust cavity (2f) is in a through connection with the inner cavity of the protruding airbag (2a). (2) There is an injection and exhaust hole (2f1) on the outer wall, and the injection and exhaust hole (2f1) is connected with the injection and exhaust cavity (2f) through. The bottom plate of the foldable nursing bed (1) is provided with an electric air injection pump (10), and the electric air injection pump (10) and the air injection cavity (2f) are connected by pipelines, The electric air injection pump (10) is electrically connected with the control device (13). 9. a kind of improved intelligent defecation nursing bed according to claim 8 is characterized in that: The vibrating rod (2e1) inside the electric cavity (2e) of the laxative rod (2) is composed of two separated vibrating rods (2e1). 10. An improved intelligent defecation nursing bed according to claim 9, characterized in that: A massager (12) is arranged above the foldable nursing bed (1), and a support rod (11) is arranged between the massager (12) and the foldable nursing bed (1). (11) Set on the right side of the bedside of the foldable nursing bed (1), The massager (12) comprises a massage ball (12a), a slideway (12b), a heat dissipation plate (12c), a heating lamp (12d) and a motor (12e), The massager (12) is provided with four or six massage balls (12a), the massage balls (12a) are slidably connected with the slideway (12b), and the massage balls (12a) are in the slideway. (12b) can make fifteen to twenty revolutions per minute, The slideway (12b) is arranged in the middle of the lower end surface of the massager (12), the upper and lower sides of the slideway (12b) are provided with heat sinks (12c), and the massage ball (12a) is on the left side There is a middle part (12a2), the middle part (12a2) is arranged inside the slideway (12b), and the left side of the middle part (12a2) is provided with a gear part (12a1), The massager (12) is provided with a motor (12e) and a heating lamp (12d) inside, The axial direction of the motor (12e) coincides with the axis of the slideway (12b), the output end of the motor (12e) is provided with a drive gear (12e1), and the drive gear (12e1) meshes with the gear portion (12a1) connect, The heat drying lamp (12d) is arranged on the left side of the heat dissipation plate (12c), The motor (12e) and the heating lamp (12d) are electrically connected to the control device (13) respectively.

Images