Peritoneal dialysis mate
One, the technical field
The peritoneal dialysis partner is a short for an intelligent peritoneal dialysis device with a medical innovative design. The present invention relates to a medical device, and more particularly to a medical device for an artificial kidney replacement therapy for treating, rescuing, and maintaining life in response to acute renal impairment (AKI), Acute Renal Failure (ARF), severe pancreatitis (SAP), Chronic Renal Failure (CRF), Uremia (Uremia), multiple organ failure with renal failure (MOF and RF), drug poisoning, fish gall poisoning, muscarinic poisoning, and the like. The invention has the function of preventing peritonitis related to peritoneal dialysis. In chronic end-stage renal failure uremia patients, peritoneal dialysis is an alternative therapy for long-term life maintenance, and peritoneal dialysis and peritoneal infection are still global problems at present. The long-term maintenance peritoneal dialysis patients are mostly middle-aged and old people, and the middle-aged and old peritoneal dialysis patients in China cannot get due humanistic care and living care because relatives cannot accompany the patients for a long time, so that the maintenance self-operation of the maintenance peritoneal dialysis patients is difficult to perform for a long time. The invention has two sets of treatment operation schemes, and firstly, Continuous Ambulatory Peritoneal Dialysis (CAPD) can be assisted by medical staff, patients or relatives to complete treatment operation. And Continuous Circulating Peritoneal Dialysis (CCPD), the application of the invention not only can simplify the two treatment operations, but also can prevent abdominal infection, and can be used in medical institutions and patients' homes.
Second, background Art
The history of the peritoneal dialysis technology is that animal experiments are researched from 1886, the peritoneal dialysis technology is applied to clinic in 1923, and acute drug poisoning and acute renal failure are clinically rescued in 40-50 th century in a scattered state. In the 20 th century and the 60 th century, Tenchoff invented a peritoneal dialysis tube with a dacron sleeve (cuff), so that the peritoneal dialysis can be used for long-term maintenance treatment of patients with chronic renal failure and uremia. In 1976 of the 20 th century, popovich improved the packaging form of peritoneal dialysis solution, changed the original bottled liquid into soft plastic bag for packaging peritoneal dialysis solution, greatly simplified the process of peritoneal dialysis, and could achieve portable dialysis. In the 90 s of the 20 th century, the peritoneal dialysis solution package and catheter connection device was further developed into a package bag containing dialysis solution and an empty bag containing waste liquid to be connected, which is called a duplex bag tube system, so that the operation of peritoneal dialysis was further facilitated, the number of peritoneal dialysis patients worldwide was greatly increased, and the treatment effect was remarkably improved, but peritoneal dialysis complicated with peritoneal infection, and no satisfactory solution or medical equipment was ever provided. Although various automatic peritoneal dialysis machines have been known, none of them has been satisfactory in operation and cannot sufficiently prevent abdominal infection, so that they are not widely popularized. Peritoneal infection, the incidence of peritonitis, remains a global kidney disease, an annoying event that blood purification medical personnel have to face, and the embarrassing outcome that many peritoneal dialysis patients have to withdraw from peritoneal dialysis, or change to peritoneal dialysis or die due to peritonitis. At present, the peritoneal dialysis duplex bag is a product of three companies of BaiTe, Shanghai Changfu and Chengdu Qingshan in the United states. The recent products on the market of the automatic peritoneal dialysis machine have unreasonable structure and complex operation, and no design for preventing abdominal infection is provided. The automatic peritoneal dialysis machine catheter connecting system of Jilin Midada is messy, the drain pipe has no anti-pollution design, and a user has no sense of safety and convenience. The popularization rate of peritoneal dialysis in China is low, and first, the allocation rate of medical resources is limited and the regions are uneven; secondly, the degree of mastering medical technology is limited; thirdly, the incidence of peritonitis complicated with peritoneal dialysis is high, so that a plurality of medical technical executors have a daunting thought; fourthly, the promotion strength of the professional academic skills is limited since a long time; fifth, the prior art procedures for peritoneal dialysis still have their own drawbacks. According to the introduction of data: 50550 people in 13 provinces and 18 years old in China are randomly extracted in a layered mode, 47204 people are investigated, and the total disease rate of Chronic Kidney Disease (CKD) is 10.8%; according to the 2009 population, about 1.2 hundred million patients with CKD exist in china, but only 12.5% of people know that CKD suffers from CKD, and the prevalence rate of CKD is about 10% -14% according to the reports of all countries in the world.
Thirdly, objects of the invention
The invention aims to reduce the complications of peritoneal infection and peritonitis in peritoneal dialysis; secondly, the peritoneal dialysis operation is further simplified; thirdly, more patients are provided with treatment opportunities. The popularization rate of peritoneal dialysis in China is low, and the popularization rate is related to limited medical resource allocation rate and uneven regions; secondly, the degree of medical technology mastery is limited; thirdly, the incidence of peritonitis complicated with peritoneal dialysis is high, so that a plurality of medical technical executors have a daunting thought; fourthly, the promotion strength of the professional academic skills is limited since a long time; fifthly, the prior art equipment for peritoneal dialysis still has defects. The invention aims to provide equipment and a technical innovation design scheme for solving the defects of the peritoneal dialysis technology and the equipment. The invention aims to simplify the technical operation of the peritoneal dialysis equipment; secondly, the technical cost performance of the equipment is improved; thirdly, the occurrence rate of abdominal cavity infection is reduced by prevention; finally, the peritoneal dialysis technology is further popularized, more patients are benefited, and benefits are brought to the patients.
Fourth, the invention
The invention relates to an intelligent peritoneal dialysis device with innovative design, which is shortened as follows: the invention discloses a peritoneal dialysis partner, which is characterized in that: the peritoneal dialysis companion is formed by connecting a top cover and a gripper (1) with a computer and an operation screen (2), wherein the computer and the operation screen (2) are provided with a male loudspeaker (3) and a female loudspeaker (4), the lower part of the computer and the operation screen (2) is connected with a front panel (5), the front panel (5) is provided with a peritoneal dialysis liquid outlet joint (6), a peritoneal dialysis liquid outlet joint protective cover (6-1) is arranged outside the peritoneal dialysis liquid outlet joint (6) and is connected with a front panel wall (5), the front panel (5) is also provided with an observation window (7) which is opened on the front panel (5), four electric conduit clamps (5-1; 5-2; 5-3; 5-4) are also arranged on the front panel (5), and a three-way conduit (6-2) connected with the peritoneal dialysis liquid outlet joint (6), a waste liquid barrel (8) and the peritoneal dialysis catheter (9) on the body of a patient is respectively connected with the peritoneal dialysis liquid outlet joint (6) The waste liquid barrel (8) is connected with a peritoneal dialysis nozzle stub (9) on the body of a patient and is arranged in four electric catheter clamps (5-1; 5-2; 5-3; 5-4) on the front panel (5); the foregoing features are described in the specification with reference to fig. 1 and 2.
Four universal wheels (10-1; 10-2; 10-3; 10-4) are arranged below a base (10) of the peritoneal dialysis partner, the four universal wheels (10-1; 10-2; 10-3; 10-4) are connected with the base (10), wherein the two front universal wheels (10-2; 10-4) are provided with a switch lock, the upper parts of the universal wheels (10-1; 10-2; 10-3; 10-4) are connected with the peritoneal dialysis partner base (10), an electronic measurement weight sensor (11) is arranged in the front center of the peritoneal dialysis partner base (10), a push and lift handle (12-1; 12-2) is arranged in the middle of the right side and the left side of the peritoneal dialysis partner, and a peritoneal dialysis sterilizer (13) is arranged below the push and lift handle (12-1) on the left side of the peritoneal dialysis partner, a tube (13-1) which can emit 254nm wavelength ultraviolet ray is arranged in the peritoneal dialysis solution sterilizer (13), a quartz glass spiral tube (13-4) which has sufficient transmittance to ultraviolet ray is wound and assembled around the tube (13-1) which can emit 254nm wavelength ultraviolet ray, and two ends of the quartz glass spiral tube (13-4) are respectively connected with a peritoneal dialysis solution inlet joint tube (13-2) and a peritoneal dialysis solution outlet joint tube (13-3); the above features are described in the specification with reference to fig. 3, 4, 5 and 6.
The device is characterized in that a heat dissipation hole and a heat dissipation groove (15) are formed in a back plate (14) above the back of the peritoneal dialysis partner, two middle doors (16) are arranged below the back plate (14) above the back, a lower door rail (17) is arranged below the two middle doors (16), a space of a dry electric heating plate heating temperature balancing box (18) is formed inside the two middle doors (16) and the lower door rail (17), a hook of an electronic measurement weighing instrument sensor (19) is connected in the dry electric heating plate heating temperature balancing box (18), the weight of a suspended peritoneal dialysis bag (20) is monitored by the electronic measurement weighing instrument sensor (19) on the hook of the electronic measurement weighing instrument sensor (19), and the peritoneal dialysis bag pipe (21) is connected with a four-way pipe joint (22) of the peritoneal dialysis partner; the above features are described in fig. 7, 8, 9, 15.
The left side and the right side of the inner wall of the drying electric heating plate heating constant temperature box (18) are respectively provided with a heating constant temperature plate (23) and a heating constant temperature plate (24); a peritoneal dialysis pump (25) and an adjusting switch (26) are displayed on the computer and the operation screen (2); a dynamic display frame (27) for the volume of the transudate (waste liquid), a functional state display lamp (28), a functional state display frame (29), a hydraulic monitoring display meter (30), a dynamic display frame (31) for fresh peritoneal dialysis liquid, a status display (32) for peritoneal dialysis liquid sterilizer and a temperature sensor (33); the foregoing features are described in the specification with reference to fig. 10, 11, and 12.
A peritoneal dialysis partner frontal view (34); peritoneal dialysis partner fu-organ observation (35); the foregoing features are described in fig. 13 and 14.
The device comprises a power supply, a computer and operation screen (2), an abdominal infiltration pump (25), an electronic measurement weighing instrument sensor (19) hook, an abdominal infiltration liquid heating and weighing instrument temperature box (18), an electric conduit clamp (5-1; 5-2; 5-3; 5-4), an abdominal infiltration liquid sterilizer (13), a heating and weighing instrument temperature plate (23), a heating and weighing instrument temperature plate (24), an electronic measurement weighing instrument sensor (11) and a temperature sensor (33) which are uniformly connected with the computer and the operation screen (2) through cables; the above features are depicted in fig. 17.
The operating procedures of the peritoneal dialysis partner are as follows: single-bag peritoneal dialysis: manually switching on a power supply, taking a 2000ml abdominal fluid 4 bag, tearing an outer package, respectively hanging the four bags of abdominal fluid on hooks of an upper electronic measuring scale and a lower electronic measuring scale (19), connecting joints of abdominal fluid bag pipes (21) of four abdominal fluid bags (20) with an abdominal fluid partner four-way pipe joint (22), heating the 4 bags of abdominal fluid in a dry electric heating plate heating constant temperature box (18), adjusting the temperature in the dry electric heating plate heating constant temperature box (18) according to different environmental temperatures and displayed by an abdominal fluid temperature sensor (33), connecting a first end of a three-way guide pipe (6-2) to an abdominal fluid outlet joint (6), connecting a second end of the three-way guide pipe (6-2) with a short pipe (9) on a patient body when the temperature of the four bags of abdominal fluid reaches an acceptable temperature (36.5-37.5 ℃) of the human body, the third end of the three-way conduit (6-2) is connected with the waste liquid barrel (8), the conduits of the three-way conduit (6-2) are respectively arranged in four conduit clamps (5-1; 5-2; 5-3; 5-4), and the flow rate (generally 150 ml/min) of the peritoneal dialysis solution pump (25) is set; opening a peritoneal dialysis short tube (9) on a patient body to enable waste liquid in the abdominal cavity of the patient to flow out from the peritoneal dialysis short tube (9), enter a second end of a three-way tube (6-2), flow through an electric conduit clamp (5-2), flow through the electric conduit clamp (5-3) and the electric conduit clamp (5-4) and flow into a waste liquid barrel (8), when the entering speed of the waste liquid received in the waste liquid barrel (8) is gradually reduced to less than 10ml per minute, an electronic measurement weight sensor (11) transmits information to be detected to a computer and an operation screen (2), the computer and the operation screen (2) judge that the waste liquid in the abdominal cavity is empty, instruct to close the electric conduit clamp (5-3) and the electric conduit clamp (5-4), open the electric conduit clamp (5-1) and the electric conduit clamp (5-2), and start a peritoneal dialysis liquid pump (25), after the green inner blocking rod between the broken peritoneal dialysis solution bag pipe and the peritoneal dialysis solution bag, the peritoneal dialysis solution in the peritoneal dialysis solution bag is made to flow out, then the peritoneal dialysis solution reaches a peritoneal dialysis solution sterilizer (13) through a peritoneal dialysis solution pump (25), then the peritoneal dialysis solution flows out from a peritoneal dialysis solution outlet connector (6), then the peritoneal dialysis solution flows into the abdominal cavity of a patient through an peritoneal dialysis short pipe (9) through an electric catheter clamp (5-1) and an electric catheter clamp (5-2), when the set 2000ml peritoneal dialysis solution flows into the abdominal cavity of the patient, an electronic measuring weighing instrument sensor hook (19) transmits information to a computer and an operation screen (2), the computer and the operation screen (2) instruct the peritoneal dialysis solution pump (25) to stop rotating, a peritoneal dialysis person manually separates the peritoneal dialysis short pipe (9) from the second end of the three-way pipe (6-2), the peritoneal dialysis short pipe (9) connector is screwed and the second end of the three-way pipe (6-2) is screwed with a special sterile cover, after one-time liquid changing operation of the single bag is finished, the patient with the peritoneal dialysis can move freely; when the peritoneal dialysis solution is reserved in the abdominal cavity of the peritoneal dialysis patient for a set time (generally 3-6 hours), the peritoneal dialysis patient performs the second liquid changing operation, the operation process is repeated from the breaking of the green blocking rod in the second bag of peritoneal dialysis solution bag pipe until the breaking of the green blocking rod in the fourth bag of peritoneal dialysis solution bag pipe, the fourth bag of peritoneal dialysis solution is filled into the abdominal cavity of the peritoneal dialysis patient for reservation, and the treatment of one day is finished; the above features are described in the specification with reference to fig. 9, 16 and 17.
Multiple bags of peritoneal dialysis: manually switching on a power supply, taking 2000ml of a 4-bag of peritoneal dialysis solution, tearing an outer package, respectively hanging the four bags of peritoneal dialysis solution on hooks of an upper electronic measuring weighing apparatus (17) and a lower electronic measuring weighing apparatus (17), connecting joint pipes (21) of the peritoneal dialysis solution bags (20) with a four-way joint pipe joint (22) of a peritoneal dialysis partner, heating the 4 bags of peritoneal dialysis solution in a drying electric heating plate heating constant temperature box (18), adjusting the temperature in the drying electric heating plate heating constant temperature box (18) according to different environmental temperatures and displayed by a peritoneal dialysis solution temperature sensor (33), breaking a green inner blocking rod between the four bags of peritoneal dialysis solution bags and the peritoneal dialysis solution bags when the temperature of the four bags of peritoneal dialysis solution reaches an acceptable temperature (36.5-37.5 ℃) of a human body, connecting a first end of a three-way guide pipe (6-2) on an peritoneal dialysis solution outlet joint (6), connecting a second end of the three-way guide pipe (6-2) with a peritoneal dialysis short pipe (9) on the body of a patient, the third end of the three-way conduit (6-2) is connected with a waste liquid barrel (8), the conduit part of the three-way conduit (6-2) is respectively arranged in four electric conduit clamps (5-1; 5-2; 5-3; 5-4), the flow rate (generally 150 ml/min) of an peritoneal dialysis fluid pump (25) is set, the peritoneal dialysis patient adopts a flat lying position and a sitting position, an peritoneal dialysis short tube (9) on the peritoneal dialysis patient is opened, waste liquid in the abdominal cavity of the patient flows out from the peritoneal dialysis short tube (9), enters the second end of the three-way conduit (6-2), flows through the electric conduit clamps (5-2) and then flows through the electric conduit clamps (5-3) and the electric conduit clamps (5-4) and flows into the waste liquid barrel (8), and when the flow speed of the waste liquid received in the waste liquid barrel is gradually reduced to less than 10ml per minute, information to be detected by the electronic measurement weight sensor (11) is transmitted to a computer and an operation screen (2), the computer and the operation screen (2) judge that the waste liquid in the abdominal cavity is empty, instruct to close the electric conduit clamp (5-3) and the electric conduit clamp (5-4), open the electric conduit clamp (5-1) and the electric conduit clamp (5-2), start the peritoneal dialysis pump (25), after the green inner blocking rod between the broken peritoneal dialysis bag and the peritoneal dialysis bag pipe, the peritoneal dialysis liquid in the peritoneal dialysis bag flows out, reaches the peritoneal dialysis sterilizer (13) through the peritoneal dialysis pump (25), flows out from the peritoneal dialysis liquid outlet joint (6), flows into the abdominal cavity of the patient through the electric conduit clamp (5-1) and the electric conduit clamp (5-2) and then flows into the abdominal cavity of the patient through the peritoneal dialysis short pipe (9), when the set 2000ml peritoneal dialysis liquid flows into the abdominal cavity of the patient, the electronic measurement weighing instrument sensor (19) transmits information to the computer and the operation screen (2), and the computer and the operation screen (2) instruct the peritoneal dialysis pump (25) to stop rotating, the peritoneal dialysis solution filled into the peritoneal cavity of the peritoneal dialysis patient enters the retention time for dialysis, the peritoneal dialysis patient can sleep and rest, and the retention time of the peritoneal dialysis solution retained in the peritoneal cavity of the peritoneal dialysis patient is set according to the medical advice and is generally 2.5-3.0 hours;
when the first bag of peritoneal dialysis solution is kept in the abdominal cavity, the computer and the operation screen (2) instruct the electric conduit clamp (5-4) and the electric conduit clamp (5-3) to be opened, the waste liquid in the abdominal cavity of a peritoneal dialysis patient flows out through the peritoneal dialysis short tube (9), flows into the three-way tube (6-2) through the electric conduit clamp (5-3), flows into the waste liquid barrel (8) through the third end conduit of the three-way tube (6-2), when the electronic measurement weight sensor (11) below the waste liquid barrel (8) senses that the inflow speed of the waste liquid received by the waste liquid barrel is gradually slowed to be less than 10ml per minute, the electronic measurement weight sensor (11) transmits the information to be detected to the computer and the operation screen (2), the computer and the operation screen (2) instruct the electric conduit clamp (5-4) and the electric conduit clamp (5-3) to be closed, instruct the electric conduit clamp (5-1) and the electric conduit clamp (5-2) to be opened, the peritoneal dialysis solution pump (23) is started, the second bag of peritoneal dialysis solution passes through the peritoneal dialysis solution bag (20), flows through the peritoneal dialysis mate four-way pipe joint (21), passes through the peritoneal dialysis solution pump (25), reaches the peritoneal dialysis solution sterilizer (13), passes through the peritoneal dialysis solution sterilizer (13), flows out from the peritoneal dialysis solution outlet joint (6), enters the first end of the three-way pipe (6-2), flows to the peritoneal dialysis short pipe (9) through the electric conduit clamp (5-2), and then flows into the peritoneal cavity of the peritoneal dialysis patient, when the information sensed by the electronic measuring weighing instrument (19) is transmitted to the computer and the operation screen (2), the computer and the operation screen (2) judge that the peritoneal dialysis solution with the preset amount of 2000ml is filled into the peritoneal cavity, the computer and the operation screen (2) instruct the peritoneal dialysis solution pump (25) to close and stop rotating until the peritoneal dialysis solution stays in the peritoneal cavity for the preset dialysis time, the next cycle is carried out, when the fourth bag of the peritoneal dialysis solution is filled into the abdominal cavity, the computer and the operation screen (2) instruct to prompt the end of the treatment, and the fourth bag of the peritoneal dialysis solution is kept in the abdominal cavity; the above features are described in the specification with reference to fig. 9, 12, 16 and 17.
Continuous peritoneal dialysis: when patients suffering from drug poisoning, severe pancreatitis and the like need 24 hours or more than 24 hours for continuous rescue treatment, the continuous peritoneal dialysis procedure can be adopted for peritoneal dialysis, and the procedure is as follows: firstly, a multi-bag peritoneal dialysis procedure is used, when four bags of peritoneal dialysis solutions of the multi-bag peritoneal dialysis procedure are used up, immediately under the aseptic operation, the four bags of peritoneal dialysis solutions (20) are hung on a hook of an electronic measuring weighing instrument sensor (19) again, a peritoneal dialysis solution bag pipe (21) is connected with a peritoneal dialysis mate four-way pipe joint (22) to continue peritoneal dialysis, if eight bags of peritoneal dialysis solutions still cannot meet the treatment requirement, four bags are added according to the state of an illness, and the treatment is continuously maintained until the rescue treatment purpose is achieved; the above features are described in fig. 9, 12, 16, 17.
The present invention may also be embodied as: during the execution process of each treatment program of single-bag peritoneal dialysis, multi-bag peritoneal dialysis and continuous peritoneal dialysis, according to the specific needs of a peritoneal dialysis person, a male loudspeaker (3) and a female loudspeaker (4) are designed to synthesize voice, so as to prompt each important peritoneal dialysis operation step and notice with voice, and help medical staff and the peritoneal dialysis person to carry out standardized peritoneal dialysis liquid changing operation according to medical requirements, wherein the characteristics are described in the attached figure 17 of the specification.
Description of the figures
FIG. 1 is a front view of a prototype of the invention without power on.
Fig. 2 shows the relationship between the three-way pipe (6-2) of the peritoneal dialysis partner and the outlet (6) of the peritoneal dialysis solution, the peritoneal dialysis short pipe (9) and the waste liquid barrel (8).
Figure 3 is a right side view of the peritoneal dialysis partner.
Figure 4 is a left side view of a peritoneal dialysis partner.
Figure 5 shows the right side of the peritoneal dialysis partner where the peritoneal dialysis solution sterilizer is installed.
Fig. 6 is an internal structure of a peritoneal dialysis partner peritoneal dialysis solution sterilizer.
Figure 7 is a dorsal view of a peritoneal dialysis companion prototype.
Fig. 8 is the back side open state of the peritoneal dialysis companion model machine, and shows the internal structure of the drying electrothermal heating constant temperature box.
Fig. 9 shows the state of the inside of the back of the peritoneal dialysis partner, and the connection relationship between the peritoneal dialysis solution bag (20) and the peritoneal dialysis solution bag tube (21) and the peritoneal dialysis partner four-way pipe joint (22).
Fig. 10 is an electrothermal heating plate on the left side surface inside the peritoneal dialysis companion drying electrothermal heating constant temperature box.
Fig. 11 is an electrothermal heating plate on the right side surface inside the peritoneal dialysis companion drying electrothermal heating constant temperature box.
Fig. 12 is a perspective view of a peritoneal dialysis companion computer and operating screen, touch screen display and operating system.
Figure 13 is a front view of a peritoneal dialysis partner prototype.
Fig. 14 is a front view of the abdomen penetrating partner model.
Fig. 15 shows the relationship between the peritoneal dialysis partner peritoneal dialysis solution pump (25), peritoneal dialysis solution sterilizer (13), electronic measurement scale sensor (19), peritoneal dialysis solution bag (20), and peritoneal dialysis solution bag tube (21) connected to peritoneal dialysis partner four-way tube connector (22).
Fig. 16 is a schematic diagram of the complete machine of the peritoneal dialysis partner.
Fig. 17 is an overall view of a trans-abdominal companion cable connection system and master control system.
Sixth, detailed description of the invention
As shown in fig. 1-17, the main original parts for preparing the peritoneal dialysis partner include: 1. the whole machine frame, 2, the top cover of the peritoneal dialysis companion machine, 3, the computer display screen, 4, the peritoneal dialysis liquid pump, 5, the peritoneal dialysis liquid sterilizer, 6, four electric conduit clamps, 7, six peritoneal dialysis liquid drainage special joints, 8, 2 electronic weight sensors, 9, 4 heating constant temperature plates, 10, 2 weight sensor sliding plates, 11, 2 weight sensor hooks, 12, 1 four-way conduit, 13, a three-way pipe and a matched conduit, 14, 1 peritoneal dialysis liquid outlet special joint, 15, 1 peritoneal dialysis liquid outlet special joint protective cover, 16, 1 waste liquid barrel, 17, 1 peritoneal dialysis companion base, 18, 4 universal wheels, 19, 1 electronic temperature sensor display instrument, 20, wires, cables, bolts, nuts, clamps, fixers, electronic components, padding and insulating anti-leakage materials and the like required by the connection of a computer and each part, after preparing the original accessories, the peritoneal dialysis complete machine is assembled, and the complete debugging is completed, so that the peritoneal dialysis complete machine can be used for clinical trial. The operation was performed in single-bag, multi-bag and continuous modes.
Seventh, the invention has the positive effects
Compared with the background technology, the invention has the positive effects that: 1. sterilizing the peritoneal dialysis solution entering the abdominal cavity every time to ensure that the peritoneal dialysis partner has the function of preventing abdominal cavity infection; 2. the peritoneal dialysis solution changing operation is visual, simple and convenient and is easier to master; 3. compared with the product design in the background technology, the product cost performance is improved; 4. accumulating the weight of the peritoneal dialysis solution changed every bag and the weight of the discharged waste liquid in real time, calculating the ultrafiltration volume and displaying the ultrafiltration volume on a computer screen to prompt a patient; 5. the peritoneal dialysis pump is used for controlling the liquid flow of the peritoneal dialysis solution filled into the peritoneal cavity, so that the flow speed can be accurately controlled, and the abdominal pain caused by over-speed can be prevented; 6. the joint of the connecting pipe is operated under the ultraviolet light-focusing lampshade when the peritoneal dialysis solution is replaced, so that the pollution during operation can be prevented; 7. the peritoneal dialysis solution contains glucose, and the data introduces that the glucose has the biological effect of absorbing ultraviolet rays and is beneficial to the health of human bodies; 8. the transfusion bracket is not used in medical institutions or at home; 9. adjusting the temperature of the peritoneal dialysis solution in real time according to the temperature change of the four seasons to make the peritoneal dialysis patients feel appropriate; 10. can be pushed to a required place according to the requirement; 11. the operation of the peritoneal dialysis patient is prompted and guided by the images and the sounds of the male and the female respectively, the matters in the process of changing the liquid are noticed, and the functions of the peritoneal dialysis partner and the peritoneal dialysis director are fulfilled.