CN104958796A

CN104958796A - Peritoneal dialysis device

Info

Publication number: CN104958796A
Application number: CN201510460428.9A
Authority: CN
Inventors: 彭罗民; 陈文�
Original assignee: CHENG YUYUN
Current assignee: CHENG YUYUN
Priority date: 2015-07-31
Filing date: 2015-07-31
Publication date: 2015-10-07
Also published as: CN106139287B; CN106139287A

Abstract

The invention discloses a peritoneal dialysis device which is a medical intelligent peritoneal dialysis device capable of preventing abdominal infection. The peritoneal dialysis device has the intelligent functions of continuous ambulatory peritoneal dialysis (CAPD) and continuous cyclic peritoneal dialysis (CCPD) and is mainly used for treating acute or chronic renal failure, uremia and severe pancreatitis. The peritoneal dialysis device is composed of a basic framework structure, automatic control system hardware, an integrated device external operation component, a CAPD peritoneal diaiysis fluid circulation catheter connection scheme, a CCPD peritoneal diaiysis fluid catheter connection scheme and automatic control programs for a peritoneal diaiysis fluid supply process, automatic control circulation, data display, ultraviolet disinfection, warming, constant temperature keeping, infusing and discharging.

Description

The saturating companion of abdomen

One, technical field

The saturating companion of abdomen is a kind of abbreviation of intelligent peritoneal dialysis unit of medical innovative design.The present invention relates to a kind of armarium, particularly a kind of for acute kidney injury (AKI), acute renal failure (ARF), severe pancreatitis (SAP), chronic kidney hypofunction (CRF), uremia (Uremia), multiple organ dysfunction syndrome companion's renal failure (MOF and RF), drug intoxication, fish bile poisoning, mushroom poisonings etc. carry out treating, rescuing, the armarium of the artificial kidney alternative medicine sustained life.The present invention has the effect of prevention peritoneal dialysis Related peritonitis.Chronic kidney hypofunction Uraemia in telophase patient, application peritoneal dialysis is a kind of alternative medicine of long term maintenance life, and the concurrent abdominal cavity infection of peritoneal dialysis is still global problem at present.The saturating person of long-term maintenance abdomen, great majority are middle-aged and elderly people, the saturating person of China's person in middle and old age's abdomen, because relatives can not accompany at one's side for a long time, maintain the saturating Chang Buneng of abdomen voluntarily and obtain due humanistic care and life treatment, make the saturating person of maintenance abdomen safeguard that Self-operating has certain difficulty for a long time.The present invention has two covers treatment operation schemes, one be continue not bed property peritoneal dialysis (ContinuousAmbulatory Pritoneal Dialysis, CAPD) can by medical worker, sufferers themselves or relatives help through treatment and operate.Two is continuous cycle type peritoneal dialysis (Continuous Circulating PretonealDialysis, CCPD), and application the present invention not only can make above-mentioned two kinds for the treatment of operations simplify, also can prevent abdominal cavity infection, and all can use in medical institutions and patient family.

Two, background technology

The history of peritoneal dialysis technology began one's study from 1886 and carries out zoopery, and nineteen twenty-three is applied to clinical, and 40 ~ fifties of 20th century is with scattered state, and for acute drugs poisoning, acute renal failure is applied to and clinically carries out rescue treatment.The sixties in 20th century, Tenchoff invented the peritoneal dialysis catheter of band terylene cover (cuff), and peritoneal dialysis is entered can carry out maintenance treatment for chronic kidney hypofunction, uremic patient for a long time.1976 of 20th century, popovich improves the packaged form of peritoneal dialysis liquid, changes soft plastic bag packing peritoneal dialysis solution into by original bottling liquid, the process of peritoneal dialysis is simplified widely, can accomplish carry-on dialysis.The nineties in 20th century, the empty bag of packaging bag and a dress waste liquid that peritoneal dialysis solution packaging and catheter connection device are further developed into a dress dialysis solution is connected, be called duplex-bag guard system, make the further judicial convenience of the operation of peritoneal dialysis, the quantity of whole world patients undergoing peritoneal dialysis increases greatly, and therapeutic effect has and improves significantly, but, the concurrent abdominal cavity infection of peritoneal dialysis, does not have solution or armarium satisfactorily all the time.Although existing multiple automated peritoneal dialysis machine comes out, do not have a kind of operation satisfactory, and fully can not reach the object of prevention abdominal cavity infection, therefore penetration and promotion is not extensive.Abdominal cavity infection, the sickness rate of peritonitis remains global nephropathy, worried event faced by blood purification medical personnel has to also is that numerous patients undergoing peritoneal dialysis has to exit peritoneal dialysis, or changes hemodialysis into or cause dead awkward final result because of peritonitis.Current peritoneal dialysis duplex-bag has the U.S. hundred special, the product of the long good fortune in Shanghai and green hill, Chengdu three company.The product structure that automatic peritoneal dialysis machine goes on the market in the recent period is owed rationally, to operate loaded down with trivial details, and do not prevent the design of abdominal cavity infection.It is mixed and disorderly that Jilin steps the automatic peritoneal dialysis machine conduit connection systems reached, and excretory duct does not have anti-pollution design, and user is without safe ready sense.Why lower China's peritoneal dialysis popularity rate is, and one is that Allocation of Medical Resources rate is limited, and region is uneven; Two is limitation that medical skill is grasped; Three is that the incidence rate of Peritoneal Dialysis Complicating Peritonitis is high makes considerable medical skill executor there is thought of being afraid of difficulty; Four be considerable time since this professional academic technical ability promotion efficiency limited; Five is that the operation of peritoneal dialysis prior art itself still exists shortcoming.According to data introduction: " provinces and cities of China 13 more than 18 years old population stratification randomly draws 50550 people, investigates 47204 people, and the total prevalence rate of chronic kidney disease (CKD) is 10.8%; Calculate according to population in 2009, about there are 1.2 hundred million CKD patients in China, but wherein only has the people of 12.5% to know oneself to suffer from CKD, the report of comprehensive countries in the world, and the prevalence of CKD is about 10% ~ 14% ".

Three, the object of invention

Object of the present invention, one is to reduce concurrent abdominal cavity infection, peritonitis in peritoneal dialysis; Two is peritoneal dialysis will be made to operate simplify further; Three is will provide therapy apparatus meeting for more patient.Why lower China's peritoneal dialysis popularity rate is, and one is limited with Allocation of Medical Resources rate, and region inequality is relevant; Two is limitation that Medical Technology is grasped; Three is that the incidence rate of Peritoneal Dialysis Complicating Peritonitis is high makes considerable medical skill executor there is thought of being afraid of difficulty; Four be considerable time since this professional academic technical ability promotion efficiency limited; Five is peritoneal dialysis prior art equipment still existing defects itself.Object of the present invention, exactly for solving the equipment and technological innovation design that defect that peritoneal dialysis technology and equipment self exists makes.The present invention simplifies peritoneal dialysis device technical operation for reaching; Two is improve equipment and technology cost performance; Three is prevent to reduce abdominal cavity infection incidence rate; Finally reach and make peritoneal dialysis technology further genralrlization, make more patients benefit, for patient benefits.

Four, the content of invention

The present invention is a kind of intelligent peritoneal dialysis unit of innovative design, is called for short the saturating companion of abdomen.The saturating companion of abdomen is mainly used in for acute injury of kidney, acute renal failure, chronic kidney hypofunction, uremia, medicine and toxic poisoning, severe pancreatitis etc. carry out continuing not bed property peritoneal dialysis (CAPD), in the daytime treat with continuous cycle type peritoneal dialysis at night (CCPD), can conventionally in medical institutions use, rescue use, the peritoneal dialysis armarium that also can be used at home by patient or relatives in patient family, the present invention realizes like this, it is characterized in that: the saturating companion of abdomen is by the saturating companion's basic frame structure of abdomen and automatic control system hardware, single unit system external operating unit, continue not bed property peritoneal dialysis (CAPD) peritoneal dialysis liquid circulation conduit connection scheme, continuous cycle type peritoneal dialysis (CCPA) peritoneal dialysis liquid tubes connection scheme, peritoneal dialysis liquid feed flow flow process, the automatic controlled circulation of computer, data show, and disinfection by ultraviolet light, weighing apparatus temperature of heating, pour into abdominal cavity, discharge control system operation sequence form from abdominal cavity, the basic frame structure of the saturating companion of abdomen and automatic control system hardware are by top cover (1), hands is had to grab push-and-pull hole (2) at the right and left of top cover (1), the first electronics pan of a steelyard (3) at the pars intermedia of top cover (1), what be connected with the first electronics pan of a steelyard (3) is electronic weight sensor (4), the below of top cover (1) is connected with four pillars (5), plane of structure dividing plate (6) is arranged at the top of four pillars (5), there is diaphragm plate (7) at the middle part of four pillars (5), the bottom of four pillars (5) is connected with chassis (8), being connected with electronic weight sensor (9) above of chassis (8), the top of electronic weight sensor (9) is connected with the second electronics pan of a steelyard (10), the bottom on chassis (8), be connected with four universal wheels (11), on top plane of structure dividing plate (6) of four pillars (5), host computer (12) and display (13) are installed, on middle part plane of structure dividing plate (7) of four pillars (5), peritoneal dialysis liquid is installed to heat thermostat (14), heater (15) and Warm water circulation pump (16), also has peritoneal dialysis liquid pump (17), the outer peritoneal dialysis liquid pipe joint of machine is connected the outer lower side of top in plane of structure dividing plate (6) that cover ultraviolet disinfecting (18) is positioned at four pillars (5), outer sewer pipe dovetail connector cover ultraviolet disinfection lamp (19) of machine is positioned at the below at middle part plane of structure dividing plate (7) of four pillars (5), ultraviolet disinfection lamp (20) in the temporary storage container of waste liquid (64) is positioned at the top of the temporary storage container of waste liquid (64), peritoneal dialysis liquid ultraviolet disinfection lamp (21) is positioned at the below on top plane of structure dividing plate (6) of four pillars (5), joint current line (22) and electronic weight sensor (4), weight sensor (9), the outer peritoneal dialysis liquid pipe joint of first machine is connected cover ultraviolet disinfecting (18), outer sewer pipe dovetail connector cover ultraviolet disinfection lamp (19) of second machine, ultraviolet disinfection lamp (20) in the temporary storage container of waste liquid (64), peritoneal dialysis liquid ultraviolet disinfection lamp (21), peritoneal dialysis liquid is heated thermostat (14), heater (15), Warm water circulation pump (16), peritoneal dialysis liquid pump (17), waste liquid drainage pump (23) is all connected, come together in joint current line (22) to be connected in host computer (12) with display (13) again, form the saturating companion's basic frame structure of abdomen and automatic control system hardware, single unit system external operating unit is the top being positioned at complete machine by the display screen of computer monitor with touch manner operation interface (24), display screen touch interface (24) on display (13), start rear interface (24) shows power knob (25), peritoneal dialysis liquid pump (17), peritoneal dialysis liquid perfusion display window (26), dialysis time display window (27), peritoneal dialysis liquid bag perfusion Residual liquid display window (28), disinfection by ultraviolet light display window (29), peritoneal dialysis liquid temperature display device (30), flow rate of liquid ml/ sub-display window (31), waste liquid total amount and ultrafiltration volume display window (32), discharge opeing display (33), discharging of waste liquid display window (34), power-off button (35) all shows on the touchscreen, all operate with touch manner on display touch screen, in the front central panel of complete machine, there is disinfection by ultraviolet light observation window (36), there is UV-sterilization lampshade tee pipe coupling window (37) below, side is provided with three electrical clip (38-1, 38-2, 38-3), be provided with UV-sterilization lampshade (39) first peritoneal dialysis liquid drainage tube joint (40) in the middle part of the left side of complete machine, side is two electrical clip (41-1, 41-2), electronic-weighing quantity sensor and hook (42-1) are installed in the left side of complete machine bottom, right side is provided with electronic-weighing quantity sensor and hook (42-2), second peritoneal dialysis liquid drainage tube joint (43), waste liquid excretion drainage tube joint (44), each parts form integral outer functional unit and the computer contact screen operation interface of the saturating companion of abdomen above, and above feature is described in accompanying drawing 1 ~ 2,

What the saturating companion of abdomen of the present invention possessed continues not bed property peritoneal dialysis (CAPD) peritoneal dialysis liquid circulation conduit connection scheme is by peritoneal dialysis liquid bag (45), with peritoneal dialysis liquid bag (45) bond be connected to a fixed have peritoneal dialysis liquid bag chemical feed pipe (46), bond with peritoneal dialysis liquid bag (45) first paragraph peritoneal dialysis liquid drainage tube (47) in addition that be connected to a fixed, first paragraph peritoneal dialysis liquid drainage tube (47) is connected with the first peritoneal dialysis liquid drainage tube joint (40) through peritoneal dialysis liquid drainage tube first conduit electrical clip (38-1), first peritoneal dialysis liquid drainage tube joint (40) is connected with quartz glass solenoid inlet termination head tube (48), through quartz glass serpentine pipe (49), be connected with the port of export junction block (50) of quartz glass serpentine pipe (49), the heat arrival end junction block (51) of thermostat (52) of quartz glass serpentine pipe (49) port of export junction block (50) and peritoneal dialysis liquid is connected, be connected through peritoneal dialysis liquid the heat port of export junction block (53) of thermostat (52) of thermostat (52) and peritoneal dialysis liquid of heating, the other end of the second segment peritoneal dialysis liquid drainage tube (54) that the port of export junction block (53) of heating thermostat (52) with peritoneal dialysis liquid is connected is connected with the machine inner contact pipe of the second disinfection by ultraviolet light adapter (55), be connected with the second peritoneal dialysis liquid drainage tube joint (43) outside machine by the second disinfection by ultraviolet light adapter (55), the second peritoneal dialysis liquid flow sub pipe (43) outside machine is connected with the 3rd section of peritoneal dialysis liquid drainage tube (56), 3rd section of peritoneal dialysis liquid drainage tube (56) is connected with the first end (57-1) of peritoneal dialysis liquid drain tee T (57), the second end (57-2) through peritoneal dialysis liquid drain tee T (57) is connected with the saturating pipe external short tube (58) of abdomen, the saturating pipe extension tube attached (58) of abdomen is connected with peritoneal dialysis catheter (59), 3rd end (57-3) of peritoneal dialysis liquid drain tee T (57) is connected with the saturating sewer pipe of abdomen (60), the saturating sewer pipe of abdomen (60) and waste liquid are drained drainage tube joint (44) and are connected, waste liquid excretion drainage tube joint (44) is connected with waste liquid excretory duct machine inner segment (61), waste liquid excretory duct machine inner segment (61) is connected with the temporary storage container of waste liquid (62), the bottom of the temporary storage container of waste liquid (62) is designed with porus excretorius joint (63), porus excretorius joint (63) is connected with excretory duct (64), excretory duct (64) is connected with valve (65), excretory duct (64) is connected with waste liquid drainage pump (23), waste liquid drainage pump (23) is connected with waste liquid discharging tube (66), form CAPD peritoneal dialysis liquid circulation conduit connection scheme, above feature describes in accompanying drawing 3 ~ 6,

The peritoneal dialysis liquid circulation conduit connection scheme of the continuous cycle type peritoneal dialysis (CCPD) that the saturating companion of abdomen of the present invention possesses is by the first peritoneal dialysis liquid bag (67), first peritoneal dialysis liquid bag (67) is adhesively fixed with peritoneal dialysis liquid bag chemical feed pipe (68) and first bag of peritoneal dialysis liquid drainage tube (69), and first bag of peritoneal dialysis liquid drainage tube (69) is connected with four-way pipe (70) through peritoneal dialysis liquid drainage tube first conduit electrical clip (38-1);

Second peritoneal dialysis liquid bag (71) is also adhesively fixed with peritoneal dialysis liquid chemical feed pipe (72) and second bag of peritoneal dialysis liquid drainage tube (73), second bag of peritoneal dialysis liquid drainage tube (73), through the second conduit electrical clip (38-2), is connected with four-way pipe (70);

3rd peritoneal dialysis liquid bag (74) is adhesively fixed with equally peritoneal dialysis liquid chemical feed pipe (75) and the 3rd bag of peritoneal dialysis liquid drainage tube (76), the 3rd bag of peritoneal dialysis liquid drainage tube is connected with four-way pipe (70) through the 3rd conduit electrical clip (38-3) through (76);

Four-way pipe (70) and four-way pipe converge the one end of managing (77) and are connected, the other end that four-way pipe converges pipe (77) is connected with the first peritoneal dialysis liquid drainage tube joint (40), first peritoneal dialysis liquid drainage tube joint (40) is connected with quartz glass solenoid inlet termination head tube (48), through quartz glass serpentine pipe (49), be connected with quartz glass serpentine pipe port of export junction block (51), quartz glass serpentine pipe port of export junction block (51) and peritoneal dialysis liquid thermostat (52) arrival end junction block (51) of heating is connected, be connected through peritoneal dialysis liquid the heat port of export junction block (53) of thermostat (52) of thermostat (52) and peritoneal dialysis liquid of heating, the other end of the second segment peritoneal dialysis liquid drainage tube (54) that the port of export junction block (53) of heating thermostat (52) with peritoneal dialysis liquid is connected, be connected with the machine inner contact pipe of the second disinfection by ultraviolet light adapter (55), be connected with the second peritoneal dialysis liquid drainage tube joint (43) outside machine by the second disinfection by ultraviolet light adapter (55), the second peritoneal dialysis liquid flow sub pipe (43) outside machine is connected with the 3rd section of peritoneal dialysis liquid drainage tube (56), 3rd section of peritoneal dialysis liquid drainage tube (56) is connected with the first end (57-1) of peritoneal dialysis liquid drain tee T (57), the second end (57-2) through peritoneal dialysis liquid drain tee T (57) is connected with the saturating pipe external short tube (58) of abdomen, the saturating pipe extension tube attached (58) of abdomen is connected with peritoneal dialysis catheter (59), 3rd end (57-3) of peritoneal dialysis liquid drain tee T (57) is connected with the saturating sewer pipe of abdomen (60), the saturating sewer pipe of abdomen (60) and waste liquid are drained drainage tube joint (44) and are connected, waste liquid excretion drainage tube joint (44) is connected with waste liquid excretory duct machine inner segment (61), waste liquid excretory duct machine inner segment (61) is connected with the temporary storage container of waste liquid (62), the bottom of the temporary storage container of waste liquid (62) is designed with porus excretorius joint (63), porus excretorius joint (63) is connected with excretory duct (64), excretory duct (64) is connected with valve (65), excretory duct is connected with waste liquid drainage pump (23), waste liquid drainage pump (23) is connected with waste liquid discharging tube (66), form CCPD peritoneal dialysis liquid circulation conduit connection scheme, above feature is described in accompanying drawing 7 ~ 9,

What the saturating companion of abdomen of the present invention possessed continues not bed property peritoneal dialysis (CAPD) peritoneal dialysis liquid flow process, the automatic controlled circulation of computer, data show, disinfection by ultraviolet light, weighing apparatus of heating is warm, pour into abdominal cavity, the program option of discharging control system from abdominal cavity is: open the saturating companion's power supply of abdomen, equipment carries out self-inspection, display (13) the display work picture of computer (12) is on touch screen (24), peritoneal dialysis liquid pump (17), peritoneal dialysis liquid perfusion display window (26), dialysis time display window (27), peritoneal dialysis liquid bag perfusion Residual liquid display window (28), disinfection by ultraviolet light display window (29), peritoneal dialysis liquid temperature display device (30), flow rate of liquid ml/ sub-display window (31), waste liquid total amount and ultrafiltration volume display window (32), discharge opeing display (33), discharging of waste liquid display window (34), power-off button (35) is all presented on touch screen (24), the saturating companion of abdomen carries out self-inspection, point out when self-inspection is finished normal and can normally use, namely self-inspection is complete in which kind of fault of the upper display of computer (12) display (13) can safeguard if any fault, when self-inspection is normal, namely the saturating companion of abdomen enters normal operating conditions,

According to the sex of user, male's head portrait picture is shown on the touchscreen during pressing sex selection key (24-1), women's head portrait picture is shown on the touchscreen during pressing sex selection key (24-2), eye, the mouth of head portrait are movable, send Chinese or English sound, described words and phrases content is the special supporting statement helping abdomen saturating person operation, and the saturating patient of prompting abdomen correctly operates according to CAPD operating procedure, sex selection key (24-1; 24-2) video tone prompting apparatus is assembled in machine, opens after the saturating companion's power supply of abdomen enters normal operating conditions and shows;

Peritoneal dialysis liquid bag (45) is placed on electronics pan of a steelyard (3), first bag of peritoneal dialysis liquid drainage tube (47) is inserted in the first conduit electrical clip (38-1), be connected with the first peritoneal dialysis liquid drainage tube joint (40), the first end (57-1) of peritoneal dialysis liquid drain tee T (57) is connected with the second peritoneal dialysis liquid flow sub pipe (43), saturating to second end (57-2) of peritoneal dialysis liquid drain tee T (57) and abdomen pipe external short tube (58) is connected, 3rd end (57-3) of peritoneal dialysis liquid drain tee T (57) is connected with the saturating sewer pipe of abdomen (60), the other end of saturating for abdomen sewer pipe (60) and waste liquid are drained drainage tube joint (44) be connected, manual open abdomen saturating pipe external short tube switch, utilize atmospheric pressure, the principle of centrifugal force and dropping place difference, make the waste liquid in abdominal cavity from peritoneal dialysis catheter (59) to the saturating sewer pipe of abdomen (60) again to waste liquid excretion drainage tube joint (44), enter waste liquid excretory duct machine inner segment (61), flow into the temporary storage container of waste liquid (62) again, after the waste liquid in abdominal cavity is emptying, on touch screen (24), start peritoneal dialysis liquid pump (17), peritoneal dialysis liquid in peritoneal dialysis liquid bag (45), first bag of peritoneal dialysis liquid drainage tube (47) is flow into from peritoneal dialysis liquid bag (45), through the first conduit electrical clip (38-1) to the first peritoneal dialysis liquid drainage tube joint (40), through the first peritoneal dialysis liquid drainage tube joint (40) to quartz glass solenoid inlet termination head tube (48), through through quartz glass serpentine pipe (49), to heat thermostat (52) to peritoneal dialysis liquid, to heat through peritoneal dialysis liquid the port of export junction block (53) of thermostat (52), to second segment peritoneal dialysis liquid drainage tube (54), by the second peritoneal dialysis liquid drainage tube joint (43) outside the second disinfection by ultraviolet light adapter (55) to machine, through the second peritoneal dialysis liquid drainage tube joint (43), the first end (57-1) of peritoneal dialysis liquid drain tee T (57) is entered to the 3rd section of peritoneal dialysis liquid drainage tube (56), flow through peritoneal dialysis external short tube (58), abdominal cavity is flowed into through peritoneal dialysis catheter (59), peritoneal dialysis liquid liquid air in peritoneal dialysis liquid bag (45), peritoneal dialysis liquid pump (17) stops automatically, by hand peritoneal dialysis external short tube (58) and peritoneal dialysis liquid drain tee T first end (57-1) are separated, iodide-containing cap on peritoneal dialysis external short tube (58) connector cover, sterile tube lid is connected at peritoneal dialysis liquid drain tee T first end (57-1), terminate a CAPD and change liquid operation, can be freely movable, above program is repeated when again changing liquid, above feature is described in accompanying drawing 3 ~ 6,

Continuous cycle type peritoneal dialysis (CCPD) the peritoneal dialysis liquid flow process that the saturating companion of abdomen of the present invention possesses, the automatic controlled circulation of computer, data show, disinfection by ultraviolet light, weighing apparatus of heating is warm, pour into abdominal cavity, the program option of discharging control system from abdominal cavity is: open the saturating companion's power supply of abdomen, equipment carries out self-inspection, computer (12) display (13) display work picture is on touch screen (24), peritoneal dialysis liquid pump (17), peritoneal dialysis liquid perfusion display window (26), dialysis time display window (27), peritoneal dialysis liquid bag perfusion Residual liquid display window (28), disinfection by ultraviolet light display window (29), peritoneal dialysis liquid temperature display device (30), flow rate of liquid ml/ sub-display window (31), waste liquid total amount and ultrafiltration volume display window (32), discharge opeing display window (33), discharging of waste liquid display window (34), power-off button (35) all shows on the touchscreen, the saturating companion of abdomen carries out self-inspection and finishes, point out time normal and can normally use, which kind of namely in the upper display of the display of computer (12) (13) fault can safeguard if any fault, when self-inspection is normal, namely the saturating companion of abdomen enters normal operating conditions,

According to the sex of the saturating person of abdomen, male's head portrait picture is shown on the touchscreen during pressing sex selection key (24-1), women's head portrait picture is shown on the touchscreen during pressing sex selection key (24-2), eye, the mouth of head portrait are movable, send Chinese or English sound, described words and phrases content is the special supporting statement helping abdomen saturating person operation, and the saturating patient of prompting abdomen correctly operates according to CCPD operating procedure, sex selection key (24-1; 24-2) video tone prompting apparatus is assembled in machine, opens after the saturating companion's power supply of abdomen enters normal operating conditions and shows;

First peritoneal dialysis liquid bag (67) is placed on electronics pan of a steelyard (3), the the first peritoneal dialysis liquid drainage tube (69) be connected with the first peritoneal dialysis liquid bag (67) Binder Phase, be connected with four-way pipe (70) through peritoneal dialysis liquid drainage tube first conduit electrical clip (38-1);

Second peritoneal dialysis liquid bag (71) is suspended on left side electronic-weighing quantity sensor and hook (42-1), the second peritoneal dialysis liquid drainage tube (73) is connected with four-way pipe (70) through the second conduit electrical clip (38-2);

3rd peritoneal dialysis liquid bag (74) is suspended on right side electronic-weighing quantity sensor and hook (42-2), the 3rd peritoneal dialysis liquid drainage tube (76) is connected with four-way pipe (70) through the 3rd conduit electrical clip (38-3);

Four-way pipe (70) and four-way converge the side of managing (77) and are connected, the other end that four-way converges pipe (77) is connected with the first peritoneal dialysis liquid drainage tube joint (40), first peritoneal dialysis liquid drainage tube joint (40) is connected with quartz glass solenoid inlet termination head tube (48), be connected with quartz glass serpentine pipe port of export junction block (50) through quartz glass serpentine pipe (49), quartz glass serpentine pipe port of export junction block (50) and peritoneal dialysis liquid thermostat arrival end junction block (51) of heating is connected, be connected through peritoneal dialysis liquid the heat port of export junction block (53) of thermostat (52) of thermostat (52) and peritoneal dialysis liquid of heating, the second segment peritoneal dialysis liquid drainage tube (54) that another port of export junction block (53) of heating thermostat (52) with peritoneal dialysis liquid is connected, be connected with the machine inner contact pipe of the second disinfection by ultraviolet light adapter (55), be connected with the second peritoneal dialysis liquid drainage tube joint (43) outside machine by the second disinfection by ultraviolet light adapter (55), the second peritoneal dialysis liquid flow sub pipe (43) outside machine is connected with one end of the 3rd section of peritoneal dialysis liquid drainage tube (56), the other end of the 3rd section of peritoneal dialysis liquid drainage tube (56) is connected with the first end (57-1) of peritoneal dialysis liquid drain tee T (57), the second end (57-2) through peritoneal dialysis liquid drain tee T (57) is connected with the saturating pipe external short tube (58) of abdomen, (59 are connected the saturating pipe external short tube (58) of abdomen with peritoneal dialysis catheter, 3rd end (57-3) of peritoneal dialysis liquid drain tee T (57), be connected with one end of the saturating sewer pipe of abdomen (60), the other end and the waste liquid of the saturating sewer pipe of abdomen (60) are drained drainage tube joint (44) and are connected,

First open the switch of the saturating pipe extension tube attached (58) of abdomen by hand, utilize atmospheric pressure, the principle of centrifugal force and dropping place difference, the waste liquid in abdominal cavity of patients is made to flow out to the saturating pipe extension tube attached (58) of abdomen from peritoneal dialysis catheter (59), from the saturating pipe extension tube attached (58) of abdomen to the 3rd end (57-3) of peritoneal dialysis liquid drain tee T (57), from the 3rd end (57-3) of peritoneal dialysis liquid drain tee T (57) to the saturating sewer pipe of abdomen (60), drainage tube joint (44) is drained to waste liquid excretory duct machine inner segment (61) through waste liquid from the saturating sewer pipe of abdomen (60), from waste liquid excretory duct machine inner segment (61) to the temporary storage container of waste liquid (62), when intraperitoneal waste liquid is emptying, close the 3rd end (57-3) of peritoneal dialysis liquid drain tee T (57), start peritoneal dialysis liquid pump (17), now peritoneal dialysis liquid drainage tube first conduit electrical clip (38-1) opening simultaneously, peritoneal dialysis liquid in first peritoneal dialysis liquid bag (67), flow out through the first peritoneal dialysis liquid drainage tube (69), through peritoneal dialysis liquid drainage tube first conduit electrical clip (38-1) to four-way pipe (70), pipe (77) is converged to four-way through four-way pipe (70), pipe (77) is converged to the first peritoneal dialysis liquid drainage tube joint (40) through four-way, arrive forward quartz glass solenoid inlet termination head tube (48), flow through quartz glass serpentine pipe (49), quartz glass serpentine pipe port of export junction block (50), to heat thermostat arrival end junction block (51) to peritoneal dialysis liquid, flow through peritoneal dialysis liquid to heat thermostat (52), to heat to peritoneal dialysis liquid the port of export junction block (53) of thermostat (52), arrive forward second segment peritoneal dialysis liquid drainage tube (54), flow through second segment peritoneal dialysis liquid drainage tube (54), by the machine inner contact pipe of the second disinfection by ultraviolet light adapter (55), through the second peritoneal dialysis liquid flow sub pipe (43) to the 3rd section of peritoneal dialysis liquid drainage tube (56), through the 3rd section of peritoneal dialysis liquid drainage tube (56), to the first end (57-1) of peritoneal dialysis liquid drain tee T (57), through second end (57-2) of peritoneal dialysis liquid drain tee T (57) to the saturating pipe external short tube (58) of abdomen, through the saturating pipe external short tube (58) of abdomen, to peritoneal dialysis catheter (59), flow into abdominal cavity of patients from peritoneal dialysis catheter (59), when the peritoneal dialysis liquid stream in the first peritoneal dialysis liquid bag (67) is empty or reach the quantity of setting, electronic weight sensor (4) feedback information is to computer (12), computer (12) instruction peritoneal dialysis liquid pump (17) automatic pause, the abdomen time is stayed according to what set, retain the peritoneal dialysis liquid entering into abdominal cavity,

When peritoneal dialysis liquid stays abdomen to reach the time of setting, computer (12) instruction peritoneal dialysis liquid drain tee T (57-3) automatic opening, waste liquid in abdominal cavity flows out from peritoneal dialysis catheter (59) and enters the saturating external short tube of abdomen (58), the saturating sewer pipe of abdomen (60) is flowed into by the 3rd end (57-3) of peritoneal dialysis liquid drain tee T, waste liquid excretory duct machine inner segment (61) is flow to through waste liquid excretion drainage tube joint (44) from the saturating sewer pipe of abdomen (60), from waste liquid excretory duct machine inner segment (61) to the temporary storage container of waste liquid (62), when Intraabdominal waste liquid is emptying, weight sensor (9) transmission of information is to computer (12), computer (12) instruction peritoneal dialysis liquid pump (17) is opened automatically, second conduit electrical clip (38-2) automatic opening, if the peritoneal dialysis liquid in the first peritoneal dialysis liquid bag (67) does not flow sky, computer (12) returns information command first conduit electrical clip (38-1) the still opening of feedback according to electronic weight sensor (4), second conduit electrical clip (38-2) not opening, if the peritoneal dialysis liquid in the first peritoneal dialysis liquid bag (67) does not flow sky, still repeat last peritoneal dialysis liquid flow process,

If the peritoneal dialysis liquid in the first peritoneal dialysis liquid bag (67) flows sky, information command first conduit electrical clip (38-1) that then computer (12) returns feedback according to electronic weight sensor (4) cuts out, second conduit electrical clip (38-2) automatic opening, peritoneal dialysis liquid pump (17) is opened simultaneously, peritoneal dialysis liquid in second peritoneal dialysis liquid bag (71), flow out from the second peritoneal dialysis liquid bag (71), through second bag of peritoneal dialysis liquid drainage tube (73), by four-way pipe (70), pipe (77) is converged to four-way, pipe (77) is converged to the first peritoneal dialysis liquid drainage tube joint (40) through four-way, arrive forward quartz glass solenoid inlet termination head tube (48), flow through quartz glass serpentine pipe (49), quartz glass serpentine pipe port of export junction block (50), to heat thermostat arrival end junction block (51) to peritoneal dialysis liquid, flow through peritoneal dialysis liquid to heat thermostat (52), to heat to peritoneal dialysis liquid the port of export junction block (53) of thermostat (52), arrive forward second segment peritoneal dialysis liquid drainage tube (54), flow through second segment peritoneal dialysis liquid drainage tube (54), by the machine inner contact pipe of the second disinfection by ultraviolet light adapter (55), through the second peritoneal dialysis liquid flow sub pipe (43) to the 3rd section of peritoneal dialysis liquid drainage tube (56), through the 3rd section of peritoneal dialysis liquid drainage tube (56), to the first end (57-1) of peritoneal dialysis liquid drain tee T (57), through second end (57-2) of peritoneal dialysis liquid drain tee T (57) to the saturating pipe external short tube (58) of abdomen, through the saturating pipe external short tube (58) of abdomen, to peritoneal dialysis catheter (59), flow into the abdominal cavity of patient from peritoneal dialysis catheter (59), when the peritoneal dialysis liquid stream in the second peritoneal dialysis liquid bag (71) is empty, electronic-weighing quantity sensor (42-1) transmission of information is to computer (12), computer instruction dialysis liquid pump (17) suspends, abdomen is stayed by peritoneal dialysis liquid according to setting-up time,

The abdomen time is stayed to arrive, automatic opening peritoneal dialysis liquid drain tee T (57-3), waste liquid in abdominal cavity flows out from peritoneal dialysis catheter (59) and enters the saturating external short tube of abdomen (58), the saturating sewer pipe of abdomen (60) is flowed into by the 3rd end (57-3) of peritoneal dialysis liquid drain tee T (57), waste liquid excretory duct machine inner segment (61) is flow to through waste liquid excretion drainage tube joint (44) from the saturating sewer pipe of abdomen (60), from waste liquid excretory duct machine inner segment (61) to the temporary storage container of waste liquid (62), when the waste liquor stream in abdominal cavity is empty, by weight sensor (9) transmission of information to computer (12), computer (12) instruction peritoneal dialysis liquid pump (12) starts, open 3rd conduit electrical clip (38-3) simultaneously, peritoneal dialysis liquid in 3rd peritoneal dialysis liquid bag (74) flows out, through the 3rd peritoneal dialysis liquid drainage tube (76), by the 3rd conduit electrical clip (38-3), to four-way pipe (70), pipe (77) is converged to four-way through four-way pipe (70), pipe (77) is converged through four-way, to the first peritoneal dialysis liquid drainage tube joint (40), through the first peritoneal dialysis liquid drainage tube joint (40) to quartz glass solenoid inlet termination head tube (48), through quartz glass solenoid inlet termination head tube (48), to quartz glass serpentine pipe (49), flow out quartz glass serpentine pipe (49), to quartz glass serpentine pipe port of export junction block (50), enter peritoneal dialysis liquid to heat thermostat arrival end junction block (51), to heat thermostat (52) through peritoneal dialysis liquid, to heat to peritoneal dialysis liquid the port of export junction block (53) of thermostat (52), enter second segment peritoneal dialysis liquid drainage tube (54), forward to the machine inner contact pipe of the second disinfection by ultraviolet light adapter (55), by the second disinfection by ultraviolet light adapter (55), the second peritoneal dialysis liquid drainage tube joint (43) outside machine, from the second peritoneal dialysis liquid drainage tube joint (43) outside machine, enter the 3rd section of peritoneal dialysis liquid drainage tube (56), by the 3rd section of peritoneal dialysis liquid drainage tube (56), flow into the first end (57-1) of peritoneal dialysis liquid drain tee T (57), the saturating pipe external short tube (58) of abdomen is entered by second end (57-2) of peritoneal dialysis liquid drain tee T (57), peritoneal dialysis catheter (59) is flowed into through the saturating pipe external short tube (58) of abdomen, abdominal cavity of patients is flowed into through peritoneal dialysis catheter (59),

When the peritoneal dialysis liquid stream of the 3rd peritoneal dialysis liquid bag (74) is empty, electronic-weighing quantity sensor and hook (42-2) transmission of information are to computer (12), peritoneal dialysis liquid pump (17) stops automatically, second end (57-2) of saturating for abdomen external short tube (58) with tee T (57) is separated, the joint of the saturating external short tube of abdomen (58) connects iodide-containing cap, on second end (57-2) of tee T (57), connect sterility protection lid, terminate a CCPD and change liquid operation treatment, patient can be freely movable, above feature is described in accompanying drawing 7 ~ 10,

Not bed property peritoneal dialysis (CAPD) the computer work program that continues of the saturating companion of abdomen is: start, complete machine cable (22) is energized, computer (12) and display (13) run and at touch screen (24) display power supply button (25), peritoneal dialysis liquid pump (17), peritoneal dialysis liquid perfusion display window (26), dialysis time display window (27), peritoneal dialysis liquid bag perfusion Residual liquid display window (28), disinfection by ultraviolet light display window (29), peritoneal dialysis liquid temperature display device (30), flow rate of liquid ml/ sub-display window (31), waste liquid total amount and ultrafiltration volume display window (32), discharge opeing display (33), discharging of waste liquid display window (34), power-off button (35) picture, ultraviolet disinfecting (18, 19, 20, 21) bright, peritoneal dialysis liquid is heated heater (15) the i.e. automatic heating in thermostat (14), temperature sensor (15-1) Real-Time Monitoring peritoneal dialysis liquid and to be heated the water temperature in thermostat (14) transmit temperature information to computer (12), accept computer (12) to the adjustment of water temperature, run after Warm water circulation pump (16) start always, the peritoneal dialysis liquid water temperature of heating in thermostat (14) maintains 36.5 ~ 38 DEG C and can automatically regulate,

Peritoneal dialysis liquid bag (45) is placed on the first electronics pan of a steelyard (3), first paragraph peritoneal dialysis liquid drainage tube (47) is connected with the first peritoneal dialysis liquid drainage tube joint (40) through peritoneal dialysis liquid drainage tube first conduit electrical clip (38-1), one end of 3rd section of peritoneal dialysis liquid drainage tube (56) is connected with the second peritoneal dialysis liquid drainage tube joint (43) outside machine, the other end is connected with one end of the first end (57-1) of peritoneal dialysis liquid drain tee T (57), second end of peritoneal dialysis liquid drain tee T (57) is connected with abdomen saturating pipe Ligation in vitro short tube (58), 3rd end (57-3) of peritoneal dialysis liquid drain tee T (57) is connected with the saturating sewer pipe of abdomen (60), first manual the 3rd end (57-3) opening peritoneal dialysis liquid drain tee T (57), the waste liquid in abdominal cavity is made to flow out to waste liquid excretory duct machine inner segment (61) from the saturating sewer pipe of abdomen (60), arrive the temporary storage of waste liquid (62) again,

When the waste liquid in abdominal cavity is emptying, start the peritoneal dialysis liquid that peritoneal dialysis liquid pump (17) makes in peritoneal dialysis liquid bag (45), flowed into through the first peritoneal dialysis liquid drainage tube joint (40) through peritoneal dialysis liquid drainage tube first conduit electrical clip (38-1) by first paragraph peritoneal dialysis liquid drainage tube (47), flow out from the second peritoneal dialysis liquid drainage tube joint (43), to the 3rd section of peritoneal dialysis liquid drainage tube (56), enter the first end (57-1) of peritoneal dialysis liquid drain tee T (57), flow to abdominal cavity of patients by the saturating pipe external short tube (58) of abdomen through peritoneal dialysis catheter (59);

When the peritoneal dialysis liquid stream in peritoneal dialysis liquid bag (45) is empty, electronic weight sensor (4) transmission of information is to computer (12), computer (12) instruction dialysis liquid pump (17) stops, the first end (57-1) of saturating for abdomen pipe external short tube (58) with peritoneal dialysis liquid drain tee T (57) is separated, iodide-containing cap built by the joint of the saturating pipe external short tube (58) of abdomen, sterility cover is connected at second end (57-2) of peritoneal dialysis liquid drain tee T (57), terminate a CAPD and change liquid operation, retain peritoneal dialysis liquid in abdominal cavity, patient can be freely movable,

Change the peritoneal dialysis liquid time to after repeat again aforementionedly to change liquid process, when the temporary storage of waste liquid (62) reach should drain quantity time, electronic weight sensor (9) transmission of information is to computer (12), computer (12) instruction waste liquid drainage pump (23) starts, through waste liquid discharging tube (66) effluent discharge to sewer, above-mentioned feature describes in accompanying drawing 11, Figure 13;

Continuous cycle type peritoneal dialysis (CCPD) the computer work program of the saturating companion of abdomen is: start, complete machine cable (22) is energized, computer (12) and display (13) run and are showing the upper display power supply button (25) of touch interface (24), peritoneal dialysis liquid pump (17), peritoneal dialysis liquid perfusion display window (26), dialysis time display window (27), peritoneal dialysis liquid bag perfusion Residual liquid display window (28), disinfection by ultraviolet light display window (29), peritoneal dialysis liquid temperature display device (30), flow rate of liquid ml/ sub-display window (31), waste liquid total amount and ultrafiltration volume display window (32), discharge opeing display (33), discharging of waste liquid display window (34), power-off button (35) picture, ultraviolet disinfecting (18, 19, 20, 21) bright, peritoneal dialysis liquid is heated heater (15) the i.e. automatic heating in thermostat (14), temperature sensor (15-1) Real-Time Monitoring peritoneal dialysis liquid and to be heated the water temperature in thermostat (14) transmit temperature information to computer (12), accept computer (12) to the adjustment of water temperature, run after Warm water circulation pump (16) start always, recirculated water is from Warm water circulation pump (16) to heater (15), arrive peritoneal dialysis liquid again through temperature sensor (15-1) to heat thermostat (14), constantly circulate to Warm water circulation pump (16) again from thermostat of heating (14), the peritoneal dialysis liquid water temperature of heating in thermostat (14) maintains 36.5 ~ 38 DEG C and automatically regulates,

First peritoneal dialysis liquid bag (67) is placed on the first electronics pan of a steelyard (3) on electronic weight sensor (4), the first peritoneal dialysis liquid drainage tube (69), be connected with four-way pipe (70) through peritoneal dialysis liquid drainage tube first conduit electrical clip (38-1); Second peritoneal dialysis liquid bag (71) to be suspended on the left of the saturating companion of abdomen on electronic-weighing quantity sensor and hook (42-1), the second peritoneal dialysis liquid drainage tube (73) is connected with four-way pipe (70) through the second conduit electrical clip (38-2); 3rd peritoneal dialysis liquid bag (74) to be suspended on the right side of the saturating companion of abdomen on electronic-weighing quantity sensor and hook (42-2), the 3rd peritoneal dialysis liquid drainage tube (76) is connected with four-way pipe (70) through the 3rd conduit electrical clip (38-3);

Four-way pipe (70) and four-way converge the side of managing (77) and are connected, and the other end that four-way converges pipe (77) is connected with the first peritoneal dialysis liquid drainage tube joint (40);

One end of 3rd section of peritoneal dialysis liquid drainage tube (56) is connected with the second peritoneal dialysis liquid drainage tube joint (43) outside machine, the other end of the 3rd section of peritoneal dialysis liquid drainage tube (56) is connected with the first end (57-1) of peritoneal dialysis liquid drain tee T (57), second end (57-2) of peritoneal dialysis liquid drain tee T (57) is connected with the saturating pipe external short tube (58) of abdomen, (59 are connected the saturating pipe external short tube (58) of abdomen with peritoneal dialysis catheter, 3rd end (57-3) of peritoneal dialysis liquid drain tee T (57), be connected with one end of the saturating sewer pipe of abdomen (60), the other end and the waste liquid of the saturating sewer pipe of abdomen (60) are drained drainage tube joint (44) and are connected, what drain that drainage tube joint (44) is connected with waste liquid is waste liquid excretory duct machine inner segment (61), waste liquid excretory duct machine inner segment (61) is provided with electricity folder (79), second segment peritoneal dialysis liquid drainage tube (54) has electricity folder (78),

First open the 3rd end (57-3) and electricity folder (79) of peritoneal dialysis liquid drain tee T (57), waste liquid in abdominal cavity of patients flows out to the saturating pipe external short tube (58) of abdomen by peritoneal dialysis catheter (59), through three end (57-3) of the saturating pipe external short tube (58) of abdomen to peritoneal dialysis liquid drain tee T (57), arrive forward the saturating sewer pipe of abdomen (60) again, through the saturating sewer pipe of abdomen (60) to waste liquid excretory duct machine inner segment (61), enter the temporary storage of waste liquid (62) through waste liquid excretory duct machine inner segment (61);

When the waste liquid in abdominal cavity is emptying, electronic weight sensor (9) perceives the weight of the temporary storage of waste liquid (62), transmission of information is to computer (12), computer (12) determine the waste liquid of abdominal cavity of patients emptying time instruction first conduit electrical clip (38-1) open, second, the electronic clip closure of 3rd conduit, electricity folder (78) is open, electricity folder (79) is closed, peritoneal dialysis liquid pump (17) starts, peritoneal dialysis liquid in first peritoneal dialysis liquid bag (67), by the first peritoneal dialysis liquid drainage tube (69), through peritoneal dialysis liquid drainage tube first conduit electrical clip (38-1) to four-way pipe (70), converge pipe (77) through four-way and enter the first peritoneal dialysis liquid drainage tube joint (40), through quartz glass solenoid inlet termination head tube (48), quartz glass serpentine pipe (49), quartz glass serpentine pipe (49) port of export junction block (50), peritoneal dialysis liquid is heated the arrival end junction block (51) of thermostat (52), peritoneal dialysis liquid is heated thermostat (52), peritoneal dialysis liquid is heated the port of export junction block (53) of thermostat (52), second segment peritoneal dialysis liquid drainage tube (54), the second peritoneal dialysis liquid drainage tube joint (43) outside the second disinfection by ultraviolet light adapter (55) to machine, again to the 3rd section of peritoneal dialysis liquid drainage tube (56), enter the first end (57-1) of peritoneal dialysis liquid drain tee T (57), arrive the saturating pipe external short tube (58) of abdomen again, abdominal cavity of patients is flowed into through peritoneal dialysis catheter (59), when the first peritoneal dialysis liquid bag (67) stream is empty, electronic weight sensor (4) transmission of information is to computer (12), computer (12) instruction peritoneal dialysis liquid pump (17) suspends, the peritoneal dialysis liquid flowing into abdominal cavity of patients stays abdominal cavity by setup times,

When peritoneal dialysis liquid stays the abdomen time to arrive, computer (12) instruction electricity folder (79) is open, waste liquid in abdominal cavity flows out to the saturating pipe external short tube (58) of abdomen from peritoneal dialysis catheter (59), arrive the 3rd end (57-3) of peritoneal dialysis liquid drain tee T (57) again, enter the saturating sewer pipe of abdomen (60), flow in the temporary storage of waste liquid (62) through waste liquid excretory duct machine inner segment (61);

When the waste liquor stream in abdominal cavity is empty, computer (12) receives the information of electronic weight sensor (9), namely peritoneal dialysis liquid drainage tube first conduit electrical clip (38-1) is closed in instruction, close the 3rd electrical clip (38-3), close electricity folder (79), open electricity folder (78), start peritoneal dialysis liquid pump (17), peritoneal dialysis liquid in second peritoneal dialysis liquid bag (71) flows out through the second peritoneal dialysis liquid drainage tube (73), repeats the program of the first peritoneal dialysis liquid bag (67); After 3rd peritoneal dialysis liquid bag (74) also repeats the program inflow abdominal cavity of patients of the first peritoneal dialysis liquid bag (67), the first end (57-1) of saturating for abdomen pipe external short tube (58) and peritoneal dialysis liquid drain tee T (57) be separated, patient can be freely movable; CCPD program can carried out in the daytime, also can start before sleeping night, automatically three bags of automatic exchange processs of peritoneal dialysis liquid are completed by arranging, whole treatment procedure completes, start waste liquid drainage pump (66), waste liquid in temporary for waste liquid storage (62) is drained into sewer, and above feature describes in accompanying drawing 12, accompanying drawing 13;

The present invention can also be such realization, be further characterized in that: all peritoneal dialysis liquid conduit of the saturating companion of abdomen is doctor's macromolecular material, Burdick lamp is Medical ultraviolet lamp, peritoneal dialysis liquid bag (45,67,71,74) used can be the product of prior art, also can be special-purpose assorted product, peritoneal dialysis liquid capacity in peritoneal dialysis liquid bag can be the specification of 1500ml, 2000ml, 4000ml and 5000ml mono-bag.

Five, accompanying drawing explanation

Fig. 1 is the principle framework figure of the saturating companion of abdomen.

Fig. 2 is the saturating partner device outside appurtenances of abdomen, the functional unit location drawing.

Fig. 3 is that the saturating partner device of abdomen continues not bed property peritoneal dialysis (CAPD) tubes connection solution principle schematic diagram.

Fig. 4 is abdomen saturating companion's peritoneal dialysis liquid drain tee T (57).

Fig. 5 continues after the saturating external short tube of not bed property peritoneal dialysis (CAPD) abdomen is separated with the 3rd end (57-3) of peritoneal dialysis liquid drain tee T (57), the state of the saturating external short tube of peritoneal dialysis catheter, abdomen and patient.

Fig. 6 continues not bed property peritoneal dialysis (CAPD) to change in peritoneal dialysis liquid process, and the saturating external short tube of peritoneal dialysis liquid drainage catheter, peritoneal dialysis catheter and abdomen is in the inside and outside connection status of the saturating partner device of abdomen.

Fig. 7 is continuous cycle type peritoneal dialysis (CCPD) tubes connection scheme.

Fig. 8 is that the four-way of continuous cycle type peritoneal dialysis catheters connection scheme converges pipe.

Fig. 9 is that continuous cycle type peritoneal dialysis treatment terminates, after second end (57-2) of the saturating external short tube of abdomen and three-way drainage tube (57) is separated, and the state that patient can be freely movable.

Figure 10 is the continuous cycle type peritoneal dialysis catheters connection of the saturating companion of abdomen, peritoneal dialysis liquid circulation process, computer (12) control continuous cycle type peritoneal dialysis (CCPA) scheme automatically.

Figure 11 continues not bed property peritoneal dialysis (CAPD) computer (12) automatic control program flow scheme schematic diagram.

Figure 12 is continuous cycle type peritoneal dialysis (CCPD) computer (12) automatic control program flow scheme schematic diagram.

Figure 13 is the connection line principle schematic of abdomen saturating companion cable (22) and each parts.

Six, detailed description of the invention

Shown in Fig. 1 ~ Figure 12, prepare the key fitment parts of the saturating companion of abdomen, comprise: control top cover 1 automatically, electronics pan of a steelyard 2, electronic weight sensor 4, 4, pillar, 2, plane of structure dividing plate, 1, chassis, universal wheel 4, abdomen saturating partner device machine shell mating plane material (have ready conditions can mold once molding formed), host computer 1, display 1, voice prompting device 1, peritoneal dialysis liquid is heated thermostat 1, heater 1, Warm water circulation pump 1, peritoneal dialysis liquid pump 1, the outer peritoneal dialysis liquid pipe joint of machine is connected cover ultraviolet disinfecting 2, 2, lampshade, the temporary storage container of waste liquid 1, can matching used ultraviolet disinfection lamp 4, joint current line 1 overlaps, conduit electrical clip 5, waste liquid drainage pump 1, electronics peritoneal dialysis liquid temperature measurer 1, Flow Measurement Display Meter 1, weight sensor 2, sensor links up with 2, tee T 1, four-way pipe 1, four-way converges pipe 1, electric wire needed for computer is connected with each parts, cable, gong is followed closely, gong cap, fixture, holder, electronic devices and components, pad insulation anti-seepage material etc., the saturating companion's complete machine of abdomen is assembled into after getting out original fitting.According to continuing not bed property peritoneal dialysis (CCPD) computer automatic control program scheme and continuous cycle type peritoneal dialysis (CCPD) computer automatic control program scheme carries out software design, after completing debugging, get final product clinic trial.

Seven, good effect of the present invention

The present invention compares its good effect and is with background technology: 1, carrying out disinfection to the peritoneal dialysis liquid entering abdominal cavity at every turn makes the saturating companion of abdomen have the function of preventing abdominal cavity infection; 2, making peritoneal dialysis change liquid operates directly perceived, easy, more easily grasps; 3, simplify than background technology product design, improve product cost; 4, real-time accumulated weight, the effluent discharge weight changing peritoneal dialysis liquid for every bag time, calculates ultrafiltration volume and is shown in screen prompt patient; 5, with peritoneal dialysis liquid pump, liquid stream control is carried out to the peritoneal dialysis liquid pouring into abdominal cavity, grasp flow velocity more accurately, prevent from too fastly causing stomachache; 6, the joint changing connection tube during peritoneal dialysis liquid operates under ultraviolet rays collection lampshade, can prevent pollution when operating; 7, in peritoneal dialysis liquid containing glucose, according to data introduce glucose have absorb ultraviolet after to play biological effect useful to health of human body; 8, all exempt from infusion support in medical institutions or house use; 9, according to four seasons temperature Change, regulate peritoneal dialysis liquid temperature in real time, make the saturating person of abdomen feel suitable; 10, can pass as required to required place; 11, respectively with man, female's image and auditory tone cues with instruct abdomen saturating person operation, note the item of changing in liquid process, fulfiled the saturating companion of abdomen and the saturating preceptorial function of abdomen.

Claims

1. the medical intelligent peritoneal dialysis unit of abdominal cavity infection that prevents is called for short the saturating companion of abdomen, be mainly used in for acute injury of kidney, acute renal failure, chronic kidney hypofunction, uremia, medicine and toxic poisoning, severe pancreatitis etc. carry out continuing not bed property peritoneal dialysis (CAPD), in the daytime treat with continuous cycle type peritoneal dialysis at night (CCPD), can conventionally in medical institutions use, rescue use, the peritoneal dialysis armarium that also can be used at home by patient or relatives in patient family, the invention is characterized in: the saturating companion of abdomen is by the saturating companion's basic frame structure of abdomen and intelligence control system hardware, single unit system external operating unit, continue not bed property peritoneal dialysis (CAPD) peritoneal dialysis liquid circulation conduit connection scheme, continuous cycle type peritoneal dialysis (CCPA) peritoneal dialysis liquid circulation conduit connection scheme, peritoneal dialysis liquid feed flow flow process, Computerized intelligent controlled circulation, data show, and disinfection by ultraviolet light, weighing apparatus temperature of heating, pour into abdominal cavity, discharge control system operation sequence form from abdominal cavity, the basic frame structure of the saturating companion of abdomen and automatic control system hardware are by top cover (1), hands is had to grab push-and-pull hole (2) at the right and left of top cover (1), the first electronics pan of a steelyard (3) at the pars intermedia of top cover (1), what be connected with the first electronics pan of a steelyard (3) is electronic weight sensor (4), the below of top cover (1) is connected with four pillars (5), plane of structure dividing plate (6) is arranged at the top of four pillars (5), there is diaphragm plate (7) at the middle part of four pillars (5), the bottom of four pillars (5) is connected with chassis (8), being connected with electronic weight sensor (9) above of chassis (8), the top of electronic weight sensor (9) is connected with the second electronics pan of a steelyard (10), the bottom on chassis (8), be connected with four universal wheels (11), on top plane of structure dividing plate (6) of four pillars (5), host computer (12) and display (13) are installed, on middle part plane of structure dividing plate (7) of four pillars (5), peritoneal dialysis liquid is installed to heat thermostat (14), heater (15) and Warm water circulation pump (16), also has peritoneal dialysis liquid pump (17), the outer peritoneal dialysis liquid pipe joint of machine is connected the outer lower side of top in plane of structure dividing plate (6) that cover ultraviolet disinfecting (18) is positioned at four pillars (5), outer sewer pipe dovetail connector cover ultraviolet disinfection lamp (19) of machine is positioned at the below at middle part plane of structure dividing plate (7) of four pillars (5), ultraviolet disinfection lamp (20) in the temporary storage container of waste liquid (62) is positioned at the top of the temporary storage container of waste liquid (62), peritoneal dialysis liquid ultraviolet disinfection lamp (21) is positioned at the below on top plane of structure dividing plate (6) of four pillars (5), joint current line (22) and electronic weight sensor (4), weight sensor (9), the outer peritoneal dialysis liquid pipe joint of first machine is connected cover ultraviolet disinfecting (18), outer sewer pipe dovetail connector cover ultraviolet disinfection lamp (19) of second machine, ultraviolet disinfection lamp (20) in the temporary storage container of waste liquid (62), peritoneal dialysis liquid ultraviolet disinfection lamp (21), peritoneal dialysis liquid is heated thermostat (14), heater (15), Warm water circulation pump (16), peritoneal dialysis liquid pump (17), waste liquid drainage pump (23) is all connected, come together in joint current line (22) to be connected in host computer (12) with display (13) again, form the saturating companion's basic frame structure of abdomen and automatic control system hardware, single unit system external operating unit is the top being positioned at complete machine by the display screen of computer monitor with touch manner operation interface (24), display screen touch interface (24) on display (13), start rear interface (24) shows power knob (25), peritoneal dialysis liquid pump (17), peritoneal dialysis liquid perfusion display window (26), dialysis time display window (27), peritoneal dialysis liquid bag perfusion Residual liquid display window (28), disinfection by ultraviolet light display window (29), peritoneal dialysis liquid temperature display device (30), flow rate of liquid ml/ sub-display window (31), waste liquid total amount and ultrafiltration volume display window (32), discharge opeing display (33), discharging of waste liquid display window (34), power-off button (35) all shows on the touchscreen, all operate with touch manner on display touch screen, in the front central panel of complete machine, there is disinfection by ultraviolet light observation window (36), there is UV-sterilization lampshade tee pipe coupling window (37) below, side is provided with three electrical clip (38-1, 38-2, 38-3), be provided with UV-sterilization lampshade (39) in the middle part of the left side of complete machine, the first peritoneal dialysis liquid drainage tube joint (40), side is two electrical clip (41-1, 41-2), electronic-weighing quantity sensor and hook (42-1) are installed in the left side of complete machine bottom, right side is provided with electronic-weighing quantity sensor and hook (42-2), second peritoneal dialysis liquid drainage tube joint (43), waste liquid excretion drainage tube joint (44), above each parts form integral outer functional unit and the computer contact screen operation interface of the saturating companion of abdomen,

What the saturating companion of abdomen possessed continues not bed property peritoneal dialysis (CAPD) peritoneal dialysis liquid circulation conduit connection scheme is by peritoneal dialysis liquid bag (45), with peritoneal dialysis liquid bag (45) bond be connected to a fixed have peritoneal dialysis liquid bag chemical feed pipe (46), bond with peritoneal dialysis liquid bag (45) first paragraph peritoneal dialysis liquid drainage tube (47) in addition that be connected to a fixed, first paragraph peritoneal dialysis liquid drainage tube (47) is connected with the first peritoneal dialysis liquid drainage tube joint (40) through peritoneal dialysis liquid drainage tube first conduit electrical clip (38-1), first peritoneal dialysis liquid drainage tube joint (40) is connected with quartz glass solenoid inlet termination head tube (48), through quartz glass serpentine pipe (49), be connected with the port of export junction block (50) of quartz glass serpentine pipe (49), the heat arrival end junction block (51) of thermostat (52) of quartz glass serpentine pipe (49) port of export junction block (50) and peritoneal dialysis liquid is connected, be connected through peritoneal dialysis liquid the heat port of export junction block (53) of thermostat (52) of thermostat (52) and peritoneal dialysis liquid of heating, the other end of the second segment peritoneal dialysis liquid drainage tube (54) that the port of export junction block (53) of heating thermostat (52) with peritoneal dialysis liquid is connected is connected with the machine inner contact pipe of the second disinfection by ultraviolet light adapter (55), be connected with the second peritoneal dialysis liquid drainage tube joint (43) outside machine by the second disinfection by ultraviolet light adapter (55), the second peritoneal dialysis liquid flow sub pipe (43) outside machine is connected with the 3rd section of peritoneal dialysis liquid drainage tube (56), 3rd section of peritoneal dialysis liquid drainage tube (56) is connected with the first end (57-1) of peritoneal dialysis liquid drain tee T (57), the second end (57-2) through peritoneal dialysis liquid drain tee T (57) is connected with the saturating pipe external short tube (58) of abdomen, the saturating pipe extension tube attached (58) of abdomen is connected with peritoneal dialysis catheter (59), 3rd end (57-3) of peritoneal dialysis liquid drain tee T (57) is connected with the saturating sewer pipe of abdomen (60), the saturating sewer pipe of abdomen (60) and waste liquid are drained drainage tube joint (44) and are connected, waste liquid excretion drainage tube joint (44) is connected with waste liquid excretory duct machine inner segment (61), waste liquid excretory duct machine inner segment (61) is connected with the temporary storage container of waste liquid (62), the bottom of the temporary storage container of waste liquid (62) is designed with porus excretorius joint (63), porus excretorius joint (63) is connected with excretory duct (64), excretory duct (64) is connected with valve (65), excretory duct (64) is connected with waste liquid drainage pump (23), waste liquid drainage pump (23) is connected with waste liquid discharging tube (66), form CAPD peritoneal dialysis liquid circulation conduit connection scheme,

Continuous cycle type peritoneal dialysis (CCPD) the peritoneal dialysis liquid circulation conduit connection scheme that the saturating companion of abdomen possesses is by the first peritoneal dialysis liquid bag (67), first peritoneal dialysis liquid bag (67) is adhesively fixed with peritoneal dialysis liquid bag chemical feed pipe (68) and first bag of peritoneal dialysis liquid drainage tube (69), and first bag of peritoneal dialysis liquid drainage tube (69) is connected with four-way pipe (70) through peritoneal dialysis liquid drainage tube first conduit electrical clip (38-1), second peritoneal dialysis liquid bag (71) is also adhesively fixed with peritoneal dialysis liquid chemical feed pipe (72) and second bag of peritoneal dialysis liquid drainage tube (73), second bag of peritoneal dialysis liquid drainage tube (73), through the second conduit electrical clip (38-2), is connected with four-way pipe (70), 3rd peritoneal dialysis liquid bag (74) is adhesively fixed with equally peritoneal dialysis liquid chemical feed pipe (75) and the 3rd bag of peritoneal dialysis liquid drainage tube (76), the 3rd bag of peritoneal dialysis liquid drainage tube is connected with four-way pipe (70) through the 3rd conduit electrical clip (38-3) through (76), four-way pipe (70) and four-way pipe converge the one end of managing (77) and are connected, the other end that four-way pipe converges pipe (77) is connected with the first peritoneal dialysis liquid drainage tube joint (40), first peritoneal dialysis liquid drainage tube joint (40) is connected with quartz glass solenoid inlet termination head tube (48), through quartz glass serpentine pipe (49), be connected with quartz glass serpentine pipe port of export junction block (51), quartz glass serpentine pipe port of export junction block (51) and peritoneal dialysis liquid thermostat (52) arrival end junction block (51) of heating is connected, be connected through peritoneal dialysis liquid the heat port of export junction block (53) of thermostat (52) of thermostat (52) and peritoneal dialysis liquid of heating, the other end of the second segment peritoneal dialysis liquid drainage tube (54) that the port of export junction block (53) of heating thermostat (52) with peritoneal dialysis liquid is connected, be connected with the machine inner contact pipe of the second disinfection by ultraviolet light adapter (55), be connected with the second peritoneal dialysis liquid drainage tube joint (43) outside machine by the second disinfection by ultraviolet light adapter (55), the second peritoneal dialysis liquid flow sub pipe (43) outside machine is connected with the 3rd section of peritoneal dialysis liquid drainage tube (56), 3rd section of peritoneal dialysis liquid drainage tube (56) is connected with the first end (57-1) of peritoneal dialysis liquid drain tee T (57), the second end (57-2) through peritoneal dialysis liquid drain tee T (57) is connected with the saturating pipe external short tube (58) of abdomen, the saturating pipe extension tube attached (58) of abdomen is connected with peritoneal dialysis catheter (59), 3rd end (57-3) of peritoneal dialysis liquid drain tee T (57) is connected with the saturating sewer pipe of abdomen (60), the saturating sewer pipe of abdomen (60) and waste liquid are drained drainage tube joint (44) and are connected, waste liquid excretion drainage tube joint (44) is connected with waste liquid excretory duct machine inner segment (61), waste liquid excretory duct machine inner segment (61) is connected with the temporary storage container of waste liquid (62), the bottom of the temporary storage container of waste liquid (62) is designed with porus excretorius joint (63), porus excretorius joint (63) is connected with excretory duct (64), excretory duct (64) is connected with valve (65), excretory duct is connected with waste liquid drainage pump (23), waste liquid drainage pump (23) is connected with waste liquid discharging tube (66), form CCPD peritoneal dialysis liquid circulation conduit connection scheme,

Continue not bed property peritoneal dialysis (CAPD) peritoneal dialysis liquid flow process, the automatic controlled circulation of computer, data show, disinfection by ultraviolet light, weighing apparatus of heating is warm, pour into abdominal cavity, the program option of discharging control system from abdominal cavity is: open the saturating companion's power supply of abdomen, equipment carries out self-inspection, display (13) the display work picture of computer (12) is on touch screen (24), peritoneal dialysis liquid pump (17), peritoneal dialysis liquid perfusion display window (26), dialysis time display window (27), peritoneal dialysis liquid bag perfusion Residual liquid display window (28), disinfection by ultraviolet light display window (29), peritoneal dialysis liquid temperature display device (30), flow rate of liquid ml/ sub-display window (31), waste liquid total amount and ultrafiltration volume display window (32), discharge opeing display (33), discharging of waste liquid display window (34), power-off button (35) is all presented on touch screen (24), the saturating companion of abdomen carries out self-inspection, point out when self-inspection is finished normal and can normally use, namely self-inspection is complete in which kind of fault of the upper display of computer (12) display (13) can safeguard if any fault, when self-inspection is normal, namely the saturating companion of abdomen enters normal operating conditions,

According to the sex of user, male's head portrait picture is shown on the touchscreen during pressing sex selection key (24-1), women's head portrait picture is shown on the touchscreen during pressing sex selection key (24-2), eye, the mouth of head portrait are movable, send Chinese or English sound, described words and phrases content is the special supporting statement helping abdomen saturating person operation, and the saturating patient of prompting abdomen correctly operates by CAPD operating procedure, sex selection key (24-1; 24-2) video tone prompting apparatus is assembled in machine, opens after the saturating companion's power supply of abdomen enters duty and shows;

Peritoneal dialysis liquid bag (45) is placed on electronics pan of a steelyard (3), first bag of peritoneal dialysis liquid drainage tube (47) is inserted in the first conduit electrical clip (38-1), be connected with the first peritoneal dialysis liquid drainage tube joint (40), the first end (57-1) of peritoneal dialysis liquid drain tee T (57) is connected with the second peritoneal dialysis liquid flow sub pipe (43), saturating to second end (57-2) of peritoneal dialysis liquid drain tee T (57) and abdomen pipe external short tube (58) is connected, 3rd end (57-3) of peritoneal dialysis liquid drain tee T (57) is connected with the saturating sewer pipe of abdomen (60), the other end of saturating for abdomen sewer pipe (60) and waste liquid are drained drainage tube joint (44) be connected, manual open abdomen saturating pipe external short tube switch, utilize atmospheric pressure, the principle of centrifugal force and dropping place difference, make the waste liquid in abdominal cavity from peritoneal dialysis catheter (59) to the saturating sewer pipe of abdomen (60) again to waste liquid excretion drainage tube joint (44), enter waste liquid excretory duct machine inner segment (61), flow into the temporary storage container of waste liquid (62) again, after the waste liquid in abdominal cavity is emptying, on touch screen (24), start peritoneal dialysis liquid pump (17), peritoneal dialysis liquid in peritoneal dialysis liquid bag (45), first bag of peritoneal dialysis liquid drainage tube (47) is flow into from peritoneal dialysis liquid bag (45), through the first conduit electrical clip (38-1) to the first peritoneal dialysis liquid drainage tube joint (40), through the first peritoneal dialysis liquid drainage tube joint (40) to quartz glass solenoid inlet termination head tube (48), through quartz glass serpentine pipe (49), to heat thermostat (52) to peritoneal dialysis liquid, to heat through peritoneal dialysis liquid the port of export junction block (53) of thermostat (52), to second segment peritoneal dialysis liquid drainage tube (54), by the second peritoneal dialysis liquid drainage tube joint (43) outside the second disinfection by ultraviolet light adapter (55) to machine, through the second peritoneal dialysis liquid drainage tube joint (43), the first end (57-1) of peritoneal dialysis liquid drain tee T (57) is entered to the 3rd section of peritoneal dialysis liquid drainage tube (56), flow through peritoneal dialysis external short tube (58), abdominal cavity is flowed into through peritoneal dialysis catheter (59), peritoneal dialysis liquid liquid air in peritoneal dialysis liquid bag (45), peritoneal dialysis liquid pump (17) stops automatically, by hand peritoneal dialysis external short tube (58) and peritoneal dialysis liquid drain tee T first end (57-1) are separated, iodide-containing cap on peritoneal dialysis external short tube (58) connector cover, sterile tube lid is connected at peritoneal dialysis liquid drain tee T first end (57-1), terminate once to change liquid operation, can be freely movable, above program is repeated when again changing liquid,

Continuous cycle type peritoneal dialysis (CCPD) peritoneal dialysis liquid flow process, the automatic controlled circulation of computer, data show, disinfection by ultraviolet light, weighing apparatus of heating is warm, pour into abdominal cavity, the process program scheme of discharging control system from abdominal cavity is: open the saturating companion's power supply of abdomen, equipment carries out self-inspection, computer (12) display (13) display work picture is on touch screen (24), peritoneal dialysis liquid pump (17), peritoneal dialysis liquid perfusion display window (26), dialysis time display window (27), peritoneal dialysis liquid bag perfusion Residual liquid display window (28), disinfection by ultraviolet light display window (29), peritoneal dialysis liquid temperature display device (30), flow rate of liquid ml/ sub-display window (31), waste liquid total amount and ultrafiltration volume display window (32), discharge opeing display window (33), discharging of waste liquid display window (34), power-off button (35) all shows on the touchscreen, the saturating companion of abdomen carries out self-inspection and finishes, point out time normal and can normally use, which kind of namely in the upper display of the display of computer (12) (13) fault can safeguard if any fault, when self-inspection is normal, namely the saturating companion of abdomen enters normal operating conditions,

According to the sex of user, male's head portrait picture is shown on the touchscreen during pressing sex selection key (24-1), women's head portrait picture is shown on the touchscreen during pressing sex selection key (24-2), eye, the mouth of head portrait are movable, send Chinese or English sound, described words and phrases content is the special supporting statement helping abdomen saturating person operation, and the saturating patient of prompting abdomen correctly operates by CCPD operating procedure, sex selection key (24-1; 24-2) video tone prompting apparatus is assembled in machine, opens after the saturating companion's power supply of abdomen enters duty and shows;

First peritoneal dialysis liquid bag (67) is placed on electronics pan of a steelyard (3), the the first peritoneal dialysis liquid drainage tube (69) be connected with the first peritoneal dialysis liquid bag (67) Binder Phase, be connected with four-way pipe (70) through peritoneal dialysis liquid drainage tube first conduit electrical clip (38-1), second peritoneal dialysis liquid bag (71) is suspended on left side electronic-weighing quantity sensor and hook (42-1), the second peritoneal dialysis liquid drainage tube (73) is connected with four-way pipe (70) through the second conduit electrical clip (38-2), 3rd peritoneal dialysis liquid bag (74) is suspended on electronic scale monitoring sensor and hook (38-3), the 3rd peritoneal dialysis liquid drainage tube (76) is connected with four-way pipe (70) through the 3rd conduit electrical clip (38-3), four-way pipe (70) and four-way converge the side of managing (77) and are connected, the other end that four-way converges pipe (77) is connected with the first peritoneal dialysis liquid drainage tube joint (40), first peritoneal dialysis liquid drainage tube joint (40) is connected with quartz glass solenoid inlet termination head tube (48), be connected with quartz glass serpentine pipe port of export junction block (50) through quartz glass serpentine pipe (49), quartz glass serpentine pipe port of export junction block (50) and peritoneal dialysis liquid thermostat arrival end junction block (51) of heating is connected, be connected through peritoneal dialysis liquid the heat port of export junction block (53) of thermostat (52) of thermostat (52) and peritoneal dialysis liquid of heating, the second segment peritoneal dialysis liquid drainage tube (54) that another port of export junction block (53) of heating thermostat (52) with peritoneal dialysis liquid is connected, be connected with the machine inner contact pipe of the second disinfection by ultraviolet light adapter (55), be connected with the second peritoneal dialysis liquid drainage tube joint (43) outside machine by the second disinfection by ultraviolet light adapter (55), the second peritoneal dialysis liquid flow sub pipe (43) outside machine is connected with one end of the 3rd section of peritoneal dialysis liquid drainage tube (56), the other end of the 3rd section of peritoneal dialysis liquid drainage tube (56) is connected with the first end (57-1) of peritoneal dialysis liquid drain tee T (57), the second end (57-2) through peritoneal dialysis liquid drain tee T (57) is connected with the saturating pipe external short tube (58) of abdomen, (59 are connected the saturating pipe external short tube (58) of abdomen with peritoneal dialysis catheter, 3rd end (57-3) of peritoneal dialysis liquid drain tee T (57), be connected with one end of the saturating sewer pipe of abdomen (60), the other end and the waste liquid of the saturating sewer pipe of abdomen (60) are drained drainage tube joint (44) and are connected, first open the switch of the saturating pipe extension tube attached (58) of abdomen by hand, utilize atmospheric pressure, the principle of centrifugal force and dropping place difference, the waste liquid in abdominal cavity of patients is made to flow out to the saturating pipe extension tube attached (58) of abdomen from peritoneal dialysis catheter (59), from the saturating pipe extension tube attached (58) of abdomen to the 3rd end (57-3) of peritoneal dialysis liquid drain tee T (57), from the 3rd end (57-3) of peritoneal dialysis liquid drain tee T (57) to the saturating sewer pipe of abdomen (60), drainage tube joint (44) is drained to waste liquid excretory duct machine inner segment (61) through waste liquid from the saturating sewer pipe of abdomen (60), from waste liquid excretory duct machine inner segment (61) to the temporary storage container of waste liquid (62), when intraperitoneal waste liquid is emptying, close the 3rd end (57-3) of peritoneal dialysis liquid drain tee T (57), start peritoneal dialysis liquid pump (17), now peritoneal dialysis liquid drainage tube first conduit electrical clip (38-1) opening simultaneously, peritoneal dialysis liquid in first peritoneal dialysis liquid bag (67), flow out through the first peritoneal dialysis liquid drainage tube (69), through peritoneal dialysis liquid drainage tube first conduit electrical clip (38-1) to four-way pipe (70), pipe (77) is converged to four-way through four-way pipe (70), pipe (77) is converged to the first peritoneal dialysis liquid drainage tube joint (40) through four-way, arrive forward quartz glass solenoid inlet termination head tube (48), flow through quartz glass serpentine pipe (49), quartz glass serpentine pipe port of export junction block (50), to heat thermostat arrival end junction block (51) to peritoneal dialysis liquid, flow through peritoneal dialysis liquid to heat thermostat (52), to heat to peritoneal dialysis liquid the port of export junction block (53) of thermostat (52), arrive forward second segment peritoneal dialysis liquid drainage tube (54), flow through second segment peritoneal dialysis liquid drainage tube (54), by the machine inner contact pipe of the second disinfection by ultraviolet light adapter (55), through the second peritoneal dialysis liquid flow sub pipe (43) to the 3rd section of peritoneal dialysis liquid drainage tube (56), through the 3rd section of peritoneal dialysis liquid drainage tube (56), to the first end (57-1) of peritoneal dialysis liquid drain tee T (57), through second end (57-2) of peritoneal dialysis liquid drain tee T (57) to the saturating pipe external short tube (58) of abdomen, through the saturating pipe external short tube (58) of abdomen, to peritoneal dialysis catheter (59), flow into abdominal cavity of patients from peritoneal dialysis catheter (59), when the peritoneal dialysis liquid stream in the first peritoneal dialysis liquid bag (67) is empty or reach the quantity of setting, electronic weight sensor (4) feedback information is to computer (12), computer (12) instruction peritoneal dialysis liquid pump (17) automatic pause, the abdomen time is stayed according to what set, retain the peritoneal dialysis liquid entering into abdominal cavity, when peritoneal dialysis liquid stays abdomen to reach the time of setting, computer (12) instruction peritoneal dialysis liquid drain tee T (57-3) automatic opening, waste liquid in abdominal cavity flows out from peritoneal dialysis catheter (59) and enters the saturating external short tube of abdomen (58), the saturating sewer pipe of abdomen (60) is flowed into by the 3rd end (57-3) of peritoneal dialysis liquid drain tee T, waste liquid excretory duct machine inner segment (61) is flow to through waste liquid excretion drainage tube joint (44) from the saturating sewer pipe of abdomen (60), from waste liquid excretory duct machine inner segment (61) to the temporary storage container of waste liquid (62), when Intraabdominal waste liquid is emptying, weight sensor (9) transmission of information is to computer (12), computer (12) instruction peritoneal dialysis liquid pump (17) is opened automatically, first conduit electrical clip (38-1) automatic opening, if the peritoneal dialysis liquid in the first peritoneal dialysis liquid bag (67) does not flow sky, computer (12) returns information command first conduit electrical clip (38-1) the still opening of feedback according to electronic weight sensor (4), second conduit electrical clip (38-2) not opening, if the peritoneal dialysis liquid in the first peritoneal dialysis liquid bag (67) does not flow sky, repeat last peritoneal dialysis liquid flow process, if the peritoneal dialysis liquid in the first peritoneal dialysis liquid bag (67) flows sky, information command first conduit electrical clip (38-1) that then computer (12) returns feedback according to electronic weight sensor (4) cuts out, second conduit electrical clip (38-2) automatic opening, peritoneal dialysis liquid pump (17) is opened simultaneously, peritoneal dialysis liquid in second peritoneal dialysis liquid bag (71), flow out from the second peritoneal dialysis liquid bag (71), through second bag of peritoneal dialysis liquid drainage tube (73), by four-way pipe (70), pipe (77) is converged to four-way, pipe (77) is converged to the first peritoneal dialysis liquid drainage tube joint (40) through four-way, arrive forward quartz glass solenoid inlet termination head tube (48), flow through quartz glass serpentine pipe (49), quartz glass serpentine pipe port of export junction block (50), to heat thermostat arrival end junction block (51) to peritoneal dialysis liquid, flow through peritoneal dialysis liquid to heat thermostat (52), to heat to peritoneal dialysis liquid the port of export junction block (53) of thermostat (52), arrive forward second segment peritoneal dialysis liquid drainage tube (54), flow through second segment peritoneal dialysis liquid drainage tube (54), by the machine inner contact pipe of the second disinfection by ultraviolet light adapter (55), through the second peritoneal dialysis liquid flow sub pipe (43) to the 3rd section of peritoneal dialysis liquid drainage tube (56), through the 3rd section of peritoneal dialysis liquid drainage tube (56), to the first end (57-1) of peritoneal dialysis liquid drain tee T (57), through second end (57-2) of peritoneal dialysis liquid drain tee T (57) to the saturating pipe external short tube (58) of abdomen, through the saturating pipe external short tube (58) of abdomen, to peritoneal dialysis catheter (59), flow into the abdominal cavity of patient from peritoneal dialysis catheter (59), when the peritoneal dialysis liquid stream in the second peritoneal dialysis liquid bag (71) is empty, electronic-weighing quantity sensor (42-1) transmission of information is to computer (12), computer instruction dialysis liquid pump (17) suspends, abdomen is stayed by peritoneal dialysis liquid according to setting-up time, the abdomen time is stayed to arrive, automatic opening peritoneal dialysis liquid drain tee T (57-3), waste liquid in abdominal cavity flows out from peritoneal dialysis catheter (59) and enters the saturating external short tube of abdomen (58), the saturating sewer pipe of abdomen (60) is flowed into by the 3rd end (57-3) of peritoneal dialysis liquid drain tee T (57), waste liquid excretory duct machine inner segment (61) is flow to through waste liquid excretion drainage tube joint (44) from the saturating sewer pipe of abdomen (60), from waste liquid excretory duct machine inner segment (61) to the temporary storage container of waste liquid (62), when the waste liquor stream in abdominal cavity is empty, by weight sensor (9) transmission of information to computer (12), computer (12) instruction peritoneal dialysis liquid pump (17) starts, open 3rd conduit electrical clip (38-3) simultaneously, peritoneal dialysis liquid in 3rd peritoneal dialysis liquid bag (74) flows out, through the 3rd peritoneal dialysis liquid drainage tube (76), by the 3rd conduit electrical clip (38-3), to four-way pipe (70), pipe (77) is converged to four-way through four-way pipe (70), pipe (77) is converged through four-way, to the first peritoneal dialysis liquid drainage tube joint (40), through the first peritoneal dialysis liquid drainage tube joint (40) to quartz glass solenoid inlet termination head tube (48), through quartz glass solenoid inlet termination head tube (48), to quartz glass serpentine pipe (49), flow out quartz glass serpentine pipe (49), to quartz glass serpentine pipe port of export junction block (50), enter peritoneal dialysis liquid to heat thermostat arrival end junction block (51), to heat thermostat (52) through peritoneal dialysis liquid, to heat to peritoneal dialysis liquid the port of export junction block (53) of thermostat (52), enter second segment peritoneal dialysis liquid drainage tube (54), forward to the machine inner contact pipe of the second disinfection by ultraviolet light adapter (55), by the second disinfection by ultraviolet light adapter (55), the second peritoneal dialysis liquid drainage tube joint (43) outside machine, from the second peritoneal dialysis liquid drainage tube joint (43) outside machine, enter the 3rd section of peritoneal dialysis liquid drainage tube (56), by the 3rd section of peritoneal dialysis liquid drainage tube (56), flow into the first end (57-1) of peritoneal dialysis liquid drain tee T (57), the saturating pipe external short tube (58) of abdomen is entered by second end (57-2) of peritoneal dialysis liquid drain tee T (57), peritoneal dialysis catheter (59) is flowed into through the saturating pipe external short tube (58) of abdomen, abdominal cavity of patients is flowed into through peritoneal dialysis catheter (59), when the peritoneal dialysis liquid stream of the 3rd peritoneal dialysis liquid bag (74) is empty, electronic-weighing quantity sensor and hook (42-2) transmission of information are to computer (12), peritoneal dialysis liquid pump (17) stops automatically, second end (57-2) of saturating for abdomen external short tube (58) with tee T (57) is separated, the joint of the saturating external short tube of abdomen (58) connects iodide-containing cap, on second end (57-2) of tee T (57), connect sterility protection lid, terminate seance, patient can be freely movable,

Not bed property peritoneal dialysis (CAPD) the computer work program that continues of the saturating companion of abdomen is: start, complete machine cable (22) is energized, computer (12) and display (13) run and are showing the upper display power supply button (25) of touch interface (24), peritoneal dialysis liquid pump (17), peritoneal dialysis liquid perfusion display window (26), dialysis time display window (27), peritoneal dialysis liquid bag perfusion Residual liquid display window (28), disinfection by ultraviolet light display window (29), peritoneal dialysis liquid temperature display device (30), flow rate of liquid ml/ sub-display window (31), waste liquid total amount and ultrafiltration volume display window (32), discharge opeing display (33), discharging of waste liquid display window (34), power-off button (35) picture, ultraviolet disinfecting (18, 19, 20, 21) bright, peritoneal dialysis liquid is heated heater (15) the i.e. automatic heating in thermostat (14), temperature sensor (15-1) Real-Time Monitoring peritoneal dialysis liquid and to be heated the water temperature in thermostat (14) transmit temperature information to computer (12), accept computer (12) to the adjustment of water temperature, run after Warm water circulation pump (16) start always, the peritoneal dialysis liquid water temperature of heating in thermostat (14) maintains 36.5 ~ 38 DEG C and automatically regulates, peritoneal dialysis liquid bag (45) is placed on the first electronics pan of a steelyard (3), first paragraph peritoneal dialysis liquid drainage tube (47) is connected with the first peritoneal dialysis liquid drainage tube joint (40) through peritoneal dialysis liquid drainage tube first conduit electrical clip (38-1), one end of 3rd section of peritoneal dialysis liquid drainage tube (56) is connected with the second peritoneal dialysis liquid drainage tube joint (43) outside machine, the other end is connected with one end of the first end (57-1) of peritoneal dialysis liquid drain tee T (57), second end (57-2) of peritoneal dialysis liquid drain tee T (57) is connected with abdomen saturating pipe Ligation in vitro short tube (58), 3rd end (57-3) of peritoneal dialysis liquid drain tee T (57) is connected with the saturating sewer pipe of abdomen (60), first manual the 3rd end (57-3) opening peritoneal dialysis liquid drain tee T (57), the waste liquid in abdominal cavity is made to flow out to waste liquid excretory duct machine inner segment (61) from the saturating sewer pipe of abdomen (60), then to the temporary storage of waste liquid (62), when the waste liquid in abdominal cavity is emptying, start the peritoneal dialysis liquid that peritoneal dialysis liquid pump (17) makes in peritoneal dialysis liquid bag (45), flowed into the first peritoneal dialysis liquid drainage tube joint (40) through peritoneal dialysis liquid drainage tube first conduit electrical clip (38-1) by first paragraph peritoneal dialysis liquid drainage tube (47), flow out from the second peritoneal dialysis liquid drainage tube joint (43), to the 3rd section of peritoneal dialysis liquid drainage tube (56), enter the first end (57-1) of peritoneal dialysis liquid drain tee T (57), flow to abdominal cavity of patients by the saturating pipe external short tube (58) of abdomen through peritoneal dialysis catheter (59), when the peritoneal dialysis liquid stream in peritoneal dialysis liquid bag (45) is empty, electronic weight sensor (4) transmission of information is to computer (12), computer (12) instruction dialysis liquid pump (17) stops, the manual first end (57-1) saturating for abdomen pipe external short tube (58) and peritoneal dialysis liquid drain tee T (57) is separated, iodide-containing cap built by abdomen saturating pipe external short tube (58) joint, sterility cover is connected at second end (57-2) of peritoneal dialysis liquid drain tee T (57), terminate once to change liquid, retain peritoneal dialysis liquid in abdominal cavity, patient can be freely movable, change the peritoneal dialysis liquid time to after again row repeat to change liquid, when the temporary storage of waste liquid (62) reach should drain quantity time, electronic weight sensor (9) transmission of information is to computer (12), computer (12) instruction waste liquid drainage pump (23) starts, through waste liquid discharging tube (66) effluent discharge to sewer,

Continuous cycle type peritoneal dialysis (CCPD) the computer work program of the saturating companion of abdomen is: start, complete machine cable (22) is energized, computer (12) and display (13) run and are showing the upper display power supply button (25) of touch interface (24), peritoneal dialysis liquid pump (17), peritoneal dialysis liquid perfusion display window (26), dialysis time display window (27), peritoneal dialysis liquid bag perfusion Residual liquid display window (28), disinfection by ultraviolet light display window (29), peritoneal dialysis liquid temperature display device (30), flow rate of liquid ml/ sub-display window (31), waste liquid total amount and ultrafiltration volume display window (32), discharge opeing display (33), discharging of waste liquid display window (34), power-off button (35) picture, ultraviolet disinfecting (18, 19, 20, 21) bright, peritoneal dialysis liquid is heated heater (15) the i.e. automatic heating in thermostat (14), temperature sensor (15-1) Real-Time Monitoring peritoneal dialysis liquid and to be heated the water temperature in thermostat (14) transmit temperature information to computer (12), accept computer (12) to the adjustment of water temperature, run after Warm water circulation pump (16) start always, recirculated water is from Warm water circulation pump (16) to heater (15), arrive peritoneal dialysis liquid again through temperature sensor (15-1) to heat thermostat (14), constantly circulate to Warm water circulation pump (16) again from thermostat of heating (14), the peritoneal dialysis liquid water temperature of heating in thermostat (14) maintains 36.5 ~ 38 DEG C and automatically regulates, first peritoneal dialysis liquid bag (67) is placed on the first electronics pan of a steelyard (3) on electronic weight sensor (4), the first peritoneal dialysis liquid drainage tube (69), be connected with four-way pipe (70) through peritoneal dialysis liquid drainage tube first conduit electrical clip (38-1), second peritoneal dialysis liquid bag (71) to be suspended on the left of the saturating companion of abdomen on electronic-weighing quantity sensor and hook (42-1), the second peritoneal dialysis liquid drainage tube (73) is connected with four-way pipe (70) through the second conduit electrical clip (38-2), 3rd peritoneal dialysis liquid bag (74) to be suspended on the right side of the saturating companion of abdomen on electronic-weighing quantity sensor and hook (42-2), the 3rd peritoneal dialysis liquid drainage tube (76) is connected with four-way pipe (70) through the 3rd conduit electrical clip (38-3), four-way pipe (70) and four-way converge the side of managing (77) and are connected, and the other end that four-way converges pipe (77) is connected with the first peritoneal dialysis liquid drainage tube joint (40), one end of 3rd section of peritoneal dialysis liquid drainage tube (56) is connected with the second peritoneal dialysis liquid drainage tube joint (43) outside machine, the other end of the 3rd section of peritoneal dialysis liquid drainage tube (56) is connected with the first end (57-1) of peritoneal dialysis liquid drain tee T (57), second end (57-2) of peritoneal dialysis liquid drain tee T (57) is connected with the saturating pipe external short tube (58) of abdomen, (59 are connected the saturating pipe external short tube (58) of abdomen with peritoneal dialysis catheter, 3rd end (57-3) of peritoneal dialysis liquid drain tee T (57), be connected with one end of the saturating sewer pipe of abdomen (60), the other end and the waste liquid of the saturating sewer pipe of abdomen (60) are drained drainage tube joint (44) and are connected, what drain that drainage tube joint (44) is connected with waste liquid is waste liquid excretory duct machine inner segment (61), waste liquid excretory duct machine inner segment (61) is provided with electricity folder (79), second segment peritoneal dialysis liquid drainage tube (54) has electricity folder (78), first open the 3rd end (57-3) and electricity folder (79) of peritoneal dialysis liquid drain tee T (57), waste liquid in abdominal cavity of patients flows out to the saturating pipe external short tube (58) of abdomen by peritoneal dialysis catheter (59), through three end (57-3) of the saturating pipe external short tube (58) of abdomen to peritoneal dialysis liquid drain tee T (57), arrive forward the saturating sewer pipe of abdomen (60) again, through the saturating sewer pipe of abdomen (60) to waste liquid excretory duct machine inner segment (61), enter the temporary storage of waste liquid (62) through waste liquid excretory duct machine inner segment (61), when the waste liquid in abdominal cavity is emptying, electronic weight sensor (9) perceives the weight of the temporary storage of waste liquid (62), transmission of information is to computer (12), computer (12) determine the waste liquid of abdominal cavity of patients emptying time instruction first conduit electrical clip (38-1) open, second, the electronic clip closure of 3rd conduit, electricity folder (78) is open, electricity folder (79) is closed, peritoneal dialysis liquid pump (17) starts, peritoneal dialysis liquid in first peritoneal dialysis liquid bag (67), by the first peritoneal dialysis liquid drainage tube (69), through peritoneal dialysis liquid drainage tube first conduit electrical clip (38-1) to four-way pipe (70), converge pipe (77) through four-way and enter the first peritoneal dialysis liquid drainage tube joint (40), through quartz glass solenoid inlet termination head tube (48), quartz glass serpentine pipe (49), quartz glass serpentine pipe (49) port of export junction block (50), peritoneal dialysis liquid is heated the arrival end junction block (51) of thermostat (52), peritoneal dialysis liquid is heated thermostat (52), peritoneal dialysis liquid is heated the port of export junction block (53) of thermostat (52), second segment peritoneal dialysis liquid drainage tube (54), the second peritoneal dialysis liquid drainage tube joint (43) outside the second disinfection by ultraviolet light adapter (55) to machine, again to the 3rd section of peritoneal dialysis liquid drainage tube (56), enter the first end (57-1) of peritoneal dialysis liquid drain tee T (57), arrive the saturating pipe external short tube (58) of abdomen again, abdominal cavity of patients is flowed into through peritoneal dialysis catheter (59), when the first peritoneal dialysis liquid bag (67) stream is empty, electronic weight sensor (4) transmission of information is to computer (12), computer (12) instruction peritoneal dialysis liquid pump (17) suspends, the peritoneal dialysis liquid flowing into abdominal cavity of patients stays abdominal cavity by setup times, peritoneal dialysis liquid stays the abdomen time to arrive, computer (12) instruction electricity folder (79) is open, waste liquid in abdominal cavity flows out to the saturating pipe external short tube (58) of abdomen from peritoneal dialysis catheter (59), arrive the 3rd end (57-3) of peritoneal dialysis liquid drain tee T (57) again, enter the saturating sewer pipe of abdomen (60), flow in the temporary storage of waste liquid (62) through waste liquid excretory duct machine inner segment (61), when the waste liquor stream in abdominal cavity is empty, computer (12) receives the information of electronic weight sensor (9), namely peritoneal dialysis liquid drainage tube first conduit electrical clip (38-1) is closed in instruction, close the 3rd electrical clip (38-3), close electricity folder (79), open electricity folder (78), peritoneal dialysis liquid pump (17) starts, peritoneal dialysis liquid in second peritoneal dialysis liquid bag (71) flows out through the second peritoneal dialysis liquid drainage tube (73), repeats the program of the first peritoneal dialysis liquid bag (67), after 3rd peritoneal dialysis liquid bag (74) also repeats the program inflow abdominal cavity of patients of the first peritoneal dialysis liquid bag (67), the first end (57-1) of saturating for abdomen pipe external short tube (58) and peritoneal dialysis liquid drain tee T (57) be separated, patient can be freely movable, CCPD program can carried out in the daytime, also can start before sleeping night, automatically complete three automatic exchange processs of peritoneal dialysis liquid by arranging, whole treatment procedure completes, start waste liquid drainage pump (66), the waste liquid in temporary for waste liquid storage (62) is drained into sewer.

2. the saturating companion of the abdomen described by claim 1, be further characterized in that: all peritoneal dialysis liquid conduit of the saturating companion of abdomen is doctor's macromolecular material, Burdick lamp is Medical ultraviolet lamp, peritoneal dialysis liquid bag used can be the product of prior art, also can be special-purpose assorted product, peritoneal dialysis liquid capacity in peritoneal dialysis liquid bag can be the specification of 1500ml, 2000ml, 4000ml and 5000ml mono-bag.