CN202620334U - Intensive artificial kidney blood dialysis solution producing and supplying system - Google Patents
Intensive artificial kidney blood dialysis solution producing and supplying system Download PDFInfo
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- CN202620334U CN202620334U CN 201220205656 CN201220205656U CN202620334U CN 202620334 U CN202620334 U CN 202620334U CN 201220205656 CN201220205656 CN 201220205656 CN 201220205656 U CN201220205656 U CN 201220205656U CN 202620334 U CN202620334 U CN 202620334U
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- dialysis solution
- artificial kidney
- blood dialysis
- kidney blood
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Abstract
The utility model provides an intensive artificial kidney blood dialysis solution producing and supplying system, and belongs to the technical field of artificial kidney blood dialysis solution producing and supplying systems. The intensity artificial kidney blood dialysis solution producing and supplying system comprises more than one artificial kidney blood dialysis solution producing and supplying line, wherein each artificial kidney blood dialysis solution producing and supplying line comprises a quantitative storage barrel, an ultraviolet (UV) sterilizer and an endotoxin filter which are connected with one another by a circulating pipeline; the quantitative storage barrels are used for preparing blood dialysis solutions; the UV sterilizers are used for sterilization; the endotoxin filters are used for removing endotoxin; and one to more using point terminals are arranged on the circulating pipeline between an outlet of each endotoxin filter and the corresponding quantitative storage barrel. High energy consumption or a large quantity of repeated logistic procedures are not required, the quality of the blood dialysis solution is guaranteed, and the production cost of the blood dialysis solution is reduced.
Description
Technical field
This utility model belongs to artificial kidney blood dialysis solution production and supply systems technology field, is specifically related to intensive artificial kidney blood dialysis solution production and supply system.
Background technology
Existing dialysis solution normally earlier is processed into elementary purified water through suitable water technology with tap water by pharmaceutical factory or hospital preparation chamber; Process dialysis solution through suitable process and the suitable medium of interpolation; Again with this dialysis solution through antibacterial, fill, seal, pack, store, transportation, secondary store, secondary distribution, finally supply the patient to use.This production operation technique technology brings potential risks not only for the quality safety of dialysis solution because of needs a large amount of energy consumption and repeated logistics program, also makes the ultimate cost of dialysis solution too high.
The utility model content
To the problem that prior art exists, the purpose of this utility model is to design the technical scheme that a kind of intensive artificial kidney blood dialysis solution production and supply system is provided.This system need not the logistics program of a large amount of energy consumptions and repeatability, has not only guaranteed the quality of dialysis solution, and has reduced the production cost of dialysis solution.
Described intensive artificial kidney blood dialysis solution production and supply system; It is characterized in that comprising an above artificial kidney blood dialysis solution production and supply line; Described artificial kidney blood dialysis solution production and supply line comprises the quantitative storage tank that is used to prepare dialysis solution that circulation line connects, is used for the UV sterilizer of degerming and is used to remove endotoxic endotoxin filter, and described endotoxin filter outlet is provided with extremely a plurality of use point terminals with the circulation line that is back between the quantitative storage tank.
Described intensive artificial kidney blood dialysis solution production and supply system is characterized in that comprising the artificial kidney blood dialysis solution production and supply line of two preparing A, two kinds of different dialysis solution of B.
Described intensive artificial kidney blood dialysis solution production and supply system is characterized in that on the described artificial kidney blood dialysis solution production and supply line one and an above delivery pump being set.
Described intensive artificial kidney blood dialysis solution production and supply system is characterized in that described quantitative storage tank is provided with hemodialysis with water inlet, solute import, dialysis solution outlet and liquid return hole.
Described intensive artificial kidney blood dialysis solution production and supply system is characterized in that described use point terminal is provided with aseptic health valve.
Described intensive artificial kidney blood dialysis solution production and supply system is characterized in that described delivery pump comprises to be arranged on first delivery pump between quantitative storage tank and the UV sterilizer and to be arranged on the endotoxin filter and quantitative circulation second delivery pump between the storage tank.
This utility model has been broken dialysis solution by pharmaceutical factory or Drug Manufacturing Room's production, and the traditional mode that hospital clinical uses department's (hemodialysis center or blood dialysis room) to use uses dialysis solution by hospital clinical use department through the incorporate intensive mode of manufacture of medical equipment; Make full use of the existing hemodialysis of hospital clinical sector of demand and use purified water; Substituted pharmaceutical factory conventional formulation method through suitable technology and the method for adding appropriate medium, substituted primary open type logistics distribution with suitable discharge pressure and closed circulation mode of movement.
This utility model compared with prior art has the following advantages:
1) greatly reduced the production cost of dialysis solution.Hospital uses dialysis solution that original technical matters produces to use to the patient, on average pays wages about 100 yuan/person-time, uses the about 10 yuan/L of expense of intensive dialysis solution.
2) made full use of traditional purified water production technology, only one of energy consumption can be practiced thrift more than 50%, makes the integrated cost of preparation dialysis solution water reduce to 0.008 yuan/L from original about 0.25 yuan/L.
3) reduced intermediate storage, the open flow process of conveying.Both avoid product to receive the hidden danger of secondary pollution, greatly reduced the middle cost of product again.
4) reduced the waste of human resource that hospital internal brings because of dialysis solution logistics midway.
Description of drawings
Fig. 1 is the structural representation of this utility model.
Among the figure: the quantitative storage tank of 1-; 2-first delivery pump; The 3-UV sterilizer; 4-endotoxin filter; 5-uses point terminal; 6-second delivery pump.
Specific embodiments
Further specify this utility model below in conjunction with Figure of description.
Embodiment
As shown in the figure; Intensive style artificial kidney blood dialysis solution production and supply system comprises an above artificial kidney blood dialysis solution production and supply line; Artificial kidney blood dialysis solution production and supply line comprises quantitative storage tank 1, UV sterilizer 3 and the endotoxin filter 4 that circulation line connects, and the circulation line between endotoxin filter 4 and the quantitative storage tank 1 is provided with one to a plurality of use point terminals 5.
Quantitatively storage tank 1 is mainly used in the required dialysis solution of preparation, and receive savings temporarily need not or remaining dialysis solution, therefore on quantitative storage tank 1, be provided with hemodialysis and exporting and liquid return hole with water inlet, solute import, dialysis solution.UV sterilizer 3 is mainly used in noxious bacteria in the deactivation dialysis solution.Endotoxin filter 4 is mainly used in the bacterium corpse of removing after bacterial endotoxin and the deactivation.Use the haemodialysis control unit of point terminal 5 main confession under directions hemodialysis centers or blood dialysis room to use,, on use point terminal 5, be provided with aseptic health valve according to the work switching needs of haemodialysis control unit.
In order to ensure the discharge pressure of dialysis solution in the artificial kidney blood dialysis solution production and supply line, on artificial kidney blood dialysis solution production and supply line, an above delivery pump is set, delivery pump plays the effect with the dialysis solution mixing simultaneously.The preferred structure delivery pump comprises and is arranged on first delivery pump 2 in quantitative storage tank 1 and the sterilizer 3 and is arranged on endotoxin filter 4 and quantitative second delivery pump 6 between the storage tank 1 the most.
The preferred structure of this utility model is that two artificial kidney blood dialysis solution production and supply lines are set, and is respectively applied for production and supply A, two kinds of different dialysis solution of B.Also can two above artificial kidney blood dialysis solution production and supply lines be set according to practical situation.
During use; With hospital hemodialysis center (or blood dialysis room) artificial kidney dialysis's water is former water; Be collected in one or more quantitative storage tanks 1,, in bucket, add an amount of A type solute or Type B solute again according to dialysis solution different specifications classification; After the related process requirement processing by the pharmacopeia regulation, final solution is become satisfy the dialysis solution that design specification requires.Dialysis solution is directly sent to hemodialysis center or blood dialysis room etc. with the circulation delivery pump through dedicated feed (A solution and B solution adopt along separate routes and carries, and the feed flow that the pressure of solution can satisfy different hemo systems requires) has the use point of demand to supply the patient to use.Be provided with in dialysis solution output place always or before using point terminal UV sterilizer 3 with (or) endotoxin filter 4, use point terminal 5 to be provided with aseptic health valve; Temporarily need not or remaining dialysis solution be back in the quantitative storage tank 1 through circulation line, after circular treatment, reuse.
The economic benefit that this utility model is obtained is following:
The existing above general hospital of diformazan is at the hemodialysis center or blood dialysis room or ICU first aid, during to slow, acute renal failure patient dialysis treatment or rescue, all need use dialysis solution; The usually each dialysis of chronic renal failure patient needs A, two kinds of dialysis solution of B simultaneously.About 100 yuans of existing A, the clinical use cost per person of B dialysis solution do hemodialysis patient 50 examples every day in a hospital that has 50 hemodialysis berths, need every day A, B dialysis solution funds to pay wages 1.0 ten thousand yuans.Meter needed funds to pay wages 1,500,000 yuan in annual 300 days.If use intensive dialysis solution instead, same consumption only needs 0.1 ten thousand yuans every day, and annual needs 150,000 yuans, therefrom practice thrift 1,350,000 yuans.
There are more than 17000 families of the above general hospital of diformazan in China; Health ministry clear and definite regulation diformazan and must set up hemodialysis unit or hemodialysis center to go to the hospital just in the Eighth Five-Year Plan, in fact hemodialysis unit or hemodialysis center are all had in the above general hospital of diformazan now.If all adopt intensive dialysis solution to go to the hospital,, promptly can be country every year and practice thrift 229.5 hundred million yuans by the 1350000 yuans of calculating of cutting down expenses every year of each hospital.In addition by the dialysis solution consumption annual of each hospital economize on electricity 50,000 the degree, the whole nation year the economize on electricity 8.5 hundred million the degree (annual electricity generating capacity that is equivalent to 100,000 kilowatts of units); Need to consume 3.7 kilograms of standard coals, 1.33 kilograms of CO of per kilogram standard coal generation by the average every degree electricity of China's thermoelectricity
2Meter reduces discharging CO
21,130,000 tons (06-08 China realizes reducing discharging CO
26.7 hundred million tons).That these data have confirmed fully that hospital adopts that intensive dialysis solution produces is energy-conservation, reduction of discharging, environmental protection, consumption reduction effect are huge!
Shown in the above and the figure only is the preferred implementation of this utility model.Should be pointed out that for the person of ordinary skill of the art under the prerequisite that does not break away from this utility model principle, can also make some modification and improvement, these also are regarded as belonging to the protection domain of this utility model.
Claims (6)
1. intensive artificial kidney blood dialysis solution production and supply system; It is characterized in that comprising an above artificial kidney blood dialysis solution production and supply line; Described artificial kidney blood dialysis solution production and supply line comprises the quantitative storage tank (1) that is used to prepare dialysis solution that circulation line connects, is used for the UV sterilizer (3) of degerming and is used to remove endotoxic endotoxin filter (4), and the circulation line that described endotoxin filter (4) exports and is back between the quantitative storage tank (1) is provided with one to a plurality of use point terminals (5).
2. intensive artificial kidney blood dialysis solution production and supply as claimed in claim 1 system is characterized in that comprising the artificial kidney blood dialysis solution production and supply line of two preparing A, two kinds of different dialysis solution of B.
3. intensive artificial kidney blood dialysis solution production and supply as claimed in claim 1 system is characterized in that on the described artificial kidney blood dialysis solution production and supply line one and an above delivery pump being set.
4. intensive artificial kidney blood dialysis solution production and supply as claimed in claim 1 system is characterized in that described quantitative storage tank (1) is provided with hemodialysis with water inlet, solute import, dialysis solution outlet and liquid return hole.
5. intensive artificial kidney blood dialysis solution production and supply as claimed in claim 1 system is characterized in that described use point terminal (5) is provided with aseptic health valve.
6. intensive artificial kidney blood dialysis solution production and supply as claimed in claim 3 system is characterized in that described delivery pump comprises to be arranged on first delivery pump (2) between quantitative storage tank (1) and the UV sterilizer (3) and to be arranged on endotoxin filter (4) and quantitative circulation second delivery pump (6) between the storage tank (1).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220205656 CN202620334U (en) | 2012-05-09 | 2012-05-09 | Intensive artificial kidney blood dialysis solution producing and supplying system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220205656 CN202620334U (en) | 2012-05-09 | 2012-05-09 | Intensive artificial kidney blood dialysis solution producing and supplying system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202620334U true CN202620334U (en) | 2012-12-26 |
Family
ID=47373585
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201220205656 Expired - Lifetime CN202620334U (en) | 2012-05-09 | 2012-05-09 | Intensive artificial kidney blood dialysis solution producing and supplying system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202620334U (en) |
-
2012
- 2012-05-09 CN CN 201220205656 patent/CN202620334U/en not_active Expired - Lifetime
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CX01 | Expiry of patent term |
Granted publication date: 20121226 |
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| CX01 | Expiry of patent term |