CN102062516A - Dryer for dialyser and dryer for multi-station dialyser - Google Patents
Dryer for dialyser and dryer for multi-station dialyser Download PDFInfo
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- CN102062516A CN102062516A CN 201010566322 CN201010566322A CN102062516A CN 102062516 A CN102062516 A CN 102062516A CN 201010566322 CN201010566322 CN 201010566322 CN 201010566322 A CN201010566322 A CN 201010566322A CN 102062516 A CN102062516 A CN 102062516A
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Abstract
The invention discloses a dryer for a dialyser, which is provided with a bracket body and a drying device. The invention also provides a dryer for a multi-station dialyser, which is provided with a frame and a plurality of groups of drying devices. Each drying device is provided with a blood port air inlet joint, a blood port air outlet joint, a dialysate port air inlet joint, a dialysate port air outlet joint, a first heating cylinder, a second heating cylinder, a first flowmeter, a second flowmeter, a blowing device, a first air duct and a second air duct, wherein the blood port air inlet joint, the blood port air outlet joint, the dialysate port air inlet joint and the dialysate port air outlet joint are arranged on the frame, the blowing device is provided with a first air outlet end and a second air outlet end, the first air outlet end is connected with an input end of the first flowmeter, the output end of the first flowmeter is connected with the blood port air inlet joint through the first air duct via the first heating cylinder, the second air outlet end is connected with the input end of the second flowmeter, and the output end of the second flowmeter is connected with the dialysate port air inlet joint through the second air duct via the second heating cylinder. The dryer disclosed by the invention can avoid heat loss.
Description
Technical field
The present invention relates to the dialyzer technical field, particularly relate to a kind of dialyzer with dryer and multistation dialyzer dryer.
Background technology
Dialyzer is commonly called as artificial kidney, has obtained extensive use clinically.By carrying out haemodialysis, life-span that can the proper extension patient.Dialyzer generally includes housing, is arranged at hollow fibre, the blood feed tube that is arranged at the housing two ends, blood drain pipe, dislysate drain pipe and dislysate feed tube in the housing.
After dialyzer preparation is finished, need carry out Performance Detection, detect and could drop into medical use after qualified.Wherein a detection is exactly that dialyzer is carried out the water inspection, and the product after the water inspection is qualified is being dried processing.In the prior art, to the oven dry of dialyzer is the air heating box heating of flowing through, hot-air enters flowmeter through pipeline again, be adjusted to the flow that stoving process needs by flowmeter, two air inlets by the dialyzer that manually pipeline is installed then, be respectively blood input port, dislysate input port, dry.
In the prior art since thermal current through just entering dialyzer behind the pipeline, therefore the pipeline that the hot blast after heating is flowed through is oversize, and heat energy runs off fast, has heat energy loss, cause the hot blast of dialyzer air inlet can not reach the temperature of technological requirement rapidly, prolonged drying time.And be air inlet by the dialyzer that manually pipeline is installed in the prior art, so efficient is lower, oven dry needs the long period.
So,, provide a kind of dialyzer very necessary with dryer with the defective that overcomes prior art with dryer and multistation dialyzer at the prior art deficiency.
Summary of the invention
One of purpose of the present invention is to avoid the deficiencies in the prior art part and a kind of dialyzer dryer is provided, and this dialyzer can reduce thermal losses and drying efficiency height with dryer, and is easy to operate.
Above-mentioned purpose of the present invention realizes by following technical measures.
A kind of dialyzer dryer is provided with support body and drying unit,
The blood mouth air outlet adapter that described drying unit is provided with the blood mouth inlet suction port that is used for being connected with the blood input port of dialyzer, be used for being connected with the blood outlet of dialyzer, the dislysate mouth inlet suction port that is used for being connected, be used for the dislysate mouth air outlet adapter, first Heating tube, second Heating tube, first flow meter, second flowmeter, air-blast device, first wireway and second wireway that are connected with the dislysate delivery outlet of dialyzer with the dislysate input port of dialyzer
Described blood mouth inlet suction port, blood mouth air outlet adapter, dislysate mouth inlet suction port and dislysate mouth air outlet adapter are arranged at described support body,
Described air-blast device is provided with first outlet side and second outlet side, described first outlet side is connected with the input of first flow meter, the output of described first flow meter is connected with the input of first wireway, the output of described first wireway is connected with the input of first Heating tube, and the output of first Heating tube is connected with blood mouth inlet suction port;
Described second outlet side is connected with the input of second flowmeter, the output of described second flowmeter is connected with the input of second wireway, the output of described second wireway is connected with the input of second Heating tube, and the output of described second Heating tube is connected with described dislysate mouth inlet suction port
Further, above-mentioned support body is provided with first slotted eye and second slotted eye,
Described drying unit is provided with first connecting plate, second connecting plate, deflector roll, the first chucking cylinder and the second chucking cylinder,
Described deflector roll is fixed in described support body, and described first chucking cylinder and the described second chucking cylinder can slide along deflector roll,
Described first connecting plate passes described first slotted eye, and described first connecting plate, one end is connected with blood mouth inlet suction port, and the described first connecting plate other end is connected with the described first chucking cylinder, and the described first chucking cylinder is arranged at described support body,
Described second connecting plate passes described second slotted eye, and described second connecting plate, one end is connected with described blood mouth air outlet adapter, and the described second connecting plate other end is connected with the described second chucking cylinder, and the described second chucking cylinder is arranged at described support body.
Further, above-mentioned drying unit is provided with the pipe controller of described first wireway of control and the described second wireway conducting, and described pipe controller is arranged at described support body.
Preferably, above-mentioned pipe controller is set to magnetic valve.
Further, above-mentioned drying unit is provided with control device, and described control device is set to the PLC control device.
A kind of dialyzer dryer of the present invention, be provided with support body and drying unit, described drying unit is provided with and is used for the blood mouth inlet suction port that is connected with the blood input port of dialyzer, be used for the blood mouth air outlet adapter that is connected with the blood outlet of dialyzer, be used for the dislysate mouth inlet suction port that is connected with the dislysate input port of dialyzer, be used for the dislysate mouth air outlet adapter that is connected with the dislysate delivery outlet of dialyzer, first Heating tube, second Heating tube, the first flow meter, second flowmeter, air-blast device, first wireway and second wireway, described blood mouth inlet suction port, blood mouth air outlet adapter, dislysate mouth inlet suction port and dislysate mouth air outlet adapter are arranged at described support body, described air-blast device is provided with first outlet side and second outlet side, described first outlet side is connected with the input of first flow meter, the output of described first flow meter is connected with blood mouth inlet suction port behind first Heating tube by first wireway, described second outlet side is connected with the input of second flowmeter, and the output of described second flowmeter is connected with dislysate mouth inlet suction port behind second Heating tube by second wireway.Dialyzer dryer of the present invention, making gas enter flowmeter respectively regulates behind the air pressure more respectively by after first Heating tube and the heating of second Heating tube, directly hot-air is input in the dialyzer and dries by blood mouth inlet suction port, dislysate mouth inlet suction port respectively at last, can avoid the long thermal losses that is caused of pipeline in the prior art, guarantee to enter into the temperature of the hot-air in the dialyzer.And easy and simple to handle, can enhance productivity.
Another order of the present invention is to avoid the deficiencies in the prior art part and a kind of multistation dialyzer dryer is provided, and this multistation dialyzer can reduce thermal losses and drying efficiency height with dryer, and is easy to operate.
Above-mentioned purpose of the present invention realizes by following technical measures.
A kind of multistation dialyzer dryer is provided with support body and is arranged at two groups of described support body or two groups of above drying units,
The blood mouth air outlet adapter that every group of drying unit be provided with the blood mouth inlet suction port that is used for being connected with the blood input port of dialyzer, be used for being connected with the blood outlet of dialyzer, the dislysate mouth inlet suction port that is used for being connected, be used for the dislysate mouth air outlet adapter, first Heating tube, second Heating tube, first flow meter, second flowmeter, air-blast device, first wireway and second wireway that are connected with the dislysate delivery outlet of dialyzer with the dislysate input port of dialyzer
Described blood mouth inlet suction port, blood mouth air outlet adapter, dislysate mouth inlet suction port and dislysate mouth air outlet adapter are arranged at described support body,
Described air-blast device is provided with first outlet side and second outlet side, described first outlet side is connected with the input of first flow meter, the output of described first flow meter is connected with the input of first wireway, the output of described first wireway is connected with the input of first Heating tube, and the output of first Heating tube is connected with blood mouth inlet suction port;
Described second outlet side is connected with the input of second flowmeter, the output of described second flowmeter is connected with the input of second wireway, the output of described second wireway is connected with the input of second Heating tube, and the output of described second Heating tube is connected with described dislysate mouth inlet suction port.
Preferably, above-mentioned multistation dialyzer is provided with ten groups of drying units with dryer.
Further, above-mentioned support body is provided with first slotted eye and second slotted eye,
Described drying unit is provided with first connecting plate, second connecting plate, deflector roll, the first chucking cylinder and the second chucking cylinder,
Described deflector roll is fixed in described support body, and described first chucking cylinder and the described second chucking cylinder can slide along deflector roll,
Described first connecting plate passes described first slotted eye, and described first connecting plate, one end is connected with blood mouth inlet suction port, and the described first connecting plate other end is connected with the described first chucking cylinder, and the described first chucking cylinder is arranged at described support body,
Described second connecting plate passes described second slotted eye, and described second connecting plate, one end is connected with described blood mouth air outlet adapter, and the described second connecting plate other end is connected with the described second chucking cylinder, and the described second chucking cylinder is arranged at described support body.
Further, above-mentioned drying unit is provided with the pipe controller of described first wireway of control and the described second wireway conducting, and described pipe controller is arranged at described support body.
Preferably, above-mentioned pipe controller is set to magnetic valve.
A kind of multistation dialyzer dryer of the present invention, be provided with support body and be arranged at two groups of described support body or two groups of above drying units, every group of drying unit is provided with and is used for the blood mouth inlet suction port that is connected with the blood input port of dialyzer, be used for the blood mouth air outlet adapter that is connected with the blood outlet of dialyzer, be used for the dislysate mouth inlet suction port that is connected with the dislysate input port of dialyzer, be used for the dislysate mouth air outlet adapter that is connected with the dislysate delivery outlet of dialyzer, first Heating tube, second Heating tube, the first flow meter, second flowmeter, air-blast device, first wireway and second wireway, described blood mouth inlet suction port, blood mouth air outlet adapter, dislysate mouth inlet suction port and dislysate mouth air outlet adapter are arranged at described support body, described air-blast device is provided with first outlet side and second outlet side, described first outlet side is connected with the input of first flow meter, the output of described first flow meter is connected with blood mouth inlet suction port behind first Heating tube by first wireway, described second outlet side is connected with the input of second flowmeter, and the output of described second flowmeter is connected with dislysate mouth inlet suction port behind second Heating tube by second wireway.Multistation dialyzer dryer of the present invention, making gas enter flowmeter respectively regulates behind the air pressure more respectively by after first Heating tube and the heating of second Heating tube, directly hot-air is input in the dialyzer and dries by blood mouth inlet suction port, dislysate mouth inlet suction port respectively at last, can avoid the long thermal losses that is caused of pipeline in the prior art, guarantee to enter into the temperature of the hot-air in the dialyzer.And easy and simple to handle, can enhance productivity.
Description of drawings
The invention will be further described in conjunction with the accompanying drawings, but the content in the accompanying drawing does not constitute any limitation of the invention.
Fig. 1 is the structural representation of a kind of dialyzer of the present invention with dryer.
Fig. 2 is the part schematic diagram of the Facad structure of Fig. 1.
Fig. 3 is the part schematic diagram of the structure of Fig. 1.
In Fig. 1, Fig. 2 and Fig. 3, comprising:
Blood mouth air outlet adapter 320, dislysate mouth inlet suction port 330,
Dislysate mouth air outlet adapter 340, first connecting plate 351, second connecting plate 352,
The first chucking cylinder 361, the second chucking cylinder 362, deflector roll 500,
Air-blast device 380, first outlet side 381, second outlet side 382,
The specific embodiment
With the following Examples the present invention is further described.
Embodiment 1.
A kind of dialyzer 100 is used dryer, as Fig. 1, Fig. 2 and shown in Figure 3, is provided with support body 200 and drying unit 300, and drying unit 300 is arranged at support body 200.
Blood mouth inlet suction port 310, blood mouth air outlet adapter 320, dislysate mouth inlet suction port 330 and dislysate mouth air outlet adapter 340 are arranged at support body 200.When drying, the blood input port of dialyzer 100 is connected with blood inlet suction port 310, the blood outlet of dialyzer 100 is connected with blood mouth air outlet adapter 320, the hot gas that is delivered into dialyzer 100 enters from the blood input port of dialyzer 100, discharge from blood outlet, the dialysis membrane in the dialyzer is dried.Simultaneously, the dislysate input port of dialyzer 100 is connected with dislysate mouth air inlet head 330, the dislysate delivery outlet of dialyzer 100 is connected with dislysate mouth air outlet adapter 340, the hot gas that is delivered into dialyzer 100 enters from the dislysate input port of dialyzer 100, discharge from the dislysate delivery outlet, the dialysis membrane in the dialyzer is dried.
Air-blast device 380 is provided with first outlet side 381 and second outlet side 382, first outlet side 381 is connected with the input of first flow meter 391, the output of first flow meter 391 is connected with blood mouth inlet suction port 310 behind first Heating tube 371 by first wireway 410, and the hot gas of first via oven dry is provided.Air-blast device 380 is crossed first flow meter 391 by the air communication of first outlet side, 381 outputs and is adjusted to suitable throughput, behind first Heating tube 371, become hot gas by first wireway 410, directly be delivered to the blood input port of dialyzer 100, dialysis membrane is dried by blood air inlet connections 310.Because the air-flow of 371 pairs of needs of first Heating tube heats, and be delivered to dialyzer 100 then, so thermal losses is less, can guarantee to enter into the temperature of the gas in the dialyzer 100, controllability is higher.
Drying unit 300 is provided with first connecting plate 351, second connecting plate 352, deflector roll 500, the first chucking cylinder 361 and the second chucking cylinder 362.
First connecting plate 351 passes first slotted eye 210, first connecting plate, 351 1 ends are connected with blood mouth inlet suction port 310, first connecting plate, 351 other ends are connected with the first chucking cylinder 361, and the first chucking cylinder 361 is arranged at support body 200 and can slides up and down along deflector roll 500.
Second connecting plate 352 passes second slotted eye 220, second connecting plate, 352 1 ends are connected with blood mouth air outlet adapter 320, second connecting plate, 352 other ends are connected with the second chucking cylinder 362, and the second chucking cylinder 362 is arranged at support body 200 and can slides up and down along deflector roll 500.
Like this, when dialyzer 100 assemblings, with the dislysate input port of dialyzer 100, dislysate delivery outlet respectively correspondence snap in dislysate mouth inlet suction port 330 and dislysate mouth air outlet adapter 340, at this moment, the blood input port of dialyzer 100, blood outlet back down blood mouth inlet suction port 310 and blood mouth air outlet adapter 320 respectively packs into, is assembled together then.
Drying unit 300 also is provided with the pipe controller of control first wireway 410 and 420 conductings of second wireway, and pipe controller is arranged at support body 200.Pipe controller can be controlled first wireway 410 and 420 conductings of second wireway, thereby controls the hot gas that is input in the dialyzer 100 flexibly.Pipe controller can be set to magnetic valve, not only controls accurate but also with low cost.
In addition, drying unit 300 is provided with control device, and control device is set to the PLC control device, can carry out the program setting flexibly.
Dialyzer dryer of the present invention, its course of work is such:
With the dislysate input port of dialyzer 100, dislysate delivery outlet respectively correspondence snap in dislysate mouth inlet suction port 330 and dislysate mouth air outlet adapter 340, at this moment, the blood input port of dialyzer 100, blood outlet back down blood mouth inlet suction port 310 and blood mouth air outlet adapter 320 respectively packs into, is assembled together then.Starting switch, the auto lock sealing, magnetic valve is controlled the switching of first wireway 410 and second wireway 420 automatically, to dialyzer 100 input hot gas, carries out the oven dry of dialysis membrane.Through behind about 15 minutes hot-air seasoning, the first chucking cylinder 361 and the second chucking cylinder 362 reset respectively, promptly finish whole hot-air seasoning flow process, take out dialyzer 100 and get final product.
Dialyzer dryer of the present invention, gas is regulated behind the air pressure more respectively by after first Heating tube 371 and 372 heating of second Heating tube by the first flow meter 391 and second flowmeter 392, directly hot-air is input in the dialyzer and dries by blood mouth inlet suction port 310, dislysate mouth inlet suction port 330 respectively at last, can avoid the long thermal losses that is caused of pipeline in the prior art, guarantee to enter into the temperature of the hot-air in the dialyzer.
In addition, the structure setting of first connecting plate 351, second connecting plate 352, deflector roll 500, the first chucking cylinder 361 and the second chucking cylinder 362, plug-in mounting dialyzer 100 easy and simple to handle and plug-in mounting precision height can be enhanced productivity.Being provided with of pipe controller can be controlled first wireway 410 and 420 conductings of second wireway, thereby controls the hot gas that is input in the dialyzer 100 flexibly.Operate easylier, can enhance productivity.
Embodiment 2.
A kind of multistation dialyzer dryer is provided with support body 200 and organizes as embodiment 1 described drying unit 300 more, and drying unit 300 is arranged at support body 200.
Drying unit 300 can be set to more than two groups or two groups, preferably is set to ten groups.The structure of every group of drying unit 300 is identical with embodiment 1, repeats no more here.
Multistation dialyzer dryer of the present invention, its course of work is such:
Corresponding respectively dislysate mouth inlet suction port 330 and the dislysate mouth air outlet adapter 340 that snaps in every group of drying unit of dislysate input port, dislysate delivery outlet with a plurality of dialyzers 100, at this moment, the blood input port of dialyzer 100, blood outlet back down blood mouth inlet suction port 310 and blood mouth air outlet adapter 320 respectively packs into, is assembled together then.Starting switch, the auto lock sealing, magnetic valve is controlled first wireway 410 of every group of drying unit and the switching of second wireway 420 automatically, and the dialyzer 100 input hot gas to separately carry out the oven dry of dialysis membrane.Through behind about 15 minutes hot-air seasoning, the first chucking cylinder 361 of every group of drying unit and the second chucking cylinder 362 reset respectively, promptly finish whole hot-air seasoning flow process, take out dialyzer 100 and get final product.
Multistation dialyzer dryer of the present invention, the gas of every group of drying unit is regulated behind the air pressure more respectively by after first Heating tube 371 and 372 heating of second Heating tube by the first flow meter 391 and second flowmeter 392, directly hot-air is input in the dialyzer and dries by blood mouth inlet suction port 310, dislysate mouth inlet suction port 330 respectively at last, can avoid the long thermal losses that is caused of pipeline in the prior art, guarantee to enter into the temperature of the hot-air in the dialyzer.
In addition, the structure setting of first connecting plate 351, second connecting plate 352, deflector roll 500, the first chucking cylinder 361 and the second chucking cylinder 362, plug-in mounting dialyzer 100 easy and simple to handle and plug-in mounting precision height can be enhanced productivity.Being provided with of pipe controller can be controlled first wireway 410 and 420 conductings of second wireway, thereby controls the hot gas that is input in the dialyzer 100 flexibly.Operate easylier, can enhance productivity.
In addition, organize the oven dry that drying unit can realize once carrying out many dialyzers, the drying efficiency height is fit to mass production more.
Should be noted that at last; above embodiment is only in order to illustrate technical scheme of the present invention but not limiting the scope of the invention; although the present invention has been done detailed description with reference to preferred embodiment; those of ordinary skill in the art is to be understood that; can make amendment or be equal to replacement technical scheme of the present invention, and not break away from the essence and the scope of technical solution of the present invention.
Claims (10)
1. a dialyzer dryer is characterized in that: be provided with support body and drying unit;
The blood mouth air outlet adapter that described drying unit is provided with the blood mouth inlet suction port that is used for being connected with the blood input port of dialyzer, be used for being connected with the blood outlet of dialyzer, the dislysate mouth inlet suction port that is used for being connected, be used for the dislysate mouth air outlet adapter, first Heating tube, second Heating tube, first flow meter, second flowmeter, air-blast device, first wireway and second wireway that are connected with the dislysate delivery outlet of dialyzer with the dislysate input port of dialyzer;
Described blood mouth inlet suction port, blood mouth air outlet adapter, dislysate mouth inlet suction port and dislysate mouth air outlet adapter are arranged at described support body;
Described air-blast device is provided with first outlet side and second outlet side, described first outlet side is connected with the input of first flow meter, the output of described first flow meter is connected with the input of first wireway, the output of described first wireway is connected with the input of first Heating tube, and the output of first Heating tube is connected with blood mouth inlet suction port;
Described second outlet side is connected with the input of second flowmeter, the output of described second flowmeter is connected with the input of second wireway, the output of described second wireway is connected with the input of second Heating tube, and the output of described second Heating tube is connected with described dislysate mouth inlet suction port.
2. dialyzer dryer according to claim 1 is characterized in that:
Described support body is provided with first slotted eye and second slotted eye;
Described drying unit is provided with first connecting plate, second connecting plate, deflector roll, the first chucking cylinder and the second chucking cylinder;
Described deflector roll is fixed in described support body, and described first chucking cylinder and the described second chucking cylinder can slide along deflector roll;
Described first connecting plate passes described first slotted eye, and described first connecting plate, one end is connected with blood mouth inlet suction port, and the described first connecting plate other end is connected with the described first chucking cylinder, and the described first chucking cylinder is arranged at described support body;
Described second connecting plate passes described second slotted eye, and described second connecting plate, one end is connected with described blood mouth air outlet adapter, and the described second connecting plate other end is connected with the described second chucking cylinder, and the described second chucking cylinder is arranged at described support body.
3. dialyzer dryer according to claim 1 and 2 is characterized in that: described drying unit is provided with the pipe controller of described first wireway of control and the described second wireway conducting, and described pipe controller is arranged at described support body.
4. dialyzer dryer according to claim 3 is characterized in that: described pipe controller is set to magnetic valve.
5. dialyzer dryer according to claim 1 is characterized in that: described drying unit is provided with control device, and described control device is set to the PLC control device.
6. multistation dialyzer dryer is characterized in that: be provided with support body and be arranged at two groups or two groups of above drying units of described support body;
The blood mouth air outlet adapter that every group of drying unit be provided with the blood mouth inlet suction port that is used for being connected with the blood input port of dialyzer, be used for being connected with the blood outlet of dialyzer, the dislysate mouth inlet suction port that is used for being connected, be used for the dislysate mouth air outlet adapter, first Heating tube, second Heating tube, first flow meter, second flowmeter, air-blast device, first wireway and second wireway that are connected with the dislysate delivery outlet of dialyzer with the dislysate input port of dialyzer;
Described blood mouth inlet suction port, blood mouth air outlet adapter, dislysate mouth inlet suction port and dislysate mouth air outlet adapter are arranged at described support body;
Described air-blast device is provided with first outlet side and second outlet side, described first outlet side is connected with the input of first flow meter, the output of described first flow meter is connected with the input of first wireway, the output of described first wireway is connected with the input of first Heating tube, and the output of first Heating tube is connected with blood mouth inlet suction port;
Described second outlet side is connected with the input of second flowmeter, the output of described second flowmeter is connected with the input of second wireway, the output of described second wireway is connected with the input of second Heating tube, and the output of described second Heating tube is connected with described dislysate mouth inlet suction port.
7. multistation dialyzer dryer according to claim 6 is characterized in that: be provided with ten groups of drying units.
8. according to claim 6 or 7 described multistation dialyzer dryers, it is characterized in that:
Described support body is provided with first slotted eye and second slotted eye;
Described drying unit is provided with first connecting plate, second connecting plate, deflector roll, the first chucking cylinder and the second chucking cylinder;
Described deflector roll is fixed in described support body, and described first chucking cylinder and the described second chucking cylinder can slide along deflector roll;
Described first connecting plate passes described first slotted eye, and described first connecting plate, one end is connected with blood mouth inlet suction port, and the described first connecting plate other end is connected with the described first chucking cylinder, and the described first chucking cylinder is arranged at described support body;
Described second connecting plate passes described second slotted eye, and described second connecting plate, one end is connected with described blood mouth air outlet adapter, and the described second connecting plate other end is connected with the described second chucking cylinder, and the described second chucking cylinder is arranged at described support body.
9. multistation dialyzer dryer according to claim 8 is characterized in that: described drying unit is provided with the pipe controller of described first wireway of control and the described second wireway conducting, and described pipe controller is arranged at described support body.
10. multistation dialyzer dryer according to claim 9, it is characterized in that: described pipe controller is set to magnetic valve.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201010566322 CN102062516B (en) | 2010-11-30 | 2010-11-30 | Dryer for dialyser and dryer for multi-station dialyser |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201010566322 CN102062516B (en) | 2010-11-30 | 2010-11-30 | Dryer for dialyser and dryer for multi-station dialyser |
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| Publication Number | Publication Date |
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| CN102062516A true CN102062516A (en) | 2011-05-18 |
| CN102062516B CN102062516B (en) | 2012-05-30 |
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| CN 201010566322 Expired - Fee Related CN102062516B (en) | 2010-11-30 | 2010-11-30 | Dryer for dialyser and dryer for multi-station dialyser |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN109253618A (en) * | 2018-10-23 | 2019-01-22 | 贝恩医疗设备(广州)有限公司 | A kind of dialyzer dryer and its gas path joint |
| CN111156816A (en) * | 2019-12-25 | 2020-05-15 | 苏州足迹自动化设备有限责任公司 | Dry all-in-one of leak hunting sterilization |
| CN117249669A (en) * | 2023-11-16 | 2023-12-19 | 北京航天长峰股份有限公司 | Oxygenator drying device |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109253618A (en) * | 2018-10-23 | 2019-01-22 | 贝恩医疗设备(广州)有限公司 | A kind of dialyzer dryer and its gas path joint |
| CN109253618B (en) * | 2018-10-23 | 2024-02-06 | 贝恩医疗设备(广州)有限公司 | Dialyser dryer and gas circuit joint thereof |
| CN111156816A (en) * | 2019-12-25 | 2020-05-15 | 苏州足迹自动化设备有限责任公司 | Dry all-in-one of leak hunting sterilization |
| CN117249669A (en) * | 2023-11-16 | 2023-12-19 | 北京航天长峰股份有限公司 | Oxygenator drying device |
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| CN102062516B (en) | 2012-05-30 |
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