CN205287105U - Infusion head and automatic bottle change transfusion system - Google Patents
Infusion head and automatic bottle change transfusion system Download PDFInfo
- Publication number
- CN205287105U CN205287105U CN201520963571.5U CN201520963571U CN205287105U CN 205287105 U CN205287105 U CN 205287105U CN 201520963571 U CN201520963571 U CN 201520963571U CN 205287105 U CN205287105 U CN 205287105U
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- Prior art keywords
- valve block
- control room
- valve
- transfusion
- drain pipe
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Withdrawn - After Issue
Links
- 238000001802 infusion Methods 0.000 title abstract description 24
- 239000007788 liquid Substances 0.000 claims abstract description 76
- 230000005484 gravity Effects 0.000 claims abstract description 32
- 239000000463 material Substances 0.000 abstract description 7
- 238000003754 machining Methods 0.000 abstract 1
- 230000000694 effects Effects 0.000 description 8
- 238000001990 intravenous administration Methods 0.000 description 2
- 210000001124 Body Fluids Anatomy 0.000 description 1
- 210000003462 Veins Anatomy 0.000 description 1
- 239000010839 body fluid Substances 0.000 description 1
- 239000003792 electrolyte Substances 0.000 description 1
- 238000002347 injection Methods 0.000 description 1
- 239000007924 injection Substances 0.000 description 1
- 235000015097 nutrients Nutrition 0.000 description 1
- 230000035939 shock Effects 0.000 description 1
- 239000000126 substance Substances 0.000 description 1
- 230000000576 supplementary Effects 0.000 description 1
- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 description 1
Abstract
The utility model provides an infusion head and automatic bottle change system, the control valve of this infusion head includes disk seat and the first valve block, second valve block and the third valve block that link to each other respectively with the disk seat. Wherein, the gravity moment sum of first valve block to the gravity moment of disk seat and second valve block to the disk seat is less than the gravity moment of third valve block to the disk seat, messenger's valve block of winning, it is rotatory that clockwise is pressed around the disk seat to second valve block and third valve block, first valve block is used for controlling the intercommunication and closure that control room and drain pipe are passed through to the intake pipe, the second valve block is used for controlling the intercommunication and closure that control room and inlet channel are passed through to the intake pipe, the third valve block is used for controlling the intercommunication and closure that liquid channel passes through control room and drain pipe, the automatic bottle change function of physical principle control has been realized, and the first price of should infusing is low, high reliability, it is lower to the material requirements, easy machining.
Description
Technical field
This utility model relates to medical equipment, particularly relates to transfusion head and automatic decanting transfusion system.
Background technology
Transfusion has another name called has an intravenous drip or hangs water, is inputted internal large bolus injection liquid by intravenous drip, is packaged in infusion bottle or transfusion bag. During use, drip speed by transfusion device adjustment, continue and stably enter vein, with supplementary body fluid, electrolyte or offer nutrient substance. Hospital is when infusing to patient, generally require the situation collocation according to patient and use many bottles or many bags transfusions, this is accomplished by patient or the family numbers of patients moment pays close attention to transfusion condition, to notify that nurse changes bottle in time, causing that nurse changes the workload of bottle very big, patient or family numbers of patients can not well be had a rest. Therefore, automatic decanting technology becomes the focus of people's research.
Although electronic intelligence controls module can solve the problem that the problem of automatic decanting, but price is high, technology is also not mature enough, and reliability is not high, it is also inconvenient to use.
The device of automatic decanting is controlled, although also be able to solve the problem of automatic decanting, but ball float material selects difficulty, need to select the material that relative density is much smaller than 1 and security performance is high, or be processed into hollow float, considerably increase difficulty of processing by ball float.
Utility model content
Based on this, be necessary high for traditional automatic decanting technical price, reliability is low, uses is complicated, problem to material requirements height and difficult processing, it is provided that a kind of use of connecting can realize automatic decanting and price is low, reliability is high, the transfusion head of material requirements is relatively low, handling ease.
Additionally, this utility model also provides for a kind of automatic decanting transfusion system.
A kind of transfusion head, including transfusion head main body, it is arranged on the inlet channel in transfusion head main body and liquid outlet channel, it is arranged on transfusion head main body bottom the control room connected with described inlet channel and liquid outlet channel, by the air inlet pipe that described control room connects with described inlet channel, the drain pipe connected with described liquid outlet channel by described control room and the control valve being arranged in described control room, described air inlet pipe is connected with described drain pipe by described control room, described control valve includes valve seat and the first valve block being connected respectively with described valve seat, second valve block and the 3rd valve block,
Described first valve block to gravity torque and described second valve block of valve seat to the gravity torque sum of valve seat less than the gravity torque of described 3rd valve block to valve seat, make described first valve block, second valve block and the 3rd valve block rotate in the direction of the clock around described valve seat, described first valve block is for controlling the connection by described control room and described drain pipe of the described air inlet pipe and Guan Bi, described second valve block is for controlling the connection by described control room and described inlet channel of the described air inlet pipe and Guan Bi, described 3rd valve block is for controlling the connection by described control room and described drain pipe of the described liquid outlet channel and Guan Bi.
Wherein in an embodiment, described 3rd valve block is made up of connecting rod and diaphragm seal, one end of described connecting rod is connected with described valve seat, and the other end is connected with described diaphragm seal, and described diaphragm seal is for controlling the connection by described control room and described drain pipe of the described liquid outlet channel and Guan Bi.
Wherein in an embodiment, described transfusion head also includes handle, and described handle is arranged on the described transfusion head main body both sides near described control room one end.
Above-mentioned transfusion head, price is low, reliability is high, material requirements is relatively low, handling ease. Because the first valve block is to the gravity torque of valve seat and the second valve block to the gravity torque sum of the valve seat gravity torque less than the 3rd valve block to valve seat so that controlling valve has the moment turned clockwise to exist. When it is in blank state, the air inlet pipe Guan Bi by control room with drain pipe is controlled by the first valve block, meanwhile, control the air inlet pipe connection by control room with inlet channel by the second valve block, control the liquid outlet channel connection by control room with drain pipe by the 3rd valve block.
Transfusion head main body is inserted in infusion bottle or transfusion bag, air by control room entrance inlet channel and enters in infusion bottle or transfusion bag through air inlet pipe, make the liquid in infusion bottle or transfusion bag flow into drain pipe through liquid outlet channel by control room, and flow out through drain pipe or flow into next one transfusion head.
When liquid flows into the air inlet pipe of next one transfusion head, effect due to liquid gravity and impulsive force, control valve is made to rotate counterclockwise, namely the first Valve controlling air inlet pipe is by the connection of control room with drain pipe, second Valve controlling air inlet pipe is by the connection of control room with inlet channel, 3rd Valve controlling liquid outlet channel is by the connection of control room with drain pipe, and liquid flows into drain pipe from air inlet pipe by control room, and flows out through drain pipe or flow into next one transfusion head.
After being totally lost when one bottle or one bag, air enters the air inlet pipe of next one transfusion head, now control valve and lose the effect of liquid gravity and impulsive force, turn clockwise again, returning to blank state, air by control room entrance inlet channel and enters in infusion bottle or transfusion bag through current air inlet pipe so that infusion bottle or the liquid in transfusion bag flow into drain pipe through liquid outlet channel by control room, and flow out or next transfusion head under continuation inflow again through drain pipe, it is achieved automatic decanting.
A kind of automatic decanting transfusion system, including the transfusion head that at least two series connection uses, each described transfusion head includes transfusion head main body, it is arranged on the inlet channel in transfusion head main body and liquid outlet channel, it is arranged on transfusion head main body bottom the control room connected with described inlet channel and liquid outlet channel, by the air inlet pipe that described control room connects with described inlet channel, the drain pipe connected with described liquid outlet channel by described control room and the control valve being arranged in described control room, described air inlet pipe is connected with described drain pipe by described control room, described control valve includes valve seat and the first valve block being connected respectively with described valve seat, second valve block and the 3rd valve block,
Described first valve block to gravity torque and described second valve block of valve seat to the gravity torque sum of valve seat less than the gravity torque of described 3rd valve block to valve seat, make described first valve block, second valve block and the 3rd valve block rotate in the direction of the clock around described valve seat, described first valve block is for controlling the connection by described control room and described drain pipe of the described air inlet pipe and Guan Bi, described second valve block is for controlling the connection by described control room and described inlet channel of the described air inlet pipe and Guan Bi, described 3rd valve block is for controlling the connection by described control room and described drain pipe of the described liquid outlet channel and Guan Bi,
Between two adjacent described transfusion heads, the drain pipe of one of them transfusion head connects with the air inlet pipe of another transfusion head.
Wherein in an embodiment, described 3rd valve block is made up of connecting rod and diaphragm seal, one end of described connecting rod is connected with described valve seat, and the other end is connected with described diaphragm seal, and described diaphragm seal is for controlling the connection by described control room and described drain pipe of the described liquid outlet channel and Guan Bi.
Wherein in an embodiment, each described transfusion head also includes handle, and described handle is arranged on the described transfusion head main body both sides near described control room one end.
Multiple transfusion head main bodies are inserted in infusion bottle or transfusion bag by above-mentioned automatic decanting transfusion system respectively.
To first transfusion head, air by control room entrance inlet channel and enters in infusion bottle or transfusion bag through air inlet pipe so that infusion bottle or the liquid in transfusion bag flow into drain pipe through liquid outlet channel by control room, and flow into next head of infusing through drain pipe.
To second transfusion head, when liquid flows into air inlet pipe, effect due to liquid gravity and impulsive force, control valve is made to rotate counterclockwise, namely the first Valve controlling air inlet pipe is by the connection of control room with drain pipe, and the second Valve controlling air inlet pipe is by the connection of control room with inlet channel, and the 3rd Valve controlling liquid outlet channel is by the connection of control room with drain pipe, liquid flows into drain pipe from air inlet pipe by control room, and flows out through drain pipe or flow into the 3rd transfusion head.
After being totally lost when first bottle or one bag, air enters the air inlet pipe of second transfusion head, now control valve and lose the effect of liquid gravity and impulsive force, turning clockwise again, return to blank state, air by control room entrance inlet channel and enters in infusion bottle or transfusion bag through air inlet pipe, the liquid in infusion bottle or transfusion bag is made to flow into drain pipe through liquid outlet channel by control room, and flow into the 3rd transfusion head again through drain pipe outflow or continuation, by that analogy, it is achieved automatic decanting.
Accompanying drawing explanation
Fig. 1 is the structural representation of the transfusion head of an embodiment.
Fig. 2 is the structural representation controlling valve in Fig. 1.
Fig. 3 controls the open and-shut mode of each passage after valve rotates counterclockwise under hydraulic shock.
Fig. 4 is the structural representation of the automatic decanting transfusion system of an embodiment.
Fig. 5 is the structural representation controlling valve in Fig. 4.
Detailed description of the invention
Understandable for enabling above-mentioned purpose of the present utility model, feature and advantage to become apparent from, below in conjunction with accompanying drawing, detailed description of the invention of the present utility model is described in detail. Elaborate a lot of detail in the following description so that fully understanding this utility model. But this utility model can be implemented being much different from alternate manner described here, and those skilled in the art can do similar improvement when without prejudice to this utility model intension, therefore this utility model is by the following public restriction being embodied as.
Refer to Fig. 1, the transfusion head of one embodiment, including transfusion head main body 10, the inlet channel 20 and the liquid outlet channel 30 that are arranged in transfusion head main body 10, be arranged on transfusion head main body 10 bottom the control room 40 connected with inlet channel 20 and liquid outlet channel 30, the air inlet pipe 50 that connected with inlet channel 20 by control room 40, the drain pipe 60 connected with liquid outlet channel 30 by control room 40 and the control valve 70 being arranged in control room 40.
Wherein, air inlet pipe 50 is connected with drain pipe 60 by control room 40.
Refer to Fig. 2, control valve 70 and include valve seat 72 and the first valve block the 74, second valve block 76 and the 3rd valve block 78 being connected with valve seat 72 respectively.
Wherein, the first valve block 74 arrives the gravity torque M2 sum of valve seat 72 arrive the gravity torque M3 of valve seat 72 less than the 3rd valve block 78 to gravity torque M1 and second valve block 76 of valve seat 72.
I.e. M1+M2 < M3 so that first valve block the 74, second valve block 76 and the 3rd valve block 78 rotate in the direction of the clock around valve seat 72.
First valve block 74 is for controlling the air inlet pipe 50 connection by control room 40 and drain pipe 60 and Guan Bi. Namely the first valve block 74 is for controlling connection and the Guan Bi of air inlet pipe 50 �� control room, 40 �� drain pipe 60.
Second valve block 76 is for controlling the air inlet pipe 50 connection by control room 40 and inlet channel 20 and Guan Bi. Namely the second valve block 76 is for controlling connection and the Guan Bi of air inlet pipe 50 �� control room, 40 �� inlet channel 20.
3rd valve block 78 is for controlling the liquid outlet channel 30 connection by control room 40 and drain pipe 60 and Guan Bi. Namely the 3rd valve block 78 is for controlling connection and the Guan Bi of liquid outlet channel 30 �� control room, 40 �� drain pipe 60.
In the present embodiment, the 3rd valve block 78 is made up of connecting rod 782 and diaphragm seal 784. Wherein, one end of connecting rod 782 is connected with valve seat 72, and the other end is connected with diaphragm seal 784.
Concrete, diaphragm seal 784 is for controlling the liquid outlet channel 30 connection by control room 40 and drain pipe 60 and Guan Bi. Namely diaphragm seal 784 is for controlling connection and the Guan Bi of liquid outlet channel 30 �� control room, 40 �� drain pipe 60.
It is appreciated that, the shape of first valve block the 74, second valve block 76 and the 3rd valve block 78 and size all can according to air inlet pipe 50, the pipe diameter size of drain pipe 60 and shapes, or the passway size of inlet channel 20, liquid outlet channel 30 and shape, or the size of control room 40 and shape are adjusted, the purpose controlling respective channel connection with Guan Bi can only be reached.
In the present embodiment, transfusion head also includes handle 80. This handle 80 is arranged on transfusion head main body 10 near the both sides of control room 40 one end, facilitates hand-held.
Above-mentioned transfusion head, price is low, reliability is high, material requirements is relatively low, handling ease. Because M1+M2 is < M3 so that first valve block the 74, second valve block 76 and the 3rd valve block 78 rotate in the direction of the clock around valve seat 72, namely controlling valve 70 has the moment turned clockwise to exist.
Refer to Fig. 1, when this transfusion head is in blank state, after first valve block the 74, second valve block 76 and the 3rd valve block 78 rotate by defence line clockwise, first valve block 74 controls air inlet pipe 50 �� control room, 40 �� drain pipe 60 and closes, second valve block 76 controls air inlet pipe 50 �� control room, 40 �� inlet channel 20 and connects, and the 3rd valve block 78 controls liquid outlet channel 30 �� control room, 40 �� drain pipe 60 and connects.
Transfusion head main body 10 is inserted in infusion bottle or transfusion bag, air is entered inlet channel 20 through air inlet pipe 50 by control room 40 and is entered in infusion bottle or transfusion bag, make the liquid in infusion bottle or transfusion bag flow into drain pipe 60 through liquid outlet channel 30 by control room 40, and flow out through drain pipe 60 or flow into next transfusion head.
Refer to Fig. 3, when liquid flows into the air inlet pipe 50 of next one transfusion head, effect due to liquid gravity and impulsive force, control valve 70 is made to rotate counterclockwise, now the first valve block 74 controls air inlet pipe 50 �� control room, 40 �� drain pipe 60 and connects, second valve block 76 controls air inlet pipe 50 �� control room, 40 �� inlet channel 20 and closes, and the 3rd valve block 78 controls liquid outlet channel 30 �� control room, 40 �� drain pipe 60 and closes.Liquid flows into drain pipe 60 from air inlet pipe 50 by control room 40, and flows out through drain pipe 60 or flow into next transfusion head.
After being totally lost when one bottle or one bag, air enters the air inlet pipe 50 of next one transfusion head, now control valve 70 and lose the effect of liquid gravity and impulsive force, turn clockwise again, return to blank state, air is entered inlet channel 20 through current air inlet pipe 50 by control room 40 and is entered in infusion bottle or transfusion bag, the liquid in infusion bottle or transfusion bag is made to flow into drain pipe 60 through liquid outlet channel 30 by control room 40, and through drain pipe 60 flow out or continue again flow under next transfusion head, it is achieved automatic decanting.
Referring to Fig. 4, the automatic decanting system of an embodiment, including the transfusion 100 that at least two series connection uses.
Wherein, each transfusion 100 include transfusion head main body 110, the inlet channel 120 and the liquid outlet channel 130 that are arranged in transfusion head main body 110, be arranged on transfusion head main body 110 bottom the control room 140 connected with inlet channel 120 and liquid outlet channel 130, the air inlet pipe 150 that connected with inlet channel 120 by control room 140, the drain pipe 160 connected with liquid outlet channel 130 by control room 140 and the control valve 170 being arranged in control room 140. Air inlet pipe 150 is connected with drain pipe 160 by control room 140.
Refer to Fig. 5, control valve 170 and include valve seat 172 and the first valve block the 174, second valve block 176 and the 3rd valve block 178 being connected with valve seat 172 respectively.
Wherein, the first valve block 174 arrives the gravity torque M2 sum of valve seat 172 arrive the gravity torque M3 of valve seat 172 less than the 3rd valve block 178 to gravity torque M1 and second valve block 176 of valve seat 172.
I.e. M1+M2 < M3 so that first valve block the 174, second valve block 176 and the 3rd valve block 178 rotate in the direction of the clock around valve seat 172.
First valve block 174 is for controlling the air inlet pipe 150 connection by control room 140 and drain pipe 160 and Guan Bi. Namely the first valve block 174 is for controlling connection and the Guan Bi of air inlet pipe 150 �� control room, 140 �� drain pipe 160.
Second valve block 176 is for controlling the air inlet pipe 150 connection by control room 140 and inlet channel 120 and Guan Bi. Namely the second valve block 176 is for controlling connection and the Guan Bi of air inlet pipe 150 �� control room, 140 �� inlet channel 120.
3rd valve block 178 is for controlling the liquid outlet channel 130 connection by control room 140 and drain pipe 160 and Guan Bi. Namely the 3rd valve block 178 is for controlling connection and the Guan Bi of liquid outlet channel 130 �� control room, 140 �� drain pipe 160.
In the present embodiment, the 3rd valve block 178 is made up of connecting rod 1782 and diaphragm seal 1784. Wherein, one end of connecting rod 1782 is connected with valve seat 172, and the other end is connected with diaphragm seal 1784.
Concrete, diaphragm seal 1784 is for controlling the liquid outlet channel 130 connection by control room 140 and drain pipe 160 and Guan Bi. Namely diaphragm seal 1784 is for controlling connection and the Guan Bi of liquid outlet channel 130 �� control room, 140 �� drain pipe 160.
It is appreciated that, the shape of first valve block the 174, second valve block 176 and the 3rd valve block 178 and size all can according to air inlet pipe 150, the pipe diameter size of drain pipe 160 and shapes, or the passway size of inlet channel 120, liquid outlet channel 130 and shape, or the size of control room 140 and shape are adjusted, the purpose controlling respective channel connection with Guan Bi can only be reached.
In the present embodiment, transfusion head also includes handle 180.This handle 180 is arranged on transfusion head main body 110 near the both sides of control room 140 one end, facilitates hand-held.
Concrete, between two adjacent transfusions 100, the drain pipe 160 of one of them transfusion 100 connects with the air inlet pipe 150 of another transfusion 100.
Multiple transfusion head main bodies 110 are inserted in respective infusion bottle or transfusion bag by above-mentioned automatic decanting transfusion system respectively.
To first transfusion 100, air is entered inlet channel 120 through air inlet pipe 150 by control room 140 and is entered in infusion bottle or transfusion bag, make the liquid in infusion bottle or transfusion bag flow into drain pipe 160 through liquid outlet channel 130 by control room 140, and flow into next transfusion head through drain pipe 160.
To second transfusion 100, when liquid flows into air inlet pipe 150, effect due to liquid gravity and impulsive force, control valve 170 is made to rotate counterclockwise, now the first valve block 174 controls air inlet pipe 150 �� control room, 140 �� drain pipe 160 and connects, second valve block 176 controls air inlet pipe 150 �� control room, 140 �� inlet channel 120 and closes, and the 3rd valve block 178 controls liquid outlet channel 130 �� control room, 140 �� drain pipe 160 and closes. Liquid flows into drain pipe 160 from air inlet pipe 150 by control room 140, and flows out through drain pipe 160 or flow into the 3rd transfusion head.
After being totally lost when first bottle or one bag, air enters the air inlet pipe 150 of second transfusion head, now control valve 170 and lose the effect of liquid gravity and impulsive force, turn clockwise again, return to blank state, air is entered inlet channel 120 through air inlet pipe 150 by control room 140 and is entered in infusion bottle or transfusion bag, the liquid in infusion bottle or transfusion bag is made to flow into drain pipe 160 through liquid outlet channel 130 by control room 140, and flow out through drain pipe 160 or continue to flow into again the 3rd transfusion head, by that analogy, it is achieved automatic decanting.
Embodiment described above only have expressed several embodiments of the present utility model, and it describes comparatively concrete and detailed, but therefore can not be interpreted as the restriction to this utility model the scope of the claims. It should be pointed out that, for the person of ordinary skill of the art, without departing from the concept of the premise utility, it is also possible to make some deformation and improvement, these broadly fall into protection domain of the present utility model. Therefore, the protection domain of this utility model patent should be as the criterion with claims.
Claims (6)
1. a transfusion head, including transfusion head main body, it is arranged on the inlet channel in transfusion head main body and liquid outlet channel, it is arranged on transfusion head main body bottom the control room connected with described inlet channel and liquid outlet channel, by the air inlet pipe that described control room connects with described inlet channel, the drain pipe connected with described liquid outlet channel by described control room and the control valve being arranged in described control room, described air inlet pipe is connected with described drain pipe by described control room, it is characterized in that, described control valve includes valve seat and the first valve block being connected respectively with described valve seat, second valve block and the 3rd valve block,
Described first valve block to gravity torque and described second valve block of valve seat to the gravity torque sum of valve seat less than the gravity torque of described 3rd valve block to valve seat, make described first valve block, second valve block and the 3rd valve block rotate in the direction of the clock around described valve seat, described first valve block is for controlling the connection by described control room and described drain pipe of the described air inlet pipe and Guan Bi, described second valve block is for controlling the connection by described control room and described inlet channel of the described air inlet pipe and Guan Bi, described 3rd valve block is for controlling the connection by described control room and described drain pipe of the described liquid outlet channel and Guan Bi.
2. transfusion head according to claim 1, it is characterized in that, described 3rd valve block is made up of connecting rod and diaphragm seal, one end of described connecting rod is connected with described valve seat, the other end is connected with described diaphragm seal, and described diaphragm seal is for controlling the connection by described control room and described drain pipe of the described liquid outlet channel and Guan Bi.
3. transfusion head according to claim 1, it is characterised in that described transfusion head also includes handle, described handle is arranged on the described transfusion head main body both sides near described control room one end.
4. an automatic decanting transfusion system, including the transfusion head that at least two series connection uses, it is characterized in that, each described transfusion head includes transfusion head main body, it is arranged on the inlet channel in transfusion head main body and liquid outlet channel, it is arranged on transfusion head main body bottom the control room connected with described inlet channel and liquid outlet channel, by the air inlet pipe that described control room connects with described inlet channel, the drain pipe connected with described liquid outlet channel by described control room and the control valve being arranged in described control room, described air inlet pipe is connected with described drain pipe by described control room, described control valve includes valve seat and the first valve block being connected respectively with described valve seat, second valve block and the 3rd valve block,
Described first valve block to gravity torque and described second valve block of valve seat to the gravity torque sum of valve seat less than the gravity torque of described 3rd valve block to valve seat, make described first valve block, second valve block and the 3rd valve block rotate in the direction of the clock around described valve seat, described first valve block is for controlling the connection by described control room and described drain pipe of the described air inlet pipe and Guan Bi, described second valve block is for controlling the connection by described control room and described inlet channel of the described air inlet pipe and Guan Bi, described 3rd valve block is for controlling the connection by described control room and described drain pipe of the described liquid outlet channel and Guan Bi,
Between two adjacent described transfusion heads, the drain pipe of one of them transfusion head connects with the air inlet pipe of another transfusion head.
5. automatic decanting transfusion system according to claim 4, it is characterized in that, described 3rd valve block is made up of connecting rod and diaphragm seal, one end of described connecting rod is connected with described valve seat, the other end is connected with described diaphragm seal, and described diaphragm seal is for controlling the connection by described control room and described drain pipe of the described liquid outlet channel and Guan Bi.
6. automatic decanting transfusion system according to claim 4, it is characterised in that each described transfusion head also includes handle, described handle is arranged on the described transfusion head main body both sides near described control room one end.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520963571.5U CN205287105U (en) | 2015-11-30 | 2015-11-30 | Infusion head and automatic bottle change transfusion system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520963571.5U CN205287105U (en) | 2015-11-30 | 2015-11-30 | Infusion head and automatic bottle change transfusion system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205287105U true CN205287105U (en) | 2016-06-08 |
Family
ID=56462889
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520963571.5U Withdrawn - After Issue CN205287105U (en) | 2015-11-30 | 2015-11-30 | Infusion head and automatic bottle change transfusion system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205287105U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105233365A (en) * | 2015-11-30 | 2016-01-13 | 刘玮 | Infusion head and automatic bottle changing infusion system |
-
2015
- 2015-11-30 CN CN201520963571.5U patent/CN205287105U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105233365A (en) * | 2015-11-30 | 2016-01-13 | 刘玮 | Infusion head and automatic bottle changing infusion system |
| CN105233365B (en) * | 2015-11-30 | 2018-01-26 | 刘玮 | Transfusion head and automatic decanting transfusion system |
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Legal Events
| Date | Code | Title | Description |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20160608 Effective date of abandoning: 20180126 |
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| AV01 | Patent right actively abandoned |