CN208903672U - A kind of 318F label PET/CT molecular image probe rapid draing activation device - Google Patents
A kind of 318F label PET/CT molecular image probe rapid draing activation device Download PDFInfo
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- CN208903672U CN208903672U CN201820190650.0U CN201820190650U CN208903672U CN 208903672 U CN208903672 U CN 208903672U CN 201820190650 U CN201820190650 U CN 201820190650U CN 208903672 U CN208903672 U CN 208903672U
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Abstract
The utility model discloses a kind of 318F label PET/CT molecular image probe rapid draings to activate device, including the first micro flow chip, the second micro flow chip, third micro flow chip and the 4th micro flow chip, lower end is provided with the first channel in first micro flow chip, and first channel vertical be connected on the first micro flow chip, first channel lower end is provided with the second channel, and second channel and the first channel are through connection, second channel left end is provided with first interface, and first interface and the second channel are connected with each other；Micro-fluidic chip has the characteristics that controllable liquid flowing, consumption sample and reagent are few, improve to analysis speed tenfold hundreds of times, analysis while it can carry out a sample up to a hundred within a few minutes or even shorter time, and can be with the pretreatment and analysis of canbe used on line sample.
Description
Technical field
The utility model relates to medicine and molecular imaging technical field, specially a kind of 318F marks PET/CT molecule
Image probe rapid draing activates device.
Background technique
Molecular probe refers to the functional materials that can precisely answer Biomedical Problems.Molecular probe is to realize molecular imaging
Prerequisite and core technology, the development of molecular image technology is other than needing advanced imaging device, it is also necessary to which development is new
Type and efficient molecular probe, molecular probe are many kinds of, according to the difference of imaging device, molecular probe be divided into optics, core doctor
The variety classes such as, magnetics, acoustics, optoacoustic.
It is existing simple for molecular image probe rapid draing activation device designing technique, and needing huge system
Dry activation process is completed, dry activation process needs more reagent, the long period is needed to be unable to accurately control the use of reagent
Amount causes to waste to later period synthesis, the 18F complex compound used for more people can not be activated according to the drying of one component, once
The dry 18F complex compound come that is activated can only do a kind of molecular probe.
Work as so how to design a kind of 318F label PET/CT molecular image probe rapid draing activation device as us
Before to solve the problems, such as.
Utility model content
The purpose of this utility model is to provide a kind of 318F label PET/CT molecular image probe rapid draing activation dresses
It sets, completes dry activation process to solve to propose to need huge system in above-mentioned background technique；Dry activation process needs
More reagent；It needs the long period to be unable to accurately control the dosage of reagent, later period synthesis is caused to waste, it can not be according to one
The problems such as 18F complex compound used for more people needs is activated in component drying.
To achieve the above object, the utility model provides the following technical solutions: a kind of 318F label PET/CT molecular image
Probe rapid draing activates device, including the first micro flow chip, the second micro flow chip, third micro flow chip and the 4th miniflow core
Piece, lower end is provided with the first channel in first micro flow chip, and first channel vertical is connected to the first micro flow chip
On, first channel lower end is provided with the second channel, and second channel and the first channel are through connection, second ditch
Road left end is provided with first interface, and the first interface and the second channel are connected with each other, and second micro flow chip upper end is set
It is equipped with second interface, and second interface insertion is arranged in the second micro flow chip upper end, second micro flow chip lower end is set
It is equipped with third channel, and the third channel is mutually butted with the second micro flow chip, second micro flow chip left end is provided with
Third interface, and the third interface and the second micro flow chip, through connection, the third lower end of interface is provided with the 4th channel,
And the 4th channel is vertical with third interface connect, third interface left end is provided with the 4th interface, and the described 4th connects
Mouth is connected with each other with third interface, and third micro flow chip left end is provided with the 5th interface, and the 5th interface and third
Micro flow chip is mutually butted, and the third micro flow chip upper right side is provided with the 8th interface of the 6th the 7th interface of interface, and described
The 8th interface of 6th the 7th interface of interface is parallel to each other with third miniflow core, the 8th lower end of interface of the 6th the 7th interface of interface
It is provided with the 7th channel of the 5th the 6th channel of channel, and the 7th channel of the 5th the 6th channel of channel and the 6th interface the 7th
The 8th interface of interface is mutually butted, and the 4th micro flow chip right end is provided with the 9th interface, and the 9th interface and the 4th
Micro flow chip observation connection, the 9th interface left end are provided with the second straight channel, and second straight channel and the 9th interface
Docking, there is third peristaltic pump in second straight channel left end, and third peristaltic pump insertion is arranged in the second straight channel.
Further, third channel lower end is provided with valve, and valve insertion is arranged inside third channel.
Further, first micro flow chip left end is provided with active joint, and the active joint and the first miniflow core
Piece is flexibly connected.
Further, second micro flow chip left end is provided with the first peristaltic pump, and first peristaltic pump and second micro-
Chip is flowed through connection.
Further, third micro flow chip left end is provided with the second peristaltic pump, and second peristaltic pump and third are micro-
Stream chip is parallel to each other
Further, the 5th lower end of interface is provided with straight channel, and the straight channel is vertical with the 5th interface connect.
Compared with prior art, the utility model has the beneficial effects that this kind marks PET/CT molecular image for 318F
It is reasonable that probe rapid draing activates apparatus structure, is provided with the first micro flow chip, the second micro flow chip, third micro flow chip, the
Four micro flow chips；Controllable, consumption sample and reagent are few with liquid flowing for micro-fluidic chip, analyze speed tenfold hundreds of times
The features such as ground improves, analysis while it can carry out a sample up to a hundred within a few minutes even shorter time, and can be with
The pretreatment and analysis of canbe used on line sample are provided with peristaltic pump, and peristaltic pump is vertical with interface and straight channel connect, however compacted
Dynamic pump the inside fluid is isolated in pump line, Ke Kuaisugenghuan pump line, fluid can drive in the wrong direction, can do operating, and maintenance cost is low, etc.
Feature constitutes the main competitive advantage of peristaltic pump, is provided with valve, and valve is mutually butted with interface and channel, however fluid
In system, for control the direction of fluid, pressure, flow device.Valve is medium (liquid, gas made in piping and equipment
Body, powder) flowing or stops and can control the device of its flow, full mistake so that this kind for 318F label PET/CT molecular image
Probe rapid draing activation device is enough commercially available widely application and approves.
Detailed description of the invention
Fig. 1 is the overall structure diagram of the utility model；
Fig. 2 is the partial structural diagram of the third micro flow chip of the utility model；
Fig. 3 is the partial structural diagram of the 4th micro flow chip of the utility model.
In figure: 1. first micro flow chips, 101. first channels, 102. first interfaces, 103. second channels, 2. activities connect
Head, 3. second micro flow chips, 301. second connectors, 302. third channels, 303. valves, 4. third interfaces, 401. the 4th ditches
Road, 5. the 4th interfaces, 501. first peristaltic pumps, 6. third micro flow chips, 601. the 5th interfaces, 602. second peristaltic pumps, 603.
6th interface, 604. the 5th channels, 605. the 7th interfaces, 606. the 6th channels, 607. the 8th interfaces, 608. the 7th channels,
609. straight channels, 7 the 4th micro flow chips, 701. third peristaltic pumps, 702. the 9th interfaces, 703. second straight channels.
Specific embodiment
The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model
Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole
Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art are without making creative work
Every other embodiment obtained, fall within the protection scope of the utility model.
Fig. 1-3 is please referred to, the utility model provides a kind of technical solution: a kind of 318F label PET/CT molecular image probe
Rapid draing activates device, including the first micro flow chip 1, the second micro flow chip 3, third micro flow chip 6 and the 4th micro flow chip
7, lower end is provided with the first channel 101 in the first micro flow chip 1, and the first channel 101 is vertically connected on the first micro flow chip 1
On, 101 lower end of the first channel is provided with the second channel 103, and the second channel 103 and the first channel 101 are through connection, the second ditch
103 left end of road is provided with first interface 102, and first interface 102 and the second channel 103 are connected with each other, the second micro flow chip 3
Upper end is provided with second interface 301, and the insertion of second interface 301 is arranged in 3 upper end of the second micro flow chip, the second micro flow chip 3
Lower end is provided with third channel 302, and third channel 302 is mutually butted with the second micro flow chip 3,3 left end of the second micro flow chip
It is provided with third interface 4, and third interface 4 and the second micro flow chip 3 be through connection, 4 lower end of third interface is provided with the
Four channels 401, and the 4th channel 401 is vertical with third interface 4 connect, 4 left end of third interface is provided with the 4th interface 5, and
Four interfaces 5 are connected with each other with third interface 4, and 6 left end of third micro flow chip is provided with the 5th interface 601, and the 5th interface 601
It is mutually butted with third micro flow chip 6,6 upper right side of third micro flow chip is provided with the 7th interface 605 the 8th of the 6th interface 603
Interface 607, and the 8th interface 607 of the 6th the 7th interface 605 of interface 603 is parallel to each other with third micro flow chip 6, the 6th interface
603 the 7th the 8th interface of interface 605,607 lower end is provided with the 7th channel 608 of the 5th the 6th channel 606 of channel 604, and the 5th
The 7th channel 608 of the 6th channel 606 of channel 604 is mutually butted with the 8th interface 607 of the 6th the 7th interface 605 of interface 603, the
Four micro flow chips, 7 right end is provided with the 9th interface 702, and the 9th interface 702 and the observation of the 4th micro flow chip 7 connect, and the 9th connects
702 left ends of mouth are provided with the second straight channel 703, and the second straight channel 703 is docked with the 9th interface 702, second straight channel
There are third peristaltic pump 701 in 703 left ends, and the insertion of third peristaltic pump 701 is arranged in the second straight channel 703.
Further, 302 lower end of third channel is provided with valve 303, and the insertion of valve 303 is arranged in third channel 302
Portion, valve 303 be conducive to control the direction of fluid, pressure, flow device.
Further, 1 left end of the first micro flow chip is provided with active joint 2, and active joint 2 and the first micro flow chip 1
It is flexibly connected, active joint 2, which is conducive to socket joint union, can be widely applied to the effective bell and spigot frame of different bores, so that pipeline
Connector reduces costs, installs, use, maintenance are extremely convenient, while there are also high leakage preventions.
Further, 3 left end of the second micro flow chip is provided with the first peristaltic pump 501, and the first peristaltic pump 501 and second
Micro flow chip 3 is conducive to carry out analysis while a sample up to a hundred within the shorter time through connection, the second micro flow chip, and
And it can be with the pretreatment and analysis of canbe used on line sample.
Further, 6 left end of third micro flow chip is provided with the second peristaltic pump 602, and the second peristaltic pump 602 and third
Micro flow chip 6 is parallel to each other, and the first peristaltic pump 501 is conducive to good suction capacity, idle running, can anti-backflow be that conveying is cut
Cut sensitivity, the ideal tools of aggressivity high current body.
Further, 601 lower end of the 5th interface is provided with straight channel 609, and straight channel 609 is vertical with the 5th interface 601 connects
It connects, straight channel 609 is conducive to greatly reduce the resistance that stomata flows through, and the flow rate efficiency inside pipeline is greatly improved.
Working principle: it is whether qualified by medical practitioner's check device first, then it can begin to use, setting first
Micro flow chip 1, the second micro flow chip 3, third micro flow chip 6 and the 4th micro flow chip 7, and have by the enabling of micro flow chip
Conducive to concentrating sample, it is easy to detect, has driven the fortune of the first peristaltic pump 501, the second peristaltic pump 602 and third peristaltic pump 701
Row, the operation of peristaltic pump are conducive to repeatable accuracy, and steady state accuracy is high, and fluid only contacts pump line and do not contact the pump housing, and peristaltic pump
Upper and lower ends are provided with interface and channel, and active joint 2, are conducive to connect the first micro flow chip 1 and the second micro flow chip 3,
The connection at both ends can make the first peristaltic pump 501, the second peristaltic pump 602 and third peristaltic pump 701 drive the fluid inside pipeline
Quick-replaceable pump line, fluid can drive in the wrong direction, can do fortune, and straight channel 609 may be coupled to the first micro flow chip 1 and the 4th miniflow core
Piece 7, more preferably enables fluid to operate fastly.
While there has been shown and described that the embodiments of the present invention, for the ordinary skill in the art,
It is understood that these embodiments can be carried out with a variety of variations in the case where not departing from the principles of the present invention and spirit, repaired
Change, replacement and variant, the scope of the utility model is defined by the appended claims and the equivalents thereof.
Claims (6)
1. a kind of 318F label PET/CT molecular image probe rapid draing activates device, including the first micro flow chip (1), second
Micro flow chip (3), third micro flow chip (6) and the 4th micro flow chip (7), it is characterised in that: in first micro flow chip (1)
Lower end is provided with the first channel (101), and first channel (101) is vertically connected on the first micro flow chip (1), and described
One channel (101) lower end is provided with the second channel (103), and second channel (103) and the first channel (101) are through company
It connects, the second channel (103) left end is provided with first interface (102), and the first interface (102) and the second channel
(103) it is connected with each other, the second micro flow chip (3) upper end is provided with second interface (301), and the second interface (301)
Insertion is arranged in the second micro flow chip (3) upper end, and the second micro flow chip (3) lower end is provided with third channel (302), and institute
It states third channel (302) to be mutually butted with the second micro flow chip (3), the second micro flow chip (3) left end is provided with third and connects
Mouthful (4), and the third interface (4) and the second micro flow chip (3) are through connection, third interface (4) lower end are provided with the
Four channels (401), and the 4th channel (401) is vertical with third interface (4) connect, third interface (4) the left end setting
There is the 4th interface (5), and the 4th interface (5) and third interface (4) are connected with each other, third micro flow chip (6) left end
It is provided with the 5th interface (601), and the 5th interface (601) is mutually butted with third micro flow chip (6), the third miniflow
Chip (6) upper right side is provided with the 8th interface (607) of the 6th the 7th interface (605) of interface (603), and the 6th interface
The 8th interface (607) of (603) the 7th interface (605) is parallel to each other with third micro flow chip (6), the 6th interface (603)
Seven interface (605) the 8th interface (607) lower end is provided with the 7th channel (608) of the 5th the 6th channel (606) of channel (604),
And the 7th channel (608) of the 5th the 6th channel (606) of channel (604) and the 7th interface (605) the 8th of the 6th interface (603)
Interface (607) is mutually butted, and the 4th micro flow chip (7) right end is provided with the 9th interface (702), and the 9th interface
(702) it being connected with the observation of the 4th micro flow chip (7), the 9th interface (702) left end is provided with the second straight channel (703), and
Second straight channel (703) is docked with the 9th interface (702), and there is third peristaltic pump in the second straight channel (703) left end
(701), and the third peristaltic pump (701) insertion is arranged in the second straight channel (703).
2. a kind of 318F label PET/CT molecular image probe rapid draing according to claim 1 activates device, special
Sign is: third channel (302) lower end is provided with valve (303), and the valve (303) insertion is arranged in third channel
(302) internal.
3. a kind of 318F label PET/CT molecular image probe rapid draing according to claim 1 activates device, special
Sign is: the first micro flow chip (1) left end is provided with active joint (2), and the active joint (2) and the first miniflow core
Piece (1) is flexibly connected.
4. a kind of 318F label PET/CT molecular image probe rapid draing according to claim 1 activates device, special
Sign is: the second micro flow chip (3) left end is provided with the first peristaltic pump (501), and first peristaltic pump (501) and the
Two micro flow chips (3) are through connection.
5. a kind of 318F label PET/CT molecular image probe rapid draing according to claim 1 activates device, special
Sign is: third micro flow chip (6) left end is provided with the second peristaltic pump (602), and second peristaltic pump (602) and the
Three micro flow chips (6) are parallel to each other.
6. a kind of 318F label PET/CT molecular image probe rapid draing according to claim 1 activates device, special
Sign is: the 5th interface (601) lower end is provided with straight channel (609), and the straight channel (609) and the 5th interface
(601) vertical connection.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820190650.0U CN208903672U (en) | 2018-02-02 | 2018-02-02 | A kind of 318F label PET/CT molecular image probe rapid draing activation device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820190650.0U CN208903672U (en) | 2018-02-02 | 2018-02-02 | A kind of 318F label PET/CT molecular image probe rapid draing activation device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208903672U true CN208903672U (en) | 2019-05-24 |
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ID=66565135
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820190650.0U Expired - Fee Related CN208903672U (en) | 2018-02-02 | 2018-02-02 | A kind of 318F label PET/CT molecular image probe rapid draing activation device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208903672U (en) |
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2018
- 2018-02-02 CN CN201820190650.0U patent/CN208903672U/en not_active Expired - Fee Related
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| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20190524 Termination date: 20200202 |