CN110102242A - A kind of reaction cup and mixing method of collection encapsulation and mixing one - Google Patents
A kind of reaction cup and mixing method of collection encapsulation and mixing one Download PDFInfo
- Publication number
- CN110102242A CN110102242A CN201910506928.XA CN201910506928A CN110102242A CN 110102242 A CN110102242 A CN 110102242A CN 201910506928 A CN201910506928 A CN 201910506928A CN 110102242 A CN110102242 A CN 110102242A
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- cup
- cup body
- reaction
- connector
- chamber
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
- B01J—CHEMICAL OR PHYSICAL PROCESSES, e.g. CATALYSIS OR COLLOID CHEMISTRY; THEIR RELEVANT APPARATUS
- B01J19/00—Chemical, physical or physico-chemical processes in general; Their relevant apparatus
- B01J19/24—Stationary reactors without moving elements inside
-
- G—PHYSICS
- G01—MEASURING; TESTING
- G01N—INVESTIGATING OR ANALYSING MATERIALS BY DETERMINING THEIR CHEMICAL OR PHYSICAL PROPERTIES
- G01N1/00—Sampling; Preparing specimens for investigation
- G01N1/28—Preparing specimens for investigation including physical details of (bio-)chemical methods covered elsewhere, e.g. G01N33/50, C12Q
- G01N1/38—Diluting, dispersing or mixing samples
-
- G—PHYSICS
- G01—MEASURING; TESTING
- G01N—INVESTIGATING OR ANALYSING MATERIALS BY DETERMINING THEIR CHEMICAL OR PHYSICAL PROPERTIES
- G01N35/00—Automatic analysis not limited to methods or materials provided for in any single one of groups G01N1/00 - G01N33/00; Handling materials therefor
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02W—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO WASTEWATER TREATMENT OR WASTE MANAGEMENT
- Y02W90/00—Enabling technologies or technologies with a potential or indirect contribution to greenhouse gas [GHG] emissions mitigation
- Y02W90/10—Bio-packaging, e.g. packing containers made from renewable resources or bio-plastics
Abstract
The invention discloses a kind of collection encapsulation and mixes the reaction cup of one and mix method, seal washer is equipped in the connection bottom of cup of lower reaction cup body, upper reaction cup body passes through in outer cup cylinder insertion connection cup body, the lower loop running-on of double-layer sleeve structure with seal washer by being bonded, keep the liquid in first chamber and second chamber packed, while cup body connector is connected on frame connector；It reacts cup lid and inner cup cylinder is injected by cover lower end, process is injected in reaction cup lid, the sample liquid in sample liquid straw is discharged by the extrusion being arranged in inner cup cylinder, cup lid connector and frame connector, which are realized, simultaneously connects, connection procedure is realized in cup lid connector and frame connector, cup lid connector separates cup body connector with frame connector by squeezing, to make first chamber and second chamber be turned on, and then realize that the medical fluid in sample liquid straw, first chamber and second chamber flows into detection reaction tank and mixed.
Description
Technical field
The present invention relates to the field of medical instrument technology, and in particular to a kind of reaction cup and mixing of collection encapsulation and mixing one
Method.
Background technique
Existing manual biochemical analysis operating process: with liquid-transfering gun by reagent A, B draws be quantitatively adding respectively medical staff
Reagent A is added to reaction cup, while drawing quantitative sample, in B, is mixed or is put into manually after mixing in mixing mechanism, put
Enter into Biochemical Analyzer and carries out Data Detection.
Biochemical analysis can be widely used in the fields such as medicine, food, environment, clinical medicine, especially lead in clinical medicine
Domain application is quite extensive, is the indispensable detecting instrument of hospital inspection work.The most common biochemical instruments are all using double reagent
The principle of (R1 and R2), double reactions, is detected and analyzed with colorimetric method.Usually there are three micro syringes, is respectively completed and takes
Subject sample, sample-adding add R1 reagent and R2 reagent.The sample of subject is quantitatively adding in reaction cup, and syringe is quantitatively
It after drawing R1 reagent and R2 reagent, injects in reaction cup, stirring mixes, and is measured, is looped back and forth like this with the method for colorimetric.By
In before the next sample detection of progress, needs to clean all used reaction cups, is loaded syringe needle, reagent adding syringe needle and stirring
Stick, existing reaction cup function is more, and structure is complicated, and cost is high, and reagent does not open, and increases the consuming cost of detection project, Yong Hunan
To receive；It is transported and storage need to be dispensed specially because requiring low temperature, and furthermore volume further increases greatly the difficulty of storage and transportation.
Summary of the invention
The purpose of the present invention is to overcome the shortage of prior art, and provides the reaction cup of a kind of collection encapsulation and mixing one,
It solves for the problem that specific protein biochemical analysis, the quantitative absorption of reagent and the operation of mixing.
The present invention is achieved through the following technical solutions:
A kind of reaction cup of collection encapsulation and mixing one, including lower reaction cup body, upper reaction cup body and reaction cup lid, it is described
The top of lower reaction cup body is connection cup body, and detection reaction tank is equipped in the middle part of the bottom of a cup of connection cup body, in the upper of connection cup body
Hold collar extension around equipped with multiple cup body connectors；
The upper reaction cup body includes the double-layer sleeve structure being made of inner cup cylinder and outer cup cylinder, double-layer sleeve structure it is upper
The lower loop running-on of the closing of end ring running-on, double-layer sleeve structure opens wide, and partition is equipped in the middle part of double-layer sleeve structure makes ring set point
It is divided into first chamber and second chamber, is equipped with frame connector in outer cup cylinder upper end collar extension；The reaction cup lid includes cover,
It is provided with sample liquid straw in cover, is equipped with cup lid connector in cover upper end；It is set in the connection bottom of cup of lower reaction cup body
Have a seal washer, upper reaction cup body by outer cup cylinder insertion connection cup body, the lower loop running-on of double-layer sleeve structure by with
Seal washer fitting keeps the liquid in first chamber and second chamber packed, while cup body connector is connected to frame connection
On head；It reacts cup lid and inner cup cylinder is injected by cover lower end, inject process in reaction cup lid, squeezed by what is be arranged in inner cup cylinder
Casting die discharges the sample liquid in sample liquid straw, while cup lid connector and frame connector are realized and connected, cup lid connector with
Frame connector realizes that connection procedure, cup lid connector separate cup body connector with frame connector by squeezing, to make the
One chamber and second chamber are turned on, and then realize that the medical fluid in sample liquid straw, first chamber and second chamber flows into detection
Reaction tank is mixed.
Further, the detection reaction tank is strip transparent configuration.
Further, the cup body connector includes angled piece and lower cup body hanging buckle, and the angled piece snaps onto connection cup
On external wall, lower cup body hanging buckle lower end is connected on the stile of angled piece, and lower cup body hanging buckle upper end hanging buckle is connected in frame
Realize that lower reaction cup body is connected with upper reaction cup body on head.
Further, the cup lid connector is right-angle structure, and being equipped in right-angle structure a side bottom end makes lower cup body hanging buckle
The wedge head block separated with frame connector, and by extruding of the wedge head block to lower cup body hanging buckle, react lower reaction cup body on
Cup body separation is equipped with cup lid hanging buckle in right-angle structure a side bottom end, and the cup lid hanging buckle is by hanging buckle on frame connector
Realize that reaction cup lid is connected with upper reaction cup body.
Further, the frame connector is frame structure, is connected on cover outer wall in the middle part of four frame sides,
It is equipped with hanging buckle platform with lower cup body hanging buckle corresponding position on frame connector, the hanging buckle of lower cup body hanging buckle upper end can hang over hanging buckle platform
On, realize that lower reaction cup body is connected with upper reaction cup body；It also is provided with hanging buckle platform with cup lid hanging buckle corresponding position on frame connector,
The hanging buckle of cup lid hanging buckle lower end can be hung on hanging buckle platform, realize that reaction cup lid is connected with upper reaction cup body.
Further, frame connector bottom end is equipped with upper cup body hanging buckle, and the end of upper cup body hanging buckle can hang over right angle
On part, when making lower reaction cup body and upper reaction cup body separates, it can prevent lower reaction cup body from falling by upper cup body hanging buckle.
Further, the sample liquid straw includes rubber sleeve and suction pipe, and the suction pipe upper end is connected on rubber sleeve, is led to
Cross extruding rubber sleeve makes sample liquid suck or squeeze out by suction pipe.
Further, the extrusion is ring set structure, and ring set is fastened in the middle part of inner cup cylinder by connecting plate, anti-
Cup lid is answered to react cup body connection procedure on, suction pipe is inserted through extrusion from inner cup cylinder and enters detection reaction tank, anti-pressing
Cup lid is answered to react cup body connection procedure on, the rubber sleeve of sample liquid straw makes sample liquid be mixed into detection by extrusion extruding
In reaction tank.
The present invention is realized by following another technical solutions:
A kind of reaction cup mixing method of collection encapsulation and mixing one, comprising steps of
Reagent encapsulation, upper reaction cup body is stood upside down, is separately added into corresponding reagent to first chamber and second chamber, is used
Lower reaction cup body covers on upper reaction cup body, and upper reaction cup body is connected in cup body by the insertion of outer cup cylinder, double-layer sleeve structure
Lower loop running-on keeps the reagent in first chamber and second chamber packed, while cup body connects by being bonded with seal washer
Head is connected on frame connector；Then will reaction cup body and upper reaction cup body it is upright, can by equipped with reagent reaction cup body with
Upper reaction cup body enters incubator and carries out incubation with heat.
Further, reagent mixing is further comprised the steps of:, reaction cup lid injects inner cup cylinder by cover lower end, in reaction cup
Lid reeve process discharges the sample liquid in sample liquid straw by the extrusion being arranged in inner cup cylinder, while cup lid connector
It realizes and connects with frame connector, realize that connection procedure, cup lid connector make cup by squeezing in cup lid connector and frame connector
Body connector is separated with frame connector, to make first chamber and second chamber be turned on, in first chamber and second chamber
The reagent of encapsulation flows into detection reaction tank, and then realizes that the medical fluid in sample liquid straw, first chamber and second chamber flows into inspection
Reaction tank is surveyed to be mixed.
Compared with prior art, the present invention having the following advantages and benefits:
A kind of collection encapsulation of the present invention and the reaction cup for mixing one, reaction cup are integrated with encapsulation reagent function.Simplify doctor
Shield personnel open whole bottle reagent, and when test constantly opens and closes reagent bottle, to affect the service performance of reagent.Reaction cup is integrated with
The carrying reagent and mixing function of reaction cup, simplify the operation that medical staff is loaded this and reagent respectively.
Detailed description of the invention
Attached drawing described herein is used to provide to further understand the embodiment of the present invention, constitutes one of the application
Point, do not constitute the restriction to the embodiment of the present invention.In the accompanying drawings:
Fig. 1 is a kind of collection encapsulation of the present invention and the reaction cup separate structure schematic diagram for mixing one；
Fig. 2 is a kind of collection encapsulation of the present invention and the reaction cup assembled state schematic perspective view for mixing one；
Fig. 3 is a kind of collection encapsulation of the present invention and the reaction cup section view status architecture schematic diagram 1 for mixing one；
Fig. 4 is a kind of collection encapsulation of the present invention and the reaction cup section view status architecture schematic diagram 2 for mixing one；
Label and corresponding parts title in attached drawing:
Cup body is reacted under 1-, cup body is reacted on 2-, and 3- reacts cup lid, 4- connection cup body, and 5- detects reaction tank, and 6- cup body connects
Connector, 7- inner cup cylinder, 8- outer cup cylinder, 9- partition, 10- first chamber, 11- second chamber, 12- frame connector, 13- cover,
14- sample liquid straw, 15- cup lid connector, 16- seal washer, 17- extrusion, 18- angled piece, 19- lower cup body hanging buckle, 20- wedge
Head block, 21- cup lid hanging buckle, 22- upper cup body hanging buckle, 23- rubber sleeve, 24- suction pipe.
Specific embodiment
To make the objectives, technical solutions, and advantages of the present invention clearer, below with reference to embodiment and attached drawing, to this
Invention is described in further detail, and exemplary embodiment of the invention and its explanation for explaining only the invention, are not made
For limitation of the invention.
Embodiment 1
As shown in Figs 1-4, a kind of reaction cup of collection encapsulation and mixing one of the present invention, including lower reaction cup body 1, upper reaction
The top of cup body 2 and reaction cup lid 3, the lower reaction cup body 1 is connection cup body 4, and inspection is equipped in the middle part of the bottom of a cup of connection cup body 4
Reaction tank 5 is surveyed, is surround in the upper end collar extension of connection cup body 4 and is equipped with multiple cup body connectors 6；The upper reaction cup body 2 include by
The double-layer sleeve structure that inner cup cylinder 7 and outer cup cylinder 8 are constituted, the top ring running-on closing of double-layer sleeve structure, double-layer sleeve structure
Lower loop running-on open wide, in the middle part of double-layer sleeve structure be equipped with partition 9 so that ring set is divided into first chamber 10 and second chamber
11, frame connector 12 is equipped in 8 upper end collar extension of outer cup cylinder.
The reaction cup lid 3 includes cover 13, and sample liquid straw 14 is provided in cover 13, is set in 13 upper end of cover
There is cup lid connector 15；
It is equipped with seal washer 16 in 4 bottom of connection cup body of lower reaction cup body 1, upper reaction cup body 2 is inserted by outer cup cylinder 8
It connects in cup body 4, the lower loop running-on of double-layer sleeve structure makes first chamber 10 and the second chamber by being bonded with seal washer 16
Liquid in room 11 is packed, while cup body connector 6 is connected on frame connector 12.
It reacts cup lid 3 and inner cup cylinder 7 is injected by 13 lower end of cover, process is injected in reaction cup lid 3, by inner cup cylinder 7
The extrusion 17 of interior setting discharges the sample liquid in sample liquid straw 14, while cup lid connector 15 and frame connector 12 are realized
Connection realizes connection procedure in cup lid connector 15 and frame connector 12, cup lid connector 15 by squeeze make cup body connector 6 with
Frame connector 12 separates, so that first chamber 10 and second chamber 11 be made to be turned on, and then realizes sample liquid straw 14, first
Medical fluid in chamber 10 and second chamber 11 flows into detection reaction tank 5 and is mixed.
The detection reaction tank 5 is strip transparent configuration.Transparent configuration is convenient for observation reagent hybrid reaction situation.
Cup body connector 6 includes angled piece 18 and lower cup body hanging buckle 19, and the angled piece 18 snaps onto connection 4 outer wall of cup body
On, 19 lower end of lower cup body hanging buckle is connected on the stile of angled piece 18, and 19 upper end hanging buckle of lower cup body hanging buckle is connected in frame
Lower reaction cup body 1 and the connection of upper reaction cup body 2 are realized on first 12.
Cup lid connector 15 is right-angle structure, and being equipped in right-angle structure a side bottom end connect lower cup body hanging buckle 19 with frame
First 12 isolated wedge head blocks 20, and by extruding of the wedge head block 20 to lower cup body hanging buckle 19, make lower reaction cup body 1 and upper reaction cup
Body 2 separates, and is equipped with cup lid hanging buckle 21 in right-angle structure a side bottom end, the cup lid hanging buckle 21 is by hanging buckle in frame connector
Reaction cup lid 3 and the connection of upper reaction cup body 2 are realized on 12.
The frame connector 12 is frame structure, is connected on 13 outer wall of cover in the middle part of four frame sides, box knot
Be between 13 outer wall of four angles and cover of structure it is empty, lower cup body hanging buckle 19 and cup lid hanging buckle 21 are hang over frame structure four
A Angle Position is equipped with hanging buckle platform with 19 corresponding position of lower cup body hanging buckle on frame connector 12,19 upper end of lower cup body hanging buckle
Hanging buckle can be hung on hanging buckle platform, realize lower reaction cup body 1 and the connection of upper reaction cup body 2；It is hung on frame connector 12 with cup lid
It detains 21 corresponding positions and also is provided with hanging buckle platform, the hanging buckle of 21 lower end of cup lid hanging buckle can be hung on hanging buckle platform, realize reaction cup lid 3 and upper
Cup body 2 is reacted to connect.
12 bottom end of frame connector is equipped with upper cup body hanging buckle 22, and the end of upper cup body hanging buckle 22 can hang over angled piece 18
On, when making lower reaction cup body 1 and upper reaction cup body 2 separates, it can prevent lower reaction cup body 1 from falling by upper cup body hanging buckle 22.
The sample liquid straw 14 includes rubber sleeve 23 and suction pipe 24, and 24 upper end of suction pipe is connected on rubber sleeve 23,
Sample liquid is squeezed out by suction pipe 24 by squeezing rubber sleeve 23.The sucking of sample is the capillarity sucking sample by sample tube
The quantitative sample of length of tube.It does not need to squeeze rubber sleeve, extrusion when just needs to squeeze rubber sleeve.
The extrusion 17 is ring set structure, and ring set is fastened on 7 middle part of inner cup cylinder by connecting plate, in reaction cup lid
3 react 2 connection procedure of cup body on, and suction pipe is inserted through extrusion 17 from inner cup cylinder 7 and enters detection reaction tank 5, anti-pressing
Cup lid 3 is answered to react 2 connection procedure of cup body on, the rubber sleeve of sample liquid straw 14 mixes sample liquid by the extruding of extrusion 17
Into detection reaction tank 5.
This technology, devise reaction cup lid 3, inside have circular cylindrical chamber (cover 13), inside be equipped with rubber sleeve 23, rubber
Set 23 is provided with suction pipe 24, this three components are mounted on reaction cup body 2, there are two upper 2 inside of reaction cup body cavity, and first
Chamber 10 and second chamber 11, for dispensing reagent R1 and R2, seal washer made of a silica gel is arranged at upper 2 bottom of reaction cup body
16, for sealing the reagent of two cavitys.Seal washer 16 is bonded on lower 1 bottom of reaction cup body, and lower 1 bottom of reaction cup body has
The transparent detection cell of one strip.
In use, sampling: medical staff takes out the entire cup body that project to be measured matches, and presses the snap-on of upper cover two sides
(cup lid hanging buckle 21) takes out reaction cup lid 3.The suction pipe 24 reacted in cup lid 3 is extend into sample to be tested liquid level or less.Suction pipe 24
Quantitative sample liquid can be sucked at atmosheric pressure.
Sample-adding: according to test item needs, the remaining part of cup body can enter incubator and be heated after separation reaction cup lid 3
It is incubated for, the reaction cup lid 3 for drawing sample is put back into cup body (lower to react cup body 1, upper reaction cup body 2) original position, medical staff's food
Refer to and middle finger is clipped in position (by near position on the downside of frame connector 12) between the platform that cup body stretches out, thumb continues to press reaction cup
Lid 3, reaction cup lid 3 will push lower reaction cup body 1 and 16 slide downward of seal washer, to make seal washer 16 and double layer sleeve barrel
The lower loop running-on of structure separates, and the intracorporal reagent R1 of two chambers starts to contact and flow into lower anti-with R2 inside double-layer sleeve structure
In the strip detection cell for answering 1 bottom of cup body.
Reaction cup lid 3 continues to move downward, and rubber sleeve 23 is contacted and opened with the limit plate (extrusion 17) of 7 inside of inner cup cylinder
Begin to squeeze rubber sleeve 23, at this point, 24 bottom end of suction pipe has extend into the detection cell of lower reaction cup body 1, and in R1 and R2 reagent
Once, reaction cup lid 3 continues to move downward liquid level, and the sample in suction pipe 24 can be flowed into lower reaction because of the extruding of rubber sleeve 23
In the detection cell of cup body 1.Realize the contact of three kinds of liquid.Medical staff realizes sample, reagent by rocking entire cup body manually
R1, the mixing of reagent R2.Cup body after mixing can be put into progress data analysis in the Biochemical Analyzer to match.To obtain to
The data of survey project.
A kind of collection encapsulation of the present invention and the reaction cup for mixing one, reaction cup are integrated with encapsulation reagent function.Simplify doctor
Shield personnel open whole bottle reagent, and when test constantly opens and closes reagent bottle, to affect the service performance of reagent.Reaction cup is integrated with
The carrying reagent and mixing function of reaction cup, simplify the operation that medical staff is loaded this and reagent respectively.
Embodiment 2
As shown in Figs 1-4, the reaction cup of a kind of collection encapsulation of the present invention and mixing one mixes method, comprising steps of
Reagent encapsulation, upper reaction cup body 2 is stood upside down, is separately added into corresponding examination to first chamber 10 and second chamber 11
Agent, using 1 set of lower reaction cup body on upper reaction cup body 2, upper reaction cup body 2 is connected in cup body 4 by the insertion of outer cup cylinder 8, double
The lower loop running-on of layer tube-in-tube structure makes the reagent quilt in first chamber 10 and second chamber 11 by being bonded with seal washer 16
Encapsulation, while cup body connector 6 is connected to 12 on frame connector；Then cup body 1 will be reacted and upper reaction cup body 2 is upright, it can
The reaction cup body 1 that reagent is housed and upper reaction cup body 2 are entered into incubator and carry out incubation with heat.
Reagent mixing is further comprised the steps of:, reaction cup lid 3 injects inner cup cylinder 7 by 13 lower end of cover, inserts in reaction cup lid 3
Into process, discharge the sample liquid in sample liquid straw 14 by the extrusion 17 being arranged in inner cup cylinder 7, while cup lid connector
15 realize connection with frame connector 12, realize that connection procedure, cup lid connector 15 are logical in cup lid connector 15 and frame connector 12
Crossing extruding separates cup body connector 6 with frame connector 12, so that it is turned on first chamber 10 and second chamber 11, first
The reagent encapsulated in chamber 10 and second chamber 11 flows into detection reaction tank 5, and then realizes sample liquid straw 14, first chamber 10
Detection reaction tank 5 is flowed into the medical fluid in second chamber 11 to be mixed.
A kind of collection encapsulation of the present invention and the reaction cup for mixing one mix method, and reaction cup is integrated with encapsulation reagent function.
It simplifies medical staff and opens whole bottle reagent, when test constantly opens and closes reagent bottle, to affect the service performance of reagent.Reaction
Cup is integrated with the carrying reagent of reaction cup and mixes function, simplifies the operation that medical staff is loaded this and reagent respectively.
In use, sampling: medical staff takes out the entire cup body that project to be measured matches, and presses the snap-on of upper cover two sides
(cup lid hanging buckle 21) takes out reaction cup lid 3.The suction pipe 24 reacted in cup lid 3 is extend into sample to be tested liquid level or less.Suction pipe 24
Quantitative sample liquid can be sucked at atmosheric pressure.
Sample-adding: according to test item needs, the remaining part of cup body can enter incubator and be heated after separation reaction cup lid 3
It is incubated for, the reaction cup lid 3 for drawing sample is put back into cup body (lower to react cup body 1, upper reaction cup body 2) original position, medical staff's food
Refer to and middle finger is clipped in position (by near position on the downside of frame connector 12) between the platform that cup body stretches out, thumb continues to press reaction cup
Lid 3, reaction cup lid 3 will push lower reaction cup body 1 and 16 slide downward of seal washer, to make seal washer 16 and double layer sleeve barrel
The lower loop running-on of structure separates, and the intracorporal reagent R1 of two chambers starts to contact and flow into lower anti-with R2 inside double-layer sleeve structure
In the strip detection cell for answering 1 bottom of cup body.
Reaction cup lid 3 continues to move downward, and rubber sleeve 23 is contacted and opened with the limit plate (extrusion 17) of 7 inside of inner cup cylinder
Begin to squeeze rubber sleeve 23, at this point, 24 bottom end of suction pipe has extend into the detection cell of lower reaction cup body 1, and in R1 and R2 reagent
Once, reaction cup lid 3 continues to move downward liquid level, and the sample in suction pipe 24 can be flowed into lower reaction because of the extruding of rubber sleeve 23
In the detection cell of cup body 1.Realize the contact of three kinds of liquid.Medical staff realizes sample, reagent by rocking entire cup body manually
R1, the mixing of reagent R2.Cup body after mixing can be put into progress data analysis in the Biochemical Analyzer to match.To obtain to
The data of survey project.
Above-described specific embodiment has carried out further the purpose of the present invention, technical scheme and beneficial effects
It is described in detail, it should be understood that being not intended to limit the present invention the foregoing is merely a specific embodiment of the invention
Protection scope, all within the spirits and principles of the present invention, any modification, equivalent substitution, improvement and etc. done should all include
Within protection scope of the present invention.
Claims (8)
1. a kind of collection encapsulation and the reaction cup for mixing one, including lower reaction cup body (1), upper reaction cup body (2) and reaction cup lid
(3), it is characterised in that:
The top of lower reaction cup body (1) is connection cup body (4), and detection reaction is equipped in the middle part of the bottom of a cup of connection cup body (4)
Pond (5) surround in the upper end collar extension of connection cup body (4) and is equipped with multiple cup body connectors (6)；
Upper reaction cup body (2) includes the double-layer sleeve structure being made of inner cup cylinder (7) and outer cup cylinder (8), double layer sleeve barrel knot
The top ring running-on of structure is closed, and the lower loop running-on of double-layer sleeve structure opens wide, and is equipped with partition (9) in the middle part of double-layer sleeve structure
So that ring set is divided into first chamber (10) and second chamber (11), is equipped with frame connector (12) in outer cup cylinder (8) upper end collar extension；
The reaction cup lid (3) includes cover (13), sample liquid straw (14) is provided in cover (13), in cover (13)
Upper end is equipped with cup lid connector (15)；
Seal washer (16) are equipped in connection cup body (4) bottom of lower reaction cup body (1), upper reaction cup body (2) passes through outer cup cylinder
(8) in insertion connection cup body (4), the lower loop running-on of double-layer sleeve structure makes the first chamber by being bonded with seal washer (16)
Liquid in room (10) and second chamber (11) is packed, while cup body connector (6) is connected on frame connector (12)；
It reacts cup lid (3) and inner cup cylinder (7) is injected by cover (13) lower end, process is injected in reaction cup lid (3), by inner cup
The extrusion (17) being arranged in cylinder (7) discharges the sample liquid in sample liquid straw (14), and cup lid connector (15) is connect with frame
Head (12) realizes connection.
2. a kind of collection encapsulation according to claim 1 and the reaction cup for mixing one, it is characterised in that: the detection reaction
Pond (5) is strip transparent configuration.
3. a kind of collection encapsulation according to claim 1 and the reaction cup for mixing one, it is characterised in that: the cup body connection
Head (6) includes angled piece (18) and lower cup body hanging buckle (19), and the angled piece (18) snaps on connection cup body (4) outer wall, institute
Lower cup body hanging buckle (19) lower end is stated to be connected on the stile of angled piece (18).
4. a kind of collection encapsulation according to claim 3 and the reaction cup for mixing one, it is characterised in that: the cup lid connector
It (15) is right-angle structure, being equipped in right-angle structure a side bottom end separates lower cup body hanging buckle (19) with frame connector (12)
Wedge head block (20), and by the extruding of wedge head block (20) to lower cup body hanging buckle (19), so that lower reaction cup body (1) is reacted cup body on
(2) it separates, is equipped with cup lid hanging buckle (21) in right-angle structure a side bottom end.
5. a kind of collection encapsulation according to claim 4 and the reaction cup for mixing one, it is characterised in that: the frame connection
Head (12) is frame structure, is connected on cover (13) outer wall in the middle part of four frame sides, on frame connector (12) under
Cup body hanging buckle (19) corresponding position is equipped with hanging buckle platform, and the hanging buckle of lower cup body hanging buckle (19) upper end can be hung on hanging buckle platform；In frame
Hanging buckle platform also is provided on connector (12) with cup lid hanging buckle (21) corresponding position, the hanging buckle of cup lid hanging buckle (21) lower end can be hung over
It detains on platform.
6. a kind of collection encapsulation according to claim 5 and the reaction cup for mixing one, it is characterised in that: the frame connection
Head (12) bottom end is equipped with upper cup body hanging buckle (22), and the end of upper cup body hanging buckle (22) can be hung on angled piece (18).
7. a kind of collection encapsulation and the reaction cup for mixing one mix method, which is characterized in that comprising steps of
Reagent encapsulation, upper reaction cup body (2) is stood upside down, is separately added into corresponding examination to first chamber (10) and second chamber (11)
Agent is covered on upper reaction cup body (2) using lower reaction cup body (1), and upper reaction cup body (2) passes through outer cup cylinder (8) insertion connection cup
In body (4), the lower loop running-on of double-layer sleeve structure makes first chamber (10) and the second chamber by being bonded with seal washer (16)
Reagent in room (11) is packed, while cup body connector (6) is connected on frame connector (12)；Then cup body will be reacted
(1) and upper reaction cup body (2) is upright, can carry out the reaction cup body (1) that reagent is housed and upper reaction cup body (2) into incubator
Incubation with heat.
8. a kind of collection encapsulation according to claim 7 and the reaction cup for mixing one mix method, which is characterized in that also wrap
Include step:
Reagent mixes, and reaction cup lid (3) injects inner cup cylinder (7) by cover (13) lower end, injects process in reaction cup lid (3),
Discharge the sample liquid in sample liquid straw (14) by the extrusion (17) being arranged in inner cup cylinder (7), while cup lid connector
(15) it realizes and connects with frame connector (12), realize connection procedure, cup lid in cup lid connector (15) and frame connector (12)
Connector (15) separates cup body connector (6) with frame connector (12) by squeezing, to make first chamber (10) and second
Chamber (11) is turned on, and the reagent encapsulated in first chamber (10) and second chamber (11) flows into detection reaction tank (5), Jin Ershi
Medical fluid in existing sample liquid straw (14), first chamber (10) and second chamber (11) flows into detection reaction tank (5) and is mixed.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910506928.XA CN110102242B (en) | 2019-06-12 | 2019-06-12 | Reaction cup integrating packaging and mixing method |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910506928.XA CN110102242B (en) | 2019-06-12 | 2019-06-12 | Reaction cup integrating packaging and mixing method |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN110102242A true CN110102242A (en) | 2019-08-09 |
| CN110102242B CN110102242B (en) | 2023-09-05 |
Family
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN112986577A (en) * | 2021-02-03 | 2021-06-18 | 深圳海思安生物技术有限公司 | Reagent kit |
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| Publication number | Publication date |
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| CN110102242B (en) | 2023-09-05 |
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