CN206580826U - Bacteria quantified samples apparatus for coating - Google Patents
Bacteria quantified samples apparatus for coating Download PDFInfo
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- CN206580826U CN206580826U CN201720291788.5U CN201720291788U CN206580826U CN 206580826 U CN206580826 U CN 206580826U CN 201720291788 U CN201720291788 U CN 201720291788U CN 206580826 U CN206580826 U CN 206580826U
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- bacterium solution
- culture dish
- spreader
- dish lid
- coating
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Abstract
The utility model is related to a kind of bacteria quantified sampling apparatus for coating, including bacterium solution shunting spreader, culture dish lid and bacterium solution proportional sampling device, bacterium solution shunts spreader inner hollow, and the small one end of its face area is provided with draining hole, and other end end face is provided with multiple tap holes；The one end of bacterium solution shunting spreader provided with draining hole is stretched out from the inner side of culture dish lid, and is detachably connected with culture dish lid；One end of bacterium solution proportional sampling device, which is provided with liquid injection port, liquid injection port, is provided with filter screen, and the one end of bacterium solution proportional sampling device provided with liquid injection port shunts the one end of spreader provided with draining hole with bacterium solution and is detachably connected, and liquid injection port is connected with draining hole；The utility model product operation is simpler convenient, bacterium solution proportional sampling device is more prone to, precisely by the liquid injection port quantitative liquid suction sampling provided with filter screen, and can effective filtered sample residue, assembling product is integral, rotary coating is more convenient, coating evenly, can also prevent the pollution of external microbe.
Description
Technical field
The utility model is related to experiment equipment field, more particularly to a kind of bacteria quantified sampling apparatus for coating.
Background technology
At present in biological experiment operating, bacterium solution or the sample suspensions that carry disease germs are sampled and are coated with usually first using shifting
Liquid device or pipette pipette bacterium solution or the sample suspensions that carry disease germs, and bacterium solution or the sample suspensions that carry disease germs are transferred in culture dish, then
The bacterium solution in culture dish or the sample suspensions that carry disease germs are coated using common spreading rod.
But, when pipetting liquid using pipettor or pipette need repeatedly pipette with distribution process, operating error compared with
Greatly；And aperture very little at both imbibitions, if being drawn when running into containing the more sample of impurity particle will become difficult.Separately
Outside, when pipetting bacterium solution using pipettor or pipette, bacterium solution flocks together on culture medium, is unfavorable for coating uniform.And it is general
Logical spreading rod not only easily occur in coating process because firmly it is uneven cause to be unevenly coated or destroy culture medium the problem of
And because spreading rod is the problem of bacterium solution is lost caused by contacting culture dish inwall；And easily because of operational motion in coating process
Culture medium caused by big in external microbe pollution culture dish.
Utility model content
Technical problem to be solved in the utility model is to provide a kind of simpler convenient, the quantitative liquid suction sampling of operation more
Plus easily can precisely and when may filter that sample residue, coating prevent the bacteria quantified sampling apparatus for coating that external microbe pollutes.
The technical scheme that the utility model solves above-mentioned technical problem is as follows：
A kind of bacteria quantified samples apparatus for coating, including bacterium solution shunting spreader, culture dish lid and bacterium solution proportional sampling device,
The bacterium solution shunting spreader is located at the inner side of the culture dish lid, and the bacterium solution proportional sampling device is located at the culture dish lid
Outside；
The end face of the described one end of bacterium solution shunting spreader away from the culture dish lid is located at the covering of the culture dish lid
In the range of, and it is parallel with the coverage rate of the culture dish lid；The described one end of bacterium solution shunting spreader away from the culture dish lid
Face area be more than its other end face area, and less than the culture dish lid area coverage；
The bacterium solution shunts spreader inner hollow, and the small one end of its face area is provided with draining hole, other end end face
Provided with multiple tap holes；The one end of bacterium solution shunting spreader provided with draining hole is from the inner side of the culture dish lid to overhanging
Go out, and be detachably connected with the culture dish lid；
One end of the bacterium solution proportional sampling device, which is provided with liquid injection port, the liquid injection port, is provided with filter screen, and the bacterium solution is quantified
The one end of sampler provided with liquid injection port shunts the one end of spreader provided with draining hole with the bacterium solution and is detachably connected, and the bacterium
The draining hole that the liquid injection port of liquid proportional sampling device shunts spreader with the bacterium solution is connected.
Compared with prior art, the beneficial effects of the utility model are：
The utility model product operation is simpler convenient, and bacterium solution proportional sampling device is quantitative by the liquid injection port provided with filter screen
Imbibition sampling is more prone to accurate, and can effective filtered sample residue, bacterium solution proportional sampling device, culture dish lid and bacterium solution are shunted
Spreader can be assembled into one, and the bacterium solution or the sample suspensions that carry disease germs that bacterium solution proportional sampling device is drawn can be directly injected into by liquid injection port
The bacterium solution shunts the draining hole of spreader, is then flowed out by multiple tap holes, only needs to make bacterium solution shunting coating during coating
Device is rotated, you can accomplish even spread, and culture dish lid can cover culture dish when being coated with, and effectively prevent extraneous micro- life
The pollution of thing.
On the basis of above-mentioned technical proposal, the utility model can also do following improvement.
As a kind of preferred embodiment of the present utility model, multiple tap holes are evenly distributed on the bacterium solution shunting
On the end face of spreader.
Beneficial effect using above-mentioned preferred scheme is：Tap hole, which is uniformly distributed, can preferably ensure that bacterium solution shunts spreader
When rotating, the Painting effect of the one end of bacterium solution shunting spreader away from draining hole is more preferable.
As another preferred embodiment of the present utility model, the bacterium solution shunting spreader is in drainage tube and inside
Empty spreading rod composition, and it is " T " shape；The drainage tube is vertical with the middle part of the spreading rod to be connected, and with the spreading rod
Inner chamber connection；
The draining hole is located at the one end of the drainage tube away from the spreading rod, and multiple tap holes are located at described apply
Side of the cloth rod away from the drainage tube；The one end of the drainage tube away from the spreading rod is out of, the culture dish lid roof
Pass, and be detachably connected with the culture dish lid outside lateral.
Beneficial effect using above-mentioned preferred scheme is：Not only manufacture processing is simpler, more saves manufacture material, and
And side of the spreading rod away from the drainage tube has one fixed width, when rotating bacterium solution shunting spreader, coated face is a water
Plane, can increase the contact area with culture medium, preferably solve current spreading rod and led in coating process because firmly uneven
Cause is unevenly coated or destroyed the phenomenon of culture medium, and because of spreading rod because contact culture dish inwall causes showing for bacterium solution loss
As finally make that the bacterium solution on culture medium is coated with is more uniform.
As another preferred embodiment of the present utility model, the spreading rod is in flat column.
Beneficial effect using above-mentioned preferred scheme is：Side of the spreading rod away from drainage tube has wider width,
When rotating bacterium solution shunting spreader, it can preferably increase the contact area of spreading rod and culture medium, finally make the bacterium on culture medium
It is more uniform that liquid is coated with.
As another preferred embodiment of the present utility model, the length of the spreading rod is the straight of the culture dish lid
9th/30th to ten/4ths of footpath.
Beneficial effect using above-mentioned preferred scheme is：Both the contact area of spreading rod and culture medium can be increased, it is ensured that training
It is more uniform that bacterium solution on foster base is coated with, and can be prevented effectively from again because of spreading rod because contact culture dish inwall causes what bacterium solution was lost
Phenomenon.
As another preferred embodiment of the present utility model, the culture dish, which is covered, is fixedly connected with hollow tube, institute
The roof that hollow tube extends vertically through the culture dish lid is stated, and is connected inside and outside the culture dish lid；
The hollow tube, and the stretching culture dish outer side of lid are inserted in the one end of the drainage tube away from the spreading rod,
And be detachably connected by locking member with the hollow tube；The bacterium solution proportional sampling device is provided with one end of liquid injection port in a tubular form,
And the hollow tube, the drainage tube are sequentially inserted into, and be detachably connected by Spring lock catch device with the drainage tube.
Beneficial effect using above-mentioned preferred scheme is：Hollow tube can serve as the effect of support, by locking member by bacterium
Liquid shunts spreader and culture dish lid and linked together movement, can be prevented effectively from directly contact bacterium solution shunting spreader and cause dirt
Dye, while bacterium solution proportional sampling device is linked together with bacterium solution shunting spreader, can be prevented effectively from bacterium solution proportional sampling device note
By outside contamination during liquid.
As another preferred embodiment of the present utility model, the locking member is fixing nut, the hollow tube position
The screwed hole matched with the fixing nut is provided with one end of the culture dish outer side of lid, the drainage tube stretches out the training
The one end for supporting ware outer side of lid is provided with the mounting hole matched with the fixing nut；The fixing nut sequentially passes through the screw thread
Hole and the mounting hole, and be threadedly coupled with the screwed hole.
Beneficial effect using above-mentioned preferred scheme is：The manufacture processing of such locking member is simpler, operates with
More facilitate, it is more convenient that culture dish lid is separated with the assembly and connection of bacterium solution shunting spreader and dismounting.
As another preferred embodiment of the present utility model, the Spring lock catch device includes being arranged at the drainage
Neck and the spring part being arranged on the lateral wall of the one end of the bacterium solution proportional sampling device provided with liquid injection port on pipe madial wall,
The spring part is mutually matched with the neck.
Beneficial effect using above-mentioned preferred scheme is：Such Spring lock catch device manufacture processing is simpler, operation
Using more facilitating, the assembly and connection and dismounting separation of bacterium solution shunting spreader and bacterium solution proportional sampling device are more convenient.
As another preferred embodiment of the present utility model, the bacterium solution proportional sampling device is in syringe-like, including
The injector cartridge and piston push-pull rod being slidably connected together, the one end of the injector cartridge away from the piston push-pull rod
Liquid injection port provided with tubulose, the injector cartridge is provided with metering scale.
Beneficial effect using above-mentioned preferred scheme is：Such bacterium solution proportional sampling device can be accurate using piston movement principle
It is determined that amount pipettes bacteria suspension or the sample liquid that carries disease germs after processing, and it is simple to operate, it is rationed after once drawing, it is accurate, flat
Difference is small between row sample.
It is used as another preferred embodiment of the present utility model, the one end of the injector cartridge away from the liquid injection port
Provided with the rotary handle for being easy to rotate the injector cartridge.
Beneficial effect using above-mentioned preferred scheme is：Whole bacterium solution is driven to shunt spreader by rotary handle simpler
Single convenient, painting work is more prone to.
Brief description of the drawings
Fig. 1 is the structural representation of the utility model product；
In accompanying drawing, the list of parts representated by each label is as follows：
1st, bacterium solution shunting spreader, 11, drainage tube, 12, spreading rod, 13, tap hole, 14, neck, 2, culture dish lid, 21,
Hollow tube, 22, locking member, 3, bacterium solution proportional sampling device, 31, liquid injection port, 32, spring part, 33, injector cartridge, 34, piston pushes away
Pull bar, 35, rotary handle.
Embodiment
Principle of the present utility model and feature are described below in conjunction with accompanying drawing, example is served only for explaining this practicality
It is new, it is not intended to limit scope of the present utility model.
Embodiment
As shown in figure 1, a kind of bacteria quantified sampling apparatus for coating, including bacterium solution shunting spreader 1, culture dish lid 2 and bacterium
Liquid proportional sampling device 3, the bacterium solution shunting spreader 1 is located at the inner side of the culture dish lid 2, the bacterium solution proportional sampling device 3
Positioned at the outside of the culture dish lid 2.
The end face of the described one end of bacterium solution shunting spreader 1 away from the culture dish lid 2 is located at covering for the culture dish lid 2
In the range of lid, and it is parallel with the coverage rate of the culture dish lid 2；The bacterium solution shunts spreader 1 away from the culture dish lid 2
The face area of one end is more than the face area of its other end, and less than the area coverage of the culture dish lid 2.
The bacterium solution shunts the inner hollow of spreader 1, and the small one end of its face area is provided with draining hole, other end end face
Provided with multiple tap holes 13；The described one end of bacterium solution shunting spreader 1 provided with draining hole is outside from the inner side of the culture dish lid 2
Stretch out, and be detachably connected with the culture dish lid 2.Mode is detachably connected various, such as grafting, socket, lock connection.
One end of the bacterium solution proportional sampling device 3, which is provided with liquid injection port 31, the liquid injection port 31, is provided with filter screen, the bacterium solution
The one end of proportional sampling device 3 provided with liquid injection port 31 shunts the one end of spreader 1 provided with draining hole with the bacterium solution and is detachably connected,
And the liquid injection port 31 of the bacterium solution proportional sampling device 3 is connected with the draining hole that the bacterium solution shunts spreader 1.The side of being detachably connected
Formula is various, such as grafting, socket, lock connection.
The utility model product operation is simpler convenient, and bacterium solution proportional sampling device 3 passes through the liquid injection port 31 provided with filter screen
Quantitative liquid suction sampling is more prone to accurate, and can effectively filtered sample residue, bacterium solution proportional sampling device 3, culture dish lid 2 and bacterium
Liquid shunting spreader 1 can be assembled into one, and the bacterium solution or the sample suspensions that carry disease germs that bacterium solution proportional sampling device 3 is drawn can be by liquid injection ports
31 are directly injected into the draining hole that the bacterium solution shunts spreader 1, are then flowed out by multiple tap holes 13, only need to make during coating
Bacterium solution shunting spreader 1 is rotated, you can accomplish even spread, and culture dish lid 2 can cover culture dish when being coated with, and have
Effect prevents the pollution of external microbe.
Multiple tap holes 13 are preferably evenly distributed on the end face of the bacterium solution shunting spreader 1；Such tap hole
13 are uniformly distributed and can preferably ensure bacterium solution shunting spreader 1 when rotating, and bacterium solution shunts one of spreader 1 away from draining hole
The Painting effect at end is more preferable.
The bacterium solution shunting spreader 1 is preferably made up of drainage tube 11 and the spreading rod of inner hollow 12, and " T " shape；
The drainage tube 11 is vertical with the middle part of the spreading rod 12 to be connected, and is connected with the inner chamber of the spreading rod 12.The drainage
Mouth is located at the one end of the drainage tube 11 away from the spreading rod 12, and it is remote that multiple tap holes 13 are located at the spreading rod 12
The side of the drainage tube 11；The one end of the drainage tube 11 away from the spreading rod 12 is out of, the culture dish lid 2 roof
Pass, and be detachably connected with the culture dish lid 2 outside lateral.So not only manufacture processing is simpler, more saves manufacture
Material, and side of the spreading rod 12 away from the drainage tube 11 has one fixed width, when rotating bacterium solution shunting spreader 1,
Coated face is a horizontal plane, can increase the contact area with culture medium, preferably solve current spreading rod 12 in coating process
Because of the firmly uneven phenomenon for causing to be unevenly coated or destroying culture medium, and because of spreading rod 12 because contact culture dish inwall is led
The phenomenon of bacterium solution loss is caused, finally make that the bacterium solution on culture medium is coated with is more uniform.
The spreading rod 12 can be in the form of a column, preferably in flat column, side tool of such spreading rod 12 away from drainage tube 11
There is wider width, when rotating bacterium solution shunting spreader 1, can preferably increase the contact area of spreading rod 12 and culture medium,
It is final make that the bacterium solution on culture medium is coated with it is more uniform.
The length of the spreading rod 12 is 9th/30th to ten/4ths of the diameter of the culture dish lid 2；So both may be used
Increase the contact area of spreading rod 12 and culture medium, it is ensured that it is more uniform that the bacterium solution on culture medium is coated with, and can be prevented effectively from again
Because of spreading rod 12 because contact culture dish inwall causes the phenomenon that bacterium solution is lost.
Spreading rod 12 can also be the various structures such as cruciformity, and the structure of bacterium solution shunting spreader 1 is also not necessarily limited to this, only
One end face area is met more than other end face area, the small one end of face area is used for drainage, the other end is used to shunt
.
Hollow tube 21 can be fixedly connected with the culture dish lid 2, the hollow tube 21 extends vertically through the culture dish lid 2
Roof, and connect inside and outside the culture dish lid 2；One end insertion of the drainage tube 11 away from the spreading rod 12 is described
Hollow tube 21, and the outside of culture dish lid 2 is stretched out, and be detachably connected by locking member 22 with the hollow tube 21；It is described
The one end of bacterium solution proportional sampling device 3 provided with liquid injection port 31 in a tubular form, and is sequentially inserted into the hollow tube 21, the drainage tube 11,
And be detachably connected by Spring lock catch device with the drainage tube 11.So.During use, hollow tube 21 is located at culture dish
One end of the inner side of lid 2 must not contact the media surface in plate.So hollow tube 21 can serve as the effect of support, pass through lock
Bacterium solution is shunted spreader 1 and culture dish lid 2 and linked together movement by tight part 22, can be prevented effectively from directly contact bacterium solution shunting and be applied
Cloth device 1 and cause pollution, while by bacterium solution proportional sampling device 3 and bacterium solution shunting spreader 1 link together, bacterium can be prevented effectively from
By outside contamination in the injection process of liquid proportional sampling device 3.
The locking member 22 can be fixing nut, and one end that the hollow tube 21 is located at the outside of culture dish lid 2 is set
Have a screwed hole matched with the fixing nut, the drainage tube 11 stretch out the outside of culture dish lid 2 one end be provided with
The mounting hole that the fixing nut matches；The fixing nut sequentially passes through the screwed hole and the mounting hole, and with institute
State screwed hole threaded connection.The manufacture processing of such locking member 22 is simpler, operates with and more facilitates, culture dish lid 2
It is more convenient to be separated with the assembly and connection of bacterium solution shunting spreader 1 and dismounting.
The structure and type not limited to this of locking member 22, as long as disclosure satisfy that locking and unclamp the function of drainage tube 11 i.e.
Can.
The Spring lock catch device includes the neck 14 being arranged on the madial wall of drainage tube 11 and is arranged at the bacterium
Spring part 32 on the lateral wall of the one end of liquid proportional sampling device 3 provided with liquid injection port 31, the spring part 32 and the neck 14
It is mutually matched.Such Spring lock catch device manufacture processing is simpler, operates with and more facilitates, bacterium solution shunting spreader 1
It is more convenient with the assembly and connection of bacterium solution proportional sampling device 3 and dismounting separation.
The structure and type not limited to this of Spring lock catch device, as long as disclosure satisfy that connection or separation drainage tube 11 and fluid injection
The function of mouth 31.
The bacterium solution proportional sampling device 3 is preferably in syringe-like, including the He of injector cartridge 33 together that is slidably connected
Piston push-pull rod 34, the one end of the injector cartridge 33 away from the piston push-pull rod 34 is provided with the liquid injection port 31 of tubulose, institute
Injector cartridge 33 is stated provided with metering scale.Such bacterium solution proportional sampling device 3 can accurate quantitative analysis using piston movement principle
Bacteria suspension or the sample liquid that carries disease germs after processing are pipetted, it is simple to operate, it is rationed after once drawing, between accurate, Duplicate Samples
Difference is small.
The one end of the injector cartridge 33 away from the liquid injection port 31, which is provided with, to be easy to rotate the injector cartridge 33
Rotary handle 35；So driving whole bacterium solution to shunt by rotary handle 35, spreader 1 is simpler convenient, and painting work is more
Easily.
The structure and type not limited to this of bacterium solution proportional sampling device 3, as long as disclosure satisfy that the function of imbibition sampling and fluid injection
.
It is obvious to a person skilled in the art that the utility model is not limited to the details of above-mentioned one exemplary embodiment, and
And in the case of without departing substantially from spirit or essential attributes of the present utility model, can realize that this practicality is new in other specific forms
Type.Therefore, no matter from the point of view of which point, embodiment all should be regarded as exemplary, and is nonrestrictive, this practicality is new
The scope of type limits by appended claims rather than described above, it is intended that the equivalency fallen in claim is contained
All changes in justice and scope are included in the utility model, any reference in claim should not be considered as into limitation
Involved claim.
Preferred embodiment of the present utility model is the foregoing is only, it is all in this practicality not to limit the utility model
Within new spirit and principle, any modification, equivalent substitution and improvements made etc. should be included in guarantor of the present utility model
Within the scope of shield.
Claims (10)
1. a kind of bacteria quantified samples apparatus for coating, it is characterised in that：Including bacterium solution shunting spreader (1), culture dish lid (2) and
Bacterium solution proportional sampling device (3), the bacterium solution shunting spreader (1) is located at the inner side of the culture dish lid (2), and the bacterium solution is quantified
Sampler (3) is located at the outside of the culture dish lid (2)；
The end face of the described one end of bacterium solution shunting spreader (1) away from the culture dish lid (2) is located at the culture dish lid (2)
In coverage, and it is parallel with the coverage rate of the culture dish lid (2)；The bacterium solution shunting spreader (1) is away from the culture
The face area of one end of ware lid (2) is more than the face area of its other end, and less than the coverage rate of the culture dish lid (2)
Product；
The bacterium solution shunts spreader (1) inner hollow, and the small one end of its face area is provided with draining hole, and other end end face is set
There are multiple tap holes (13)；The bacterium solution shunts the one end of spreader (1) provided with draining hole from the inner side of the culture dish lid (2)
It is protruding, and be detachably connected with the culture dish lid (2)；
One end of the bacterium solution proportional sampling device (3) is provided with liquid injection port (31), and liquid injection port (31) place is provided with filter screen, the bacterium
The one end of liquid proportional sampling device (3) provided with liquid injection port (31) shunts the one end of spreader (1) provided with draining hole with the bacterium solution can
Dismounting connection, and liquid injection port (31) and the draining hole company of bacterium solution shunting spreader (1) of the bacterium solution proportional sampling device (3)
It is logical.
2. bacteria quantified according to claim 1 samples apparatus for coating, it is characterised in that：Multiple tap holes (13) are
It is even to be distributed on the end face of the bacterium solution shunting spreader (1).
3. bacteria quantified according to claim 1 samples apparatus for coating, it is characterised in that：The bacterium solution shunts spreader
(1) it is made up of the spreading rod (12) of drainage tube (11) and inner hollow, and it is " T " shape；The drainage tube (11) and the coating
The middle part of rod (12) is vertically connected, and is connected with the inner chamber of the spreading rod (12)；
The draining hole is located at the one end of the drainage tube (11) away from the spreading rod (12), multiple tap hole (13) positions
In side of the spreading rod (12) away from the drainage tube (11)；The one of the remote spreading rod (12) of the drainage tube (11)
Hold and outwards passed on the inside of the roof of the culture dish lid (2), and be detachably connected with the culture dish lid (2).
4. bacteria quantified according to claim 3 samples apparatus for coating, it is characterised in that：The spreading rod (12) is in square column
Shape.
5. bacteria quantified according to claim 3 samples apparatus for coating, it is characterised in that：The length of the spreading rod (12)
It is 9th/30th to ten/4ths of the diameter of the culture dish lid (2).
6. bacteria quantified according to claim 3 samples apparatus for coating, it is characterised in that：It is solid on the culture dish lid (2)
Surely hollow tube (21) is connected with, the hollow tube (21) extends vertically through the roof of the culture dish lid (2), and connects the culture
Inside and outside ware lid (2)；
The hollow tube (21) is inserted in the one end of the drainage tube (11) away from the spreading rod (12), and stretches out the culture dish
Cover on the outside of (2), and be detachably connected by locking member (22) with the hollow tube (21)；The bacterium solution proportional sampling device (3) sets
There is one end of liquid injection port (31) in a tubular form, and be sequentially inserted into the hollow tube (21), the drainage tube (11), and pass through springlock
Buckle device is detachably connected with the drainage tube (11).
7. bacteria quantified according to claim 6 samples apparatus for coating, it is characterised in that：The locking member (22) is fixation
Nut, one end that the hollow tube (21) is located on the outside of the culture dish lid (2) is provided with the spiral shell matched with the fixing nut
Pit, one end that the drainage tube (11) is stretched out on the outside of the culture dish lid (2) is provided with the peace matched with the fixing nut
Fill hole；The fixing nut sequentially passes through the screwed hole and the mounting hole, and is threadedly coupled with the screwed hole.
8. bacteria quantified according to claim 6 samples apparatus for coating, it is characterised in that：The Spring lock catch device includes
The neck (14) that is arranged on the drainage tube (11) madial wall and the bacterium solution proportional sampling device (3) is arranged at provided with liquid injection port
(31) spring part (32) on the lateral wall of one end, the spring part (32) is mutually matched with the neck (14).
9. bacteria quantified according to any one of claim 1 to 8 samples apparatus for coating, it is characterised in that：The bacterium solution
Proportional sampling device (3) is in syringe-like, including be slidably connected injector cartridge (33) and piston push-pull rod (34) together, institute
State the liquid injection port (31) that the one end of injector cartridge (33) away from the piston push-pull rod (34) is provided with tubulose, the syringe cylinder
Body (33) is provided with metering scale.
10. bacteria quantified according to claim 9 samples apparatus for coating, it is characterised in that：The injector cartridge (33)
One end away from the liquid injection port (31) is provided with the rotary handle (35) for being easy to rotate the injector cartridge (33).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720291788.5U CN206580826U (en) | 2017-03-24 | 2017-03-24 | Bacteria quantified samples apparatus for coating |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720291788.5U CN206580826U (en) | 2017-03-24 | 2017-03-24 | Bacteria quantified samples apparatus for coating |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206580826U true CN206580826U (en) | 2017-10-24 |
Family
ID=60114114
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720291788.5U Expired - Fee Related CN206580826U (en) | 2017-03-24 | 2017-03-24 | Bacteria quantified samples apparatus for coating |
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| Country | Link |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108969816A (en) * | 2018-08-06 | 2018-12-11 | 中国人民解放军第四军医大学 | Fire victim's fester drainage device with sampled functions |
| CN110885745A (en) * | 2019-11-27 | 2020-03-17 | 邳州高新区生物医药研究院有限公司 | Inoculation culture dish for biological medicine |
-
2017
- 2017-03-24 CN CN201720291788.5U patent/CN206580826U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108969816A (en) * | 2018-08-06 | 2018-12-11 | 中国人民解放军第四军医大学 | Fire victim's fester drainage device with sampled functions |
| CN110885745A (en) * | 2019-11-27 | 2020-03-17 | 邳州高新区生物医药研究院有限公司 | Inoculation culture dish for biological medicine |
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