CN205794633U - Efficiently embryo freezing system - Google Patents
Efficiently embryo freezing system Download PDFInfo
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- CN205794633U CN205794633U CN201620503892.1U CN201620503892U CN205794633U CN 205794633 U CN205794633 U CN 205794633U CN 201620503892 U CN201620503892 U CN 201620503892U CN 205794633 U CN205794633 U CN 205794633U
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Abstract
This utility model relates to a kind of efficiently embryo freezing system, including refrigerated cylinder, multiple freezing support loading part, multiple freezing support and multiple freezing load bar, the freezing bar that carries includes frozen embryo part, portion of the handle and freezing sleeve pipe, frozen embryo operative tip is provided with connecting portion, screwed hole is had on connecting portion, portion of the handle bottom is threaded connection and is arranged in screwed hole, and freezing casing pipe sleeve is contained in frozen embryo portion of external and is socketed on connecting portion；One freezing support loading part is to be made up of 2～4 layers of loading part, every layer of loading part is provided with for being suspended on the hook on refrigerated cylinder mouth, is provided with freezen protective dish in every layer of loading part, and freezing support is placed in freezen protective dish.This utility model improves the space utilization rate of refrigerated cylinder, and compared with existing refrigerated cylinder, space of the present utility model utilization rate improves 2～4 times, reaches to save refrigerated cylinder and the purpose of place to place area, greatly improves freezing efficiency.
Description
Technical field
This utility model relates to the efficient embryo freezing system of a kind of frozen embryo.
Background technology
Frozen embryo is a kind of method preserving reproductive function that only one in the world is ripe.This technology is to pass through
The embryo that test tube Cultivating techniques obtains, storEs in the liquid nitrogen environment of subzero 196 DEG C, is preserved for a long time.
The frozen system of frozen embryo is made up of refrigerated cylinder, freezing well-bucket or hand basket, freezing support and the freezing bar that carries,
One refrigerated cylinder has 8～10 freezing well-buckets or hand basket, and each freezing well-bucket or hand basket load freezing support, according to freezing support
Size about can load 25～30, every freezing support loads embryo cryopreservation and carries about 6～10, bar, the most freezing bar that carries
Portion of the handle is that one is connected with embryo cryopreservation part, and i.e. freezing load bar is the longest, and freezing well-bucket or hand basket are also required for enough
Highly, and refrigerated cylinder finite volume, such frozen system used leaves much room wastes space resources.Because current frozen system makes
With limited efficacy, when needs expand frozen amount, generally by increase refrigerated cylinder to achieve the goal, and except refrigerated cylinder cost is high
Outward, the place placing refrigerated cylinder is the most extremely limited, it is impossible to reaching sustainability increases refrigerated cylinder.Opening of the most national two tire policies
Send out so that longer in the time of reproduction laboratory embryo freezing, therefore invent a kind of efficient frozen system and there is higher use
It is worth.
It addition, existing freezing supporting structure is simple, by an aluminum frame be arranged on aluminum frame for loading freezing bar
Round plastic bucket is constituted.The space loading freezing bar is mainly determined by the inner space of freezing Plastic Drum, and the size of Plastic Drum is certainly
Determine to load the number of freezing bar.The round plastic bucket size of existing freezing support is fixed, it is impossible to regulation.The embryo of laboratory at present
Tire preservation is preferably chilled in the mode in a freezing support by a Human embryo and carries out, and is so easy to inquiry, can disappear simultaneously
Except potential safety hazard, it is to avoid many Human embryo cause confusion in leaving same support in.In clinical position, different patients need freezing
Embryo's number is different, and the number of freezing bar is the most different, when the freezing bar of patient is few, and the inside of the round plastic bucket of freezing support
Space is wasted.If saving space to be put in a freezing support by the freezing bar of different patients, the peace of laboratory certainly will be caused
Full hidden danger, and the work of laboratory worker is increased when inquiring about patient's freezing bar.Therefore need to research and develop the big of a kind of Plastic Drum
The little freezing support can being adjusted according to the quantity of freezing bar, is beneficial to save memory space.
Summary of the invention
The technical problems to be solved in the utility model is: provide a kind of efficiently embryo freezing system, this efficient embryo freezing
System uses the space resources of refrigerated cylinder greatly, improves the space utilization rate of refrigerated cylinder, solves above-mentioned existing skill
Problem present in art.
The technical scheme solving above-mentioned technical problem is: a kind of efficiently embryo freezing system, including refrigerated cylinder, multiple freezing
Support loading part, multiple freezing support and multiple freezing bar that carries, freezing support loading part is suspended on refrigerated cylinder mouth and position
In refrigerated cylinder, the freezing bar that carries is placed in freezing support, and freezing support is placed in freezing support loading part, and described is cold
Freezing support loading part is freezing well-bucket or freezing hand basket, and the described freezing bar that carries includes frozen embryo part, connecting portion, hand-held
Part and freezing sleeve pipe, connecting portion has screwed hole, and portion of the handle bottom is threaded connection and is arranged in screwed hole, freezing
Embryo portion top is fixed on connecting portion, and fixing freezing casing pipe sleeve is contained in frozen embryo portion of external and is socketed in connecting portion
On；A described freezing support loading part is to be made up of 2～4 layers of loading part, and every layer of loading part is provided with use
Being provided with freezen protective dish in the hook being suspended on refrigerated cylinder mouth, every layer of loading part, freezing support 5 is placed on freezing guarantor
In deposit.
Described freezing support is scalable freezing support, loads bucket including support and rack-mount freezing bar,
Described freezing bar loads bucket and is made up of half barrel of left side parts and right half barrel of parts, and half barrel of described left side parts are by rectangular base plate
I and be connected to I, two pieces of rectangular side panels I compositions of one piece of rectangular back plate on rectangular base plate I 3 limit, two pieces of rectangular side panels I are respectively
Being connected with rectangular back plate I dual-side, half barrel of described right side parts are by rectangular base plate II and to be connected to rectangular base plate II 3
II, two pieces of rectangular side panels II of one piece of rectangular back plate on limit are constituted, and two pieces of rectangular side panels II are respectively with rectangular back plate II dual-side even
Connecing, during assembled state, rectangular base plate II and two pieces of rectangular side panels II of the described half barrel of parts in the right side are sleeved on left half barrel of parts
In rectangular base plate I and two pieces of rectangular side panels I.
Two pieces of rectangular side panels II of the medial surface of two pieces of rectangular side panels I of the described half barrel of parts in a left side and right half barrel of parts
Lateral surface is disposed as matsurface, during assembled state, and the medial surface of two pieces of rectangular side panels I of left half barrel of parts and right half barrel of parts
The lateral surface frictional connection of two pieces of rectangular side panels II.
Having positioning runner in two pieces of rectangular side panels I of the described described half barrel of parts in a left side, described positioning runner is
It is made up of glissile segment and multiple locating slot, two pieces of rectangular side panels II of the described half barrel of parts in the right side is provided with and joins with positioning runner
The locating slide rod closed, during assembled state, locating slide rod is positioned at one of them locating slot of positioning runner.
Rectangular side panels I top of the described half barrel of parts in a left side is provided with the cunning coordinated with right half barrel of parts rectangular side panels II
Rail, rectangular side panels II is provided with the gag lever post preventing from slide rail.
Have slideway in the rectangular base plate I of the described half barrel of parts in a left side, the rectangular base plate II of right half barrel of parts is provided with
Anti-slip slide bar, anti-slip slide bar is positioned at slideway.
The buckle of half barrel of parts in the right side for buckling another freezing support it is provided with on described support.
In described freezen protective dish, segmentation forms multiple sulculus for placing single freezing support.
The two ends being provided with a cross bar and a vertical pole, cross bar and vertical pole in described freezen protective dish are respectively supported at freezing
On preservation dish inwall.
Described frozen embryo part includes the low temperature resistant elastic sheet of two panels avirulence, the every low temperature resistant Thin Elastic of avirulence
Being provided with 1～3 prominent laterally groove on sheet, frozen embryo part is that the two panels avirulence fitted by symmetry is low temperature resistant
Elastic sheet is constituted, on the low temperature resistant elastic sheet of two panels avirulence relative to two grooves constitute the embryo's placing trough closed, embryo
Cell wall placed by tire is the mesh-like structure having several aperture.
Owing to using said structure, this utility model has the advantages that
1, the freezing bar that carries of the present utility model is set to the structure that frozen embryo part separates with portion of the handle, it is achieved freezing
Carry bar truncate, save reefer space；Freezing well-bucket or hand basket are set to multiple structure simultaneously, and every layer can arrange a freezing guarantor
Deposit a, it is achieved well-bucket or hand basket can place multiple freezen protective dish, improve the space utilization rate of refrigerated cylinder, cold with existing
Freezing tank to compare, space of the present utility model utilization rate improves 2～4 times, reaches to save refrigerated cylinder and the mesh of place to place area
, greatly improve freezing efficiency.
2, the freezing bar of this utility model scalable freezing support loads bucket is by half barrel of left side parts and right half barrel of parts group
Becoming, during assembled state, rectangular base plate II and two pieces of rectangular side panels II of the described half barrel of parts in the right side are sleeved on left half barrel of parts
In rectangular base plate I and two pieces of rectangular side panels I.Freezing bar can be regulated load bucket by adjusting left half barrel of parts and right half barrel of parts
Size.As such, it is possible to regulate freezing bar according to the number of patient's freezing bar to load the size of bucket, a patient can be realized cold
Freeze bar concentrate be contained in a freezing support, be avoided that again memory space is wasted, save memory space, facilitate freezen protective and
Search, reduce the inquiry workload of laboratory worker, it is ensured that the safe and convenient of laboratory.
Below, in conjunction with the accompanying drawings and embodiments the technical characteristic of the efficient embryo freezing system of this utility model is made further
Explanation.
Accompanying drawing explanation
The efficient embryo freezing system structure schematic diagram (clipped parts) of Fig. 1: this utility model.
The efficient embryo freezing system top view of Fig. 2: this utility model.
The freezing support loading part structural representation of Fig. 3: this utility model.
One of freezen protective dish structural representation of Fig. 4: this utility model.
The two of the freezen protective dish structural representation of Fig. 5: this utility model.
The freezing of Fig. 6: this utility model carries bar structural representation.
Fig. 7: this utility model freezing carries the frozen embryo part front sectional view of bar.
The mesh structure schematic diagram of embryo's placing trough of bar is planted in Fig. 8: this utility model freezing.
The freezing supporting structure schematic diagram of Fig. 9: this utility model.
The freezing bar of Figure 10: this utility model embodiment 1 loads barrel structure schematic diagram.
Half barrel of a left side for Figure 11: this utility model embodiment 1 modular construction schematic diagram.
Half barrel of the right side of Figure 12: this utility model embodiment 1 modular construction schematic diagram.
Half barrel of a left side for Figure 13: this utility model embodiment 2 modular construction schematic diagram.
Half barrel of the right side of Figure 14: this utility model embodiment 2 modular construction schematic diagram.
The freezing bar of Figure 15: this utility model embodiment 2 loads barrel structure schematic diagram.
Figure 16: the anti-slip slide bar of this utility model scalable freezing support installs positionality schematic diagram with slideway.
In figure: 1-refrigerated cylinder, 11-refrigerated cylinder mouth, 2-freezing support loading part, 21-ground floor loading part, 22-
Two layers of loading part, 23-third layer loading part, 24-hook I, 25-hook II, 26-hook III, 3-freezen protective dish, 31-
Sulculus, 32-cross bar, 33-vertical pole, 4-freezing carries bar, 41-portion of the handle, 42-information labeling sheet, 43-connecting portion, 431-screw thread
Hole, 44-frozen embryo part, the low temperature resistant elastic sheet of 441-avirulence, 442-embryo's placing trough, 443-aperture, 45-freezing set
Pipe.
51-support, 511-intermediate plate, 512-base plate, 52-freezing bar loads bucket, the left half barrel of parts of 521-, 5211-rectangular base
Plate I, 5212-rectangular side panels I, 5213-rectangular back plate I, the right half barrel of parts of 522-, 5221-rectangular base plate II, 5222-rectangular side
Plate II, 5223-rectangular back plate II, 523-slide rail, 524-gag lever post, 525-positioning runner, 5251-glissile segment, 5252-positions
Groove, 526-locating slide rod, 527-slideway, the anti-slip slide bar of 528-.
Detailed description of the invention
Embodiment 1: a kind of efficiently embryo freezing system, as shown in Fig. 1-Fig. 3, Fig. 5-Fig. 6, Fig. 9-Figure 12, including freezing
Tank 1, multiple freezing support loading part 2, multiple freezing support 5 and multiple freezing bar 4 that carries, freezing support loading part is suspended on
On refrigerated cylinder mouth 11 and be positioned at refrigerated cylinder, the freezing bar 4 that carries is placed in freezing support 5, and freezing support is placed on freezing support
In loading part, described freezing support loading part is freezing well-bucket or freezing hand basket, and the described freezing bar 4 that carries includes freezing
Embryo portion 44, connecting portion 43, portion of the handle 41 and freezing sleeve pipe 45, connecting portion has screwed hole 431, portion of the handle 41 end
End is threaded connection and is arranged in screwed hole 431, and frozen embryo operative tip is fixed on connecting portion 43, and freezing sleeve pipe 45 overlaps
It is contained in frozen embryo part 44 outside and is socketed on connecting portion 43；A described freezing support loading part 2 is by 3 layers of dress
Load parts are constituted, and every layer of loading part are provided with for being suspended on the hook on refrigerated cylinder mouth, i.e. freezing support loading part
Part 2 is to be made up of, from ground floor loading part ground floor loading part 21, second layer loading part 22 and third layer loading part 23
Part is respectively arranged with hook I 24, hook II 25, hook III 26 to third layer loading part, is provided with in every layer of loading part
Freezen protective dish 3, freezing support 5 is placed in freezen protective dish 3.
Described freezing support 5 is scalable freezing support, loads including support 51 and rack-mount freezing bar
Bucket 52, described support is provided with intermediate plate 511 and base plate 512, and freezing bar loads bucket 52 and is placed on base plate 512 and passes through intermediate plate
511 are clamped on support 51, and described freezing bar loads bucket 52 and is made up of half barrel of left side parts 521 and right half barrel of parts 522, institute
Half barrel of the left side stated parts 521 are by rectangular base plate I 5211 and the one piece of rectangular back plate I being connected to rectangular base plate I 3 limit
5213, two pieces of rectangular side panels I 5212 are constituted, and two pieces of rectangular side panels I are connected with rectangular back plate I dual-side respectively, the described right side half
Bucket parts 522 are by rectangular base plate II 5221 and the one piece of rectangular back plate II 5223, two being connected to rectangular base plate II 3 limit
Block rectangular side panels II 5222 is constituted, and two pieces of rectangular side panels II are connected with rectangular back plate II dual-side respectively, during assembled state, described
The rectangular base plate II 5221 of the half barrel of parts 522 in the right side and two pieces of rectangular side panels II 5222 be sleeved on the rectangle of left half barrel of parts 521
In base plate I 5211 and two pieces of rectangular side panels I 5212.The medial surface of two pieces of rectangular side panels I 5212 of the described half barrel of parts in a left side and
The lateral surface of two pieces of rectangular side panels II 5222 of right half barrel of parts is disposed as matsurface, during assembled state, left half barrel of parts
The lateral surface frictional connection of two pieces of rectangular side panels II of half barrel of parts of the medial surface of two pieces of rectangular side panels I and the right side.By half barrel of a left side
Frictional force energy between the lateral surface of the medial surface of two pieces of rectangular side panels I of parts and two pieces of rectangular side panels II of right half barrel of parts
Regulation freezing bar in enough location loads the size of bucket 52.
Being provided with cross bar 32 and a vertical pole 33 in described freezen protective dish 3, the two ends of cross bar and vertical pole support respectively
On freezen protective dish inwall, and cross bar and vertical pole can slide.Freezing support 5 is placed in freezen protective dish 3, by sliding
Freezing support 5 is blocked by cross bar and vertical pole, and when freezing support increases, then slidable adjustment cross bar and vertical pole block freezing support 5.
The buckle 53 of half barrel of parts 522 in the right side for buckling another freezing support it is provided with on the support 51 of described freezing support, when
When placing multiple freezing support, one of them freezing support can be by the right side of another adjacent freezing support of buckle 53 clamping half
Bucket parts.
Embodiment 2: a kind of efficiently embryo freezing system, as shown in Fig. 1-Fig. 3, Fig. 5-Fig. 6, Figure 13-Figure 15, it is tied substantially
Structure is same as in Example 1, and difference is that the structure of freezing support is different, and the described freezing support 5 described in this enforcement is can
The freezing support of regulation, loads bucket 52 including support 51 and rack-mount freezing bar, described support is provided with intermediate plate
511 and base plate 512, freezing bar is loaded bucket 52 and is placed on base plate 512 and is clamped on support 51 by intermediate plate 511, and described is cold
Freezing bar loading bucket 52 to be made up of half barrel of left side parts 521 and right half barrel of parts 522, half barrel of described left side parts 521 are by rectangle
Base plate I 5211 and I 5213, the two pieces of rectangular side panels I 5212 of one piece of rectangular back plate being connected to rectangular base plate I 3 limit are constituted,
Two pieces of rectangular side panels I are connected with rectangular back plate I dual-side respectively, and half barrel of described right side parts 522 are by rectangular base plate II 5221
Constitute with II 5223, the two pieces of rectangular side panels II 5222 of one piece of rectangular back plate being connected to rectangular base plate II 3 limit, two pieces of squares
Shape side plate II is connected with rectangular back plate II dual-side respectively, during assembled state, and the rectangular base plate II of the described half barrel of parts 522 in the right side
5221 and two pieces of rectangular side panels II 5222 be sleeved on the rectangular base plate I 5211 of left half barrel of parts 521 and two pieces of rectangular side panels I 5212
In.
Having positioning runner 525 in two pieces of rectangular side panels I 5212 of the described half barrel of parts in a left side, described positioning runner is
It is made up of glissile segment 5251 and multiple locating slot 5252, two pieces of rectangular side panels II of the described half barrel of parts in the right side is provided with fixed
The locating slide rod 526 that position chute coordinates, during assembled state, locating slide rod is positioned at one of them locating slot of positioning runner.Logical
The whole locating slide rod of toning 526 slides in glissile segment 5251 and is located in different locating slots 5252, can regulate freezing bar
Load the size of bucket 52.
In each embodiment of this utility model, rectangular side panels I 5212 top of the described half barrel of parts in a left side is provided with and right half
The slide rail 523 that bucket parts rectangular side panels II 5222 coordinates, rectangular side panels II is provided with the gag lever post 524 preventing from slide rail.
Have slideway 527 in the rectangular base plate I 5211 of the described half barrel of parts in a left side, the rectangular base plate II 5221 of right half barrel of parts is arranged
Anti-slip slide bar 528, anti-slip slide bar 528 is had to be positioned at slideway 527 (as shown in figure 14).This structure is prevented from regulation cold
During freezing bar loading bucket size, slip between left half barrel of parts and half barrel of right side parts and separate.
In each embodiment of this utility model, the described freezing frozen embryo part 44 carrying bar includes that two panels avirulence is resistance to low
Temperature elastic sheet 441, the every low temperature resistant elastic sheet of avirulence is provided with 1～3 prominent laterally groove, freezing embryo
Tire part 44 is that the low temperature resistant elastic sheet of two panels avirulence 441 fitted by symmetry is constituted, the low temperature resistant Thin Elastic of two panels avirulence
On sheet relative to two grooves constitute the embryo's placing trough 442 closed, it is the screen cloth having several aperture 443 that embryo places cell wall
Shape structure (as shown in Figs. 7-8), the structure of frozen embryo part 44 the most described in the utility model with China Patent No. is
CN201520643520.4, the structure phase of the embryo's placement part described in entitled " novel embryo vitrifying freeze cultivation bar "
With.Convert as one, it would however also be possible to employ other the most freezing load bar structures.
As a kind of conversion of each embodiment of this utility model, it is that segmentation forms multiple use in described freezen protective dish 3
In the sulculus 31 structure (as shown in Figure 4) of the single freezing support of placement, freezen protective dish can be circular, square or other close
Suitable shape.Described freezing support can also use identical with existing structure cannot the freezing support of adjusting size.Institute
The number of plies of the multiple freezing support loading part 2 stated can be increased or decreased according to practical situation, can be 2 layers or 4 layers.
In each embodiment of this utility model, freezing load is additionally provided with information labeling sheet 42 on bar 4, is used for marking embryo's letter
Breath, such as: patient name and frozen embryo number, freezing load bar number；The support epimere of described freezing support can be with marking in patient
Information, such as: patient name, medical record number etc..
Use process: be the liquid nitrogen environment of subzero 196 DEG C in refrigerated cylinder 1, freezing support loading part 2 is suspended on refrigerated cylinder
In 1, first hang bottom loading part, after bottom loading part places full freezing support, resuspend last layer loading part,
Portion of the handle 41 is connected on connecting portion 43 by operator by screwed hole 431, and embryo puts into time freezing freezing load bar
In frozen embryo part 44, freezing sleeve pipe 45 it is sleeved on outside frozen embryo part 44 and is connected on connecting portion 43, throwing rapidly
It is put in liquid nitrogen, then freezing is carried the freezing support 5 that the freezen protective dish 3 of freezing support loading part 2 put into by bar 4, tear open
Unloading portion of the handle 41 and take out outside refrigerated cylinder, truncate freezing carries bar.
Claims (10)
1. an efficient embryo freezing system, including refrigerated cylinder (1), multiple freezing support loading part (2), multiple freezing support
(5) and multiple freezing bar (4) that carries, it is upper and be positioned at refrigerated cylinder that freezing support loading part is suspended on refrigerated cylinder mouth (11), freezing
Carrying bar (4) to be placed in freezing support (5), freezing support is placed in freezing support loading part, and described freezing is propped up rack-mounted
Carrying parts is freezing well-bucket or freezing hand basket, it is characterised in that: described freezing carry bar (4) include frozen embryo part (44),
Connecting portion (43), portion of the handle (41) and freezing sleeve pipe (45), connecting portion has screwed hole (431), portion of the handle (41) end
End is threaded connection and is arranged in screwed hole (431), and frozen embryo operative tip is fixed on connecting portion (43), fixing freezing
Sleeve pipe (45) is sleeved on frozen embryo part (44) outside and is socketed on connecting portion (43)；A described freezing support loads
Parts (2) are to be made up of 2～4 layers of loading part, every layer of loading part are provided with for being suspended on the extension on refrigerated cylinder mouth
Hook, is provided with freezen protective dish (3) in every layer of loading part, freezing support (5) is placed in freezen protective dish (3).
2. according to the efficient embryo freezing system described in any one of claim 1, it is characterised in that: described freezing support (5)
It is scalable freezing support, loads bucket (52), described freezing bar dress including support (51) and rack-mount freezing bar
Carrying bucket (52) to be made up of half barrel of left side parts (521) and right half barrel of parts (522), half barrel of described left side parts (521) are by square
Shape base plate I (5211) and be connected to I (5213), two pieces of rectangular side panels I of one piece of rectangular back plate on rectangular base plate I 3 limit
(5212) constituting, two pieces of rectangular side panels I are connected with rectangular back plate I dual-side respectively, and half barrel of described right side parts (522) are by square
Shape base plate II (5221) and be connected to II (5223), two pieces of rectangular side panels II of one piece of rectangular back plate on rectangular base plate II 3 limit
(5222) constituting, two pieces of rectangular side panels II are connected with rectangular back plate II dual-side respectively, during assembled state, and half barrel of described right side portion
The rectangular base plate II (5221) of part (522) and two pieces of rectangular side panels II (5222) are sleeved on the rectangular base of left half barrel of parts (521)
In plate I (5211) and two pieces of rectangular side panels I (5212).
Efficient embryo freezing system the most according to claim 2, it is characterised in that: two pieces of squares of the described half barrel of parts in a left side
The lateral surface of two pieces of rectangular side panels II (5222) of the medial surface of shape side plate I (5212) and right half barrel of parts is disposed as coarse
Face, during assembled state, two pieces of rectangular side panels II of half barrel of parts of the medial surface of two pieces of rectangular side panels I of left half barrel of parts and the right side
Lateral surface frictional connection.
Efficient embryo freezing system the most according to claim 2, it is characterised in that: the described described half barrel of parts in a left side
Having positioning runner (525) in two pieces of rectangular side panels I (5212), described positioning runner is by glissile segment (5251) and multiple fixed
Position groove (5252) is constituted, and two pieces of rectangular side panels II of the described half barrel of parts in the right side is provided with the location coordinated with positioning runner sliding
Bar (526), during assembled state, locating slide rod is positioned at one of them locating slot of positioning runner.
5. according to the efficient embryo freezing system described in any one of claim 2-4, it is characterised in that: half barrel of described left side parts
Rectangular side panels I (5212) top be provided with the slide rail (523) coordinated with right half barrel of parts rectangular side panels II (5222), rectangular side
The gag lever post (524) preventing from slide rail it is provided with on plate II.
6. according to the efficient embryo freezing system described in any one of claim 2-4, it is characterised in that: half barrel of described left side parts
Rectangular base plate I (5211) on have a slideway (527), the rectangular base plate II (5221) of right half barrel of parts is provided with anti-skidding trying to shirk responsibility
Bar (528), anti-slip slide bar is positioned at slideway (527).
7. according to the efficient embryo freezing system described in any one of claim 2-4, it is characterised in that: on described support (51)
It is provided with the buckle (53) of the half barrel of parts (522) in the right side for buckling another freezing support.
8. according to the efficient embryo freezing system described in any one of claim 1-4, it is characterised in that: described freezen protective dish
(3) in, segmentation forms multiple sulculus (31) for placing single freezing support.
9. according to the efficient embryo freezing system described in any one of claim 1-4, it is characterised in that: described freezen protective dish
(3) being provided with a cross bar (32) and a vertical pole (33) in, the two ends of cross bar and vertical pole are respectively supported on freezen protective dish inwall.
10. according to the efficient embryo freezing system described in any one of claim 1-4, it is characterised in that: described frozen embryo
Partly (44) include the low temperature resistant elastic sheet of two panels avirulence (441), and the every low temperature resistant elastic sheet of avirulence is provided with
1～3 prominent laterally groove, frozen embryo part (44) is the low temperature resistant elastic sheet of two panels avirulence fitted by symmetry
(441) constitute, on the low temperature resistant elastic sheet of two panels avirulence relative to two grooves constitute the embryo's placing trough (442) closed,
It is the mesh-like structure having several aperture (443) that embryo places cell wall.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620503892.1U CN205794633U (en) | 2016-05-30 | 2016-05-30 | Efficiently embryo freezing system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620503892.1U CN205794633U (en) | 2016-05-30 | 2016-05-30 | Efficiently embryo freezing system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205794633U true CN205794633U (en) | 2016-12-14 |
Family
ID=57501402
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620503892.1U Expired - Fee Related CN205794633U (en) | 2016-05-30 | 2016-05-30 | Efficiently embryo freezing system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205794633U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106672445A (en) * | 2017-02-22 | 2017-05-17 | 福建省农业科学院果树研究所 | High-capacity slide-in type liquid nitrogen pail |
| CN109601525A (en) * | 2018-09-11 | 2019-04-12 | 温州医科大学附属第二医院、温州医科大学附属育英儿童医院 | Embryo cryopreservation carries bar and drawer type storage device |
-
2016
- 2016-05-30 CN CN201620503892.1U patent/CN205794633U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106672445A (en) * | 2017-02-22 | 2017-05-17 | 福建省农业科学院果树研究所 | High-capacity slide-in type liquid nitrogen pail |
| CN109601525A (en) * | 2018-09-11 | 2019-04-12 | 温州医科大学附属第二医院、温州医科大学附属育英儿童医院 | Embryo cryopreservation carries bar and drawer type storage device |
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Granted publication date: 20161214 Termination date: 20210530 |