CN202238075U - Low-temperature biological operation device - Google Patents
Low-temperature biological operation device Download PDFInfo
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- CN202238075U CN202238075U CN2011203965291U CN201120396529U CN202238075U CN 202238075 U CN202238075 U CN 202238075U CN 2011203965291 U CN2011203965291 U CN 2011203965291U CN 201120396529 U CN201120396529 U CN 201120396529U CN 202238075 U CN202238075 U CN 202238075U
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Abstract
A low-temperature biological operation device comprises an accommodating body and an air-circulating unit, wherein the accommodating body is divided into a first accommodating body and a second accommodating body, an operation window is formed on the episporium of the first accommodating body, the operation window is tightly closed by an opening-closing cover plate, and a vision glass part is formed on the opening-closing cover plate; and the air-circulating unit is arranged inside the second accommodating body so as to send out low-temperature air into the first accommodating body. Therefore, the low-temperature environment inside the low-temperature operation device can be effectively maintained, and the efficiency of promoting the low-temperature experiment operation quality is achieved.
Description
Technical field
The utility model is about a kind of biological operating means, particularly about a kind of low temperature and dustless, the aseptic biomedical operating means of tool.
Background technology
The operation of Bioexperiment need rely on the equipment of high gauge mostly, can carry out in the process in whole experiment, and bacterium that avoids producing or virus leak and pollutes indoor environment, guarantees that also operating personnel can be in order to avoid receive the infringement of bacterium or virus; Otherwise, more should make Bioexperiment whole process be maintained at controllable aseptic dustless state, cause experimental pollution to avoid suspension and particle in the external environment condition, and cause final experimental error.
Specifically; Most Bioexperiment all must can be carried out under low temperature environment; Such as protein extraction, cell experiment, animal tissue's operation etc., even any needs use the experiment of ferment, low temperature medicine, more need be maintained at suitable low temperature; With the negative effect (for example: protein degradation, ferment lose activity, cell or tissue is ruined etc.) of avoiding ambient temperature and air humidity to derive, and then keep preferable Bioexperiment quality.
With the protein extraction is example, and mostly traditional operation sequence is first ice making, and after taking up a large amount of trash ices with a container, the experiment tubule that will be equipped with cell or tissue again inserts the trash ice of this container, to carry out the extraction of follow-up protein.So, not only need expend extra cost and purchase special ice machine,, and increase the required time of experimental implementation relatively more because of consuming time, the water consumption and the power consumption of ice-making process; Again and, more easily because of the fast instantizing of trash ice in container, and cause those experiment tubules firmly to be inserted on ice, make liquid in pipe derive overturning, spill, even infiltrate phenomenons such as polluting, scrap because of frozen water.
In addition, because need of keeping of low temperature environment relies on the container that takes up trash ice more, and this container can't arbitrarily place in the aseptic dustless operating desk, so cause the restriction on the experimental implementation easily; Even long-time operation under non-sterile dustless environment then maybe be because of airborne suspension or dirty particulate, causes the influence that can not expect and reduces the quality of experiment.
In view of this, be necessary to develop a kind of biological operating means that the low-temperature operation condition can be provided really, and possess simultaneously and can control aseptic, dustless environment, to solve aforesaid variety of issue.
The utility model content
The utility model main purpose is to improve above-mentioned shortcoming, and so that a kind of low-temperature biological operating means to be provided, it can provide the low-temperature operation environment, to keep the quality person of low temperature test operation.
The utility model time purpose provides a kind of low-temperature biological operating means, can be via the gas HIGH PRESSURE TREATMENT, and so that aseptic and dustless operating environment to be provided, and avoid outside air suspension or dirty particulate to cause experimental pollution.
The utility model purpose again provides a kind of low-temperature biological operating means, can save the extra required cost that expends of ice machine of purchasing, and more avoids consuming time, the water consumption and the power consumption of ice-making process, to shorten the required time person of experimental implementation.
For reaching aforementioned creation purpose, the low-temperature biological operating means of the utility model comprises:
An accommodating body is divided into one first accommodating body and one second accommodating body, and the perisporium of this first accommodating body is provided with an action pane, and one opens and closes this action pane of cover plate driving fit, and this keying cover plate has a form portion; And
One in order to see the air circulation unit of Cryogenic air in the inside of this first accommodating body off, is arranged in this second accommodating body.
Preferably; Be provided with a laminate that will this ccontaining tagma be divided into this first accommodating body and this second accommodating body in this accommodating body; This first accommodating body has an operating room; And this second accommodating body has an accommodation chamber, and this accommodation chamber and this operating room are interconnected, and this laminate offers two air guide holes that supply the air circulation circulation.
Preferably, this form portion is made up of the object of tool light-transmitting materials, and this form portion is provided with several antifog line in addition.
Preferably, the inwall of this first accommodating body is provided with at least one luminescence component in addition, and this luminescence component comprises a bactericidal lamp and a fluorescent lamp, and this bactericidal lamp and fluorescent lamp diverging light separately come from the inside of this first accommodating body.
Preferably; This air circulation unit comprises a gas boosting assembly that imports compression of air assembly, a temperature adjustment component and HIGH PRESSURE TREATMENT air a to germ-free condition in this operating room; This gas boosting assembly, this temperature adjustment component and this compression assembly all are located at the upper surface of this laminate and are electrically connected each other; This temperature adjustment component is positioned at this air guide hole place, and this gas boosting assembly is positioned at another air guide hole place.
Preferably, other is provided with one in order to derive the breather pipe of air after this temperature adjustment component cooling, and an end of this breather pipe is connected in this gas boosting assembly, and the other end of this breather pipe then is connected with this operating room.
Preferably, in order to control this keying cover board hub that whether this action pane open and close in the periphery of this action pane.
Preferably, this keying cover plate combines in order to the linked component that drives this keying cover plate up-down with one.
Preferably, this linked component includes a chain, one and uses gear train and balancing weight that moves back and forth for this chain, and an end of this chain is connected in this balancing weight, and the other end of this chain then is connected in this keying cover plate.
Preferably, other is provided with a regulation and control part, and this regulation and control part is electrically connected on this air circulation unit, and is arranged at the lateral wall of this second accommodating body.
Preferably, be provided with several in addition in the bottom of this accommodating body in order to drive the pulley that this low-temperature biological operating means moves.
Preferably, the perisporium of this first accommodating body is provided with one first auxiliary operation window and one second auxiliary operation window, and this first auxiliary operation window and the second auxiliary operation window are communicated in this operating room all respectively, and distinctly give driving fit by a capping.
Preferably, this first auxiliary operation window is located at the first accommodating body perisporium that is same as this action pane, and the sliding door type capping that is opened and closed by this first auxiliary operation window of control is incorporated into this first auxiliary operation window slidably.
Preferably, this second auxiliary operation window is located at relative two sidewalls of this first accommodating body, and is made up of jointly several corresponding each other windows.
Preferably, be provided with at least one Power Block in addition in this first accommodating body.
The utility model low-temperature biological operating means not only can directly provide the low-temperature operation environment, to be applicable to the various experiments that need low-temperature operation, reaches the beneficial effect of keeping the low temperature test operational quality.And; The utility model low-temperature biological operating means more can be kept circulation in the preferable air negative pressure; Especially again through the gas HIGH PRESSURE TREATMENT, aseptic and dustless operating environment to be provided really, to reach the beneficial effect of avoiding outside air suspension or dirty particulate to cause experimental pollution.Even the utility model low-temperature biological operating means can also save the extra required cost that expends of ice machine of purchasing, and more avoids consuming time, the water consumption and the power consumption of ice-making process, to shorten the required time of experimental implementation, reaches the efficient that promotes the low temperature test operation.
Description of drawings
Fig. 1: the schematic perspective view of the utility model preferred embodiment.
Fig. 2: the generalized section of the utility model preferred embodiment.
Fig. 3: the generalized section of another preferred embodiment of the utility model.
Fig. 4: the generalized section of another preferred embodiment of the utility model is another.
[main element symbol description]
(the utility model)
1 accommodating body 1a, first accommodating body
1b second accommodating body 11 laminates
111 air guide holes, 12 action panes
13 open and close cover plate 131 form portions
132 antifog line 14 luminescence components
141 bactericidal lamps, 142 fluorescent lamps
15 first auxiliary operation windows, 151 cover plates
16 second auxiliary operation windows, 161 cover plates
17 Power Blocks, 18 pulleys
2 air circulation unit, 21 compression assemblies
22 temperature adjustment components, 23 gas boosting assemblies
4 accommodating body 4a, first accommodating body
4b second accommodating body 41 laminates
411 air guide holes, 42 action panes
43 open and close cover plate 431 form portions
432 antifog line 44 linked components
441 chains, 442 gear trains
443 balancing weights, 45 luminescence components
451 bactericidal lamps, 452 fluorescent lamps
46 pulleys
5 air circulation unit, 51 compression assemblies
52 temperature adjustment components, 53 gas boosting assemblies
54 breather pipes, 541 openings
S1, S1 ' operating room S2, S2 ' accommodation chamber
The specific embodiment
For letting the above-mentioned of the utility model and other purposes, characteristic and the advantage can be more obviously understandable, the special preferred embodiment of lifting the utility model of hereinafter, and conjunction with figs. elaborate as follows:
Please with reference to shown in Figure 1; It is the utility model first preferred embodiment; This low-temperature biological operating means is a kind of low-temperature biological medical asepsis platform that is applicable to medical domain; It comprises an accommodating body 1 and an air circulation unit 2, and this air circulation unit 2 is arranged in this accommodating body 1, in order to keep the low-temperature operation environment of this accommodating body 1.Wherein, refer to be lower than the environment of ambient temperature (25 ℃ of room temperatures), refer to that especially temperature is 1-8 ℃ a low temperature environment, to keep preferable low temperature test quality in " low temperature " described in the utility model.
Advantages such as this accommodating body 1 is preferable to be processed by acrylic materials such as acrylic acid ester, and light and handy to possess, withstand voltage, heatproof and isolated effect are good.This accommodating body 1 is divided into one first accommodating body 1a and one second accommodating body 1b; Present embodiment is preferable to be separated this accommodating body 1 with a laminate 11; Make this first accommodating body 1a have an operating room S1; And this second accommodating body 1b has an accommodation chamber S2, and this accommodation chamber S2 and this operating room S1 are interconnected.In present embodiment; These laminate 11 preferable two air guide holes 111 that offer; These two air guide holes, 111 usefulness are for air circulation circulation, and can also be provided with a filter screen (not illustrating) in addition in an air guide hole 111 places wherein, in order to as an air intake vent; With suspension or the dirty particulate of being carried under one's arms in the filtering air, promote the quality of air circulation whereby.Wherein, this first accommodating body 1a is processed by the acrylic of tool light-transmitting materials especially, and promoting the visibility of operating process, and this first accommodating body 1a presents trapezoidal appearance design, more can increase the opereating specification of this operating room S1.
The perisporium of this first accommodating body 1a is provided with an action pane 12, and this action pane 12 opens and closes cover plate 13 by one and gives driving fit.In present embodiment; These action pane 12 preferable trapezoidal inclined-planes that are arranged at this first accommodating body 1a; So as to the action pane of appropriate size is provided; So that operating personnel's both hands can stretch into this operating room S1, and simultaneously to insert article by this action pane 12 be main principle, so the size of the utility model action pane 12 does not limit.These keying cover plate 13 preferable peripheries (being action pane 12 upper limbs as shown in Figure 1) that are hubbed at this action pane 12; And this keying cover plate 13 is formed with a form portion 131; These form portion 131 preferable glass by the tool light-transmitting materials are processed; And can also be formed with several antifog line 132 (shown in the drawing of Fig. 1) in the surface of this form portion 131, in order to avoid this form portion 131 because of internal-external temperature difference produces the phenomenon that hazes, what promote this form portion 131 whereby can see definition.Wherein, The design of this several antifog line 132 is merely the one of which embodiment that prevents that this form portion 131 from hazing; Also can select to form nanometers (how rice) layer in this form portion 131; Prevent that aqueous vapor from adhering to and the effect that hazes to reach equally, belong to and be familiar with this technical field and have common knowledge the knowledgeable and can understand easily, so do not limit in this.
Again and; Be provided with at least one luminescence component 14 in addition in this first accommodating body 1a; This luminescence component 14 comprises a bactericidal lamp 141 and a fluorescent lamp 142, and this bactericidal lamp 141 and fluorescent lamp 142 are arranged at the inwall of this first accommodating body 1a, the preferable lower surface (being laminate 11 belows as shown in Figure 2) that is arranged at this laminate 11; With by this bactericidal lamp 141 and fluorescent lamp 142 separately diverging light come from this operating room S1, and this bactericidal lamp 141 can select to disperse the light source like tool bactericidal effects such as ultraviolet lights.Wherein, the setting of this luminescence component 14 is a main principle with the effect that enough sterilizations or illumination are provided, so the relation that is provided with between this bactericidal lamp 141 and the fluorescent lamp 142 is not more limited in the position that is provided with of this luminescence component 14 of not limiting.
Please refer again to shown in Figure 1; The utility model low-temperature biological operating means can also be provided with one first auxiliary operation window 15 and one second auxiliary operation window 16 in the perisporium of this first accommodating body 1a; This first auxiliary operation window 15 and the second auxiliary operation window 16 are communicated in this operating room S1 all respectively, and distinctly give driving fit by a capping 151,161.In present embodiment; These first auxiliary operation window, 15 preferable first accommodating body 1a perisporiums that are same as this action pane 12 that are located at; And the capping 151 by a sliding door type is incorporated into this first auxiliary operation window 15 slidably especially; Controlling the keying of this first auxiliary operation window 15, and supply user's both hands to stretch into this operating room S1, carry out auxiliary operation from this first auxiliary operation window 15; These second auxiliary operation window, 16 preferable relative two sidewalls of being located at this first accommodating body 1a; As shown in Figure 1 especially; Two sides at contiguous this action pane 12 are provided with corresponding several windows, so that the confession personnel carry out the usefulness of auxiliary operation, and can be in the time need not operating; Utilize this capping 161 to give driving fit, get into this operating room S1 to avoid suspension or dirty particulate in the outside air.
Even, also can be provided with at least one Power Block 17 in this first accommodating body 1a according to user's demand, being convenient in this operating room S1 the placing power-actuated object of any need, and when experimental implementation, be used by these Power Block 17 output powers.In addition, more can select to be provided with several pulleys 18 in the bottom of this accommodating body 1, in order to moving of drive the utility model low-temperature biological operating means, and can be adaptable across any operationlocation.
Please cooperate with reference to shown in Fig. 1 and 2, this air circulation unit 2 is arranged in this second accommodating body 1b, in order to see the inside of Cryogenic air in this first accommodating body 1a off.In present embodiment; This air circulation unit 2 comprises a compression assembly 21, a temperature adjustment component 22 and a gas boosting assembly 23; This gas boosting assembly 23, temperature adjustment component 22 and compression assembly 21 all are located at the upper surface (being laminate 11 tops as shown in Figure 2) of this laminate 11; And be electrically connected each other, these temperature adjustment component 22 preferable this air guide hole 111 places that are positioned at are to import the air in this operating room S1; And this gas boosting assembly 23 is positioned at another air guide hole 111 places, in order to derive through HIGH PRESSURE TREATMENT to aseptic air.When the filter screen of air through these air guide hole 111 places tentatively filters particulates such as suspension, dirty and thalline; After getting into this temperature adjustment component 22; Air is lowered the temperature via these temperature adjustment component 22 inner circulatory systems; Carry out HIGH PRESSURE TREATMENT by 23 pairs of air of this gas boosting assembly again, make air be aseptic state, to see low temperature, aseptic and dustless air off from another air guide hole 111 in this operating room S1.Again and; Be circulated in air in this temperature adjustment component 22 especially after cooling; Can also remove air moisture via a dehumidifying part (not illustrating) again; And keep air to flow in the vertical circulation of this operating room S1, so that the utility model low-temperature biological operating means can be seen low temperature and aseptic, dustless air easily off.
It should be noted that; The described air circulation unit 2 of the utility model only need make air cooling-down (temperature is preferable keeps about 1-8 ℃); And making this operating room S1 keep aseptic, dustless state simultaneously gets final product; As for the start principle of this air circulation unit 2, genus is familiar with this art and can be understood easily, holds not in this detailed description.Even; The internal works configuration of this air circulation unit 2 also can be under the theory framework of the utility model; Common knowledge according to being familiar with this art is arbitrarily changed its configuration relation, is main principle and reach aforesaid effect equally, and present embodiment is only slightly set forth and do not limited.
Again and; As shown in Figure 1, the utility model can also be provided with a regulation and control part 3 in addition, and this regulation and control part 3 is electrically connected on this air circulation unit 2; And the preferable lateral wall that is arranged at this second accommodating body 1b; Use for the user and optionally adjust required temperature, and reach preferable temperature control effect, to keep preferable experimental implementation quality.
By above-mentioned; The principal character of the utility model low-temperature biological operating means is: by the setting of air circulation unit 2; Can make air in the operating room S1 of this first accommodating body 1a,, and see the air that temperature is lower than room temperature and the preferable 1-8 of being maintained at ℃ off through reciprocal circulation cooling and dehumidification system; To guarantee that this operating room S1 can keep low temperature environment, promote the quality of low temperature test operation whereby.Again and; More can be by the design of this several antifog line 132; Prevent air low temperature and the extraneous formed temperature difference in this operating room S1, and produce the situation that globules condense and haze, can see definition when the low-temperature operation so as to the lifting user in this form portion 131.So; Not only can save required cost that expends of traditional ice making and time; More can be simultaneously through circulation in the air negative pressure of this air circulation unit 2, and the characteristic of air HIGH PRESSURE TREATMENT, and then keep the preferable aseptic and dustfree environment of this operating room S1; To reduce the pollution of particulates such as outside air suspension, dirty or bacterium, reach the effect that promotes low temperature test efficient and stable experiment quality.
Please with reference to shown in Figure 3, it is the utility model second preferred embodiment, and this low-temperature biological operating means comprises an accommodating body 4 and an air circulation unit 5, and this air circulation unit 5 is arranged in this accommodating body 4, in order to keep the low-temperature operation environment of this accommodating body 4.
The design of this accommodating body 4 is approximately identical to this first embodiment; To be separated this accommodating body 4 by a laminate 41; And divide into one first accommodating body 4a and one second accommodating body 4b; And the perisporium of this first accommodating body 4a also is provided with an action pane 42, and this action pane 42 opens and closes cover plate 43 by one and gives driving fit.Difference is that the described keying cover plate 43 of present embodiment combines with a linked component 44 especially, to drive the up-down that this opens and closes cover plate 43 by this linked component 44, opens or closing state so that this action pane 42 is appeared.Wherein, This linked component 44 includes a chain 441, a gear train 442 and a balancing weight 443; One end of this chain 441 is connected in this balancing weight 443, and the other end of this chain 441 then is connected in this keying cover plate 43, and these gear train 442 usefulness move back and forth for this chain 441; With by this balancing weight 443 and open and close the weight balancing of 43 of cover plates, control the up-down of this keying cover plate 43.The detailed start principle genus of this linked component 44 is familiar with this art and can be understood easily, and is merely another preferable enforcement aspect that substitutes of the utility model, so no longer the detailed configuration of this linked component 44 is given unnecessary details in detail in this.
In addition; Please cooperate with reference to Fig. 3 and shown in Figure 4; The design of this air circulation unit 5 is approximately identical to this first embodiment; Have a compression assembly 51, a temperature adjustment component 52 and a gas boosting assembly 53, so as to seeing the inside of Cryogenic air off, and make this operating room S1 ' be aseptic and dustless state simultaneously in this first accommodating body 4a.Difference is; Present embodiment is established a breather pipe 54 especially in addition; One end of this breather pipe 54 is connected in this gas boosting assembly 53; And the other end of this breather pipe 54 then is connected with this operating room S1 ', in order to deriving after this temperature adjustment component 52 inner loop systems cooling, and again by these gas boosting assembly 53 HIGH PRESSURE TREATMENT to aseptic air.Whereby, can keep the inner air negative pressure circulation of this first accommodating body 4a, keeping the big air pressure in this operated S1 ', and avoid this keyings dividing plate 43 to open moment importing outside airs, cause the situation of this operating room S1 ' internal contamination.Wherein, The end that this breather pipe 54 is communicated with this operating room S1 ' is arranged at the bottom side (promptly as shown in Figure 4) of this first accommodating body 4a especially; Especially make the opening 541 of this breather pipe 54 be adjacent to this action pane 42 places; Make when air is discharged via this breather pipe 54, can present the state (direction of arrow as shown in Figure 4) that blows from lower to upper, circulate to reach in the preferable air negative pressure; And avoid outside air to get into simultaneously, and keep inner aseptic, the dustless environment of this operating room S1 ' really from this action pane 42.
In sum, the utility model low-temperature biological operating means not only can directly provide the low-temperature operation environment, to be applicable to the various experiments that need low-temperature operation, reaches the effect of keeping the low temperature test operational quality.And; The utility model low-temperature biological operating means more can be kept circulation in the preferable air negative pressure; Especially again through the gas HIGH PRESSURE TREATMENT, aseptic and dustless operating environment to be provided really, to reach the effect of avoiding outside air suspension or dirty particulate to cause experimental pollution.Even the utility model low-temperature biological operating means can also save the extra required cost that expends of ice machine of purchasing, and more avoids consuming time, the water consumption and the power consumption of ice-making process, to shorten the required time of experimental implementation, reaches the efficient that promotes the low temperature test operation.
Claims (15)
1. a low-temperature biological operating means is characterized in that, comprises:
An accommodating body is divided into one first accommodating body and one second accommodating body, and the perisporium of this first accommodating body is provided with an action pane, and one opens and closes this action pane of cover plate driving fit, and this keying cover plate has a form portion; And
One in order to see the air circulation unit of Cryogenic air in the inside of this first accommodating body off, is arranged in this second accommodating body.
2. low-temperature biological operating means as claimed in claim 1; It is characterized in that; Be provided with a laminate that will this ccontaining tagma be divided into this first accommodating body and this second accommodating body in this accommodating body, this first accommodating body has an operating room, and this second accommodating body has an accommodation chamber; This accommodation chamber and this operating room are interconnected, and this laminate offers two air guide holes that supply the air circulation circulation.
3. according to claim 1 or claim 2 low-temperature biological operating means it is characterized in that this form portion is made up of the object of tool light-transmitting materials, and this form portion is provided with several antifog line in addition.
4. according to claim 1 or claim 2 low-temperature biological operating means; It is characterized in that; The inwall of this first accommodating body is provided with at least one luminescence component in addition, and this luminescence component comprises a bactericidal lamp and a fluorescent lamp, and this bactericidal lamp and fluorescent lamp diverging light separately come from the inside of this first accommodating body.
5. low-temperature biological operating means as claimed in claim 2; It is characterized in that; This air circulation unit comprises a gas boosting assembly that imports compression of air assembly, a temperature adjustment component and HIGH PRESSURE TREATMENT air a to germ-free condition in this operating room; This gas boosting assembly, this temperature adjustment component and this compression assembly all are located at the upper surface of this laminate and are electrically connected each other, and this temperature adjustment component is positioned at this air guide hole place, and this gas boosting assembly is positioned at another air guide hole place.
6. low-temperature biological operating means as claimed in claim 5; It is characterized in that; Other is provided with one in order to derive the breather pipe of air after this temperature adjustment component cooling, and an end of this breather pipe is connected in this gas boosting assembly, and the other end of this breather pipe then is connected with this operating room.
7. according to claim 1 or claim 2 low-temperature biological operating means is characterized in that, in order to control this keying cover board hub that whether this action pane open and close in the periphery of this action pane.
8. according to claim 1 or claim 2 low-temperature biological operating means is characterized in that, this keying cover plate combines in order to drive the linked component that this keying cover plate goes up and down with one.
9. low-temperature biological operating means as claimed in claim 8; It is characterized in that; This linked component includes a chain, one and uses gear train and balancing weight that moves back and forth for this chain, and an end of this chain is connected in this balancing weight, and the other end of this chain then is connected in this keying cover plate.
10. according to claim 1 or claim 2 low-temperature biological operating means is characterized in that, other is provided with a regulation and control part, and this regulation and control part is electrically connected on this air circulation unit, and is arranged at the lateral wall of this second accommodating body.
11. low-temperature biological operating means according to claim 1 or claim 2 is characterized in that, is provided with several in addition in the bottom of this accommodating body in order to drive the pulley that this low-temperature biological operating means moves.
12. low-temperature biological operating means as claimed in claim 2; It is characterized in that; The perisporium of this first accommodating body is provided with one first auxiliary operation window and one second auxiliary operation window; This first auxiliary operation window and the second auxiliary operation window are communicated in this operating room all respectively, and distinctly give driving fit by a capping.
13. low-temperature biological operating means as claimed in claim 12; It is characterized in that; This first auxiliary operation window is located at the first accommodating body perisporium that is same as this action pane, and the sliding door type capping that is opened and closed by this first auxiliary operation window of control is incorporated into this first auxiliary operation window slidably.
14. low-temperature biological operating means as claimed in claim 12 is characterized in that, this second auxiliary operation window is located at relative two sidewalls of this first accommodating body, and is made up of jointly several corresponding each other windows.
15. low-temperature biological operating means according to claim 1 or claim 2 is characterized in that, is provided with at least one Power Block in addition in this first accommodating body.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011203965291U CN202238075U (en) | 2011-10-18 | 2011-10-18 | Low-temperature biological operation device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011203965291U CN202238075U (en) | 2011-10-18 | 2011-10-18 | Low-temperature biological operation device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202238075U true CN202238075U (en) | 2012-05-30 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2011203965291U Expired - Fee Related CN202238075U (en) | 2011-10-18 | 2011-10-18 | Low-temperature biological operation device |
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| CN (1) | CN202238075U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104823711A (en) * | 2015-04-24 | 2015-08-12 | 江苏省农业科学院 | Method for reducing inoculating pollution rate of edible fungi factory |
| CN111150278A (en) * | 2020-01-07 | 2020-05-15 | 李水风 | Novel quick-cooling type drinking cup |
-
2011
- 2011-10-18 CN CN2011203965291U patent/CN202238075U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104823711A (en) * | 2015-04-24 | 2015-08-12 | 江苏省农业科学院 | Method for reducing inoculating pollution rate of edible fungi factory |
| CN111150278A (en) * | 2020-01-07 | 2020-05-15 | 李水风 | Novel quick-cooling type drinking cup |
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| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
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