CN202803717U - Seal structure for the installation of on-line real time monitoring efficient filtering negative pressure air exhausting device - Google Patents
Seal structure for the installation of on-line real time monitoring efficient filtering negative pressure air exhausting device Download PDFInfo
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- CN202803717U CN202803717U CN 201220329609 CN201220329609U CN202803717U CN 202803717 U CN202803717 U CN 202803717U CN 201220329609 CN201220329609 CN 201220329609 CN 201220329609 U CN201220329609 U CN 201220329609U CN 202803717 U CN202803717 U CN 202803717U
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- pressure air
- exhausting device
- section bar
- color steel
- aluminium section
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Abstract
Disclosed is a seal structure for the installation of on-line real time monitoring efficient filtering negative pressure air exhausting device. Efficient filtering negative pressure air exhausting device 1 is installed on mounting plate 2, wherein the mounting plate 2 is installed in the corresponding hole on color plate wall 4. Air duct 3 is installed on efficient filtering negative pressure air exhausting device 1 which is arranged on support 5. The border of the mounting plate 2 is provided with a circle of aluminum profile B11, which is fixed by screw 9 and sealed by sealing silicone 10. The inner border of the color plate wall 4 is provided with a circle of aluminum profile A6, which is fixed by screw 9 and sealed by sealing silicone 10 and silicone corner sealing strip 8. The aluminum profile A6 on color plate wall 4 is fixedly connected with aluminum profile B11 by screw 9 through boss 16 and fin 15. The seal structure is sealed by silicone sealing strip 13, single-sided stick sealing strip 7 and silicone triple-teeth sealing strip 12. According to the scheme, the feasibility and the sealing reliability of installing the on-line real time monitoring efficient filtering negative pressure air exhausting device on the color plate wall of the existing biosafety negative pressure laboratory is achieved.
Description
Technical field
The utility model relates to a kind of on line real-time monitoring high efficiency filter negative-pressure air-exhausting device installation sealing structure.
Background technology
On line real-time monitoring high efficiency filter negative-pressure air-exhausting device is that my company guarantees that the toxic and harmful that the bio-safety negative-pressure experimental laboratory produces must could discharge outdoor through high efficiency particulate air filter, a device that guarantees the unlikely leakage pollution atmosphere of poisonous and harmful substance and design, as shown in Figure 3.Existing bio-safety negative-pressure experimental laboratory major part is the color steel metope, and the mezzanine space size is little, and this device can't directly be installed with traditional mode.Bio-safety negative-pressure experimental laboratory seal request is higher simultaneously, and common sealing device can't meet the demands.
Summary of the invention
The purpose of this utility model is on the basis of the bio-safety negative-pressure experimental laboratory of existing color steel plate structure, satisfies under the prerequisite that seal request is installed, and a kind of on line real-time monitoring high efficiency filter negative-pressure air-exhausting device installation sealing structure is provided.
On line real-time monitoring high efficiency filter negative-pressure air-exhausting device installation sealing structure described in the utility model comprises high efficiency filter negative-pressure air-exhausting device 1, installing plate 2, airduct 3, color steel metope 4, support 5.
High efficiency filter negative-pressure air-exhausting device 1 is installed on the installing plate 2.The material of installing plate 2 is manual color steel.The installation of high efficiency filter negative-pressure air-exhausting device 1 and the installing plate 2 employing traditional structure that is tightly connected.Airduct 3 is installed on the high efficiency filter negative-pressure air-exhausting device 1, and the adapter in airduct 3 and the furred ceiling is connected.
Support 5 is fixed in the color steel metope 4 behind interlayers; High efficiency filter negative-pressure air-exhausting device 1 is placed on the support 5.The position that cooperates with installing plate 2 on the color steel metope 4 is provided with perforate.Installing plate 2 is loaded in the respective aperture on the color steel metope 4.
One circle aluminium section bar B11 is housed on installing plate 2 frames, fixing with screw 9, be coated with sealing silica gel 10 on the screw 9.Scribble a circle sealing silica gel 10 between the fin 14 of the back side of installing plate 2 and aluminium section bar B11.
One circle aluminium section bar A6 is housed on the inside casing of color steel metope 4 perforates, fixing with screw 9, be coated with sealing silica gel 10 on the screw 9.Aluminium section bar A6 cooperates with color steel metope 4 back sides in the space of corner silicon rubber angle sealing strip 8 is housed.Aluminium section bar A6 is provided with a boss 16, fin 17, trough of belt fin 18.Post single face on the boss 16 and paste sealing strip 7, silicon rubber three tooth sealing strips 12 are housed in the groove of trough of belt fin 18,17 of the fins of color steel metope 4 back sides and aluminium section bar A6 scribble a circle sealing silica gel 10.
The aluminium section bar A6 of color steel metope 4 is fixedly connected with fin 15 usefulness screws 9 by boss 16 with the aluminium section bar B11 of installing plate 2.Be embedded with silicon rubber centre joint seal strip 13 between the aluminium section bar A6 of color steel metope 4 and slit that the aluminium section bar B11 of installing plate 2 is connected.Paste sealing strip 7, silicon rubber three tooth sealing strips 12 by silicon rubber centre joint seal strip 13, single face, thoroughly sealing between the aluminium section bar A6 of realization color steel metope 4 and the aluminium section bar B11 of installing plate 2.
Screw 9 is the cup head Self Drilling Screws.
The material of installing plate 2 is manual color steel.Color steel metope 4 is traditional color steel.Aluminium section bar A6,, aluminium section bar B11 and silicon rubber angle sealing strip 8, silicon rubber three tooth sealing strips 12, silicon rubber centre joint seal strip 13 be member.
The utility model has satisfied installation and the sealing problem of on line real-time monitoring high efficiency filter negative-pressure air-exhausting device on the bio-safety negative-pressure experimental laboratory of existing color steel plate structure.
Description of drawings
Fig. 1 on line real-time monitoring high efficiency filter negative-pressure air-exhausting device mounting structure figure;
Fig. 2 is the right view of Fig. 1;
Fig. 3 on line real-time monitoring high efficiency filter negative-pressure air-exhausting device;
Installation and sealed picture between Fig. 4 installing plate and color steel metope;
The sectional view of Fig. 5 aluminium section bar A;
The sectional view of Fig. 6 aluminium section bar B;
Fig. 7 silicon rubber centre joint seal strip sectional view;
Fig. 8 silicon rubber angle sealing strip sectional view;
Fig. 9 silicon rubber three tooth sealing strip sectional views;
Figure 10 installing plate frame sectional view;
Figure 11 color steel metope hole frame sectional view.
Among the figure, 1 high efficiency filter negative-pressure air-exhausting device, 2 installing plates, 3 airducts, 4 color steel metopes, 5 supports, 6 aluminium section bar A, 7 single faces paste sealing strip 8 silicon rubber angle sealing strips 9 cup head Self Drilling Screws 10 silica gel 11 aluminium section bar B 12 silicon rubber three tooth sealing strips 13 silicon rubber centre joint seal strips 14 fins 15 fins 16 boss 17 fins 18 trough of belt fins.
The specific embodiment
As shown in Figure 1, on line real-time monitoring high efficiency filter negative-pressure air-exhausting device installation sealing structure described in the utility model comprises high efficiency filter negative-pressure air-exhausting device 1, installing plate 2, airduct 3, color steel metope 4, support 5.
The utility model is described further by erection sequence below in conjunction with accompanying drawing:
1. as shown in Figure 1, actual size and the installation site of pressing on line real-time monitoring high efficiency filter negative-pressure air-exhausting device 1 make an installing plate 2, and material is manual color steel.On line real-time monitoring high efficiency filter negative-pressure air-exhausting device 1 is installed on the installing plate 2.Airduct 3 is installed on the on line real-time monitoring high efficiency filter negative-pressure air-exhausting device 1, and airduct 3 length should be as the criterion with the adapter that can insert in the furred ceiling after installing.On line real-time monitoring high efficiency filter negative-pressure air-exhausting device 1 is existing known structure with the installation Hermetical connecting structure of installing plate 2.
2. as shown in figure 10, a circle aluminium section bar B11 is installed on installing plate 2 frames, fixing with cup head Self Drilling Screws 9, be coated with silica gel 10 sealings at cup head Self Drilling Screws 9, then fin 14 places coat a circle silica gel 10 sealings overleaf.
3. as shown in figure 11, in the relevant position perforate of color steel metope 4 with installing plate 2.The corner of aluminium section bar A6 embeds silicon rubber angle sealing strip 8; Embed silicon rubber three tooth sealing strips 12 in the groove of trough of belt fin 18; Place single face on the boss 16 of aluminium section bar A6 and paste sealing strip 7.Aluminium section bar A6 installs a circle around verge of opening, and is fixing with cup head Self Drilling Screws 9, and stamps silica gel 10 sealings at a Self Drilling Screws 9, and then fin 17 places stamp a circle silica gel 10 sealings overleaf.
4. support 5 is fixed in the behind interlayer of color steel metope 4 tappings as shown in Figure 1.
5. such as Fig. 1, shown in Figure 4, first airduct 3 is inserted in color steel metope 4 holes, upwards insert furred ceiling, on line real-time monitoring high efficiency filter negative-pressure air-exhausting device 1 is placed on the support 5, in hole on the installing plate 2 aligning color steel metopes 4, fix with the cup head Self Drilling Screws, embed at last silicon rubber centre joint seal strip 13.
Installation.Solved installation and the sealing problem of on line real-time monitoring high efficiency filter negative-pressure air-exhausting device at the bio-safety negative-pressure experimental laboratory of existing color steel plate structure.
Claims (6)
1. on line real-time monitoring high efficiency filter negative-pressure air-exhausting device installation sealing structure, comprise high efficiency filter negative-pressure air-exhausting device (1), installing plate (2), airduct (3), color steel metope (4), support (5), it is characterized in that: high efficiency filter negative-pressure air-exhausting device (1) is installed on the installing plate (2); Airduct (3) is installed on the high efficiency filter negative-pressure air-exhausting device (1), and the adapter in airduct (3) and the furred ceiling is connected; Support (5) is fixed in the behind interlayer of color steel metope (4) opening part; High efficiency filter negative-pressure air-exhausting device (1) is placed on the support (5); The upper position that cooperates with installing plate (2) of color steel metope (4) is provided with perforate; Installing plate (2) is loaded in the respective aperture on the color steel metope (4).
2. by on line real-time monitoring high efficiency filter negative-pressure air-exhausting device installation sealing structure claimed in claim 1, it is characterized in that: a circle aluminium section bar B (11) is housed on installing plate (2) frame, fixing with screw (9), be coated with sealing silica gel (10) at screw (9); Between the fin (14) of the back side of installing plate (2) and aluminium section bar B (11), scribble a circle sealing silica gel (10).
3. by on line real-time monitoring high efficiency filter negative-pressure air-exhausting device installation sealing structure claimed in claim 1, it is characterized in that: a circle aluminium section bar A (6) is housed on the inside casing of color steel metope (4) perforate, fixing with screw (9), be coated with sealing silica gel (10) on the screw (9); Aluminium section bar A (6) cooperates with color steel metope (4) back side in the space of corner silicon rubber angle sealing strip (8) is housed; Aluminium section bar A (6) is provided with boss (16), fin (17), trough of belt fin (18); Post single face on the boss (16) and paste sealing strip (7), silicon rubber three tooth sealing strips (12) are housed in the groove of trough of belt fin (18), scribble a circle sealing silica gel (10) between the fin (17) of color steel metope (4) back side and aluminium section bar A (6).
4. by on line real-time monitoring high efficiency filter negative-pressure air-exhausting device installation sealing structure claimed in claim 1, it is characterized in that: the aluminium section bar A (6) of color steel metope (4) is fixedly connected with screw (9) with fin (15) by boss (16) with the aluminium section bar B (11) of installing plate (2); Be embedded with silicon rubber centre joint seal strip (13) between the aluminium section bar A (6) of color steel metope (4) and slit that the aluminium section bar B (11) of installing plate (2) is connected.
5. by on line real-time monitoring high efficiency filter negative-pressure air-exhausting device installation sealing structure claimed in claim 1, it is characterized in that: screw (9) is the cup head Self Drilling Screws.
6. by on line real-time monitoring high efficiency filter negative-pressure air-exhausting device installation sealing structure claimed in claim 1, it is characterized in that: the material of installing plate (2) is manual color steel; Color steel metope (4) is traditional color steel; Aluminium section bar A (6), aluminium section bar B (11) and silicon rubber angle sealing strip (8), silicon rubber three tooth sealing strips (12), silicon rubber centre joint seal strip (13) are member.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220329609 CN202803717U (en) | 2012-07-10 | 2012-07-10 | Seal structure for the installation of on-line real time monitoring efficient filtering negative pressure air exhausting device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220329609 CN202803717U (en) | 2012-07-10 | 2012-07-10 | Seal structure for the installation of on-line real time monitoring efficient filtering negative pressure air exhausting device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202803717U true CN202803717U (en) | 2013-03-20 |
Family
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201220329609 Expired - Lifetime CN202803717U (en) | 2012-07-10 | 2012-07-10 | Seal structure for the installation of on-line real time monitoring efficient filtering negative pressure air exhausting device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202803717U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103953799A (en) * | 2014-04-16 | 2014-07-30 | 德州中威空调设备有限公司 | Flange plug-in assembly system shaped like a Chinese character 'jin' of composite air duct |
-
2012
- 2012-07-10 CN CN 201220329609 patent/CN202803717U/en not_active Expired - Lifetime
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103953799A (en) * | 2014-04-16 | 2014-07-30 | 德州中威空调设备有限公司 | Flange plug-in assembly system shaped like a Chinese character 'jin' of composite air duct |
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| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CX01 | Expiry of patent term |
Granted publication date: 20130320 |
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| CX01 | Expiry of patent term |