CN207453070U - The ventilation drainage of buried equipment room - Google Patents
The ventilation drainage of buried equipment room Download PDFInfo
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- CN207453070U CN207453070U CN201721514425.XU CN201721514425U CN207453070U CN 207453070 U CN207453070 U CN 207453070U CN 201721514425 U CN201721514425 U CN 201721514425U CN 207453070 U CN207453070 U CN 207453070U
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- equipment room
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- ventilation
- diversion plate
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Abstract
The utility model proposes the ventilation drainages of buried equipment room, including ventilation device and blowdown apparatus, ventilation device is connected with blowdown apparatus with equipment room main body, blowdown apparatus includes header tank, header tank is connected with the bottom of equipment room main body, water collection chamber and ponding chamber are equipped in header tank, header tank at the top of water collection chamber is equipped with the 3rd aided filter net, water collection chamber bottom is connected by rhone with ponding chamber, the cavity wall of ponding chamber is equipped with liquid level induction system, ponding chamber is equipped with discharge outlet, discharge outlet is equipped with elevator pump, the section of water collection chamber is with a narrow upper and lower width trapezoidal, the bottom of rhone is equipped with Diversion Plate, the surrounding of Diversion Plate is connected by auxiliary circle with the upper wall of ponding chamber, Diversion Plate is equipped with priming hole.The utility model has the advantages that simple and reasonable, practical function, ventilating drainage effect is good, the service life that avoids pouring into caused Moisture Regain in equipment room main body on steam, ensure that equipment room main body.
Description
Technical field
The utility model is related to buried equipment room ventilation blowdown in terms of equipment, more particularly to buried equipment room
Ventilation drainage.
Background technology
Present buried equipment room in terms of ventilation while reaching ventilation by raising well lid when being only to need to use
Effect, the speed of ventilation is slow, and the effect of ventilation is bad, and if rainy day carry out operation rainwater can pass through equipment room
Opening is entered in equipment room so that equipment room is very moist, while present equipment room usually directly passes through drainpipe
Road connection babinet carries out sewerage, and sewerage is that the impurity in sewage easily blocks drainage pipeline, influences the effect of blowdown, and
And the in vivo sewage of case can also be evaporated to re-enter into cause in equipment room by pipeline opening and got damp sometimes.
Utility model content
The purpose of this utility model provides the ventilation drainage of buried equipment room, solves above-mentioned prior art problem.
The utility model proposes the ventilation drainage of buried equipment room, including ventilation device and blowdown apparatus, ventilation
Device is connected with blowdown apparatus with equipment room main body, and the blowdown apparatus includes header tank, header tank and equipment room main body
Bottom connects, and is equipped with water collection chamber and ponding chamber in the header tank, and the header tank at the top of the water collection chamber is equipped with the 3rd auxiliary
Filter screen, the water collection chamber bottom are connected by rhone with ponding chamber, and the cavity wall of the ponding chamber is equipped with liquid level sensing dress
It puts, the ponding chamber is equipped with discharge outlet, and discharge outlet is equipped with elevator pump, the section ladder with a narrow upper and lower width of the water collection chamber
Shape, the bottom of the rhone are equipped with Diversion Plate, and the surrounding of Diversion Plate is connected by auxiliary circle with the upper wall of ponding chamber, Diversion Plate
At least provided with two priming holes.
Wherein, the 3rd aided filter net is demountable.
Wherein, the vertical section of the Diversion Plate is in w shapes, the circular in cross-section of the Diversion Plate, on the Diversion Plate
The circle that minimum point forms in the horizontal direction is circle, and the priming hole is evenly distributed on circle, and the rhone is cylinder,
The diameter of a circle is more than the diameter of rhone, and the center of circle of the rhone and the center of circle of Diversion Plate are in the vertical straight line of same
On.
Wherein, bottom secondary ventilation is included at least provided with three preformed holes, the ventilation device in the equipment room main body
Device and extraneous ventilation device, external world's ventilation device include auxiliary tank and inlet box, be equipped in the inlet box wind turbine and
First accessory power supply, wind turbine are connected with the first accessory power supply, and the wind turbine connects a preformed hole, the air inlet by air inlet pipe
Case is connected by auxiliary inlet manifold with auxiliary tank, and the auxiliary tank is connected by air outlet pipe with a preformed hole, it is described aid in into
In compensated cavity in tracheae and air outlet pipe insertion auxiliary tank, the is equipped on the auxiliary inlet manifold and air outlet pipe that are inserted into compensated cavity
One aided filter net and water retaining cover, the water retaining cover are connected by stent with auxiliary inlet manifold with air outlet pipe respectively, the auxiliary
One end in air inlet pipe and air outlet pipe insertion compensated cavity is above the bottom surface 5-15cm of compensated cavity, the top of the compensated cavity it is auxiliary
Case is helped to be equipped with support frame, support frame is equipped with the second aided filter net, and the bottom secondary ventilation device includes pad level, pad
High-rise centre position is equipped with gap, and the pad level includes ground and bed course, and the top of ground is connected with equipment room main body, institute
The bottom for stating ground is connected by the surface of bed course and pit body.Increase the height of equipment room main body using pad level, avoid equipment
Between bottom part body be directly connected with pit body, set gap that can effectively enhance equipment room bottom part body among pad level
Ventilation effect.
Further, the preformed hole of the air inlet pipe connection is located at the top of the preformed hole of air outlet pipe connection.
Further, the second aided filter net is demountable.
Further, the water retaining cover is in the low convex structure in intermediate high four side, the central point of water retaining cover and the first auxiliary
On the same line, water retaining cover can effectively avoid water from entering in auxiliary inlet manifold or air outlet pipe to the central point of filter screen.
Further, the top of the equipment room main body is equipped with landscape well lid, the ventilation blowdown system of the buried equipment room
Original soil is backfilled between system and equipment room main body and pit body, the top of the original soil is equipped with surface layer.
Further, the surface layer position road surface or greening.
Wherein, the ventilation drainage of the buried equipment room further includes subbolster, and subbolster is located at equipment room
Between main body and ground, multiple auxiliary flutes are uniformly provided on the upper surface of the subbolster.
Further, the horizontal vertical section trapezium structure with a narrow upper and lower width of the auxiliary flute, the auxiliary flute
Depth is 1-4cm, and the vertical section of the auxiliary flute longitudinal direction is in low arc-shaped in intermediate high both sides, convenient for subbolster and equipment
Between the discharge of ponding that generates between main body.
The advantages of ventilation drainage of buried equipment room described in the utility model is:It is simple and reasonable, function
Practicality considers the ventilation of equipment room bottom part body and the ventilation of equipment room body interior so that and ventilation is more comprehensive,
While effectively guiding draining, avoid pouring on steam in equipment room main body, caused Moisture Regain, it is effective to enhance
The practicability of the ventilation drainage of the buried equipment room, ensure that the service life of equipment room main body.
Description of the drawings
Fig. 1 be the utility model a kind of embodiment in buried equipment room ventilation drainage structural representation
Figure;
Fig. 2 is the enlarged drawing of A-b parts in Fig. 1;
Fig. 3 be the utility model a kind of embodiment in auxiliary tank cross-sectional view;
Fig. 4 be the utility model a kind of embodiment in inlet box cross-sectional view;
Fig. 5 be the utility model a kind of embodiment in header tank cross-sectional view;
Fig. 6 is the enlarged drawing of B-a parts in Fig. 5;
Fig. 7 be the utility model a kind of embodiment in Diversion Plate top view.
Specific embodiment
As shown in Fig. 1, Fig. 5, Fig. 6 and Fig. 7, the utility model proposes the ventilation drainage of buried equipment room, including
Ventilation device and blowdown apparatus, ventilation device are connected with blowdown apparatus with equipment room main body 20, and the blowdown apparatus includes collection
Water tank 10, header tank 10 are connected with the bottom of equipment room main body 20, and water collection chamber 202 and ponding chamber are equipped in the header tank 10
203, the header tank 10 at 202 top of water collection chamber is equipped with the 3rd aided filter net 201, and 202 bottom of water collection chamber passes through
Rhone 211 is connected with ponding chamber 203, and the cavity wall of the ponding chamber 203 is equipped with liquid level induction system 218, the ponding chamber
203 are equipped with discharge outlet 204, and discharge outlet 204 is equipped with elevator pump, and the section of the water collection chamber 202 is with a narrow upper and lower width trapezoidal,
The bottom of the rhone 211 is equipped with Diversion Plate 213, and the surrounding of Diversion Plate 213 is upper by auxiliary circle 212 and ponding chamber 203
Wall connects, and Diversion Plate 213 is at least provided with two priming holes 214.
As the preferred of the present embodiment, the 3rd aided filter net 201 is demountable.
As the preferred of the present embodiment, as shown in Figures 5 to 7, the vertical section of the Diversion Plate 213 is in w shapes, the diversion
The circular in cross-section of plate 213, the circle that the minimum point on the Diversion Plate 213 forms in the horizontal direction is circle 217, described
Priming hole 214 is evenly distributed on circle 217, and the rhone 211 is cylinder, and the diameter of the circle 217 is more than rhone 211
Diameter, the center of circle of the rhone 211 and the center of circle of Diversion Plate 213 are on the vertical straight line of same.
It is as shown in Figures 1 to 4, reserved at least provided with three in the equipment room main body 20 as the preferred of the present embodiment
Hole 17, the ventilation device include bottom secondary ventilation device and extraneous ventilation device, and external world's ventilation device includes auxiliary
Case 27 and inlet box 28, the inlet box 28 is interior to be equipped with 215 and first accessory power supply 216 of wind turbine, the auxiliary electricity of wind turbine 215 and first
Source 216 connects, the wind turbine 215 by air inlet pipe connect a preformed hole 17, the inlet box 28 by auxiliary inlet manifold with
Auxiliary tank 27 connects, and the auxiliary tank 27 is connected by air outlet pipe with a preformed hole 17, the auxiliary inlet manifold and air outlet pipe
It is inserted into the compensated cavity 207 in auxiliary tank 27, it is auxiliary to be equipped with first on the auxiliary inlet manifold and air outlet pipe being inserted into compensated cavity 207
Filter screen 208 and water retaining cover 209 are helped, the water retaining cover 209 is connected by stent 210 with auxiliary inlet manifold with air outlet pipe respectively,
The auxiliary inlet manifold is above the bottom surface 5-15cm of compensated cavity 207 with one end in air outlet pipe insertion compensated cavity 207, described auxiliary
The auxiliary tank 27 at the top of chamber 207 is helped to be equipped with support frame 206, support frame 206 is equipped with the second aided filter net 205, described
Bottom secondary ventilation device includes pad level, and the centre position of pad level is equipped with gap 11, and the pad level includes ground 5 and pad
Layer 6, the top of ground 5 is connected with equipment room main body 20, and the bottom of the ground 5 is connected by bed course 6 with the surface of pit body 7.
Increase the height of equipment room main body 20 using pad level, 20 bottom of equipment room main body is avoided directly to be connected with pit body 7, in pad level
Among set gap 11 that can effectively enhance the ventilation effect of 20 bottom of equipment room main body.
As the preferred of the present embodiment, the preformed hole 17 of the air inlet pipe connection is located at the preformed hole 17 of air outlet pipe connection
Top.
As the preferred of the present embodiment, the second aided filter net 205 is demountable, and the water retaining cover 209 is in
The central point of the low convex structure in intermediate high four side, the central point of water retaining cover 209 and the first aided filter net 208 is the same as always
On line, water retaining cover 209 can effectively avoid water from entering in auxiliary inlet manifold or air outlet pipe.
As the preferred of the present embodiment, the top of the equipment room main body 20 is equipped with landscape well lid 8, the buried equipment
Between ventilation drainage and equipment room main body 20 and pit body 7 between be backfilled with original soil 4, the top of the original soil 4 is equipped with table
Layer 1.
As the preferred of the present embodiment, described 1 road surface in surface layer or greening.
As the preferred of the present embodiment, as depicted in figs. 1 and 2, the ventilation drainage of the buried equipment room is also wrapped
Subbolster 12 is included, subbolster 12 is located between equipment room main body 20 and ground 5, on the upper surface of the subbolster 12
Even to be equipped with multiple auxiliary flutes 21, subbolster 12 can expand the joint face between equipment room main body 20 and ground 5, be equipment
Between main body support force is provided, while connecing between the steam of 7 surface evaporation of pit body and equipment room main body 20 can be effectively reduced
It touches, auxiliary flute 21 is for the ventilation between auxiliary equipment department main body 20 and subbolster 12.
As the preferred of the present embodiment, the horizontal vertical section trapezium structure with a narrow upper and lower width of the auxiliary flute 21,
The depth of the auxiliary flute 21 is 1-4cm, the vertical section of 21 longitudinal direction of the auxiliary flute in low arc-shaped in intermediate high both sides,
Discharge convenient for the ponding generated between subbolster 12 and equipment room main body 20.
Wind turbine 215 is in closing shape to the ventilation drainage of buried equipment room described in the present embodiment under normal circumstances
State, energy saving, into natural ventilating status, wind naturally can enter compensated cavity 207 by the filtering of the second aided filter net 205
Interior, then water retaining cover 209 can obstruct wind vertically into auxiliary inlet manifold, and wind can be distributed to surrounding and pass through side supports 210
Between gap enter and the first aided filter net 208 enter in auxiliary inlet manifold, then by wind turbine 215, air inlet pipe into
Enter into equipment room main body 20, then discarded in equipment room main body 20 can be discharged by air outlet pipe;If there is personnel need into
Wind turbine 205 is opened when entering in equipment room main body 20, the path with wind during natural ventilating status is the same, but 205 meeting of wind turbine
Accelerate the speed that wind enters;But if it is desired to stuffy of buried equipment room needs to dismantle lower second aided filter net 205
Change sealing plate.Have sewage in equipment room main body 20 into fashionable, sewage can be filtered by the 3rd aided filter net 201 into
Enter into water collection chamber 202 and then entered by rhone 211 and priming hole 214 in ponding chamber 203, work as liquid level induction system
Elevator pump can be opened during 218 sense guiding liquid, carry out drain operation, when avoiding sewage excessive, sewage diffuses in equipment room master again
In body 20, and the impurity filtered out by the 3rd aided filter net 201 can directly be carried out by equipment room main body 20 it is clear,
Impurity is avoided to block rhone 211 and priming hole 214 etc., ensures being normally carried out for draining.
The ventilation drainage of the buried equipment room is simple and reasonable, and practical function considers equipment room master
Ventilation inside the ventilation of 20 bottom of body and equipment room main body 20 so that ventilation is more comprehensive so that in equipment room main body 20
Air can be updated, while the rhone 211 and priming hole 214 have used Diversion Plate 213, in effective guiding row
It while water, avoids pouring on steam in equipment room main body 20, effectively enhances the ventilation blowdown of the buried equipment room
The practicability of system ensure that the service life of equipment room main body 20.
The above is only the preferred embodiment of the utility model, it is noted that those skilled in the art,
On the premise of not departing from the utility model and creating design, several similar modification and improvement can also be made, these should also be regarded
Within the scope of protection of the utility model.
Claims (8)
1. a kind of ventilation drainage of buried equipment room, which is characterized in that including ventilation device and blowdown apparatus, ventilation dress
It puts and is connected with blowdown apparatus with equipment room main body (20), the blowdown apparatus includes header tank (10), and header tank (10) is with setting
The bottom connection of main body (20) between standby, the header tank (10) is interior equipped with water collection chamber (202) and ponding chamber (203), described to catchment
Header tank (10) at the top of chamber (202) is equipped with the 3rd aided filter net (201), and water collection chamber (202) bottom passes through draining
Slot (211) is connected with ponding chamber (203), and the cavity wall of the ponding chamber (203) is equipped with liquid level induction system (218), the product
Water cavity (203) is equipped with discharge outlet (204), and discharge outlet (204) is equipped with elevator pump, and the section of the water collection chamber (202) is presented
Narrow trapezoidal under width, the bottom of the rhone (211) is equipped with Diversion Plate (213), and the surrounding of Diversion Plate (213) passes through auxiliary circle
(212) upper wall with ponding chamber (203) is connected, and Diversion Plate (213) is at least provided with two priming holes (214).
2. the ventilation drainage of buried equipment room according to claim 1, which is characterized in that the Diversion Plate
(213) vertical section is in w shapes, the circular in cross-section of the Diversion Plate (213), and the minimum point on the Diversion Plate (213) exists
The circle formed in horizontal direction is circle (217), and the priming hole (214) is evenly distributed on circle (217), the rhone
(211) cylinder, the diameter of the circle (217) is more than the diameter of rhone (211), the center of circle of the rhone (211) with
The center of circle of Diversion Plate (213) is on the vertical straight line of same.
3. the ventilation drainage of buried equipment room according to claim 1, which is characterized in that the equipment room main body
(20) at least provided with three preformed holes (17) on, the ventilation device includes bottom secondary ventilation device and extraneous ventilation device,
External world's ventilation device includes auxiliary tank (27) and inlet box (28), equipped with wind turbine (215) and the in the inlet box (28)
One accessory power supply (216), wind turbine (215) are connected with the first accessory power supply (216), and the wind turbine (215) is connected by air inlet pipe
One preformed hole (17), the inlet box (28) are connected by auxiliary inlet manifold with auxiliary tank (27), and the auxiliary tank (27) is logical
It crosses air outlet pipe to be connected with a preformed hole (17), the auxiliary inlet manifold and the compensated cavity in air outlet pipe insertion auxiliary tank (27)
(207) in, the first aided filter net (208) and gear are equipped on the auxiliary inlet manifold and air outlet pipe in insertion compensated cavity (207)
Water cover (209), the water retaining cover (209) are connected by stent (210) with auxiliary inlet manifold with air outlet pipe respectively, it is described aid in into
Tracheae is above the bottom surface 5-15cm of compensated cavity (207), the compensated cavity with one end in air outlet pipe insertion compensated cavity (207)
(207) auxiliary tank (27) at top is equipped with support frame (206), and support frame (206) is equipped with the second aided filter net
(205), the bottom secondary ventilation device includes pad level, and the centre position of pad level is equipped with gap (11), the pad level
Including ground (5) and bed course (6), the top of ground (5) is connected with equipment room main body (20), and the bottom of the ground (5) passes through
Bed course (6) is connected with the surface of pit body (7).
4. the ventilation drainage of buried equipment room according to claim 3, which is characterized in that the air inlet pipe connection
Preformed hole (17) be located at air outlet pipe connection preformed hole (17) top.
5. the ventilation drainage of buried equipment room according to claim 3, which is characterized in that the water retaining cover
(209) in the low convex structure in intermediate high four side, in the central point of water retaining cover (209) and the first aided filter net (208)
Heart point is on the same line.
6. the ventilation drainage of buried equipment room according to claim 3, which is characterized in that the equipment room main body
(20) top is equipped with landscape well lid (8), ventilation drainage and equipment room main body (20) and the hole of the buried equipment room
Original soil (4) is backfilled between body (7), the top of the original soil (4) is equipped with surface layer (1).
7. the ventilation drainage of buried equipment room according to claim 1, which is characterized in that the buried equipment
Between ventilation drainage further include subbolster (12), subbolster (12) be located at equipment room main body (20) and ground (5) it
Between, it is uniformly provided with multiple auxiliary flutes (21) on the upper surface of the subbolster (12).
8. the ventilation drainage of buried equipment room according to claim 7, which is characterized in that described, the auxiliary
The horizontal vertical section trapezium structure with a narrow upper and lower width of groove (21), the depth of the auxiliary flute (21) is 1-4cm, described
The vertical section of auxiliary flute (21) longitudinal direction is in low arc-shaped in intermediate high both sides.
Priority Applications (1)
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CN201721514425.XU CN207453070U (en) | 2017-11-14 | 2017-11-14 | The ventilation drainage of buried equipment room |
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Application Number | Priority Date | Filing Date | Title |
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CN201721514425.XU CN207453070U (en) | 2017-11-14 | 2017-11-14 | The ventilation drainage of buried equipment room |
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CN207453070U true CN207453070U (en) | 2018-06-05 |
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ID=62279438
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CN201721514425.XU Active CN207453070U (en) | 2017-11-14 | 2017-11-14 | The ventilation drainage of buried equipment room |
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Cited By (1)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
CN111790727A (en) * | 2020-07-06 | 2020-10-20 | 河北九知农业科技有限公司 | Buried distribution method of organic waste treatment equipment |
-
2017
- 2017-11-14 CN CN201721514425.XU patent/CN207453070U/en active Active
Cited By (2)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
CN111790727A (en) * | 2020-07-06 | 2020-10-20 | 河北九知农业科技有限公司 | Buried distribution method of organic waste treatment equipment |
CN111790727B (en) * | 2020-07-06 | 2022-02-08 | 河北九知农业科技有限公司 | Buried distribution method of organic waste treatment equipment |
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Legal Events
Date | Code | Title | Description |
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GR01 | Patent grant | ||
GR01 | Patent grant | ||
CP03 | Change of name, title or address |
Address after: No. 8, Yang Kou Town, Rudong County, Nantong, Jiangsu Province Patentee after: Jiangsu Baihai Environmental Protection Technology Group Co., Ltd Address before: 226000 No.8 Yangkou Avenue, Yangkou Town, Rudong County, Nantong City, Jiangsu Province Patentee before: JIANGSU BAIHAI ENVIRONMENTAL PROTECTION TECHNOLOGY Co.,Ltd. |
|
CP03 | Change of name, title or address |