CN208618440U - It breathes freely in a kind of underground engineering top plate drainage system the robust structure of observation tube - Google Patents
It breathes freely in a kind of underground engineering top plate drainage system the robust structure of observation tube Download PDFInfo
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- CN208618440U CN208618440U CN201821304852.XU CN201821304852U CN208618440U CN 208618440 U CN208618440 U CN 208618440U CN 201821304852 U CN201821304852 U CN 201821304852U CN 208618440 U CN208618440 U CN 208618440U
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- observation tube
- fixed device
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- drainage system
- robust structure
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Abstract
The utility model discloses a kind of robust structure for observation tube of breathing freely in underground engineering top plate drainage system, ventilative observation tube (1) is mounted on the guiding gutter in drainage system (2), and robust structure includes fixation with steel wire component；Ventilative observation tube (1) is fixed on guiding gutter (2) by fixation with steel wire component vertically, and fixation with steel wire component includes wirerope (30), first fixed device (31), second fixed device (32), peripheral metal lath (33) and horizontally-supported plate (34)；Horizontally-supported plate (34) is embedded in the frame surrounded by first fixed device (31), second fixed device (32), peripheral metal lath (33) and guiding gutter (2) side；Ventilative observation tube (1) is connected by wirerope (30) with first fixed device (31).Low, the firm effect of the robust structure installation difficulty is good, project amount is small and low cost.
Description
Technical field
The utility model relates to breathe freely in a kind of pipeline robust structure more particularly to a kind of underground engineering top plate drainage system
The robust structure of observation tube.
Background technique
Drainage system is usually mounted on underground engineering top plate, drainage system is equipped with ventilative observation tube.In the prior art
The fixation of ventilative observation tube generallys use brick pedestal or casting concrete pedestal or even some site operations personnel by hand steered
To guarantee setting up vertically for ventilative observation tube, the hand steered ventilative observation tube in construction personnel one side, the ventilative observation tube of one side directly landfill.
Brick pedestal and casting concrete bed have that time-consuming, project amount is big, high cost defect.It fills on one side hand steered while ventilative
Observation tube, there is higher difficulty of construction, and the careless slightly inclination that will cause ventilative observation tube is consolidated ineffective and wasted
Manually.That there has been no installation difficulty at present is low, firm effect is good, project amount is small and the underground engineering top plate drainage system of low cost in
The robust structure of ventilative observation tube.
Utility model content
The technical problem to be solved by the present invention is to provide observation tubes of breathing freely in a kind of underground engineering top plate drainage system
Robust structure.Low, the firm effect of the robust structure installation difficulty is good, project amount is small and low cost.
In order to solve the above-mentioned technical problem, ventilative observation tube in a kind of underground engineering top plate drainage system of the utility model
Robust structure in breathe freely observation tube be mounted on the guiding gutter in drainage system, breathe freely observation tube robust structure include steel wire
Fixation member；The ventilative observation tube is fixed on guiding gutter by fixation with steel wire component vertically, and fixation with steel wire component includes steel wire
Rope, the first fixed device, the second fixed device, peripheral metal lath and horizontally-supported plate；The insertion of horizontally-supported plate is by the
In the frame that one fixed device, the second fixed device, peripheral metal lath and guiding gutter side are surrounded；Ventilative observation tube passes through
Wirerope is connected with the first fixed device.
Further, there are two the first fixed devices, there are two the second fixed devices, and peripheral metal lath has four；Frame
There are two guiding gutter two sides are distributed in, each frame is vertically connected frame by one first fixed device and two peripheral metal laths
Connect composition.
Further, the first fixed device fastens with horizontally-supported plate.
Further, the first fixed device is made of angle bar, reinforces face on the inside of the lateral surface and angle bar of horizontally-supported plate
It is bonded, the edge on the outside of horizontally-supported planar bottom surface is bonded with basal plane on the inside of angle bar.
Further, the second fixed device fastens with guiding gutter.
Further, the second fixed device is inverted U-shaped, and its bottom surface extends to two sides, and inverted U-shaped cavity receiving is led
Sink.
Further, a left side for the right side of the peripheral metal lath on the left of horizontally-supported plate and horizontally-supported plate
Side fitting；The left side of peripheral metal lath on the right side of the horizontally-supported plate and the right side of horizontally-supported plate
Fitting；The inner end of peripheral metal lath is fixedly connected with the second fixed device, the outer end of peripheral metal lath and the first fixed dress
It sets and is vertically fixedly connected.
Further, horizontally-supported plate has two pieces, and two pieces of horizontally-supported plates are distributed in the two sides of guiding gutter.
Further, fixation with steel wire component include one or more groups of wirerope and along ventilative observation tube up and down be distributed one
Or multiple clips, clip is around ventilative observation tube；The upper end of every group of wirerope is fixedly connected with the same clip, every institute
The lower end for stating wirerope is fixedly connected with the first fixed device.
Further, wirerope has two groups, and every group of wirerope has four；There are two first fixed devices, and two first solid
Determining device, there are four tops altogether, and four tops are respectively connected with every group of four wirerope respectively.
The robust structure and the prior art of ventilative observation tube in a kind of underground engineering top plate drainage system of the utility model
Compared to having the advantages that.
1, the technical program due to use by the insertion of horizontally-supported plate by the first fixed device, the second fixed device,
In the frame that peripheral metal lath and guiding gutter side are surrounded, ventilative observation tube is connected by wirerope with the first fixed device
The technological means connect, so, the installation difficulty of the robust structure for observation tube of breathing freely is low, and it is good to consolidate performance.
2, the technological means that the technical program fastens due to using the first fixed device and horizontally-supported plate, so
Reduce the installation difficulty of the robust structure of ventilative observation tube.
3, the technological means that the technical program fastens due to using the second fixed device and guiding gutter, so reducing
The installation difficulty of the robust structure of ventilative observation tube.
4, the technical program is seen around ventilative due to using the multiple clips being distributed up and down along ventilative observation tube, clip
Examine pipe；The upper end of every group of wirerope is fixedly connected with the same clip, the lower end of the every wirerope and the first fixed dress
The technological means being fixedly connected is set, low, the firm effect of installation difficulty is good, project amount is small and the technology effect of low cost so having reached
Fruit.
Detailed description of the invention
With reference to the accompanying drawings and detailed description to saturating in a kind of underground engineering top plate drainage system of the utility model
The robust structure of gas observation tube is described in further detail.
Fig. 1 is the structure of the robust structure of ventilative observation tube in a kind of underground engineering top plate drainage system of the utility model
Schematic diagram.
Fig. 2 is the vertical view of the robust structure of ventilative observation tube in a kind of underground engineering top plate drainage system of the utility model
Figure.
Fig. 3 is the bottom surface of the robust structure of ventilative observation tube in a kind of underground engineering top plate drainage system of the utility model
The schematic diagram of structure.
Fig. 4 is the main view of the second fixed device.
The reference numerals are as follows.
1, ventilative observation tube；
2, guiding gutter；
30, wirerope；
31, the first fixed device；
32, the second fixed device；
321, the second fixed device basal plane；
322, the second fixed device reinforces face；
33, peripheral metal lath；
34, horizontally-supported plate；
35, clip.
Specific embodiment
As shown in Figures 1 to 4, the utility model provides the steady of observation tube of breathing freely in a kind of underground engineering top plate drainage system
Fixing structure.As shown in Figure 1, ventilative observation tube 1 is mounted on the guiding gutter 2 in drainage system, robust structure includes fixation with steel wire
Component；Ventilative observation tube 1 is fixed on guiding gutter 2 by fixation with steel wire component vertically, and fixation with steel wire component includes wirerope 30,
One fixed device 31, second fixes device 32, peripheral metal lath 33 and horizontally-supported plate 34；Horizontally-supported plate 34 is embedded in
It is fixed in the frame that device 32, peripheral metal lath 33 and 2 side of guiding gutter are surrounded by the first fixed device 31, second；Thoroughly
Gas observation tube 1 is connected by wirerope 30 with the first fixed device 31.
Ventilative observation tube 1 is connected to realize ventilative observation by the first fixed device 31 by wirerope 30 with bottom surface structure
The fixation of pipe 1.As shown in figure 3, bottom surface structure includes the first fixed device 31, second fixed device 32, peripheral metal lath 33
With horizontally-supported plate 34, wherein the fixed device 32 of the first fixed device 31, second and peripheral metal lath 33 surround a frame,
Horizontally-supported plate 34 is in frame.
In present embodiment there are two the first fixed devices 31, there are two the second fixed devices 32, peripheral metal lath 33
There are four；Frame is there are two 2 two sides of guiding gutter are distributed in, and each frame is by one first fixed device 31 and two periphery gold
Belong to lath 33 vertically to connect and compose.
Every piece of horizontally-supported plate 34 is equipped with the first fixed device 31, the first fixed device 31 far from 2 side of guiding gutter
Length be longer than the length of horizontally-supported plate 34, the convenient both ends connecting steel wire ropes 30 in the first fixed device 31 have simultaneously
Conducive to the stability for improving ventilative 1 robust structure of observation tube.Every piece of horizontally-supported plate 34 is each side equipped with one
Peripheral metal lath 33 amounts to four peripheral metal laths 33.
The fixed device 31 of the first of present embodiment fastens with horizontally-supported plate 34.Horizontally-supported plate 34 can be
PVC board, hollow steel plate or solid steel plate etc..First fixed device 31 can be angle bar, angle steel, steel pipe, wood strip etc..Connection type
It can be engaging, toe joint, weld or be bolted.
The fixed device 31 of the first of present embodiment is made of angle bar, on the inside of the lateral surface and angle bar of horizontally-supported plate 34
Reinforce face paste to close, the edge of horizontally-supported 34 outer side bottom surface of plate is bonded with basal plane on the inside of angle bar, i.e., horizontally-supported 34 quilt of plate
It is limited in the bending space on the inside of angle bar.
After the completion of the wirerope 30 of ventilative observation tube 1 is fixedly mounted, banket.When banketing, bankets and first have to
Horizontally-supported plate 34 is covered, the pressure downward to horizontally-supported plate 34 of banketing, horizontally-supported plate 34 is by downward pressure
Power is transferred to the fixed device 31 of first to fit positioned at its outside with its basal plane, so that first fixes device 31 for downward power
Ventilative observation tube 1 is passed to by wirerope 30, realizes the vertical fixation of ventilative observation tube 1.
The fixed device 32 of the second of present embodiment is inverted U-shaped, and its bottom surface extends to two sides, inverted U-shaped cavity
Accommodate guiding gutter 2.Fig. 4 illustrates the second fixed device 32 being welded by muti-piece (five pieces) angle bar, the second fixed device base
It is respectively 321 and 322 that face and the second fixed device, which reinforce face,.Second fixed device 32 can be by structures such as angle bar, angle steel, alloys
At.Second fixed device 32 is connected to two frames of 2 two sides of guiding gutter, so that two frames is become one, enhances bottom surface
The stability of structure, to improve the stability of the robust structure of ventilative observation tube 1.Due to the second fixed connection of device 32 two
A frame needs to bear biggish stress, Gu its constituent material needs higher-strength.
Be located in present embodiment the right side of the peripheral metal lath 33 in 34 left side of horizontally-supported plate with it is horizontally-supported
The left side of plate 34 is bonded；It is put down with horizontally-supported left side positioned at the peripheral metal lath 33 on horizontally-supported 34 right side of plate
The right side of plate 34 is bonded；The inner end of peripheral metal lath 33 is fixedly connected with the second fixed device 32, peripheral metal lath 33
Outer end with first fixed device 31 is vertical is fixedly connected.
The two sides of every piece of horizontally-supported plate 34 are respectively provided with a peripheral metal lath 33, and observation tube 1 of breathing freely consolidates
Structure includes two pieces of horizontally-supported plates 34, admittedly share four peripheral metal laths 33.Peripheral metal lath 33 and first is fixed
Device 31 constitutes the frame of horizontally-supported plate 34.Peripheral metal lath 33 positioned at 2 two sides of guiding gutter is fixed by second
Device 32 is connected, and so that two frames is become one, enhances the stability of the robust structure of ventilative observation tube 1.
The horizontally-supported plate 34 of present embodiment has two pieces, and two pieces of horizontally-supported plates 34 are distributed in the two of guiding gutter 2
Side.Two pieces of horizontally-supported plates 34 are respectively embedded into two frames, since two frames are connected by the second fixed device 32, packet
Included the bottom surface structure of the fixed device 32 of the first fixed device 31, second, peripheral metal lath 33 and horizontally-supported plate 34 at
For one.The bottom surface structure of one improves the stability of the robust structure of ventilative observation tube 1.
Fixation with steel wire component includes one or more groups of wirerope 30 and along ventilative about 1 observation tube in present embodiment
Multiple clips 35 of distribution, clip 35 is around ventilative observation tube 1；The upper end of every group of wirerope 30 is solid with the same clip 35
Fixed connection, the lower end of every wirerope 30 are fixedly connected with the first fixed device 31.
The fixation of clip 35 is set in the peripheral circumferential of ventilative observation tube 1.Clip 35 can with being fixedly connected for wirerope 30
In a manner of using clamping method or woollen yarn knitting method etc. to be fixedly connected.As shown in figure 3, the first fixed device 31 is longer than horizontally-supported plate 34
Length, wirerope 30 is fixed on the both ends of the first fixed device 31.Wirerope 30 passes through clip 35 and the first fixed device 31
Ventilative observation tube 1 is fixed on bottom surface structure.
As illustrated in fig. 1 and 2, wirerope 30 has two groups in present embodiment, and every group of wirerope 30 has four；First fixed dress
It sets there are two 31, two first fixed devices 31 altogether there are four top, distinguish with every group of four wirerope 30 respectively by four tops
It is connected.When installation, the pressure downward to horizontally-supported plate 34 of banketing, horizontally-supported plate 34 presses to be made of angle bar
Downward power is passed to ventilative observation by wirerope 30 and clip 35 by the basal plane of one fixed device 31, the first fixed device 31
Pipe 1 realizes setting up vertically for the ventilative observation tube 1 connecting with 2 spiral of guiding gutter.
Claims (10)
1. a kind of robust structure for observation tube of breathing freely in underground engineering top plate drainage system, the ventilative observation tube (1) are mounted on
On guiding gutter (2) in the drainage system, it is characterised in that: the robust structure includes fixation with steel wire component；The steel wire
The ventilative observation tube (1) is fixed on the guiding gutter (2) by fixation member vertically, and the fixation with steel wire component includes steel wire
It restricts (30), first fixes device (31), second fixed device (32), peripheral metal lath (33) and horizontally-supported plate (34)；
Horizontally-supported plate (34) insertion is by described first fixed device (31), second fixed device (32), the periphery
In the frame that laths of metal (33) and the guiding gutter (2) side are surrounded；The ventilative observation tube (1) passes through the wirerope
(30) it is connected with described first fixed device (31).
2. the robust structure for observation tube of breathing freely in a kind of underground engineering top plate drainage system according to claim 1, special
Sign is: there are two described first fixed device (31), and there are two described second fixed device (32), the peripheral metal lath
(33) there are four；The frame is there are two the guiding gutter (2) two sides are distributed in, and each frame is by one described first
Fixed device (31) and two peripheral metal laths (33) vertically connect and compose.
3. the robust structure for observation tube of breathing freely in a kind of underground engineering top plate drainage system according to claim 1, special
Sign is: described first fixed device (31) fasten with the horizontally-supported plate (34).
4. the robust structure for observation tube of breathing freely in a kind of underground engineering top plate drainage system according to claim 3, special
Sign is: described first fixed device (31) are made of angle bar, on the inside of the lateral surface and angle bar of the horizontally-supported plate (34)
Reinforce face paste to close, the edge of horizontally-supported plate (34) outer side bottom surface is bonded with basal plane on the inside of angle bar.
5. the robust structure for observation tube of breathing freely in a kind of underground engineering top plate drainage system according to claim 1, special
Sign is: described second fixed device (32) fasten with the guiding gutter (2).
6. the robust structure for observation tube of breathing freely in a kind of underground engineering top plate drainage system according to claim 5, special
Sign is: described second fixed device (32) are inverted U-shaped, and its bottom surface extends to two sides, described in inverted U-shaped cavity receiving
Guiding gutter (2).
7. the robust structure for observation tube of breathing freely in a kind of underground engineering top plate drainage system according to claim 1, special
Sign is: the right side and the level for being located at the peripheral metal lath (33) on the left of the horizontally-supported plate (34) are propped up
Support the left side fitting of plate (34)；A left side for the peripheral metal lath (33) on the right side of the horizontally-supported plate (34)
Side is bonded with the right side of the horizontally-supported plate (34)；The inner end of the peripheral metal lath (33) is solid with described second
Determine device (32) to be fixedly connected, the outer end of the peripheral metal lath (33) fixed company vertical with described first fixed device (31)
It connects.
8. the robust structure for observation tube of breathing freely in a kind of underground engineering top plate drainage system according to claim 1, special
Sign is: the horizontally-supported plate (34) has two pieces, and two pieces of horizontally-supported plates (34) are distributed in the guiding gutter (2)
Two sides.
9. the robust structure for observation tube of breathing freely in a kind of underground engineering top plate drainage system according to claim 1, special
Sign is: the fixation with steel wire component includes one or more groups of wirerope (30) and is distributed up and down along the ventilative observation tube (1)
One or more clips (35), the clip (35) is around the ventilative observation tube (1)；Wirerope described in every group (30)
Upper end is fixedly connected with the same clip (35), the lower end of every wirerope (30) and the first fixed device
(31) it is fixedly connected.
10. the robust structure for observation tube of breathing freely in a kind of underground engineering top plate drainage system according to claim 9, special
Sign is: the wirerope (30) has two groups, and every group of wirerope (30) has four；There are two described first fixed device (31),
Altogether there are four top, four tops are distinguished with every group of four wirerope (30) respectively for two first fixations device (31)
It is connected.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821304852.XU CN208618440U (en) | 2018-08-14 | 2018-08-14 | It breathes freely in a kind of underground engineering top plate drainage system the robust structure of observation tube |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821304852.XU CN208618440U (en) | 2018-08-14 | 2018-08-14 | It breathes freely in a kind of underground engineering top plate drainage system the robust structure of observation tube |
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| Publication Number | Publication Date |
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| CN208618440U true CN208618440U (en) | 2019-03-19 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110185020A (en) * | 2019-07-08 | 2019-08-30 | 北京盈丰园林工程有限公司 | A kind of siphon drainage collection system |
-
2018
- 2018-08-14 CN CN201821304852.XU patent/CN208618440U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110185020A (en) * | 2019-07-08 | 2019-08-30 | 北京盈丰园林工程有限公司 | A kind of siphon drainage collection system |
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