A basement communication opening structure based on waterproof steel plate

Abstract

The invention provides a basement connecting port structure and anti-leakage construction method based on water-stop steel plates, including GB flexible fillers at the bottom of cracks, polyethylene plastic waterproof rods arranged in a network, V-shaped water-stop steel plates, embedded Asbestos asphalt, water-stop rubber strips, and angle steel are connected together with water-expandable water-stop rubber strips through a reinforcement structure and fixed on the wall; Filling, polyethylene plastic waterproof rods, pouring V-shaped water-stop steel plates, pouring asbestos asphalt and water-stop rubber strips, and fixing the reinforced structure and water-expandable water-stop rubber strips on the wall through angle steel. The beneficial effects of the present invention are: the present invention combines the reinforcement device to lock and fix the cracks, preventing the water leaking out of the cracks from causing the cracks to expand, and further causing the openings of the cracks to open. The V-shaped water-stop steel plate is used to prevent groundwater from meeting. The water steel plate can no longer penetrate into it.

Description

Technical field

[0001] The present invention relates to the field of anti-leakage techniques of building basement interconnect structures, and more particularly to a basement interconnect structure based on a stopper steel sheet.Background technique

[0002] At present, most real estate cells are designed as super high-rise homes with basements, and other places in the community are underground garages or underground civil defense projects. The channel interface between them is called a connecting port. This connection of this interposer is generally water-repellent to prevent groundwater from infiltration using a medium-type rubber stopper strip, and then use the outermost detachable rubber soil strip to prevent seepage caused by the construction of the medium to the hydrolysis tape or material defect. However, this construction method always causes seepage, and has undergone the following reasons for the following cases: 1. The medium-type rubber stopper belt is embedded in two interfac...

Examples

Embodiment 1

[0033]Seefigure 1 ,image 3 ,Figure 4 withFigure 5 The present invention provides its technical solution, one based on the basement interconnector structure based on the soil steel sheet, including GB flexible filler 2 at the bottom of the crack 1, is provided at top of GB flexible filler 2, polyethylene plastic arranged to mesh The waterproof bar 3 is located in the crack 1, and the V-shaped water plate 4 is disposed at the top of the polyethylene plastic waterproof bar 3, which is filled in the crack 1 of the V-shaped soil steel plate 4, and the crack 1 The opening covering a layer of water expansion stopper rubber strip 6, each of the two sides of the water rubber strip 6 is disposed, and the angle steel 7 is connected to the water expansion stopper rubber strip 6 by the reinforcing structure 8 and is fixed. Wall 9.

[0034]Specifically, the reinforcing structure 8 includes two traveling rods 80, respectively, respectively, an elastic fastening assembly 81, respectively, coupled betw...

Embodiment 2

[0048]Seefigure 2 ,image 3 ,Figure 4 ,Figure 5 withFigure 6The present invention provides its technical solution, one based on the basement interconnector structure based on the soil steel sheet, including GB flexible filler 2 at the bottom of the crack 1, is provided at top of GB flexible filler 2, polyethylene plastic arranged to mesh The waterproof bar 3 is located in the crack 1, and the V-shaped water plate 4 is disposed at the top of the polyethylene plastic waterproof bar 3, which is filled in the crack 1 of the V-shaped soil steel plate 4, and the crack 1 The opening covering a layer of water expansion stopper rubber strip 6, each of the two sides of the water rubber strip 6 is disposed, and the angle steel 7 is connected to the water expansion stopper rubber strip 6 by the reinforcing structure 8 and is fixed. Wall 9.

[0049]Specifically, the reinforcing structure 8 includes two traveling rods 80, respectively, respectively, an elastic fastening assembly 81, respectively, cou...

Technical field

[0001] The present invention relates to the field of anti-leakage techniques of building basement interconnect structures, and more particularly to a basement interconnect structure based on a stopper steel sheet.Background technique

[0002] At present, most real estate cells are designed as super high-rise homes with basements, and other places in the community are underground garages or underground civil defense projects. The channel interface between them is called a connecting port. This connection of this interposer is generally water-repellent to prevent groundwater from infiltration using a medium-type rubber stopper strip, and then use the outermost detachable rubber soil strip to prevent seepage caused by the construction of the medium to the hydrolysis tape or material defect. However, this construction method always causes seepage, and has undergone the following reasons for the following cases: 1. The medium-type rubber stopper belt is embedded in two interfac...

Examples

Embodiment 1

[0033]Seefigure 1 ,image 3 ,Figure 4 withFigure 5 The present invention provides its technical solution, one based on the basement interconnector structure based on the soil steel sheet, including GB flexible filler 2 at the bottom of the crack 1, is provided at top of GB flexible filler 2, polyethylene plastic arranged to mesh The waterproof bar 3 is located in the crack 1, and the V-shaped water plate 4 is disposed at the top of the polyethylene plastic waterproof bar 3, which is filled in the crack 1 of the V-shaped soil steel plate 4, and the crack 1 The opening covering a layer of water expansion stopper rubber strip 6, each of the two sides of the water rubber strip 6 is disposed, and the angle steel 7 is connected to the water expansion stopper rubber strip 6 by the reinforcing structure 8 and is fixed. Wall 9.

[0034]Specifically, the reinforcing structure 8 includes two traveling rods 80, respectively, respectively, an elastic fastening assembly 81, respectively, coupled betw...

Embodiment 2

[0048]Seefigure 2 ,image 3 ,Figure 4 ,Figure 5 withFigure 6The present invention provides its technical solution, one based on the basement interconnector structure based on the soil steel sheet, including GB flexible filler 2 at the bottom of the crack 1, is provided at top of GB flexible filler 2, polyethylene plastic arranged to mesh The waterproof bar 3 is located in the crack 1, and the V-shaped water plate 4 is disposed at the top of the polyethylene plastic waterproof bar 3, which is filled in the crack 1 of the V-shaped soil steel plate 4, and the crack 1 The opening covering a layer of water expansion stopper rubber strip 6, each of the two sides of the water rubber strip 6 is disposed, and the angle steel 7 is connected to the water expansion stopper rubber strip 6 by the reinforcing structure 8 and is fixed. Wall 9.

[0049]Specifically, the reinforcing structure 8 includes two traveling rods 80, respectively, respectively, an elastic fastening assembly 81, respectively, cou...

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