Flexible waterproof gate

Abstract

A flexible waterproof gate is installed within a track to prevent water from seeping into relatively low-lying areas. The flexible waterproof gate includes a flexible carrier, assembly components, a waterproof material layer, and a support material layer. The waterproof material layer is installed on a first surface of the flexible carrier to prevent water from penetrating through the flexible carrier. The support material layer is installed on a second surface opposite to the first surface to provide support for the flexible carrier.

Claims

1. A flexible waterproof gate, assembled within a track, the flexible waterproof gate comprising: a flexible carrier made of easily retractable flexible material; an assembly assembly disposed around the flexible carrier to be assembled with the track; a waterproof material layer disposed on a first surface of the flexible carrier to prevent water penetration; and a support material layer disposed on a second surface corresponding to the first surface to provide support for the flexible carrier.

2. The flexible waterproof gate as described in claim 1, wherein the assembly further includes a filling component that, after absorbing water, expands and fills the gap between the flexible waterproof gate and the track to increase its waterproof performance.

3. The flexible waterproof gate as described in claim 2, wherein the filling component is replaceable.

4. The flexible waterproof gate as described in claim 1, wherein the supporting material layer system comprises a plurality of unidirectional supporting plates.

5. The flexible waterproof gate as described in claim 4, wherein the plurality of unidirectional support plates are interlocked together.

6. The flexible waterproof gate as described in claim 1, wherein the supporting material layer is a hydrophilic hardening structural layer.

7. The flexible waterproof gate as described in claim 6, wherein the hydrophilic hardening structural layer comprises a moisture barrier layer and a water-absorbing powder layer, the water-absorbing powder layer being filled within the moisture barrier layer, the moisture barrier layer being used to block moisture and prevent moisture intrusion while catalyzing the water-absorbing powder layer to produce a hardening reaction.

8. The flexible waterproof gate as described in claim 6, wherein the hydrophilic hardening structure layers are arranged in an array, symmetrically, or staggered manner.

9. The flexible waterproof gate as described in claim 6, wherein the hydrophilic hardening structural layer system is replaceable.

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