A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
WATER COLLECTING SYSTEM OF WATERPROOF FLOOR, WATERPROOF FLOOR PROVIDED WITH THE SAME, AND WATER COLLECTING METHOD FOR WATERPROOF FLOOR
To efficiently drain water infiltrated into an inside of a waterproof floor.SOLUTION: A water collecting system 10 of a waterproof floor of this invention includes a stacked structure 42 on a floor slab 40, the stacked structure being stacked from a lower layer side with at least a waterproof material 44, a buffer material 48, and weighing concrete 54, and is targeted to a waterproof floor 30 in which at least one drainage facility 70 is provided so as to penetrate the stacked structure 42, the drainage facility being to drain water flowing on the stacked structure 42 or water infiltrated into an inside of the stacked structure 42. More specifically, the water collecting system includes a water collecting structure 12 that is provided in each of the drainage facilities 70 and allows water infiltrated into an upper layer relative to the waterproof material 44 in the stacked structure 42 of the waterproof floor 30 to flow to a water removing hole 80 disposed in an outer peripheral part 70a of the drainage facility 70. Accordingly, the water collecting system can efficiently drain water from the drainage facility 70 through the water removing hole 80, since the water infiltrated into the stacked structure 42 of the waterproof floor 30 is allowed to flow to the water removing hole 80 of the drainage facility 70 through the water collecting structure 12.SELECTED DRAWING: Figure 1
【課題】防水床の内部に浸透した水を効率よく排水する。【解決手段】防水床の集水システム１０は、床スラブ４０の上に、下層側から少なくとも防水材４４、緩衝材４８及び押えコンクリート５４が積層された積層構造４２を備え、積層構造４２の上を流れる水や積層構造４２の内部に浸透した水を排水するための排水設備７０が、積層構造４２を貫通して少なくとも１つ設置された防水床３０を対象としている。具体的には、排水設備７０毎に設けられ、防水床３０の積層構造４２内の、防水材４４よりも上層に浸透した水を、排水設備７０の外周部７０ａに設けられた水抜き穴８０へと誘導するための集水構造１２を含んでいる。これにより、防水床３０の積層構造４２内に浸透した水を、集水構造１２を介して、排水設備７０の水抜き穴８０へと誘導することができるため、水抜き穴８０を通して排水設備７０から効率よく排水することができる。【選択図】図１
WATER COLLECTING SYSTEM OF WATERPROOF FLOOR, WATERPROOF FLOOR PROVIDED WITH THE SAME, AND WATER COLLECTING METHOD FOR WATERPROOF FLOOR
To efficiently drain water infiltrated into an inside of a waterproof floor.SOLUTION: A water collecting system 10 of a waterproof floor of this invention includes a stacked structure 42 on a floor slab 40, the stacked structure being stacked from a lower layer side with at least a waterproof material 44, a buffer material 48, and weighing concrete 54, and is targeted to a waterproof floor 30 in which at least one drainage facility 70 is provided so as to penetrate the stacked structure 42, the drainage facility being to drain water flowing on the stacked structure 42 or water infiltrated into an inside of the stacked structure 42. More specifically, the water collecting system includes a water collecting structure 12 that is provided in each of the drainage facilities 70 and allows water infiltrated into an upper layer relative to the waterproof material 44 in the stacked structure 42 of the waterproof floor 30 to flow to a water removing hole 80 disposed in an outer peripheral part 70a of the drainage facility 70. Accordingly, the water collecting system can efficiently drain water from the drainage facility 70 through the water removing hole 80, since the water infiltrated into the stacked structure 42 of the waterproof floor 30 is allowed to flow to the water removing hole 80 of the drainage facility 70 through the water collecting structure 12.SELECTED DRAWING: Figure 1
【課題】防水床の内部に浸透した水を効率よく排水する。【解決手段】防水床の集水システム１０は、床スラブ４０の上に、下層側から少なくとも防水材４４、緩衝材４８及び押えコンクリート５４が積層された積層構造４２を備え、積層構造４２の上を流れる水や積層構造４２の内部に浸透した水を排水するための排水設備７０が、積層構造４２を貫通して少なくとも１つ設置された防水床３０を対象としている。具体的には、排水設備７０毎に設けられ、防水床３０の積層構造４２内の、防水材４４よりも上層に浸透した水を、排水設備７０の外周部７０ａに設けられた水抜き穴８０へと誘導するための集水構造１２を含んでいる。これにより、防水床３０の積層構造４２内に浸透した水を、集水構造１２を介して、排水設備７０の水抜き穴８０へと誘導することができるため、水抜き穴８０を通して排水設備７０から効率よく排水することができる。【選択図】図１
WATER COLLECTING SYSTEM OF WATERPROOF FLOOR, WATERPROOF FLOOR PROVIDED WITH THE SAME, AND WATER COLLECTING METHOD FOR WATERPROOF FLOOR
防水床の集水システム、これを備えた防水床、及び防水床での集水方法
HAYASHI YOSHINORI (author) / TERAKADO YUJI (author)
2020-05-07
Patent
Electronic Resource
Japanese
IPC:
E03C
DOMESTIC PLUMBING INSTALLATIONS FOR FRESH WATER OR WASTE WATER
,
Hausinstallationen für Frisch- oder Abwasser
WATERPROOF FLOOR, AND SANITARY ROOM USING WATERPROOF FLOOR
| European Patent Office | 2016
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