CN2651661Y - Solar heat collector apparatus installed on sloping roofing - Google Patents

Abstract

A solar heat collector positioned on inclined roof is provided, which is characterized in that: the solar energy heat collector and a waterproof panel are supported by a bottom frame; the bottom frame is fixed on the inclined roof of building; two rounds of waterproof structure are adopted around the solar energy heat collector; the first round of waterproof structure is configured as drainage board waterproof; the second round of waterproof structure is configured as SBS waterproof coiled material; the whole device is embedded on the inclined roof of ridge type construction; the bottom frame is fixed on the inclined roof of building via a fixing angle; ordinary tiles on the roof are closely overlapped on a lateral drainage board; the installation of upper end drainage board and lower end drainage board can satisfy the waterproof requirements.

Description

Solar collector installed on sloping roof

technical field

The utility model relates to a solar heat collector device installed on a sloping roof, which can realize the integrated application of solar water heaters and buildings, and belongs to the technical field of the combination of solar water heaters and buildings.

technical background

Most of the existing ordinary tiles on slope roofs are of large wave type. Ordinary household water heaters are placed on the slope roof or on the platform. A lot of inconvenience has come, and it has a certain impact on safety.

Contents of the invention

The purpose of this utility model is to provide a solar heat collector device installed on the sloping roof, which is embedded under the ordinary tile and organically overlapped with the ordinary tile, which can effectively drain water and waterproof. It truly realizes the integrated application of solar energy and buildings, and promotes the organic integration of solar water heaters with buildings.

The structure of the utility model is: the solar heat collector and the waterproof panel are supported by the bottom frame, and the bottom frame is fixed on the sloping roof of the building. Two layers of waterproofing are adopted around the solar collector, the first layer of waterproofing is the waterproofing of the drainage board; the second layer of waterproofing is made of SBS waterproofing membrane, and the whole set of devices is embedded on the sloping roof of the ridge-type building. For the waterproofing on both sides, the bottom frame It is fixed on the sloping roof of the building with a fixed angle. Ordinary tiles on the roof are closely lapped on the side drainage board. For the waterproofing of the upper end, support tiles are used between the upper drainage board and the ordinary tile. On the top of the collector water tank, the water tank is covered, and the water inlet and outlet pipes enter the room through the reserved tube well on the roof. For the waterproofing of the lower end, the lower end of the drainage plate bite is riveted on the lead plate, and the lead plate is tightly overlapped with the wave groove of the ordinary tile. .

Solar collectors installed on sloping roofs have the following advantages:

1. Multi-functional integration, with multiple functions such as providing hot water, waterproofing, drainage, and decorating the roof. The device can be used as a component of the building to achieve the building material of the solar collector roof;

2. Organically combined with the building: the device is embedded on the slope roof of the building, the solar collector is closely fixed, and the drainage board is organically overlapped with the ordinary tile on the slope roof, which can effectively waterproof and drain water;

3. Advanced anti-corrosion technology: the drainage board with anti-oxidation coating on the surface is selected to improve the anti-corrosion performance of the product;

4. The pipeline layout is simple and orderly: the water inlet and outlet pipes of the solar collector directly pass through the roof through the reserved hole (hole) under the collector, which is simple in direction, good in waterproof effect, and convenient in maintenance;

5. The shape is novel and beautiful: the heat collector is perfectly inlaid on the sloping roof, making the solar water heater integrated with the building and adding a beautiful landscape to the building.

Description of drawings

Figure 1: Schematic diagram of a solar collector installed on a sloping roof;

Figure 2: Sectional view of Figure 1A-A;

Figure 3: Side view of Figure 1;

Figure 4: A section enlarged view of Figure 2;

Fig. 5: B section enlarged view of Fig. 2;

Figure 6: Enlarged view of part C of Figure 2.

1, 2, 3: the solar heat collector (1) and the waterproof panel (2) are supported by the bottom frame (3), and the bottom frame (3) is fixed on the slope roof (5) of the building. Two layers of waterproofing are adopted around the solar heat collector (1), the first layer of waterproofing is the waterproofing of the drainage board; the second layer of waterproofing is the SBS waterproofing membrane, and the whole set of devices is embedded on the sloping roof (5) of the ridge type building, so that the solar water heater (1) It really becomes a part of the building and realizes the perfect combination of solar energy and building.

By Fig. 4: for the waterproofing of both sides, its bottom frame (3) adopts fixed angle (4) to be fixed on the building slope roof (5). Common roof tiles (7) are closely lapped on the side drainage boards (6), and SBS waterproof rolls (8) are used for waterproofing below the drainage boards.

By Fig. 5: For the waterproofing of the upper end, adopt support tile bar (10) to support between its upper end drainage board (9) and common tile (7), the upper end drainage board (9) top (11) inserts common tile (7) Below, the lower part (12) of the drainage board (9) is heightened, and it is close to the top of the water tank (13) of the heat collector (1), covering the water tank (13), and the water inlet and outlet pipes (14) pass through the roof (5) and reserve the tube well (15) Entering the room effectively prevents water leakage.

From Figure 6: For the waterproofing of the lower end, the lower end drainage plate (16) is riveted on the lead plate (17), and the lead plate (17) is closely overlapped with the wave groove (8) of the ordinary tile (7), realizing The lower end drains.

Claims (4)

1. A solar heat collector device installed on a sloping roof, characterized in that: the solar heat collector (1) and the waterproof panel (2) are supported by the bottom frame (3), and the bottom frame (3) is fixed on the building on the sloping roof (5). Two layers of waterproofing are adopted around the solar heat collector (1), the first layer of waterproofing is the waterproofing of the drainage board; the second layer of waterproofing is the SBS waterproofing membrane, and the whole set of devices is embedded on the sloping roof (5) of the ridge type building. 2. The solar heat collecting device according to claim 1, characterized in that: the bottom frame (3) is fixed on the sloping roof (5) of the building with fixed angles (4). Common roof tiles (7) are closely lapped on the side drainage boards (6). 3. The solar heat collection device according to claim 1, characterized in that: the upper drainage board (9) and the ordinary tile (7) are supported by support tiles (10), and the upper drainage board (9) (11 ) is inserted under the ordinary tile (7), the drain board (9) bottom (12) is heightened, and is close to the top of the heat collector (1) water tank (13), covering the water tank (13), and the water inlet and outlet pipes (14) Enter the room through the reserved tube well (15) on the roof (5). 4. The solar heat collection device according to claim 1, characterized in that: the lower drain plate (16) is riveted on the lead plate (17), and the lead plate (17) is connected to the wave groove of the ordinary tile (7) ( 8) Tightly overlap.

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