一种节能钢构的基础模块

Abstract

本实用新型提供了一种节能钢构的基础模块，包括主体框架、固定部分、空气循环部分、温度辅助循环部分、升温部分和控制部分，固定部分包括定位管、定位螺母、固定盒结构、固定螺杆和地钉，空气循环部分包括封闭机构、调节机构、切换机构和干燥机构，温度辅助循环部分包括集热器、循环泵和散热器，升温部分包括电动伸缩杆二、活动盖板、电热丝、铝箔和隔热盒，能源部分包括蓄电池和风力电机。本实用新型对安装场地要求显著降低，可以安装于预设地柱上，也可通过地钉固定，大幅提高基础模块的安装效率；显著提高隔热、防潮、防火等能力，且可以主动调节基础模块上方空间的环境，改善居住环境，提高舒适度。

Claims

1. An energy efficient steel framed base module characterized by: It includes a main frame, a fixing part, an air circulation part, a temperature auxiliary circulation part, a heating part, and a control part; the main frame includes a heat insulation board (102), a steel frame (101), a heat insulation block (103), and a fireproof board (104); the fixing part includes a positioning tube (201), a positioning nut, a fixing box structure (203), a fixing screw (202), and a ground nail; the air circulation part includes a sealing mechanism, an adjusting mechanism, a switching mechanism, and a drying mechanism; the sealing mechanism includes a push rod motor (301) and a partition plate (302); the adjusting mechanism includes an electric telescopic rod (303), a telescopic tube (304), and a silicone sealing strip; the silicone sealing strip is respectively set at the upper and lower ends of the circular tube; the electric telescopic rod... (303) is set on the outer wall of the circular tube; one end of the telescopic tube (304) is slidably connected to the inside of the circular tube; the telescopic tube (304) and the movable end of the electric telescopic rod (303) are connected by a connecting block; a vent box (305) is set at the lower end of the telescopic tube (304); the vent box (305) includes a cylindrical container, and a vent hole is set on its side plate; the temperature auxiliary circulation part includes a collector (401), a circulation pump and a radiator (402); the heating part includes an electric telescopic rod (501), a movable cover plate (502), an electric heating wire (503), aluminum foil and a heat insulation box (504).

2. The energy efficient steel based module as claimed in claim 1, wherein: The switching mechanism includes a push rod motor 2 (306), a partition plate 2, an exhaust fan (307), and an intake fan (308); the push rod motor 2 (306) and the slide rod 1 are disposed on the bottom surface of the fireproof plate (104); the partition plate 2 is slidably connected to the slide rod 1 and connected to the movable end of the push rod motor 2 (306); the exhaust fan (307) and the intake fan (308) are disposed on the partition plate 2.

3. The energy efficient steel based module as claimed in claim 1, wherein: The drying mechanism includes a drying box (309) and a suction cup; the drying box (309) is adapted to a circular groove; the drying box (309) includes a cylindrical container three and a cover plate two; a vent hole two is provided on the bottom plate of the cylindrical container three; a vent hole three is provided on the cover plate two; the suction cup is provided on the bottom surface of the drying box (309).

4. The energy efficient steel based module as claimed in claim 1, wherein: A push rod motor (301) is mounted on a heat insulation plate (102); a partition plate (302) is slidably connected to the heat insulation plate (102) and connected to the movable end of the push rod motor (301); a circular through hole four and a heat insulation pad are provided on the partition plate (302); a breathable mesh is provided on the circular through hole four.

5. The energy efficient steel based module as claimed in claim 1, wherein: The steel frame (101) includes a cuboid frame and supporting short columns; the supporting short columns are set inside the cuboid frame; the heat insulation board (102) is set on the steel frame (101) to form a rectangular container; the bottom plate of the heat insulation board (102) is provided with a circular through hole one, a circular groove, a circular through hole two, and a square groove; the circular through hole two is located at the bottom of the circular groove; the side plate of the heat insulation board (102) is provided with a circular installation through hole; the heat insulation block (103) is inserted into the steel frame (101); the fireproof board (104) is set on the steel frame (101); the fireproof board (104) is provided with an installation guide groove, a circular storage through hole, a circular through hole three, a rectangular through hole one, and a rectangular through hole two; the circular through pipe is set inside the steel frame (101) through an "L"-shaped mounting bracket and is located between the circular through hole two and the circular through hole three; the circular through pipe is provided with a strip through hole one.

6. The foundation module of an energy-saving steel structure according to claim 1, characterized in that: The positioning tube (201) is set on the steel frame (101), and its lower end is located below the circular through hole; the positioning tube (201) is provided with a mounting screw hole; the positioning nut is set on the steel frame (101) and located on one side of the circular mounting through hole; the fixing screw (202) is threadedly connected to the positioning nut; the ground nail is connected to the fixing screw (202) by a traction rope; the fixing box structure (203) is inserted into the circular storage through hole.

7. The energy efficient steel based module as claimed in claim 1, wherein: The collector (401) is mounted on the bottom surface of the heat insulation plate (102) via a square mounting frame; the radiator (402) is mounted in a square groove; a perforated protective plate is mounted on the radiator (402); four vent holes are provided on the perforated protective plate; the collector (401) and the radiator (402) are connected by a circulating pump.

8. The energy efficient steel based module as claimed in claim 1, wherein: The electric telescopic rod 2 (501) and the heat insulation box (504) are installed inside the steel frame (101); the electric telescopic rod 2 (501) is equipped with a roller on its movable end; one end of the movable cover plate (502) is pinned to the rectangular through hole 1; the bottom surface of the movable cover plate (502) is equipped with a heat insulation frame, a limiting slide rail 1, and aluminum foil; the roller is slidably connected to the limiting slide rail; the heating wire (503) is installed inside the heat insulation box (504).

9. The energy efficient steel based module as claimed in claim 1, wherein: The energy component includes a storage battery and a wind turbine (601); the wind turbine (601) is slidably connected to a limiting slide rod via a limiting slider; a locking bolt is provided on the limiting slider; the limiting slide rod is provided on the side plate of the heat insulation plate (102); the storage battery is located inside the steel frame (101).

10. The energy efficient steel based module as claimed in claim 6, wherein: The fixed box structure (203) includes a cylindrical container, an annular limiting edge, and a movable cover; the annular limiting edge is disposed on the side plate of the cylindrical container; the movable cover is pin-connected to the cylindrical container.

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