A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Structure for light building foundation and machining method thereof
The invention discloses a structure for a light building foundation and a machining method of the structure. The structure comprises a cast member; four connecting sleeves all arranged on the cast member; and the diameter ratio of the four connecting sleeves is 1: 1, and the thickness of the four connecting sleeves is 1.5cm. The invention relates to the technical field of buildings. The four connecting sleeves are arranged on the cast member, four supporting rods are inserted into the connecting sleeves respectively, then the cast member is supported with the ground, the cast member is supported and then placed on a bottom plate of a light steel house or a solar building facility or other building facilities, and contact extrusion is conducted through the bottom plate and a supporting part, so that building facilities such as the light steel house or the solar building facility are supported, the overall firmness is greatly improved, the supporting rods and the connecting sleeves are separated during disassembly and movement, disassembly is completed, reinforced concrete is replaced for supporting, and the problems that the construction is complex, cost is high, and moving cannot be achieved in the later period are solved.
本发明公开了一种用于轻型建筑基础的结构及其加工方法，包括：铸造件；连接套筒，四个所述连接套筒均设置于所述铸造件上；四个所述连接套筒的直径之比为1:1，并且四个连接套筒的厚度为1.5cm。本发明涉及建筑技术领域。通过在铸造件上设置的四个连接套筒，分别将四个支撑杆插入到连接套筒中，进而与地面进行支撑，将铸造件进行支撑起来，然后放入轻钢房或者太阳能等建筑设施的底板上，通过底板与支撑件进行接触挤压，从而将轻钢房或者太阳能等建筑设施进行支撑起来，大大提高了整体的牢固性，并且在进行拆卸移动时，通过将支撑杆与连接套筒之间进行分离，从而完成拆卸，进而代替了采用钢筋混凝土做支撑的，施工复杂成本高并且后期不能移动的问题。
Structure for light building foundation and machining method thereof
The invention discloses a structure for a light building foundation and a machining method of the structure. The structure comprises a cast member; four connecting sleeves all arranged on the cast member; and the diameter ratio of the four connecting sleeves is 1: 1, and the thickness of the four connecting sleeves is 1.5cm. The invention relates to the technical field of buildings. The four connecting sleeves are arranged on the cast member, four supporting rods are inserted into the connecting sleeves respectively, then the cast member is supported with the ground, the cast member is supported and then placed on a bottom plate of a light steel house or a solar building facility or other building facilities, and contact extrusion is conducted through the bottom plate and a supporting part, so that building facilities such as the light steel house or the solar building facility are supported, the overall firmness is greatly improved, the supporting rods and the connecting sleeves are separated during disassembly and movement, disassembly is completed, reinforced concrete is replaced for supporting, and the problems that the construction is complex, cost is high, and moving cannot be achieved in the later period are solved.
本发明公开了一种用于轻型建筑基础的结构及其加工方法，包括：铸造件；连接套筒，四个所述连接套筒均设置于所述铸造件上；四个所述连接套筒的直径之比为1:1，并且四个连接套筒的厚度为1.5cm。本发明涉及建筑技术领域。通过在铸造件上设置的四个连接套筒，分别将四个支撑杆插入到连接套筒中，进而与地面进行支撑，将铸造件进行支撑起来，然后放入轻钢房或者太阳能等建筑设施的底板上，通过底板与支撑件进行接触挤压，从而将轻钢房或者太阳能等建筑设施进行支撑起来，大大提高了整体的牢固性，并且在进行拆卸移动时，通过将支撑杆与连接套筒之间进行分离，从而完成拆卸，进而代替了采用钢筋混凝土做支撑的，施工复杂成本高并且后期不能移动的问题。
Structure for light building foundation and machining method thereof
一种用于轻型建筑基础的结构及其加工方法
SONG XINGGUANG (author)
2021-02-26
Patent
Electronic Resource
Chinese
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