A new type of connecting member

Abstract

The invention discloses a novel connecting member, which has a connecting bracket, a plurality of sub-brackets and a plurality of fixing parts, the sub-brackets are at a certain angle to each other, and the fixing parts are arranged on the sub-brackets; a connecting bracket The body has a plurality of contact surfaces and a plurality of mounting parts; the connecting bracket and the connecting support body are firmly connected to the mounting part through the fixing part. By adopting the novel connecting member provided by the invention, the specifications and standards of prefabricated beams and columns can be universal, and industrialized mass production can be realized, so that the cost and cost are low, time and materials are saved, the building speed is fast, and at the same time, environmental protection and recycling can be achieved. Purpose.

Description

【Technical field】 [0001] The invention relates to a connection component, in particular to a novel connection component in the technical field of construction. 【Background technique】 [0002] At present, when building the main structure of the prefabricated house, the beams, wall panels, and standing columns are usually prefabricated according to the design size, and the foundation is constructed. After the foundation is solidified, pass the above-mentioned prefabricated station column through the bolt hole on the bottom steel plate, and fix it on the foundation with the reserved anchor bolts on the foundation; hoist the beam, place the beam on the station column, and weld the gap between the beam and the beam and the beam For the reserved steel head between the column and the station column, pour concrete in the gap between the joints; support the membrane plate between the beams on both sides, lay steel bars, and cast concrete to form the floor slab; or lay steel tiles bet...

AI Technical Summary

Problems solved by technology

[0002] At present, when building the main structure of the prefabricated house, the beams, wall panels, and standing columns are usually prefabricated according to the design size, and the foundation is constructed. After the foundation is solidified, pass the above-mentioned prefabricated station column through the bolt hole on the bottom steel plate, and fix it on the foundation with the reserved anchor bolts on the foundation; hoist the beam, place the beam on the station column, and weld the gap between the beam and the beam and the beam For the reserved steel head between the column and the station column, pour concrete in the gap between the joints; support the membrane plate between the beams on both sides, lay steel bars, and cast concrete to form the floor slab; or lay steel tiles between the beams on both sides and pour concrete , to form the floor; and leave the second-floor standing column bolts and wall plate connecting steel bar heads on the floor; pass the reserved steel bar heads of the wall plate, the reserved steel bar heads of the station columns and the reserved steel bar heads of the beams through the steel bars Welded together, the gaps are filled with cement mortar. This connection between prefabricated beams and between prefabricated beams and station columns through steel welding will cause a large loss of raw materials, low reutilization of prefabricated beams and columns, and is not conducive to Realize industrial mass production

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