Demountable three-dimensional beam-and-column construction method

Abstract

A detachable three-dimensional beam column structural method belongs to a building technology. According to the principle of steady and reliability and convenient disassembly and assembly, junctions are divided into a plurality of mutually-engaged units and respectively arranged on each beam column and bolt locks, buckle locks and anchor ears are arranged, so a beam column structural method of mutually-locked tongue and grooves with respective codes is formed. The detachable three-dimensional beam column does not need screws and nuts and welding, can be freely disassembled and assembled and repeatedly used, has the characteristics of light weight, high intensity and working efficiency, expense saving, steady and reliable structure, energy saving and environmental protection and is suitable for building various temporary facilities in the construction field, temporary scenes, retaining walls, viewing decks, billboards, and the like.

Description

technical field

[0001] The invention relates to a building composite structure, in particular to a beam-column structure method, which belongs to the building technology. Background technique

[0002] In construction projects, it is often required to build various temporary facilities on the construction site. Such as office buildings, residential buildings, workbenches, work platforms, etc., in many aspects of construction, such a three-dimensional beam-column structure that can be built quickly and detachable is required. The usual method is: use various building materials to build, similar to permanent buildings, but lower some standards and requirements. However, this kind of lower standard to build temporary structures has low engineering strength and poor disaster resistance, and there are potential safety hazards, which often affect normal work and often cause accidents. In addition, the construction of a temporary structure must be dismantled after use, which is la...

Examples

Embodiment 1

[0028] Embodiment 1: A method for building a work platform with a three-dimensional beam-column structure coded by four digits of cutouts.

[0029] The connection points of the three-dimensional beam-column structure are as follows: figure 1 As shown, it is composed of six materials: main column (1), auxiliary column (2), main warp beam (3), auxiliary warp beam (4), main weft beam (5), and auxiliary weft beam (6). The weighing column perpendicular to the ground has a main column (1) and an auxiliary column (2). The beams parallel to the ground are called warp beams and weft beams. It is characterized in that the columns, the warp beams and the weft beams intersect each other at 90 degrees and the joint positions, and each has auxiliary columns (2), auxiliary warp beams (4) and auxiliary weft beams (6).

[0030] The auxiliary column (2) is also called the lining column, which is parallel to the main column (1). The auxiliary warp beam (4) is also called the warp lining beam, ...

Embodiment 2

[0035] Example 2: A three-dimensional beam column made of aluminum-titanium alloy adopts a hollow structure, and its cross-section is as follows Figure 5shown. The section (16) of the structural beam column with the four-digit notch code adopts a cross frame to support the square frame edge, and the section (18) of the reinforced structural beam column adopts a double cross frame to support the square frame edge. In order to make a good combination between the column beam and the partition (or wall panel), slots with the thickness of the partition are opened on the sides of the thin-walled hollow column beams, and the cross-section (17) of the beam-column structure with slots on both sides adopts a cross frame The square frame is supported, and the section (19) of the beam-column structure with slits on four sides adopts a well-shaped skeleton to support the square frame.

[0036] The incision codes used are: 1001 / 1221, 0110 / 0122, 1111 / 1111, 0110 / 2210, 1111 / 1221, 0000 / 0000. ...

technical field

[0001] The invention relates to a building composite structure, in particular to a beam-column structure method, which belongs to the building technology. Background technique

[0002] In construction projects, it is often required to build various temporary facilities on the construction site. Such as office buildings, residential buildings, workbenches, work platforms, etc., in many aspects of construction, such a three-dimensional beam-column structure that can be built quickly and detachable is required. The usual method is: use various building materials to build, similar to permanent buildings, but lower some standards and requirements. However, this kind of lower standard to build temporary structures has low engineering strength and poor disaster resistance, and there are potential safety hazards, which often affect normal work and often cause accidents. In addition, the construction of a temporary structure must be dismantled after use, which is la...

Examples

Embodiment 1

[0028] Embodiment 1: A method for building a work platform with a three-dimensional beam-column structure coded by four digits of cutouts.

[0029] The connection points of the three-dimensional beam-column structure are as follows: figure 1 As shown, it is composed of six materials: main column (1), auxiliary column (2), main warp beam (3), auxiliary warp beam (4), main weft beam (5), and auxiliary weft beam (6). The weighing column perpendicular to the ground has a main column (1) and an auxiliary column (2). The beams parallel to the ground are called warp beams and weft beams. It is characterized in that the columns, the warp beams and the weft beams intersect each other at 90 degrees and the joint positions, and each has auxiliary columns (2), auxiliary warp beams (4) and auxiliary weft beams (6).

[0030] The auxiliary column (2) is also called the lining column, which is parallel to the main column (1). The auxiliary warp beam (4) is also called the warp lining beam, ...

Embodiment 2

[0035] Example 2: A three-dimensional beam column made of aluminum-titanium alloy adopts a hollow structure, and its cross-section is as follows Figure 5shown. The section (16) of the structural beam column with the four-digit notch code adopts a cross frame to support the square frame edge, and the section (18) of the reinforced structural beam column adopts a double cross frame to support the square frame edge. In order to make a good combination between the column beam and the partition (or wall panel), slots with the thickness of the partition are opened on the sides of the thin-walled hollow column beams, and the cross-section (17) of the beam-column structure with slots on both sides adopts a cross frame The square frame is supported, and the section (19) of the beam-column structure with slits on four sides adopts a well-shaped skeleton to support the square frame.

[0036] The incision codes used are: 1001 / 1221, 0110 / 0122, 1111 / 1111, 0110 / 2210, 1111 / 1221, 0000 / 0000. ...

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