阅读说明：本技术 房盖楼层支架新技术 (New technology of house cover floor support ) 是由 张启富 于 2018-06-27 设计创作，主要内容包括：本发明公开了房盖楼层支架新技术,所述新技术是采用不同型号角钢三角形架梁图1插入两边两边墙体(5)直接水平承重受力铺塔平台,取代繁杂落后的使用树干、钢管制模方式来统一分散承重力,包括以精简用料、减轻人工劳累的全套的新技术方案,所述新技术方案不仅包括(3)、(4)、(6)和(7)的制造,还要包括及其施工操作程序,能以最低成本、高效益来实现本发明的目的,值得推广适用。(The invention discloses a new technology of a house cover floor support, which adopts different types of angle steel triangular frame beam diagrams 1 to be inserted into wall bodies (5) on two sides to directly and horizontally bear a force and lay a tower platform, replaces the complicated and laggard mode of using a trunk and a steel pipe to uniformly disperse bearing force, and comprises a complete set of new technical scheme of simplifying materials and reducing labor fatigue, wherein the new technical scheme not only comprises the manufacturing of (3), (4), (6) and (7), but also comprises a construction operation procedure thereof, can realize the purpose of the invention with the lowest cost and high benefit, and is worthy of popularization and application.)

1. Room lid floor support new technology, its characterized in that: the invention adopts a house cover floor support (figure 1), uses an angle steel support (3) to replace a tree trunk or a steel pipe as a support, has the difference that the tree trunk or the steel pipe is supported by a vertical ground surface in a dispersed bearing stress mode, particularly needs a large amount of material connection and manpower and complicated procedures to achieve the uniform horizontal bearing stress with horizontal height, and reserves holes on two sides of a wall body (5) for inserting (3) and utilizes the wall bodies (5) on the two sides to directly bear the horizontal stress.

2. Room lid floor support new technology, its characterized in that: the adjusting screw (4) is designed in the middle of the angle iron bracket (3), so that the two sides of the angle iron bracket (3) can be conveniently inserted into the wall body (5) for positioning, fastening and quick dismounting.

3. New technology of house cover floor support: the method is characterized in that: the horizontal bearing beam (6) is horizontally laid on the angle iron bracket (3), and two corresponding inclined plane triangular pointed pins (7) are adopted in the middle of the horizontal bearing beam to adjust the horizontal height of the platform (6) and fix and remove the horizontal bearing beam.

4. New technology of house cover floor support: the method is characterized in that: the inclined triangular pointed pin (7) is formed by wrapping two sides of an angle steel with a wooden contact inclined plane, and combining the two inclined triangular pointed pins in the middle of the angle steel bracket (3) and the horizontal bearing beam (6) correspondingly to adjust the horizontal height of the platform (6) and fix and remove the angle steel bracket.

Technical Field

The invention is suitable for the roof casting construction of urban buildings and new rural centralized construction, and is more suitable for the construction and design of household households and villas in various regions of dispersed houses.

Background

The existing urban building floor and the new rural house cover construction can be cast with concrete only by using a plurality of trunk connecting columns, nailing nails or using fasteners on steel pipes and the like as supporting, paving and building platforms for molding. Because the trunk, or the steel pipe is perpendicular to be the dispersion bearing atress in ground system, need use a large amount of steel nails and saw stub bar to connect respectively very much, perhaps use the unified level of more fastener fastening steel pipe, just can reach horizontal bearing atress, the process is all very heavy and complicated material is many again the tired manpower. The invention aims to research a new matched technology which has less design materials, reduces the labor intensity of workers and improves the construction benefit.

Disclosure of Invention

The invention relates to a method for manufacturing angle steel triangular frame beams with different types, which is a complete new technical scheme of the invention, wherein two sides of the manufactured angle steel triangular frame beams with different types are inserted into a wall body, the wall body is used as a support to directly support a horizontal bearing stressed paving platform, and backward and various materials and complicated operation procedures are replaced by inclined plane triangular pointed pins and bolts to improve the effective construction benefit. This is illustrated in the following.

Drawings

Fig. 1 is a general view of a room cover floor support, wherein 3 is a bilateral symmetry combination of angle steel supports, and 4 is two adjusting screws for controlling width and positioning. Two sides 5 are walls, 6 are horizontal bearing beams, 7 are the combination of two triangular pointed pins corresponding to the inclined planes, and the two sides of the angle steel are wrapped with wooden contact inclined planes to play roles in adjusting the horizontal height of the 6 platforms and fixing and dismantling. Fig. 2 is a schematic cross-sectional view of the horizontal load beam 6 and the beveled triangular pointed pin.

Detailed Description

Firstly, reserving horizontal symmetrical holes in the wall body in proportion in the early stage of brick laying, symmetrically inserting the angle steel brackets 3 into the symmetrical holes of the wall bodies 5 on the two sides in a left-right mode, and rotating the two adjusting screws 4 to be fastened and positioned to complete the horizontal bearing platform shown in the figure 1. Horizontal bearing beams 6 are respectively and horizontally laid on the horizontal bearing platform, then an inclined plane triangular pointed pin combination 7 is used for padding up and down and fixing all the horizontal bearing beams 6 on the angle iron bracket 3, and a template can be laid on the horizontal bearing platforms to weave a reinforcing mesh to cast concrete. By adopting the whole set of novel technical scheme, the purposes of reducing support and completing high-efficiency operation can be realized.