CN210767529U - Color steel tile shed roof structure laid in fish scale shape - Google Patents

Abstract

The application relates to a various steel tile shed roof structure that fish scale form was laid, its characterized in that: the shed top comprises a supporting body (1), color steel tiles (3) and pressing lines (4) and tile lines (2) which are respectively positioned above and below the color steel tiles (3) and are parallel to each other. Because the shed roof is the three-dimensional flowing water slope that the arc line type is accompanied by slope two-dimensional change molding and forms, realized that various steel tile connects the department and need not to set up leak protection water configuration. Because the maximum support span allowed by the wires on the support bodies is much larger than the maximum support span allowed by the purlins, the shed beams and the shed columns are saved. In addition, the procedures and material consumption of cutting, profiling, layering, reinforcing and the like of the original color steel tile raw material before the color steel tile is laid conventionally are saved, and the construction cost is saved by times.

Description

Color steel tile shed roof structure laid in fish scale shape

Technical Field

The utility model relates to a building configuration especially relates to a various steel tile shed roof structure that fish scale form was laid as poultry shed.

Technical Field

When the color steel tile is used for laying the grid roof conventionally, the color steel tile prototype material is firstly cut, pressed, laminated and reinforced in a color steel tile processing factory to manufacture a color steel tile block. The color steel tile blocks are fixed on the purlines to form a shed roof. The technology of laying the color steel tile shed roof in a fish scale shape is that the color steel tile shed roof is laid in a fish scale shape with the functions of preventing water leakage and preventing floating, which is formed by two-dimensional change shed roof shapes arranged by shed beams. The shed roof has the greatest advantage that the color steel tile prototype material is directly and completely laid on a two-dimensional variable modeling supporting and fixing structure consisting of two layers of wires. Compared with the former, the latter saves labor and materials, and reduces cost by times. And has good durability.

Disclosure of Invention

The utility model relates to a color steel tile ceiling technology is laid to fish scale form has realized that the color steel tile of whole prototype is laid and is formed the ceiling. The solution to this problem is achieved by the following design configuration.

The utility model provides a various steel tile shed roof structure that ichthyoid was laid which characterized in that: the shed top comprises a supporting body (1), color steel tiles (3) and pressing lines (4) and tile lines (2) which are respectively positioned above and below the color steel tiles (3) and are parallel to each other.

The support body (1) is composed of a plurality of shed beams arranged as follows: the middle shed beams (D) are raised to the highest, the shed beams on the two sides of the middle shed beams are sequentially lowered to form a supporting body (1) which is arc-shaped in the length direction, the head side of each shed beam is high, the tail side of each shed beam is low, and a supporting body (1) which is slope-shaped in the width direction of the shed roof is formed.

The tile line (2) is positioned between the supporting body (1) and the color steel tiles (3), a plurality of tile lines (2) are laid at equal intervals along the width direction of the shed roof, and the fixing structures of the color steel tiles (3) fixed on the shed beams at the two ends of the shed roof are tensioned.

The color steel tile (3) is a whole prototype color steel tile laid between the tile line (2) and the layering line (4), the head edge of each color steel tile is sewn and fixed with the tile line (2) accompanied below the color steel tile by a metal wire, the fixed position is covered by the tail of an upper color steel tile and is in the shape of a fish scale, the head edge of the color steel tile (3) positioned on the head side of the shed top is sewn and fixed with the layering line (4) and the tile line (2) by the metal wire, and the tail edge of the color steel tile (3) positioned on the tail side of the shed top is sewn and fixed with the layering line (4) and the tile line (2) by the metal wire.

The shed beam is characterized in that the middle (D) is highest in elevation, the shed beams on the two sides of the middle (D) are sequentially lowered to form a length direction arc line shape of the shed, and the head side elevation of the shed beam is higher than the tail side elevation of the shed beam, so that a slope shape with the head side elevation in the width direction and the tail side elevation is formed, and a two-dimensional change shed roof shape supporting body is formed. A plurality of two-layer wires are laid along the length direction of the shed by depending on a shed roof modeling support body with two-dimensional change. The steel tile becomes a two-dimensional variable direct-supporting fixed color steel tile structure. The lower layer line is a tile line and plays a role in supporting and fixing the color steel tiles; the upper layer line is a layering line and has the function of fixing the color steel tile. Each shed beam of the arc-shaped shed roof provides a supporting point for the tile line and the pressing line, and a pressure point is formed on each supporting point when the tile line and the pressing line are tightened and fixed on the shed beams at the two ends of the shed. The components of the shed roof are closely contacted without floating space.

When the conventional color steel tile roof is laid, purlins are laid on the roof beams to serve as direct supporting bodies of the color steel tile blocks, and the permissible span of the purlins laid among the roof beams is small, so that the roof beams and the roof columns which are densely distributed are needed. The wire drawing mode is used as a direct supporting and fixing structure of the color steel tiles, and the allowable span of the drawing wires between the shed beams is large. A large number of shed beams and shed columns are saved; compared with various purline materials, the cost of the stay wire material is low, and the stay wire is simple and convenient to lay, labor-saving and material-saving. The construction cost is greatly reduced.

Before the conventional color steel tile roof is laid, the color steel tile plate is manufactured by the procedures of cutting, profiling, layering, reinforcing and the like of the original color steel tile raw material in a color steel tile processing factory. The color steel tile plate with large volume and light weight is transported to a construction site for use. And the whole original color steel tile is laid, so that the processing procedure is omitted. The area reduction of the color steel tile due to the compression is avoided, the laminated reinforcing material is saved, and the transportation cost is reduced. The construction cost is greatly reduced.

In the conventional color steel tile paved shed roof, because the shed roof only has a gradient in the width direction, the mutual connection parts of each color steel tile plate must be overlapped and connected in a water leakage prevention configuration. The color steel tile block is a light material, and must be anti-floating, peeled and fixed. So that each plate is fixed to the purlins at multiple points by penetrating rivets. The rivet fixing must have a water leakage prevention configuration. The utility model discloses the design of shed roof is that canopy length direction is the arc line type, and canopy width direction just forms the three-dimensional flowing water slope for laying various steel tile on the two-dimensional change molding supporter of slope type. Therefore, no matter the color steel tiles are connected in the length direction or the width direction, the tiles are tiled and overlapped only by lifting the upper side and the lower side, and the water leakage prevention structure of the tile shape is not required to be changed. Although the head side edge of each color steel tile is fixed with the tile line in a seaming mode, a seaming hole is formed, the tail of the previous tile is laid over the seaming hole, and therefore the water leakage phenomenon does not occur. The whole original color steel tile is laid, the number of joints is small, and the using amount of the color steel tile is saved. The arc-shaped supporting body formed by the plurality of shed beams utilizes the flexibility characteristic of the wires, when the pressing wires are pulled and fastened on the shed beams at the two ends of the shed, pressure is formed on each supporting point, and the anti-floating anti-stripping fixing effect is definite. And the defect that the color steel tile surface is damaged by penetrating rivet fixation is overcome.

Drawings

The following drawings are only intended to illustrate and explain the present invention and do not limit the scope of the present invention.

Wherein:

FIG. 1 is a front view of the fish-scaled color steel tile shed roof structure of the present invention

Fig. 2 is a cross-sectional view taken along the plane a-a in fig. 1.

FIG. 3 is a partial top view of the fish-scaled color steel tile shed roof structure of the present invention

In the figure: 1-canopy beam; 2-watt line; 3-color steel tile; 4-pressing lines; 5-paving the overlapped part at the joint of the color steel tiles; the 6-tile line is sewed with the color steel tile; 7-tile line, color steel tile and layering line seam-type fixing part

Detailed Description

The specific construction method of the fish scale-shaped color steel tile ceiling comprises the following steps:

the shed comprises a plurality of shed beams, wherein the shed beams are arranged and arranged to form a shed roof model supporting body with two-dimensional change, the middle position of each shed beam is highest, the heights of the two sides of each shed beam are sequentially reduced, the arc line model in the length direction of the shed is formed, and the head side lifting height of each shed beam is higher than the tail side lifting height of each shed beam, so that the slope model with the head side height in the width direction and the tail side height is formed.

Then 1 tile line is respectively laid on the head and the tail of the shed beam along the length direction of the shed roof. A plurality of tile lines are laid in the middle range of the 2 tile lines at proper intervals to fully cover the whole roof. Each tile line is tightened and fixed on the upper edges of the two shed beams by a tightener. Each tile line is formed into an arc-line-type stay wire by depending on the arc-line-type shape of the shed beam.

The method comprises the following specific steps of laying color steel tiles in a fish scale shape. The first whole prototype color steel tile is laid on the tail side of the shed roof along the 4 tile lines and reaches the outer edges of the two shed beams. If the joints are continuous in the laying process, the lifting side is positioned on the upper side, and the lifting side is positioned on the lower side. The width of the tiles exceeds several centimeters on either side of the 4 tile lines. The head side edge of the first color steel tile is fixed with the tile line accompanied below the head side edge of the first color steel tile in a seaming mode by using a metal wire. The method for laying the 2 nd color steel tile comprises the following steps: the tail side of the color steel tile covers the position of the 1 st color steel tile which is sewn and fixed by metal wires for several centimeters. The head side edge and the tile line which is accompanied with the head side edge are fixed by metal lines in a seaming way. And by analogy, the laying method of each of the other color steel tiles is the same as that of the 2 nd color steel tile. And (5) fully spreading the whole roof. Then, a line pressing line is laid in parallel corresponding to each tile line above the color steel tiles, and the tile pressing lines are tensioned and fixed on the shed beams at the two ends of the shed roof. Each layering line depends on the arc-line-shaped supporting points of the shed beam to form arc-line-shaped stay lines. And a pressure is formed on each support point. The color steel tile fixing structure is formed by two layers of two-dimensional variable modeling arranged up and down with the tile line, and the color steel tile is fixed between the two layers, so that the color steel tile has no floating room. Finally, the top and the tail side color steel tiles are fixed with the pressing lines and the tile lines which are arranged above and below the top and the tail side color steel tiles by metal lines in a seaming mode.

Claims (4)

1. The utility model provides a various steel tile shed roof structure that ichthyoid was laid which characterized in that: the shed top comprises a supporting body (1), color steel tiles (3) and pressing lines (4) and tile lines (2) which are respectively positioned above and below the color steel tiles (3) and are parallel to each other.

2. The fish-scaled color steel tile shed roof structure of claim 1, wherein: the support body (1) is composed of a plurality of shed beams arranged as follows: the middle shed beams (D) are raised to the highest, the shed beams on the two sides of the middle shed beams are sequentially lowered to form a supporting body (1) which is arc-shaped in the length direction, the head side of each shed beam is high, the tail side of each shed beam is low, and a supporting body (1) which is slope-shaped in the width direction of the shed roof is formed.

3. The fish-scaled color steel tile shed roof structure of claim 2, wherein: the tile line (2) is positioned between the supporting body (1) and the color steel tiles (3), a plurality of tile lines (2) are laid at equal intervals along the width direction of the shed roof, and the fixing structures of the color steel tiles (3) fixed on the shed beams at the two ends of the shed roof are tensioned.

4. The fish-scaled color steel tile shed roof structure of claim 3, wherein: the color steel tile (3) is a whole prototype color steel tile laid between the tile line (2) and the layering line (4), the head edge of each color steel tile is sewn and fixed with the tile line (2) accompanied below the color steel tile by a metal wire, the fixed position is covered by the tail of an upper color steel tile and is in the shape of a fish scale, the head edge of the color steel tile (3) positioned on the head side of the shed top is sewn and fixed with the layering line (4) and the tile line (2) by the metal wire, and the tail edge of the color steel tile (3) positioned on the tail side of the shed top is sewn and fixed with the layering line (4) and the tile line (2) by the metal wire.

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