CN209670201U - A kind of wrapping corner aluminum of circular arch lighting belt - Google Patents

Abstract

The upper end matching of a kind of bound edge aluminum corner brace of arc shaped, circular arc skeleton is provided with the first plane skylight；First plane skylight middle position is provided with galvanized sheet folding piece A；Galvanized sheet folding piece A passes through to be arranged on circular arc skeleton and the first plane skylight from brill oncomelania line；Galvanized sheet folding piece B is symmetrically arranged at the end positions of first plane skylight；Galvanized sheet folding piece B passes through to be arranged on circular arc skeleton and the first plane skylight from brill oncomelania line；The outside of two galvanized sheet folding piece B is symmetrically arranged with aluminium alloy cornice bound edge；Aluminium alloy cornice bound edge from brill oncomelania line by being arranged on the side wall of galvanized sheet folding piece B；The upper end matching of first plane skylight is provided with the second plane skylight；Sealed set has galvanized sheet at the two ends of second plane skylight；Galvanized sheet passes through to be arranged on the second plane skylight and aluminium alloy cornice bound edge from brill oncomelania line；Aluminium alloy cornice bound edge, which passes through from brill nail, is accurately fitted within corresponding position, without positioning adjustment, reduces installation difficulty, improves production and application cost.

Description

A kind of wrapping corner aluminum of circular arch lighting belt

technical field

The utility model relates to the installation of roof lighting strips, in particular to a wrapping angle aluminum of a circular arch lighting strip.

Background technique

The arched roof lighting belts all protrude from the roof and are supported by independent brackets, and are divided into inner and outer double-layer structures, which are evenly distributed on the roof. In the prior art, the two-layer lighting panels of the lighting belt are usually installed by wrapping. After the double-layer lighting panels are installed on the arc skeleton, water leakage is prone to occur; the wrapping is made of multiple colored panels. It is cumbersome and complicated to install, which increases production and use costs.

Contents of the invention

The purpose of the utility model is to provide a kind of edge-wrapped aluminum for a circular arch lighting belt, which solves the above technical problems.

In order to achieve the above-mentioned technical purpose and meet the above-mentioned technical requirements, the technical solution adopted by the utility model is: a kind of edge-wrapped aluminum of a circular arch lighting belt, including a mounting base; the upper end of the mounting base is provided with a round Arc skeleton; it is characterized in that: the upper end of the arc skeleton is matched with a first daylighting plate; the middle position of the first daylighting plate is provided with a galvanized sheet fold A; the galvanized sheet fold A is passed through The drill screw thread is set on the arc skeleton and the first daylighting plate; the two ends of the first daylighting plate are symmetrically provided with galvanized sheet parts B; the galvanized sheet part B is set by self-drilling nail threads On the arc skeleton and the first daylighting board; the outer sides of the two galvanized sheet parts B are symmetrically provided with aluminum alloy cornice wrapping; the aluminum alloy cornice wrapping is set on the galvanized sheet part by self-drilling nail threads On the side wall of B; the upper end of the first lighting board is matched with a second lighting board; the two ends of the second lighting board are sealed with a galvanized sheet; the galvanized sheet is threaded by a self-drilling screw It is set on the second daylighting board and the aluminum alloy cornice edge.

Preferably: both the first daylighting board and the second daylighting board are made of FRP boards.

Preferably: both the folded galvanized sheet A and the folded galvanized sheet B are made of galvanized sheet with a thickness of 1.5 mm.

Preferably: the aluminum alloy eaves wrapping includes a vertical base plate; the upper end of the vertical base plate is connected with a first slanted plate; the upper end of the first slanted plate is connected with a second slanted plate; the upper end of the second slanted plate A third slanted plate is connected; the angle between the vertical base plate and the first slanted plate is set to 122°; the second slanted plate is arranged perpendicularly to the first slanted plate and the third slanted plate; The vertical base plate and the side wall of the installation base frame are arranged parallel to each other; the first inclined plate and the side wall of the arc skeleton are arranged perpendicular to each other; the second inclined plate is fixed on the galvanized plate by self-drilling nails on the folding part B; the third inclined plate is fixed in the second daylighting plate by self-drilling nails.

Preferably: an aluminum alloy bead is arranged between the galvanized sheet and the second daylighting sheet.

Beneficial effect of the utility model: a kind of wrapping angle aluminum of round arch daylighting belt, compared with the traditional structure: the setting of galvanized sheet folding part A and galvanized sheet folding part B effectively supports the second daylighting board , so that it meets the installation requirements. The aluminum alloy eaves wrapping adopts an integrated design. After installation, it can effectively ensure the waterproof performance between the first daylighting board, the arc skeleton and the installation base, and at the same time fix the second daylighting board. The sealing setting of the galvanized sheet can also effectively ensure the waterproof performance between the second lighting board and the aluminum alloy cornice edge; the aluminum alloy cornice edge is accurately installed in the corresponding position through self-drilling nails, and no positioning adjustment is required , which reduces the difficulty of installation and increases the cost of production and use.

Description of drawings

Fig. 1 is a structural representation of the utility model;

Fig. 2 is the enlarged view of place A in Fig. 1;

Fig. 3 is the structural representation of the utility model galvanized sheet folding part A;

Fig. 4 is the structural representation of the utility model galvanized sheet folding part B;

Fig. 5 is the structural representation of the utility model aluminum alloy cornice wrapping

In the figure: 1. Installation base frame; 2. Arc skeleton 3. First daylighting board; 4. Galvanized sheet folding A; Cornice wrapping; 7-1. Vertical base plate; 7-2. First inclined plate; 7-3. Second inclined plate; 7-4. Third inclined plate; 8. Second daylighting plate; 9. Galvanized 10. Aluminum alloy bead.

Detailed ways

In order to make the purpose of the invention, technical solutions and beneficial technical effects of the utility model clearer, the utility model will be further described in detail below in conjunction with the accompanying drawings and specific implementation methods;

In the accompanying drawings: a wrapping angle aluminum of a circular arch lighting belt, including a mounting base 1; the upper end of the mounting base 1 is provided with an arc skeleton 2; the upper end of the arc skeleton 2 is matched with a The first lighting board 3; the middle position of the first lighting board 3 is provided with a galvanized sheet folding part A4; the galvanized sheet folding part A4 is threaded on the arc skeleton 2 and the first lighting board through self-drilling nails 5 3; the two ends of the first daylighting board 3 are symmetrically provided with galvanized sheet parts B6; 3 above; the outer sides of the two galvanized sheet folding parts B6 are symmetrically provided with aluminum alloy cornice wrapping 7; the aluminum alloy cornice wrapping 7 is threaded on the side wall of the galvanized sheet folding part B6 through self-drilling nails 5 The upper end of the first daylighting plate 3 is matched with a second daylighting plate 8; the two ends of the second daylighting plate 8 are sealed with a galvanized plate 9; The thread is set on the second daylighting board 8 and the aluminum alloy cornice edge 7; the setting of the galvanized sheet folding part A4 and the galvanized sheet folding part B6 effectively supports the second daylighting board 8 to meet the installation requirements, and the aluminum The alloy cornice wrapping 7 adopts an integrated design, which can effectively ensure the waterproof performance between the first lighting panel 3, the arc frame 2 and the installation base frame 1 after installation, and at the same time play the role of fixing the second lighting panel 8. The sealing setting of the galvanized sheet 9 can also effectively ensure the waterproof performance between the second lighting board 8 and the aluminum alloy cornice wrapping 7; the aluminum alloy cornice wrapping 7 is accurately installed in the corresponding position by the self-drilling nail 5, without The positioning adjustment reduces the difficulty of installation and increases the cost of production and use.

Both the first daylighting board 3 and the second daylighting board 8 are made of FRP board; the FRP material can meet the working requirements of the daylighting board.

The galvanized sheet fold A4 and the galvanized sheet fold B6 are both made of 1.5mm thick galvanized sheet; combined with Figure 1, Figure 3 and Figure 4, the galvanized sheet fold A4 and the galvanized sheet fold can be determined The structure and installation method of B6.

The aluminum alloy eaves wrapping 7 includes a vertical base plate 7-1; the upper end of the vertical base plate 7-1 is connected with a first inclined plate 7-2; the upper end of the first inclined plate 7-2 is connected with a second inclined plate plate 7-3; the upper end of the second slant plate 7-3 is connected with a third slant plate 7-4; the angle between the vertical base plate 7-1 and the first slant plate 7-2 is set to 122 °; the second slant plate 7-3 is arranged vertically with the first slant plate 7-2 and the third slant plate 7-4 respectively; are arranged parallel to each other; the first slant plate 7-2 and the side wall surface of the arc skeleton 2 are arranged perpendicular to each other; the second slant plate 7-3 is fixed on the galvanized sheet fold B6 by self-drilling nails 5 The third slant plate 7-4 is fixed in the second daylighting panel 8 by self-drilling nails 5; with reference to Fig. 1, Fig. 2 and Fig. 5, the aluminum alloy cornice wrapping 7 is accurately attached to the installation base frame 1 and The side wall of the arc skeleton 2 ensures the waterproof performance; the aluminum alloy cornice wrapping 7 can also play the role of fixing the second daylighting board 8 and ensure the waterproof performance.

An aluminum alloy bead 10 is arranged between the galvanized plate 9 and the second daylighting board 8 to ensure the waterproof performance of the second daylighting board 8 .

The above-mentioned embodiments are only descriptions for clearly illustrating the utility model, rather than limiting the implementation. For those skilled in the art, other changes or changes in different forms can be made on the basis of the above-mentioned descriptions , it is not necessary and impossible to list all the implementations here, and the obvious changes or changes derived therefrom are still within the protection scope of the present utility model.

Claims (5)

1. A wrapping corner aluminum of a circular arch lighting belt, comprising a mounting base (1); the upper end of the mounting base (1) is provided with a circular arc skeleton (2); it is characterized in that: the circular arc The upper end of the frame (2) is matched with a first daylighting board (3); the middle position of the first daylighting board (3) is provided with a galvanized sheet folding part A (4); the galvanized sheet folding part A ( 4) Threaded on the arc skeleton (2) and the first daylighting board (3) through self-drilling nails (5); the two ends of the first daylighting board (3) are symmetrically provided with galvanized sheet folds B (6); the galvanized sheet folded piece B (6) is threaded on the arc skeleton (2) and the first daylighting plate (3) through self-drilling nails (5); two galvanized sheet folded pieces B The outer sides of (6) are symmetrically provided with aluminum alloy cornice wrapping (7); the aluminum alloy cornice wrapping (7) is threaded on the side wall of the galvanized sheet fold B (6) through self-drilling nails (5) above; the upper end of the first daylighting plate (3) is matched with a second daylighting plate (8); both ends of the second daylighting plate (8) are sealed with a galvanized plate (9); the The galvanized sheet (9) is screwed on the second daylighting sheet (8) and the aluminum alloy cornice wrapping (7) through self-drilling nails (5). 2. The edge-wrapped aluminum of a circular arch lighting belt according to claim 1, characterized in that: the first lighting board (3) and the second lighting board (8) are both made of FRP boards. 3. The edge-wrapped aluminum of a round arch lighting strip according to claim 1, characterized in that: both the folded galvanized sheet A (4) and the folded galvanized sheet B (6) are made of 1.5 Made of galvanized sheet of mm thickness. 4. The edge-wrapping aluminum of a round arch lighting belt according to claim 1, characterized in that: the aluminum alloy cornice edge (7) includes a vertical base plate (7-1); the vertical The upper end of the substrate (7-1) is connected to a first slant plate (7-2); the upper end of the first slant plate (7-2) is connected to a second slant plate (7-3); the second slant plate ( The upper end of 7-3) is connected with a third slant plate (7-4); the angle between the vertical base plate (7-1) and the first slant plate (7-2) is set to 122°; the The second slant plate (7-3) is vertically arranged with the first slant plate (7-2) and the third slant plate (7-4); the vertical base plate (7-1) and the installation base The side walls of (1) are arranged parallel to each other; the side walls of the first inclined plate (7-2) and the arc skeleton (2) are arranged perpendicular to each other; the second inclined plate (7-3) passes through the Drilling nails (5) are fixed on the galvanized sheet fold B (6); the third slant plate (7-4) is fixed in the second daylighting board (8) by self-drilling nails (5). 5. The edge-wrapped aluminum of a round arch lighting belt according to claim 1, characterized in that: an aluminum alloy bead ( 10).