CN206873791U - A kind of BIPV project constructions roofing prevents from trampling the scaffold of component - Google Patents

Abstract

The utility model BIPV project construction roofings prevent from trampling the scaffold of component,Belong to building engineering field,Including aluminum alloy frame and mounting leg,Aluminum alloy frame includes two framework bars be arrangeding in parallel and is respectively perpendicular the framework vertical pole I for being connected to two framework bar ends,Framework vertical pole II,Provided with while with two framework bars framework vertical pole III connected vertically on the inside of framework vertical pole I,Provided with while with two framework bars framework vertical pole IV connected vertically on the inside of framework vertical pole II,Framework vertical pole I,It is connected between III a plurality of for cross bar I in the framework trampled,Framework vertical pole II,It is connected between IV a plurality of for cross bar II in the framework trampled,Framework vertical pole III,Hollow out between IV,Mounting leg is connected on the downside of four angles of rectangle aluminum alloy frame,Mounting leg is against the surface of W shape tanks through the rubber blanket on the downside of the middle briquetting and middle briquetting at photovoltaic module both ends.The advantages of the utility model is economical good, simple and practical, safe and reliable.

Description

A kind of BIPV project constructions roofing prevents from trampling the scaffold of component

Technical field

The utility model belongs to building engineering field, and more particularly to a kind of BIPV project constructions roofing prevents from trampling component Scaffold.

Background technology

In BIPV（I.e. Building Integrated PV are BIPVs）When photovoltaic roof is constructed, due to room The color steel tile of face component installation region has been removed, unavoidable to step on without safe and reliable operating platform when worker constructs Component installation is carried out on mounted module frame, generally use fillet, which is made, tramples frame, is placed on component and supplies workmen Walking.This conventional scaffold for preventing from trampling component has following weak point：1st, scaffold is directly touched on component, worker Easily cause that component internal cell piece is hidden to be split after stepping on；2nd, worker's pin is stepped down on batten and easily skidded, and easily causes safe thing Therefore；3rd, it is difficult to be fixed on module frame.

The content of the invention

The purpose of this utility model is to provide a kind of good economy performance, simple and practical, safe and reliable BIPV project constructions room Face prevents from trampling the scaffold of component.

The technical scheme that the utility model uses to achieve the above object is：A kind of BIPV project constructions roofing prevents from trampling The scaffold of component, including aluminum alloy frame and the mounting leg of connection aluminum alloy frame lower end, aluminum alloy frame entirety foreign steamer Exterior feature is rectangle, and aluminum alloy frame includes two framework bars be arrangeding in parallel and be respectively perpendicular to be connected to outside two framework bars Framework vertical pole I, the framework vertical pole II of side end, be additionally provided with the inner side of framework vertical pole I and meanwhile with two framework bar vertical connections Framework vertical pole III, be provided with the inner side of framework vertical pole II simultaneously with two framework bars framework vertical pole IV connected vertically, framework Be connected between vertical pole I and framework vertical pole III it is a plurality of for cross bar I in the framework trampled, framework vertical pole II and framework vertical pole IV it Between be connected with a plurality of for cross bar II in the framework trampled, hollow out between framework vertical pole III and framework vertical pole IV, mounting leg connects It is connected on the downside of four angles of rectangle aluminum alloy frame, mounting leg is passed through on the downside of middle briquetting and the middle briquetting at photovoltaic module both ends Rubber blanket be against the external corner upper surfaces of W shape tanks.

The utility model BIPV project construction roofings prevent the scaffold for trampling component from preventing from trampling applying for component with conventional The movements and postures of actors are compared and had the advantages that：

1st, good economy performance：The utility model by the use of photovoltaic module both sides W tanks as support, do not contact photovoltaic directly Component, routine techniques is overcome using photovoltaic module as the shortcomings that support, effectively protects photovoltaic module not to be damaged；

2nd, security is good：Scaffold is fixed on W tanks by the utility model, will not be moved, effectively overcome because The situation for being difficult to walk for the skidding of wood materials sole, and the utility model is available for walking area larger, effectively prevent work Artificial figure is convenient directly to step on photovoltaic module, causes photovoltaic module is hidden to split or make a misstep falling accident；

3rd, intensity is high：The utility model uses aluminum alloy material, and high capacity, intensity is big, do not stepped on easily by worker it is rotten, and High recycling rate of the present invention；

4th, it is workable：The utility model is in light weight, and size is smaller, can need to move according to practice of construction, removes Transport light, flexibility height.

Prevent from trampling the scaffold of component to the utility model BIPV project construction roofings with reference to the accompanying drawings and examples It is further described.

Brief description of the drawings

Fig. 1 is the structural representation for the scaffold that the utility model BIPV project construction roofings prevent from trampling component；

Fig. 2 is Fig. 1 A-A sectional views；

Fig. 3 is Fig. 1 B direction views（The partial view of schematic diagram photovoltaic module and W shape tanks in figure simultaneously）；

Drawing reference numeral explanation：1- framework bars, 2- frameworks vertical pole I, cross bar I in 3- frameworks, 4- frameworks vertical pole III, 5- frameworks Vertical pole IV, 6- frameworks vertical pole II, cross bar II in 7- frameworks, 8- mounting legs, briquetting in 9-, 10- rubber blankets, 11- screws, 12-W Shape tank, 13- photovoltaic modulies.

Embodiment

As shown in Figure 1 to Figure 3, the utility model BIPV project constructions roofing prevents from trampling the scaffold of component（Referred to as " apply The movements and postures of actors "）, including aluminum alloy frame and the mounting leg 8 of connection aluminum alloy frame lower end, aluminum alloy frame entirety outline is in length Square, aluminum alloy frame is welded using aluminum rectangular tube, and aluminum alloy frame includes two framework bars 1 be arrangeding in parallel And the framework vertical pole I 2 for being connected to two outside ends of framework bar 1, framework vertical pole II 6 are respectively perpendicular, in framework vertical pole I 2 Side be additionally provided with and meanwhile with two framework bars 1 framework vertical pole III 4 connected vertically, be provided with the inner side of framework vertical pole II 6 simultaneously with Two framework bars 1 framework vertical pole IV 5 connected vertically, is connected with a plurality of be used between framework vertical pole I 2 and framework vertical pole III 4 Cross bar I 3 in the framework trampled, it is connected between framework vertical pole II 6 and framework vertical pole IV 5 a plurality of for cross bar in the framework trampled II 7, hollow out between framework vertical pole III 4 and framework vertical pole IV 5, mounting leg 8 is connected to rectangle aluminium alloy by welding manner On the downside of four angles of framework, mounting leg 8 passes through the middle briquetting 9 at the both ends of photovoltaic module 13 and the rubber blanket 10 of the downside of middle briquetting 9 It is against the external corner upper surface of W shapes tank 12.

Scaffold is laid along the photovoltaic module 13 installed during construction, mounting leg 8 is embedded in photovoltaic module 13 Between gap（Through middle briquetting 9 and the rubber blanket 10 of the downside of middle briquetting 9）To on W tank external corners, scaffold is set to be fixed on light Between volt component 13, it is impossible to move left and right.Workmen can be stepped down in framework in cross bar I 3 and framework on cross bar II 7.

Above example is only preferred embodiment of the present utility model, and structure of the present utility model is not limited to above-mentioned implementation The form that example is enumerated, as the size of aluminum alloy frame can be all of the present utility model depending on the size of live photovoltaic module Any modification for being made within spirit and principle, equivalent substitution etc., should be included within the scope of protection of the utility model.

Claims (1)

1. a kind of BIPV project constructions roofing prevents from trampling the scaffold of component, it is characterised in that including aluminum alloy frame and company Connect the mounting leg of aluminum alloy frame lower end（8）, aluminum alloy frame entirety outline is rectangle, and aluminum alloy frame includes two The framework bar be arrangeding in parallel（1）And it is respectively perpendicular and is connected to two framework bars（1）The framework vertical pole I of outside end（2）, frame Frame vertical pole II（6）, in framework vertical pole I（2）Inner side be additionally provided with and meanwhile with two framework bars（1）Framework vertical pole III connected vertically （4）, in framework vertical pole II（6）Inner side be provided with simultaneously with two framework bars（1）Framework vertical pole IV connected vertically（5）, framework Vertical pole I（2）With framework vertical pole III（4）Between be connected with it is a plurality of for cross bar I in the framework trampled（3）, framework vertical pole II（6）With Framework vertical pole IV（5）Between be connected with it is a plurality of for cross bar II in the framework trampled（7）, framework vertical pole III（4）With framework vertical pole Ⅳ（5）Between hollow out, mounting leg（8）It is connected on the downside of four angles of rectangle aluminum alloy frame, mounting leg（8）Through light Lie prostrate component（13）The middle briquetting at both ends（9）With middle briquetting（9）The rubber blanket of downside（10）It is against W shape tanks（12）External corner upper table Face.