Sliding operation platform for daylighting roof installation

Abstract

The utility model discloses a sliding operation platform for installing a daylighting roof. The sliding operation platform comprises a sliding platform, an overhanging part and a hanging part. The sliding platform is formed by welding small tank wheels, square steel stand columns, I-shaped steel main beams, square steel secondary beams and square steel inclined supports, the four square steel stand columns are arranged above the four small tank wheels from bottom to top, the two I-shaped steel main beams are connected with the square steel stand columns in a welded mode in the longitudinal direction, and the square steel inclined supports are connected with the square steel stand columns and the I-shaped steel main beams in a welded mode. A stable triangular state is formed, and the square steel secondary beams and the I-shaped steel main beams are connected in a welded mode in the transverse direction. The overhanging part is formed by welding a square steel overhanging beam and a square steel straining beam, a profiled steel sheet is laid above the overhanging part, one end of the square steel straining beam is welded with the square steel overhanging beam, the other end of the square steel straining beam is welded with a web of the I-shaped steel main beam, and the square steel overhanging beam is vertically welded with the web of the I-shaped steel main beam to form a triangular stable state. The hanging part is formed by welding a square steel stand column, a square steel main beam, a square steel inclined support, a square steel connecting beam and a square steel straining beam and used for hanging an electric hoist to hoist a steel structure. The utility model has the beneficial effects that the installation efficiency is improved, the erection of an all-round scaffold is avoided, the lower space of the light well is released, the labor cost is reduced, and the light well has certain popularization value.

Description

TECHNICAL FIELD

[0001] The utility model belongs to the field of building construction, specifically relates to a kind of sliding operation platform for daylighting roof installation. BACKGROUND

[0002] Traditional method is to erect full scaffold for the installation of daylighting roof steel structure, and the disadvantages of this method are that steel pipe material is large, occupies the space below daylighting roof, and labor cost is large. Therefore, a kind of sliding operation platform for daylighting roof installation is self-made for the installation of daylighting roof steel structure. UTILITY MODEL CONTENTS

[0003] The utility model provides a kind of sliding operation platform for daylighting roof installation, solve the problem of some disadvantages of traditional method, improve construction efficiency, reduce construction cost, ensure construction safety, release the space of daylighting roof.

[0004] The utility model solves the technical problems by the following technical scheme: a kind of sliding operation platform for daylighting roof installation, including sliding platform, cantilever part and suspension part three parts.The sliding platform is welded by small tank wheel, square steel column, I-beam, square steel secondary beam and square steel inclined support, from bottom to top, four small tank wheels are four square steel columns, two I-beams are welded and connected with square steel column longitudinally, square steel inclined support is welded and connected with square steel column and I-beam, form stable triangle state, square steel secondary beam is welded and connected with I-beam horizontally.The cantilever part is welded by square steel cantilever beam and square steel pull beam, and profiled steel plate is laid on top, one end of square steel pull beam is welded with square steel cantilever beam, and the other end is welded with I-beam web, square steel cantilever beam is welded perpendicularly with I-beam web, and forms triangle stable state.The suspension part is welded by square steel column, square steel beam, square steel inclined support, square steel connecting beam and square steel pull beam, is used to suspend electric hoist for steel structure hoisting, square steel column supports square steel beam, adopts welding connection, square steel inclined support is welded and connected with square steel column and square steel beam at both ends, forms triangle stable state, in addition, square steel column is welded and connected by square steel connecting beam, and square steel column is welded and fixed on I-beam by square steel pull beam.

[0005] Further, the size of square steel column of sliding platform is 300x300x6mm, and the size of I-beam is H700x350x12x20mm.

[0006] Further, the size of square steel cantilever beam of cantilever part is 160x80x5mm, the size of square steel pull beam is 100x60x5mm, and the size of profiled steel plate is 1.2mm.

[0007] Further, the size of the square steel upright, the square steel main beam, the square steel inclined support, the square steel connecting beam and the square steel pull beam of the hanging part is 80*80*5mm.

[0008] The beneficial effect of the utility model is that the self-made sliding operation platform using materials such as small tank wheels, I-beams and square steels horizontally spans the light well, the hanging part of the sliding operation platform is provided with an electric hoist for hoisting steel structures, workers weld steel structures at the overhanging part of the sliding operation platform, and the sliding operation platform is moved by the small tank wheels after the welding of one frame of rigid frame to install the next frame of steel structure. The method improves the installation efficiency, avoids erecting full-frame scaffolding, releases the space below the light well, reduces the labor cost, and has certain popularization value. BRIEF DESCRIPTION OF DRAWINGS

[0009] Fig. 1 is the perspective view of the utility model.

[0010] Fig. 2 is the left view of the utility model.

[0011] In the drawing: 1, small tank wheel; 2, square steel upright; 3, I-beam main beam; 4, square steel secondary beam; 5, square steel inclined support; 6, square steel overhanging beam; 7, square steel pull beam; 8, profiled steel plate; 9, square steel upright; 10, square steel main beam; 11, square steel inclined support; 12, square steel connecting beam; 13, square steel pull beam; 14, light well. DETAILED DESCRIPTION

[0012] The utility model will be further described below in combination with the drawings and examples. Referring to Figs. 1-2As shown, a kind of sliding operation platform for daylighting roof installation, including sliding platform, overhanging portion and suspension portion three parts.The sliding platform is composed of small tank wheel 1, square steel column 2, I-beam 3, square steel secondary beam 4 and square steel inclined support 5, from bottom to top, four small tank wheel 1 is four square steel columns 2, two I-beam 3 is connected with square steel column 2 by welding longitudinally, square steel inclined support 5 is connected with square steel column 2 and I-beam 3 by welding, form stable triangle state, square steel secondary beam 4 is connected with I-beam 3 by welding laterally.The overhanging portion is welded by square steel overhanging beam 6 and square steel pull beam 7, and profiled steel plate 8 is laid on top, wherein one end of square steel pull beam 7 is welded with square steel overhanging beam 6, and the other end is welded with the web of I-beam 3, square steel overhanging beam 6 is welded with the web of I-beam 3 vertically, forming a triangle stable state.The suspension portion is welded by square steel column 9, square steel beam 10, square steel inclined support 11, square steel connecting beam 12 and square steel pull beam 13, for suspending electric hoist to carry out steel structure hoisting, square steel column 9 supports square steel beam 10, and is connected by welding, square steel inclined support 11 is connected with square steel column 9 and square steel beam 10 by welding at both ends, forming a triangle stable state, in addition, square steel column 9 is welded and connected by square steel connecting beam 12, and square steel column 9 is welded and fixed on I-beam 3 by square steel pull beam 13.

[0013] Sliding operation platform spans light well 14, and the suspension portion of the sliding operation platform is installed with electric hoist for steel structure hoisting, and workers are located in the overhanging portion of the sliding operation platform to weld steel structure, after completing the installation and welding of a frame of rigid frame, the sliding operation platform is moved by small tank wheel 1 to install the next frame of steel structure.

[0014] The above only is the preferred embodiment of the present application, the protection scope of the present application is not only limited to the above-mentioned examples, and belongs to the protection scope of the present application for the technical solutions under the idea of the present application.It should be pointed out that, for the ordinary skilled in the art, under the premise of not departing from the prototype of the present application, some improvements and decorations, these improvements and decorations should also be regarded as the protection scope of the present application.

Claims

1. A sliding work platform for installation of a daylighting roof, characterized in that The platform comprises a sliding platform, a cantilever part and a hanging part, the sliding platform is welded by small tank wheels, square steel columns, I-beam main beams, square steel secondary beams and square steel inclined supports, from bottom to top, four square steel columns are arranged above the four small tank wheels, two I-beam main beams are welded and connected with the square steel columns in the longitudinal direction, the square steel inclined supports are welded and connected with the square steel columns and the I-beam main beams, forming a stable triangular state, the square steel secondary beams are welded and connected with the I-beam main beams in the transverse direction, the cantilever part is welded by square steel cantilever beams and square steel pull beams, and profiled steel plates are arranged above the square steel cantilever beams, one end of the square steel pull beam is welded with the square steel cantilever beam, the other end is welded with the web of the I-beam main beam, the square steel cantilever beam is welded with the web of the I-beam main beam perpendicularly, forming a triangular stable state, the hanging part is welded by square steel columns, square steel main beams, square steel inclined supports, square steel connecting beams and square steel pull beams, and is used for hanging electric hoists to hoist steel structures, the square steel columns support the square steel main beams, the square steel columns and the square steel main beams are welded and connected at two ends of the square steel inclined supports, forming a triangular stable state, in addition, the square steel columns are welded and connected by the square steel connecting beams, and the square steel columns are welded and fixed on the I-beam main beam by the square steel pull beams.

2. A sliding working platform for installation of a daylighting roof according to claim 1, characterized in that the sliding The square steel columns of the platform are 300*300*6mm in size, and the I-beam main beams are H700*350*12*20mm in size.

3. A sliding operation platform for installing a daylighting roof according to claim 1, characterized in that The square steel cantilever beams of the cantilever part are 160*80*5mm in size, the square steel pull beams are 100*60*5mm in size, and the profiled steel plates are 1.2mm in size.

4. A sliding operation platform for installing a daylighting roof according to claim 1, characterized in that The square steel columns, the square steel main beams, the square steel inclined supports, the square steel connecting beams and the square steel pull beams of the hanging part are all 80*80*5mm in size.

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