CN215631897U - Corridor roof with elevator installed in existing building - Google Patents

Abstract

The utility model belongs to the technical field of elevator equipment, and particularly relates to an elevator corridor roof additionally installed on an existing building, which comprises a frame welding part, a bottom plate, an aluminum alloy support, a heat-preservation rock wool block, an aluminum magnesium manganese roof panel, a front outer wrapping plate, a rear outer wrapping plate, a side outer wrapping plate, a top outer wrapping plate and a hoisting support. The utility model realizes integral hoisting of the roof, indoor dismounting of the hoisting support and field installation, fine adjustment of the slope of the roof according to actual conditions to realize adjustment of the width of the roof, and has the advantages of saving installation time, reducing construction difficulty, improving construction safety factor, and being waterproof and heat-insulating.

Description

Corridor roof with elevator installed in existing building

Technical Field

The utility model belongs to the technical field of elevator equipment, and particularly relates to an elevator corridor roof additionally arranged on an existing building.

Background

With the continuous improvement of the living standard of residents, the requirements of people on living environment and safe and convenient travel are higher and higher. China enters the population aging stage, the traveling problem of high-rise elderly residents is solved, the problem of the livelihood of each family is solved, the convenience of traveling is provided for each senior resident, the social responsibility of the city is achieved, and the elevator is added, so that the main way of solving the traveling problem of the high-rise elderly residents is achieved.

At present, most of the conventional corridor roofs additionally provided with elevators are made of steel skeleton light plate materials and are mostly manufactured on site, the construction amount is small, but the construction time is long, the construction is difficult, the efficiency is low, the construction risk coefficient is high, and the waterproof and heat-insulating properties are poor.

SUMMERY OF THE UTILITY MODEL

The utility model aims to provide an existing building with an elevator corridor roof, which realizes integral hoisting of the roof, is disassembled indoors, is installed on site to finely adjust the slope of the roof according to actual conditions, improves the waterproof performance of the roof, improves the applicability of products, improves the construction efficiency, saves the labor cost and reduces the construction risk coefficient.

In order to achieve the purpose, the utility model provides the following technical scheme:

the utility model provides an existing building installs elevator corridor roof structure additional, includes frame welding spare, bottom plate, aluminum alloy support, heat preservation rock wool piece, aluminium magnesium manganese roof boarding, outer wrapper sheet, the outer wrapper sheet in side, top, hoisting support around, the frame welding spare comprises horizontal fossil fragments, oblique keel, support keel, aluminum alloy support mounting, well spine side pipe welding spare and hoisting support installed part welding, well spine side pipe welding spare is connected by well spine side pipe and engaging lug board, oblique keel with engaging lug board bolted connection, support keel with oblique keel bolted connection.

Furthermore, it has the waist hole to open on the oblique keel, when the error appears in the scene, through the adjustment the oblique keel with the adjustment of roof slope, realization roof width can be finely tuned to the assembly relation of well spine side pipe welding spare, the back structure's is adjusted stability has been guaranteed with the waist hole of well spine side pipe junction, through the adjustment the height of support fossil fragments realizes the regulation of roof height, and the sloping roof more is favorable to quick drainage, improves roof life.

The frame welding spare with the bottom plate, aluminum alloy bracket uses the brill tail silk to connect, aluminium magnesium manganese roof boarding through current standing-seam crimping structural technology with aluminum alloy bracket connects, outer wrapper sheet around, the outer wrapper sheet of side, the top outer wrapper sheet with the frame welding spare uses the brill tail silk to connect, outer wrapper sheet bottom parallel and level, top slope has reduced the interior processing degree of difficulty of mill, and inside cavity is filled the heat preservation rock wool piece, the heat preservation rock wool piece adopts glass fiber heat preservation cotton, can effectively give sound insulation, keep warm. The aluminum-magnesium-manganese roof boards on the two sides leave a certain gap, and the top external cladding boards are used for plugging the gap, so that the stability of a roof structure cannot be influenced when the aluminum-magnesium-manganese roof boards are subjected to thermal deformation.

The hoisting support is connected with the hoisting support mounting part through bolts from top to bottom, and the hoisting process can be completed only by detaching the bolts in the corridor on the construction site.

Compared with the prior art, the utility model has the beneficial effects that:

through with frame welding spare, bottom plate, aluminum alloy support, heat preservation rock wool piece, aluminium magnesium manganese roof boarding, front and back outer wrapper plate, side outer wrapper plate, top outer wrapper plate, hoisting support processing and equipment in the mill, with roof and hoisting support integrated into one piece machine-shaping, integrative hoist and mount, the wholeness is good, according to on-the-spot actual conditions when the on-the-spot installation realize the adjustment of roof width through finely tuning roof inclination angle, save on-the-spot installation time like this promptly, reduce the construction degree of difficulty, improve the efficiency of construction again, improve construction safety factor.

Through setting up aluminium magnesium manganese roof boarding, guaranteed the thermal-insulated heat preservation performance of structure, user experience nature is better, and the setting on sloping roof more is favorable to the drainage, and can not have ponding, improves structure life.

Drawings

FIG. 1 is an exploded view of the present invention;

FIG. 2 is an isometric view of the present invention;

FIG. 3 is a structural isometric view of a frame weldment;

FIG. 4 is a front view of a frame weldment;

FIG. 5 is an isometric view of a mid-spine square tube weldment;

FIG. 6 is a schematic structural view of front and rear outer cladding sheets;

FIG. 7 is a schematic view of a side overwrap construction;

FIG. 8 is a schematic view of the connection of a welding part of the hoisting bracket and the frame;

FIG. 9 is a schematic view of a hoisting support structure;

fig. 10 is a schematic view of the lap joint of the aluminum-magnesium-manganese roof panel and the roof plate on both sides.

In the figure: 1. the roof comprises a frame welding piece, a bottom plate, an aluminum alloy support, a heat-preservation rock wool block, an aluminum magnesium manganese roof panel, a front outer wrapping plate, a rear outer wrapping plate, a side outer wrapping plate, a top outer wrapping plate, a hoisting support, a transverse keel, a cross keel, an inclined keel, a supporting keel, a support keel, an aluminum alloy support fixing piece, a hoisting support mounting piece, a middle ridge square tube welding piece, a bolt assembly 17, an M12, a hoisting support body, a hoisting support rib plate, a middle ridge square tube 20 and a connecting lug plate 21.

Detailed Description

The utility model is described in detail below with reference to the attached drawing figures:

with reference to fig. 1, 2, 3 and 9, the utility model provides an existing building roof with an elevator corridor, which comprises a frame welding part 1, a bottom plate 2, an aluminum alloy bracket 3, a heat-preservation rock wool block 4, an aluminum magnesium manganese roof panel 5, a front outer cladding panel and a rear outer cladding panel 6, side outer wrapper sheet 7, top outer wrapper sheet 8, hoisting support 9, frame welding spare 1 is by horizontal fossil fragments 10, oblique fossil fragments 11, support fossil fragments 12, support fossil fragments 13, aluminum alloy support mounting 14, hoisting support mounting part 15 and well spine side pipe welding spare 16 welding are constituteed, bottom plate 2 adopts the various steel sheet of 1.0mm to bend and makes, aluminum alloy support 3 adopts common aluminium magnesium manganese roof support, heat preservation rock wool piece 4 is glass fiber heat preservation cotton, aluminium magnesium manganese roof boarding 5 is 430 type aluminium magnesium manganese corrugated sheet, outer wrapper sheet 6 around, side outer wrapper sheet 7 and top outer wrapper sheet 8 use 1.5mm aluminum plate to make, hoisting support 9 comprises hoisting support body 18 hoisting support gusset 19.

Frame welding spare 1 and bottom plate 2, aluminum alloy support 3 use and bore the tail silk and connect, and aluminium magnesium manganese roof boarding 5 is connected with aluminum alloy support 3 through upright lockstitching structure, and outer wrapper sheet 6 around, outer wrapper sheet 7 in the side, top outer wrapper sheet 8 uses with frame welding spare 1 and bores the tail silk and be connected, and heat preservation rock wool piece 4 is filled to inside cavity, and hoisting support 9 uses the bolt to be connected with hoisting support installed part 15.

The utility model is suitable for the roof of the existing building with the elevator straight corridor, the roof is integrally preassembled and processed and formed in a factory, when construction errors occur in the site, the slope of the roof can be finely adjusted by adjusting the assembling relation among the inclined keels 11, the transverse keels 12 and the middle ridge square tube welding pieces 16, the width of the roof is adjusted, the integral hoisting is carried out through the hoisting support 9, the support keels 13 are welded with the cross beam of the corridor, the hoisting support 9 can be simultaneously ensured to be disassembled indoors after the hoisting is finished, the aluminum-magnesium-manganese roof panels 5 on two sides are separated from a certain gap, the stability of the roof structure when the aluminum plates swell and shrink is ensured by plugging the top outer wrapping plate 8, the construction process of the installation site is simplified by using the integral forming structure in the factory, the construction efficiency is improved, and the construction difficulty and the danger coefficient are reduced by the indoor disassembly of the hoisting support.

It will be appreciated by those skilled in the art that changes, modifications, substitutions and alterations can be made in the embodiments described above without departing from the principles and spirit of the utility model, the scope of which is defined by the appended claims.

Claims (2)

1. The utility model provides an existing building installs elevator corridor roof additional, includes frame welding spare (1), bottom plate (2), aluminum alloy support (3), heat preservation rock wool piece (4), aluminium magnesium manganese roof boarding (5), front and back outer wrapper sheet (6), side outer wrapper sheet (7), top outer wrapper sheet (8), hoisting support (9), its characterized in that: frame welding spare (1) with bottom plate (2), aluminum alloy support (3) use and bore the tail silk and connect, aluminium magnesium manganese roof boarding (5) through the standing-seam crimping structure with aluminum alloy support (3) are connected, outer wrapper sheet (6) around, side outer wrapper sheet (7), top outer wrapper sheet (8) with frame welding spare (1) uses and bores the tail silk and connect, and inside cavity is filled heat preservation rock wool piece (4), hoisting support (9) with frame welding spare (1) uses bolted connection.

2. An existing building plus elevator corridor roof as claimed in claim 1, wherein: frame welding spare (1) comprises horizontal fossil fragments (10), oblique fossil fragments (11), support fossil fragments (12), support fossil fragments (13), aluminum alloy support mounting (14), hoisting support installed part (15) and well spine side's pipe welding spare (16) bolted connection, well spine side's pipe welding spare (16) comprises well spine side's pipe (20) and connection otic placode (21), oblique fossil fragments (11) with connect otic placode (21) and pass through bolted connection.

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