CN214786227U - Container formula vestibule for elevator - Google Patents

Abstract

The utility model relates to a container formula vestibule for elevator. The building comprises a main corridor, a building body transition corridor, a first flat entrance corridor, a second flat entrance corridor, a decorative wallboard and an I-steel beam. The utility model discloses the main vestibule that will be connected with the elevator well and to the excessive vestibule of registering one's residence of floor have made container integral type structure, whole vestibule includes that the inlayer is tentatively decorated and can be accomplished at the mill prefabrication, only need during the construction with the vestibule transport on-the-spot direct hoist and mount accomplish fixed concatenation can, this kind of container type vestibule's installation construction high efficiency more is convenient, can effectively promote the construction progress, avoid a large amount of high altitude construction operations on scene simultaneously, guarantee construction safety, reduce the influence of site operation to peripheral resident family.

Description

Container formula vestibule for elevator

Technical Field

The utility model relates to an install elevator engineering technical field additional, specifically be a container formula vestibule for elevator.

Background

With the improvement of living standard of people, the demand of elevators in daily life of people is continuously increased, China enters the population aging stage at present, but the elevators are built in buildings of eighty or ninety years of the last century, are generally not higher than 7 floors of residences and are not installed, so that the convenient traveling of people, particularly the old, is seriously influenced. The traditional existing building is additionally provided with the elevator, the brick-concrete structure and the steel structure which are constructed on site are mainly adopted as an elevator shaft, and after civil construction is completed, elevator equipment is installed.

SUMMERY OF THE UTILITY MODEL

In view of the problems in the prior art, the utility model discloses a container type corridor for an elevator, which adopts the technical proposal that the container type corridor for the elevator comprises a main corridor, a building transition corridor, a first floor entrance corridor and a second floor entrance corridor, wherein the main corridor and the building transition corridor are integrated rectangular corridor frames which are prefabricated and formed by I-steel beams and second square tubes, four I-steel beams are taken as main frames, the I-steel beams are fixedly connected by the second square tubes, second angle steel is fixedly connected between the second square tubes on the bottom surfaces of the main corridor and the building transition corridor, decorative wall plates are fixedly connected on the side surfaces of the main corridor and the building transition corridor respectively, the first floor entrance corridor and the second floor entrance corridor are prefabricated container type corridors, and the side surfaces of the decorative wall plates are fixedly connected, the first flat floor entrance corridor and the second flat floor entrance corridor are respectively located on two sides of the main corridor and fixedly connected between the main corridor and the building body transition corridor.

As an optimized scheme of the utility model, first floor entrance vestibule is as four I-steel stands position support columns in four corners, form rectangular frame through C shaped steel crossbeam fixed connection between the I-steel stand, bottom surface and the top of first floor entrance vestibule respectively the first side of fixedly connected with pipe between the C shaped steel crossbeam, the one end of first side pipe is passed with one side C shaped steel crossbeam outwards extends, first floor entrance vestibule bottom surface fixedly connected with first angle steel between the first side pipe, first floor entrance vestibule bottom surface the lower surface and the top of C shaped steel crossbeam the bolt hole has evenly been seted up to the impartial interval of upper surface of C shaped steel crossbeam, first floor entrance vestibule one end I-steel stand side bottom fixedly connected with tractive fixed beam, two of the first floor entrance vestibule other end respectively fixed connection on the I-steel stand main vestibule and I-steel gallery The corridor is arranged in the building body, and the free end of the traction fixing beam is flush with one end, extending outwards, of the first square pipe.

As an optimized scheme of the utility model, its characterized in that: the second floor entrance corridor is the same as the first floor entrance corridor in structure.

As a preferred scheme of the utility model, main vestibule the excessive vestibule of building body first flat entrance vestibule the inboard of second flat entrance vestibule is decorated through ornamental material and is handled.

As an optimal scheme of the utility model, install the window on the decoration wallboard.

The utility model has the advantages that: the utility model discloses the main vestibule that will be connected with the elevator well and to the excessive vestibule of registering one's residence of floor have made container integral type structure, whole vestibule includes that the inlayer is tentatively decorated and can be accomplished at the mill prefabrication, only need during the construction with the vestibule transport on-the-spot direct hoist and mount accomplish fixed concatenation can, this kind of container type vestibule's installation construction high efficiency more is convenient, can effectively promote the construction progress, avoid a large amount of high altitude construction operations on scene simultaneously, guarantee construction safety, reduce the influence of site operation to peripheral resident family.

Drawings

Fig. 1 is a schematic view of the overall structure of the present invention;

FIG. 2 is a schematic structural view of the main corridor and the building body transition corridor after the decorative wall boards are removed;

fig. 3 is the utility model discloses get rid of the first flat entrance vestibule's behind the decorative wall board structural schematic diagram.

In the figure: the building comprises 1-a main corridor, 2-a building transition corridor, 3-a first flat entrance corridor, 301-an I-shaped steel upright post, 302-C-shaped steel cross beams, 303-a first square tube, 304-a first angle steel, 305-a traction fixing beam, 306-bolt holes, 4-a second flat entrance corridor, 5-a decorative wall plate, 6-an I-shaped steel cross beam, 7-a second square tube and 8-a second angle steel.

Detailed Description

Example 1

As shown in fig. 1 to 3, the container type corridor for elevator of the present invention adopts the technical scheme that the container type corridor for elevator comprises a main corridor 1, a building transition corridor 2, a first floor entrance corridor 3 and a second floor entrance corridor 4, wherein the main corridor 1 and the building transition corridor 2 are integrated rectangular corridor frames prefabricated and formed by i-steel beams 6 and second square tubes 7, wherein four i-steel beams 6 are used as main frames, four i-steel beams 6 are fixedly connected by the second square tubes 7, a second angle steel 8 is fixedly connected between the second square tubes 7 on the bottom surfaces of the main corridor 1 and the building transition corridor 2, decorative wall plates 5 are fixedly connected to the side surfaces of the main corridor 1 and the building transition corridor 2 respectively, the first floor entrance corridor 3 and the second floor entrance corridor 4 are prefabricated container type corridors, and the side surfaces thereof are fixedly connected with the decorative wall plates 5, first flat entrance vestibule 3 with second flat entrance vestibule 4 is located respectively main vestibule 1 both sides and fixed connection are in main vestibule 1 with the excessive vestibule 2 of building body between.

First flat entrance vestibule 3 is as four angle position support columns by four I-steel stand 301, form rectangular frame through C shaped steel crossbeam 302 fixed connection between the I-steel stand 301, the bottom surface and the top of first flat entrance vestibule 3 respectively fixedly connected with first square pipe 303 between the C shaped steel crossbeam 302, the one end of first square pipe 303 is passed with one side C shaped steel crossbeam 302 outwards extends, first flat entrance vestibule 3 bottom surface fixedly connected with first angle steel 304 between the first square pipe 303, the equal interval of the lower surface of C shaped steel crossbeam 302 and the upper surface of C shaped steel crossbeam 302 of top of first flat entrance vestibule 3 bottom surface has evenly seted up bolt hole 306, first flat entrance vestibule 3 one end I-steel stand 301 side bottom fixedly connected with tractive fixed beam 305, two of the 3 other ends of first flat bed entrance vestibule the I-steel stand 301 go up respectively fixed connection main vestibule 1 with excessive vestibule 2 of building body, the free end of tractive fixed beam 305 with the outside one end that extends of first square tube 303 flushes.

The second floor entrance corridor 4 has the same structure as the first floor entrance corridor 3.

The inner sides of the main corridor 1, the building transition corridor 2, the first flat-layer entrance corridor 3 and the second flat-layer entrance corridor 4 are decorated by decorative materials.

The decorative wall panel 5 is provided with a window.

The utility model discloses a theory of operation: the main corridor 1, the building transition corridor 2, the first floor entrance corridor 3 and the second floor entrance corridor 4 are prefabricated in a factory according to the design size, the interior preliminary decoration is completed after the decorative outer wall 5 is installed, the building transition corridor 1 and the second floor entrance corridor 4 are transported to a construction site when in need of installation, one end of the main corridor 1 is welded to an elevator shaft through lifting, one end of the building transition corridor 2 is fixedly connected to a connecting plate reserved on a building, then the first floor entrance corridor 3 and the second floor entrance corridor 4 are respectively lifted and welded between the main corridor 1 and the building transition corridor 2, a traction fixing beam 305 and a first square tube 303 are fixedly connected to the connecting plate reserved on the building, namely the installation of the first floor entrance corridor 3 is completed, after the installation of the first floor entrance corridor 3 of each floor is completed, the adjacent first floor entrance corridors 3 of the upper layer and the lower layer can be fixedly connected together through bolts penetrating through bolt holes 306, the second floor entrance corridor 4 is installed in the same way as the first floor entrance corridor 3.

Components not described in detail herein are prior art.

Although the present invention has been described in detail with reference to the specific embodiments, the present invention is not limited to the above embodiments, and various changes can be made without departing from the spirit of the present invention within the knowledge range of those skilled in the art, and modifications or variations without creative efforts are still within the scope of the present invention.

Claims (5)

1. The utility model provides a container formula vestibule for elevator, a serial communication port, including main vestibule (1), the excessive vestibule of building (2), first flat entrance vestibule (3), the flat entrance vestibule of second (4), main vestibule (1) with the excessive vestibule of building (2) are by I-steel crossbeam (6) and second side pipe (7) prefabricated fashioned integral type rectangle vestibule frame, wherein four I-steel crossbeam (6) are as the main frame, four between I-steel crossbeam (6) by second side pipe (7) fixed connection, main vestibule (1) with on the bottom surface of the excessive vestibule of building (2) fixedly connected with second angle steel (8) between second side pipe (7), main vestibule (1) with the side of the excessive vestibule of building (2) is fixedly connected with respectively and decorates wallboard (5), first flat entrance vestibule (3) with the second flat entrance vestibule (4) are prefabricated fashioned container Box vestibule and the equal fixedly connected with in its side decorate wallboard (5), first level entrance vestibule (3) with second level entrance vestibule (4) are located respectively main vestibule (1) both sides and fixed connection are in main vestibule (1) with the excessive vestibule of building body (2) between.

2. The container type corridor for elevator according to claim 1, characterized in that: first floor vestibule of registering one's residence (3) are regarded as four angle position support columns by four I-steel stand (301), form rectangular frame through C shaped steel crossbeam (302) fixed connection between I-steel stand (301), the bottom surface and the top of first floor vestibule of registering one's residence (3) respectively fixedly connected with first side pipe (303) between C shaped steel crossbeam (302), the one end of first side pipe (303) is passed same one side C shaped steel crossbeam (302) outwards extends, first floor vestibule of registering one's residence (3) bottom surface fixedly connected with first angle steel (304) between first side pipe (303), first floor vestibule of registering one's residence (3) bottom surface the lower surface and the top of C shaped steel crossbeam (302) the bolt hole (306) have evenly been seted up to the equipartition interval of C shaped steel crossbeam (302), first floor vestibule of registering one end I-steel stand (301) side bottom fixedly connected with tractive solid bolt (306), bolt hole (306) are seted up to first floor vestibule (3) one end Decide roof beam (305), two of first flat layer house entry vestibule (3) other end respectively fixed connection on I-steel stand (301) main vestibule (1) with corridor (2) are crossed to the building body, the free end of tractive fixed beam (305) with the one end of first side pipe (303) outside extension flushes.

3. The container type corridor for elevator according to claim 1, characterized in that: the second floor entrance corridor (4) has the same structure as the first floor entrance corridor (3).

4. The container type corridor for elevator according to claim 1, characterized in that: the interior sides of the main corridor (1), the building body transition corridor (2), the first flat entrance corridor (3) and the second flat entrance corridor (4) are decorated by decorative materials.

5. The container type corridor for elevator according to claim 1, characterized in that: and a window is arranged on the decorative wall plate (5).

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