CN212104558U

CN212104558U - Modular frame for an assembled machine room

Info

Publication number: CN212104558U
Application number: CN202021903566.2U
Authority: CN
Inventors: 尚昊; 刁鹏飞; 史建永; 孟云波; 王旭光; 姚杰
Original assignee: Beijing No 3 Construction Engineering Co Ltd
Current assignee: Beijing No 3 Construction Engineering Co Ltd
Priority date: 2020-09-03
Filing date: 2020-09-03
Publication date: 2020-12-08
Anticipated expiration: 2030-09-03

Abstract

A modular frame for an assembled machine room is formed by welding channel steel into a plurality of standard assemblies with uniform specifications, and each assembly comprises an equipment mounting platform and a pipeline mounting platform. After partial pipelines, valves and water pumps are installed outside the machine room on a modular frame for an assembled machine room to be manufactured into a whole, the parts are conveyed to a concrete foundation pier of the machine room through transport tools such as ground tanks to be integrally installed at one time, a traditional civil engineering structure is omitted, a support hanger and a pipeline installation procedure are carried out after completion, the purpose of fast and green construction with few welding or no welding on site is achieved, the total construction period is shortened, and the construction cost is reduced. The modular frame for the prefabricated machine room is configured at least two in one machine room. Use the utility model discloses, electromechanical device and pipeline are convenient for maintain or retrieve, have embodied the construction theory of processing and the management that becomes more meticulous. The utility model discloses there is bigger market space and wide influence at internal.

Description

Modular frame for an assembled machine room

Technical Field

The utility model relates to a component of installation electromechanical device in computer lab especially relates to a modularization frame for assembled computer lab.

Background

In the traditional electromechanical equipment construction, a series of electromechanical equipment installation such as a hanging bracket, a pipeline, a valve, a water pump and the like needs to be carried out in a machine room after the civil engineering structure construction is finished. The electromechanical device is installed in the computer lab to the tradition, has following drawback: firstly, the construction process is seriously prolonged due to the influence of the space of a machine room and the inconvenience of installation operation of various devices; secondly, equipment is installed in the machine room, and welding procedures are needed to be adopted for part of projects, so that the requirements of quick and green construction cannot be met; and thirdly, after the equipment is installed, the equipment and part of pipelines are inconvenient to maintain and recover, and the construction concept of refined processing and refined management cannot be reflected.

SUMMERY OF THE UTILITY MODEL

The utility model discloses an overcome the drawback of installing electromechanical device in the computer lab in the past, provide a simple structure, use convenient, can be outside the computer lab on the unified modular frame of specification is installed with water pump, valve and partial pipeline integration, later wholly assemble this modular frame in the computer lab again, the on-the-spot progress of assembling is fast, can avoid welding, can satisfy the modular frame that is used for assembled computer lab of green construction theory.

The purpose of the utility model is that can realize. The utility model is used for modular frame characterized in that of assembled computer lab: a modular framework for an assembly machine room comprises a planar rectangular bottom frame which is tiled on a concrete foundation pier and consists of a front transverse outer framework, a rear transverse outer framework, a left longitudinal outer framework and a right longitudinal outer framework, wherein a transverse inner framework is arranged in the frame opening of the planar rectangular bottom frame and between the front transverse outer framework and the rear transverse outer framework, a plurality of longitudinal inner frameworks are connected between the transverse inner framework and the front transverse outer framework, the transverse inner framework and the longitudinal inner frameworks form an equipment placement platform, a left front support column is arranged at the front part of the transverse inner framework above the left longitudinal outer framework, a left rear support column is arranged at the joint of the rear transverse outer framework, a right front support column is arranged at the front part of the transverse inner framework above the right longitudinal outer framework, and a right rear support column is arranged at the joint of the rear transverse outer framework, a top plane frame of common horizontal installation above four spinal branch daggers of left front strut, left back strut, right front strut and right back strut, left front strut, left back strut, right front strut, right back strut and plane frame structure become the pipeline arrangement platform.

The utility model is used for modular frame of assembled computer lab, wherein all be connected with bearing diagonal and horizontal brace between left front support post and the left back support post and between right front support post and the right back support post.

The utility model is used for modular frame of assembled computer lab, wherein planar frame is equal at its front and back margin above left front support column, left back support column, right front support column and the right back support column, is symmetrical shape structure.

The utility model discloses a modularization frame for assembled computer lab, wherein anterior horizontal exoskeletal, the horizontal exoskeletal in rear portion, the longitudinal exoskeletal in left side, the longitudinal exoskeletal in right side, horizontal inner frame, vertical inner frame, bearing diagonal, horizontal support and top frame constitute by 14# channel-section steel, front left support column, rear left support column, front right support column and rear right support column constitute by two 14# channel-section steels, each component of modularization frame for assembled computer lab is the welding connection.

The utility model is used for the modular frame of assembled computer lab lies in with prior art difference the utility model discloses a plurality of standard assembly that the modular frame of assembled computer lab is welded into unified specification by the channel-section steel, and every assembly includes equipment mounting platform and pipeline mounting platform two parts. The modular frame used for the assembled machine room is installed outside the machine room through partial pipelines, valves and water pumps, and after the modular frame is manufactured into a whole, the modular frame is conveyed to a concrete foundation pier of the machine room through a forklift or a ground tank and other transportation tools to be integrally installed at one time, so that the construction procedure that in the traditional process, after a civil engineering structure is completed, a support hanger and a pipeline are installed is omitted, the purpose of fast and green construction with few welding or no welding on site is achieved, the total construction period is shortened, and the construction cost is reduced. The modular frame for the prefabricated machine room is configured at least two in one machine room. Use the utility model discloses, electromechanical device and pipeline are convenient for maintain or retrieve, have embodied the construction theory of processing and the management that becomes more meticulous. The utility model discloses there is bigger market space and wide influence at internal.

The modular frame for an assembled machine room according to the present invention will be further described with reference to the accompanying drawings.

Drawings

Fig. 1 is a schematic diagram of a three-dimensional structure of a modular frame for an assembled machine room according to the present invention.

Fig. 2 is a schematic structural front view of the modular frame for an assembled machine room of the present invention.

Fig. 3 is a schematic structural plan view of the modular frame for the assembled machine room according to the present invention.

Detailed Description

As shown in fig. 1-3, the utility model discloses a plane rectangle underframe that is used for the modularization frame of assembled computer lab includes that a tiling comprises anterior horizontal exoskeletons 2.1, rear portion horizontal exoskeletons 2.2, left side vertical exoskeletons 2.3 and right side vertical exoskeletons 2.4 on concrete foundation pier 1. A transverse inner framework 2.5 is arranged between the front transverse outer framework 2.1 and the rear transverse outer framework 2.2 in the frame opening of the plane rectangular bottom frame. A plurality of longitudinal inner frameworks 2.6 are connected between the transverse inner framework 2.5 and the front transverse outer framework 2.1. The front transverse outer framework 2.1, the transverse inner framework 2.5 and the plurality of longitudinal inner frameworks 2.6 form an equipment placement platform. A left front supporting column 3.1 is arranged at the front part of the transverse inner framework 2.5 on the left longitudinal outer framework 2.3, and a left rear supporting column 3.2 is arranged at the joint of the left front supporting column and the rear transverse outer framework 2.2. A right front supporting column 3.3 is arranged at the front part of the transverse inner framework 2.5 on the right longitudinal outer framework 2.4, and a right rear supporting column 3.4 is arranged at the joint of the right longitudinal outer framework and the rear transverse outer framework 2.2. A top plane frame 4 is horizontally arranged on the four support columns of the left front support column 3.1, the left rear support column 3.2, the right front support column 3.3 and the right rear support column 3.4. The left front supporting column 3.1, the left rear supporting column 3.2, the right front supporting column 3.3, the right rear supporting column 3.4 and the plane frame 4 form a pipeline arranging platform.

As shown in fig. 1 and 2, an inclined support 5.1 and a horizontal support 5.2 are connected between the left front support column 3.1 and the left rear support column 3.2 and between the right front support column 3.3 and the right rear support column 3.4.

As shown in fig. 1 to 3, the planar frame 4 has a symmetrical structure with equal front and rear margins on the left front support column 3.1, the left rear support column 3.2, the right front support column 3.3 and the right rear support column 3.4.

As shown in fig. 1 and 2, the front transverse outer frame 2.1, the rear transverse outer frame 2.2, the left longitudinal outer frame 2.3, the right longitudinal outer frame 2.4, the transverse inner frame 2.5, the longitudinal inner frame 2.6, the diagonal brace 5.1, the horizontal brace 5.2 and the top frame 4 are all made of 14# channel steel. The left front supporting column 3.1, the left rear supporting column 3.2, the right front supporting column 3.3 and the right rear supporting column 3.4 are all formed by two 14# channel steel. All components of the modular frame for the assembled machine room are connected by welding.

The utility model is used for among the modularization frame of assembled computer lab, set up bearing diagonal 5.1 and horizontal braces 5.2 on the both sides stand of the modularization frame that is used for the assembled computer lab, ensured the stability that is used for the modularization frame construction of assembled computer lab, bearing diagonal 5.1 and horizontal braces 5.2 had both guaranteed that the frame has possessed certain anti-seismic ability and has ensured the stability of installation transportation simultaneously, make things convenient for equipment to take out and overhaul.

The above-mentioned embodiments are only for describing the preferred embodiments of the present invention, and are not intended to limit the scope of the present invention, and various modifications and improvements made by those skilled in the art without departing from the design spirit of the present invention should fall into the protection scope defined by the claims of the present invention.

Claims

1. A modular frame for an assembled machine room, characterized by: a modularization frame for assembled computer lab includes a plane rectangle underframe that is laid on concrete foundation pier (1) and comprises front portion horizontal exoskeletons (2.1), rear portion horizontal exoskeletons (2.2), left side vertical exoskeletons (2.3) and right side vertical exoskeletons (2.4), set up a horizontal inner frame (2.5) in the plane rectangle underframe frame mouth between front portion horizontal exoskeletons (2.1) and rear portion horizontal exoskeletons (2.2), connect a plurality of vertical inner skeletons (2.6) between horizontal inner skeleton (2.5) and the front portion horizontal exoskeletons (2.1), horizontal inner skeleton (2.5) and a plurality of vertical inner skeleton (2.6) constitute equipment arrangement platform, be equipped with a left front strut (3.1) in horizontal inner skeleton (2.5) front portion above the left side vertical exoskeletons (2.3), be equipped with a left front strut (2.1) in rear portion horizontal exoskeletons (2.2) connection, the utility model discloses a pipeline arrangement platform, including horizontal inner frame (2.5) front portion department, front right support column (3.3) are equipped with above the vertical outer frame (2.4) of right side in horizontal inner frame (2.5), back right support column (3.4) are equipped with in the junction with horizontal outer frame (2.2) of rear portion, top planar frame (4) of common horizontal installation above front left support column (3.1), back left support column (3.2), front right support column (3.3) and back right support column (3.4), front left support column (3.1), back left support column (3.2), front right support column (3.3), back right support column (3.4) and planar frame (4) constitute pipeline arrangement platform.

2. The modular frame for a fabricated machine room of claim 1, wherein: an inclined support (5.1) and a horizontal support (5.2) are connected between the left front support column (3.1) and the left rear support column (3.2) and between the right front support column (3.3) and the right rear support column (3.4).

3. Modular frame for a prefabricated room according to claim 1 or 2, characterized in that: the front and back margins of the plane frame (4) on the left front supporting column (3.1), the left back supporting column (3.2), the right front supporting column (3.3) and the right back supporting column (3.4) are equal, and the plane frame is of a symmetrical structure.

4. Modular frame for a prefabricated room according to claim 1 or 2, characterized in that: anterior horizontal exoskeleton (2.1), rear portion horizontal exoskeleton (2.2), left side vertical exoskeleton (2.3), right side vertical exoskeleton (2.4), horizontal inner frame (2.5), vertical inner frame (2.6), bearing diagonal (5.1), horizontal support (5.2) and flat frame (4) constitute by 14# channel-section steel, left front support column (3.1), left back support column (3.2), right front support column (3.3) and right back support column (3.4) constitute by two 14# channel-section steels, each component of modularization frame for assembled computer lab is welded connection.