CN-224213358-U - Assembled foundation for container data center

CN224213358UCN 224213358 UCN224213358 UCN 224213358UCN-224213358-U

Abstract

The utility model discloses an assembled foundation for a container data center, which relates to the field of construction of the container data center and comprises a prefabricated independent foundation, prefabricated short columns, prefabricated brackets, prefabricated foundation beams and a limiting steel plate, wherein the top surface of the prefabricated independent foundation is provided with embedded hanging rings, the inner bottom of the prefabricated independent foundation is provided with a steel bar net sheet, the prefabricated short columns and the prefabricated independent foundation are prefabricated into a whole, the prefabricated brackets are arranged on two adjacent surfaces of the prefabricated short columns, the prefabricated foundation beams are placed on the prefabricated brackets, the limiting steel plate is positioned on the top surface of the prefabricated short columns and used for limiting the prefabricated foundation beams, the top of each steel bar is connected with the prefabricated brackets through embedded tie bars on the embedded brackets, the top of each tie bar extends to the top of the prefabricated foundation beams, the prefabricated foundation beams are provided with embedded channel steel, meanwhile, the steel bars are connected with an upper box body through welding seams, the connection between a reinforced box body and the assembled foundation for the container data center, four corner pieces of the container are located on the limiting steel plate, the cross positioning pieces are welded with the limiting steel plate after being installed and positioned, and are arranged on the limiting steel plate so that the box body is convenient to be quickly lifted.

Inventors

SUN ZHEN
LI JUNSHAN
LIU SHUZHI
LI XIANGHUA
GUO SENSEN

Assignees

浪潮通信信息系统有限公司

Dates

Publication Date: 20260508
Application Date: 20250514

Claims (5)

1. An assembled foundation for a container data center is characterized by comprising a prefabricated independent foundation, a prefabricated short column, a prefabricated bracket, a prefabricated foundation beam and a limiting steel plate, The top surface of the prefabricated independent foundation is provided with a pre-buried hanging ring, the bottom of the prefabricated independent foundation is provided with a reinforcing steel bar net sheet, the upper part of the pre-buried hanging ring exposes out of the surface of the prefabricated independent foundation, the lower part extends below the reinforcing steel bars in the vertical direction in the reinforcing steel bar net sheet and is connected with the reinforcing steel bars in a binding way, Prefabricating the prefabrication short column and the prefabrication independent foundation into a whole, arranging prefabrication brackets on two adjacent surfaces of the prefabrication short column, placing the prefabrication foundation beam on the prefabrication brackets, positioning a spacing steel plate on the top surface of the prefabrication short column for spacing the prefabrication foundation beam, The prefabricated bracket is provided with a pre-buried tie bar, the bottom of the tie bar extends to the bottom of the prefabricated bracket and is bound with the prefabricated bracket steel bar, A dowel hole is reserved on the prefabricated foundation beam, a gap is reserved between the end part of the prefabricated foundation beam and the prefabricated bracket so as to facilitate the installation of the prefabricated beam, the prefabricated bracket is connected with the embedded dowel on the embedded bracket, the top of the dowel extends to the top of the prefabricated foundation beam, The prefabricated foundation beam is provided with an embedded channel steel, and is connected with the upper box body by welding seams, so that the connection between the box body and the assembled foundation for the container data center is enhanced, The lifting hooks are arranged on the beam top embedded channel steel of the prefabricated foundation beam, the lifting hooks are cut off after the prefabricated foundation beam is installed in place, four corner pieces of the container are located on the limiting steel plates, the container is welded with the limiting steel plates after being installed and positioned, and the cross locating piece is arranged on the limiting steel plates so that the box body can be quickly hoisted in place.
2. The assembled foundation for a container data center of claim 1, wherein the top surface of the prefabricated independent foundation is provided with symmetrical 4 embedded hanging rings at four points of the side length.
3. A fabricated foundation for a container data center according to claim 1, wherein the top of the dowel extends 80mm-120mm below the top of the prefabricated foundation beam.
4. The fabricated foundation for a container data center of claim 1, wherein a gap of 15-20mm is reserved between the end of the prefabricated foundation beam and the prefabricated bracket to facilitate the installation of the prefabricated beam.
5. The assembled foundation for the container data center of claim 1, wherein the cross positioning piece is only arranged on a limit steel plate where one diagonal line of the container body is located, and the cross positioning piece is not required to be arranged on the limit steel plate where the other diagonal line is located, so that the container body can be quickly hoisted in place.

Description

Assembled foundation for container data center Technical Field The utility model discloses an assembled foundation for a container data center, and relates to the field of container data center construction. Background However, the prefabricated container type data center constructed at present still adopts a traditional brick block foundation or a cast-in-place concrete strip foundation in the foundation form. The construction mode has the defects that firstly, a large amount of manpower is required, the construction speed of on-site wet operation is low, the requirement of rapid construction of the prefabricated container type data center on green low carbon is not met, secondly, the foundation construction quality is greatly influenced by factors such as on-site personnel, management level, environmental conditions and the like, and the requirement of precision equipment of the data center on foundation flatness and the like are difficult to meet. Disclosure of Invention Aiming at the problems in the prior art, the utility model provides an assembled foundation for a container data center, which is convenient for on-site hoisting and installation and realizes flexible and rapid deployment of the foundation. The specific scheme provided by the utility model is as follows: An assembled foundation for a container data center comprises a prefabricated independent foundation, a prefabricated short column, a prefabricated bracket, a prefabricated foundation beam and a limiting steel plate, The top surface of the prefabricated independent foundation is provided with a pre-buried hanging ring, the bottom of the prefabricated independent foundation is provided with a reinforcing steel bar net sheet, the upper part of the pre-buried hanging ring exposes out of the surface of the prefabricated independent foundation, the lower part extends below the reinforcing steel bars in the vertical direction in the reinforcing steel bar net sheet and is connected with the reinforcing steel bars in a binding way, Prefabricating the prefabrication short column and the prefabrication independent foundation into a whole, arranging prefabrication brackets on two adjacent surfaces of the prefabrication short column, placing the prefabrication foundation beam on the prefabrication brackets, positioning a spacing steel plate on the top surface of the prefabrication short column for spacing the prefabrication foundation beam, The prefabricated bracket is provided with a pre-buried tie bar, the bottom of the tie bar extends to the bottom of the prefabricated bracket and is bound with the prefabricated bracket steel bar, A dowel hole is reserved on the prefabricated foundation beam, a gap is reserved between the end part of the prefabricated foundation beam and the prefabricated bracket so as to facilitate the installation of the prefabricated beam, the prefabricated bracket is connected with the embedded dowel on the embedded bracket, the top of the dowel extends to the top of the prefabricated foundation beam, The prefabricated foundation beam is provided with an embedded channel steel, and is connected with the upper box body by welding seams, so that the connection between the box body and the assembled foundation for the container data center is enhanced, The lifting hooks are arranged on the beam top embedded channel steel of the prefabricated foundation beam, the lifting hooks are cut off after the prefabricated foundation beam is installed in place, four corner pieces of the container are located on the limiting steel plates, the container is welded with the limiting steel plates after being installed and positioned, and the cross locating piece is arranged on the limiting steel plates so that the box body can be quickly hoisted in place. Further, the prefabricated independent foundation top surface of the assembled foundation for the container data center is provided with 4 symmetrical embedded hanging rings at four points of the side length. Further, the top of the dowel bar of the assembled foundation for the container data center extends 80-120 mm below the top of the prefabricated foundation beam. Further, a gap of 15-20mm is reserved between the end part of the prefabricated foundation beam and the prefabricated bracket of the assembled foundation for the container data center, so that the prefabricated beam can be conveniently installed. Furthermore, the cross positioning piece of the assembled foundation for the container data center is only arranged on the limiting steel plate where one diagonal line of the container body is located, and the cross positioning piece is not required to be arranged on the limiting steel plate where the other diagonal line is located, so that the container body can be quickly hoisted in place. The utility model has the advantages that: (1) According to the assembled foundation, the traditional strip foundation can be replaced by the prefabricated independent foundation and the prefabricated