CN-224213305-U - Hanging wall mounting system suitable for full prefabricated assembled station

Abstract

The utility model discloses a hanging wall installation system suitable for a fully prefabricated assembled station, which comprises a middle plate fixing jig, a hanging wall movable jig and an up-down stair, wherein the middle plate fixing jig is used for bearing the end part of a hoisted middle plate, the middle plate fixing jig is of a pair of opposite fixed jig structures, the hanging wall movable jig is used for bearing the hanging wall to move to an installation position, the hanging wall movable jig comprises a bottom frame and a pair of bearing vertical frames arranged on the bottom frame, a gap is reserved between the pair of bearing vertical frames, a movement adjusting structure is arranged below the bottom frame, and the up-down stair is used for connecting the top surfaces of the middle plates by operators. The mechanical level is high, the installation efficiency is improved, the installation risk is reduced, the number of operators in the assembly process is reduced, and the installation cost is reduced.

Inventors

• ZHOU HU
• MA JIANLIN
• LIU JIARUI
• WANG QINGYUN
• WANG XINLONG
• HE ZUHAO
• XIE MENGQI
• WANG CHEN
• Wang Rongte
• YE YUTAO
• YAO ZHAOLONG
• XU HAIJIANG
• MA CHAO
• Kang Anshuai
• LI TUO
• LIU YIHAO
• ZHANG TIANMING
• Tu Xiangqiang

Assignees

• 中交（广州）建设有限公司
• 中交第二航务工程局有限公司
• 中交二航局深圳建设有限公司

Dates

Publication Date

20260508

Application Date

20250523

Claims (8)

1. 1. A hanging wall installation system suitable for a fully prefabricated assembly type station is characterized by comprising: the middle plate fixing jig is used for bearing the end parts of the hoisted middle plates and is a pair of fixing jig structures which are oppositely arranged; the movable type bed-jig of the suspended wall is used for bearing the suspended wall to move to the installation position, and comprises a bottom frame and a pair of bearing vertical frames arranged on the bottom frame, a gap is reserved between the pair of bearing vertical frames, and a movable adjusting structure is arranged below the bottom frame; The up-down stairs are used for connecting the top surfaces of the middle plates by operators.
2. 2. The wall mounting system for a fully prefabricated station of claim 1 wherein said intermediate panel securing jig is a frame support structure and a liner panel is provided on top of the frame support structure.
3. 3. The wall mounting system for a fully prefabricated station of claim 2 wherein the frame support structure comprises a plurality of middle plate support poles, the tops of adjacent middle plate support poles being connected by a middle plate support beam, and a cross brace being provided between adjacent middle plate support poles.
4. 4. The wall mounting system for a fully prefabricated station of claim 1 wherein the bottom support frame is positioned between a pair of load bearing uprights on the undercarriage for supporting the bottom of the wall.
5. 5. The wall mount system for a fully prefabricated station of claim 4 wherein the bottom support frame includes a wall bottom support rail and a set of wall bottom support posts fixed longitudinally side by side in a center of the chassis, the wall bottom support rail being fixed atop the set of wall bottom support posts.
6. 6. The wall mounting system for a fully prefabricated station of claim 1 wherein each of said load bearing columns includes a support stringer and a set of support uprights, the set of support uprights being vertically secured to the chassis, the support stringer securing a set of support uprights tops, the support stringer being provided with a spacer strip.
7. 7. The wall mounting system for a fully prefabricated station of claim 6 wherein said support stringers are provided with movable positioning structures for positioning the ends of the wall.
8. 8. The wall mounting system for a fully prefabricated station of claim 1 wherein said movement adjustment structure comprises a vertical adjustment structure, a lateral adjustment structure and a longitudinal adjustment structure.

Description

Hanging wall mounting system suitable for full prefabricated assembled station Technical Field The utility model relates to the technical field of subway station building construction, in particular to a hanging wall installation system suitable for a full-prefabricated assembled station. Background In the existing production process of the fully prefabricated subway station, a middle plate and a hanging wall are prefabricated separately and are separate members, the assembly is needed after the members enter a construction site, but the hanging wall members are required to be installed on the bottom surface of the middle plate, the traditional hanging wall is generally assembled in a foundation pit after the middle plate is installed to an assembly point, but the construction method has the following risks and disadvantages that 1, after the middle plate is installed to the assembly position, mechanical high equipment cannot be adopted for assembling, the construction difficulty is high, 2, the installation of the hanging wall in the foundation pit requires a large amount of installation time and labor, the construction cost is high, and 3, the hanging wall installation is required to be lifted by means of manual cooperation with a chain block, and the safety risk is high. Among the technical problems, the technical problem 1 is that the construction efficiency and the construction feasibility are directly affected, a large number of tool auxiliary tools are needed for installing large-scale components in a foundation pit completely by adopting manual installation, the technical problem 2 is that the construction cost is directly affected, a large amount of manpower is input, the labor cost is increased, the assembly speed is low, the construction period cost is affected, the technical problem 3 is that special working tools are needed, the hoisting height is large, and the risk of smashing injury is easily caused to platform layer operators. The construction method of the prefabricated station door hanging wall of the assembled station disclosed in the patent CN118309105A comprises the steps of hanging the prefabricated station door hanging wall to a prefabricated tool through a gantry crane, then transporting the prefabricated tool to an installation position, fixedly connecting two sides of the tool with Ha Fen hanging nails through chain blocks, and installing the prefabricated station door hanging wall through the chain blocks, so that the operation is complex and the safety risk is high. Disclosure of utility model Aiming at the defects of the prior art, the utility model provides a hanging wall installation system suitable for a fully prefabricated assembled station, so as to achieve the purposes of high installation efficiency, small safety risk and low construction cost. In order to solve the technical problems, the utility model adopts the following technical scheme: A hanging wall installation system suitable for a full prefabricated assembly type station comprises a middle plate fixing jig frame, a hanging wall movable jig frame and a going up and down stairs; The middle plate fixing jig frame is used for bearing the end parts of the lifted middle plates, and is a pair of fixing jig frame structures which are oppositely arranged; The movable type bed-jig of the hanging wall is used for bearing the hanging wall to move to the installation position, and comprises a bottom frame and a pair of bearing vertical frames arranged on the bottom frame, a gap is reserved between the pair of bearing vertical frames, and a movement adjusting structure is arranged below the bottom frame; The up-down stairs are used for connecting the top surfaces of the middle boards by operators. Further or preferred: the middle plate fixing jig frame is a frame supporting structure, and a liner plate is arranged at the top of the frame supporting structure. The frame supporting structure comprises a group of middle plate supporting vertical rods, the tops of adjacent middle plate supporting vertical rods are connected through middle plate supporting beams, and a scissor support is arranged between the adjacent middle plate supporting vertical rods. And a bottom supporting frame for supporting the bottom of the hanging wall is arranged between the pair of bearing vertical frames on the underframe. The bottom support frame comprises a hanging wall bottom support longitudinal beam and a group of hanging wall bottom support vertical rods, wherein the group of hanging wall bottom support vertical rods are longitudinally fixed at the middle position of the underframe side by side, and the hanging wall bottom support longitudinal beam is fixed on the top of the group of hanging wall bottom support vertical rods. Each bearing vertical frame comprises a supporting longitudinal beam and a group of supporting vertical rods, the group of supporting vertical rods are vertically fixed on the underframe, the supporting longitudinal beam