CN-224213544-U - Wallboard splicing structure and silence cabin

CN224213544UCN 224213544 UCN224213544 UCN 224213544UCN-224213544-U

Abstract

The utility model discloses a wallboard splicing structure and a mute cabin, wherein the wallboard splicing structure comprises a first splicing surface arranged at the top of a first wallboard and a second splicing surface arranged at the bottom of a second wallboard, the top of the first wallboard is provided with a positioning notch, the bottom of the second wallboard is provided with a positioning inserting block matched and inserted with the positioning notch, and when in splicing, the positioning inserting block is abutted against the outer side edge of the positioning notch, so that the second wallboard can be turned upwards by taking the outer side edge of the positioning notch as a fulcrum to be attached to the second splicing surface of the second wallboard and the first splicing surface of the first wallboard. The silence cabin adopts the wallboard splicing structure, and the wallboard splicing structure and the silence cabin can realize quick installation of wallboards and time and labor saving in the installation process.

Inventors

XIANG LEHONG
SHAO TONGWANG
FANG JIAHAO

Assignees

乐歌人体工学科技股份有限公司

Dates

Publication Date: 20260508
Application Date: 20250527

Claims (9)

1.A wallboard splicing structure is characterized by comprising A first splice surface disposed on top of the first wallboard; The second splicing surface is arranged at the bottom of the second wallboard and matched and attached with the first splicing surface, the top of the first wallboard is provided with a positioning notch and the bottom of the second wallboard is provided with a positioning insert block matched and inserted with the positioning notch, or the top of the first wallboard is provided with a positioning insert block and the bottom of the second wallboard is provided with a positioning notch matched and inserted with the positioning insert block, and When the second wallboard is spliced with the first wallboard, the positioning inserting block is propped against the outer side edge of the positioning notch, so that the second wallboard can be turned upwards to the second splicing surface of the second wallboard by taking the outer side edge of the positioning notch as a fulcrum, and the second splicing surface of the second wallboard is attached to the first splicing surface of the first wallboard.
2. The wallboard splicing structure of claim 1, wherein the positioning insert block is connected to the bottom of the second wallboard and extends downwards to the second splicing surface, a buckle block extending outwards in the transverse direction is arranged at the free end of the positioning insert block, and the buckle block is inserted into the positioning notch and used for preventing the positioning insert block from being separated from the positioning notch when the second wallboard is spliced with the first wallboard.
3. The wall board splicing structure according to claim 1, wherein the side of the positioning insert block far away from the outer surface of the wall board is provided with an arc-shaped guide-in surface.
4. The wallboard splicing structure of claim 2, wherein the top of the first wallboard is provided with a concave positioning clamping groove along the length direction, the bottom of the second wallboard is provided with a positioning convex plate matched with the positioning clamping groove along the length direction, and the positioning convex plate is clamped in the positioning clamping groove when the second wallboard is spliced on the first wallboard.
5. The wall panel splicing structure according to claim 4, wherein the positioning convex plate is arranged on one side of the positioning insert block away from the outer surface of the wall panel.
6. The wallboard splicing structure according to any one of claims 1-5, wherein a first support frame is connected in the first wallboard, the positioning notch is formed in the first support frame, a second support frame is connected in the second wallboard, and the positioning insert block is fixedly connected to the second support frame.
7. The wallboard splicing structure of claim 6, wherein the first support frame is provided with a plurality of positioning slots distributed at intervals along the length direction, and the second support frame is provided with a plurality of positioning inserting blocks corresponding to the positioning slots along the length direction.
8. The wallboard splicing structure of any one of claims 1-5, wherein the top of the second wallboard is connected with a lock catch for being buckled with a top component of the silence cabin.
9. A mute cabin is characterized by comprising the wallboard splicing structure of any one of claims 1-8.

Description

Wallboard splicing structure and silence cabin Technical Field The application relates to the technical field of silence cabin equipment, in particular to a wallboard splicing structure and a silence cabin. Background The mute cabin, also called sound insulation cabin, office sound insulation cabin, independent house, private cabin, small conference cabin, direct broadcast cabin and the like, is placed in an office area or public place, has good sound insulation performance, and can bring together, talk, mood dumping, video telephone, video direct broadcast and the like by conveniently gathering 1-4 people without being interfered by external environment. The mute cabin comprises a square closed cabin body, wherein the cabin body consists of wallboard assemblies, top assemblies and bottom assemblies, a cabin door capable of entering the cabin body is arranged on one of the wallboard assemblies, and the wallboard assemblies, the top assemblies, the bottom assemblies and the like are spliced according to assembly requirements when the mute cabin is installed on a construction site. The height of the silence cabin in the related art is generally about 2 meters, so that in order to facilitate the packaging and installation of the silence cabin, each wall board of the silence cabin wall board assembly is divided into two parts, namely an upper wall board and a lower wall board, when the silence cabin is assembled, the lower wall board is assembled first, then the upper wall board is assembled, and the upper wall board and the lower wall board are spliced together. Such as the applicant's prior chinese patent application, entitled sound-insulating office cabin, with publication No. CN218881750U, which is to install the upper wall panel again, i.e. between the lower wall panel and the roof module, and align the upper wall panel with the lower wall panel, when the lifting columns are deployed to bring the roof module into the deployed state. The silent cabin has the following defects that when an upper wallboard is installed, an installer holds two sides of the upper wallboard by hands, then the upper wallboard is lifted to the upper part of the top of a lower wallboard, in the process of splicing the upper wallboard and the lower wallboard, the two hands of the installer have to leave two sides of the upper wallboard due to the limitation of upright posts on two sides above the lower wallboard, particularly in the process of aligning the upper wallboard with the lower wallboard, the bottom of the upper wallboard is easy to slide relative to the top of the lower wallboard, so that the installation position of the upper wallboard is deviated, the assembly efficiency of the upper wallboard is influenced, even the upper wallboard slides and falls off, and the installation is time-consuming and labor-consuming. Disclosure of utility model The application aims to overcome the defects of the related art and provide the wallboard splicing structure which can realize quick installation of wallboards and saves time and labor in the installation process. The technical proposal of the application is to provide a wallboard splicing structure with the following structure, which comprises A first splice surface disposed on top of the first wallboard; The second splicing surface is arranged at the bottom of the second wallboard and matched and attached with the first splicing surface, the top of the first wallboard is provided with a positioning notch and the bottom of the second wallboard is provided with a positioning insert block matched and inserted with the positioning notch, or the top of the first wallboard is provided with a positioning insert block and the bottom of the second wallboard is provided with a positioning notch matched and inserted with the positioning insert block, and When the second wallboard is spliced with the first wallboard, the positioning inserting block is propped against the outer side edge of the positioning notch, so that the second wallboard can be turned upwards to the second splicing surface of the second wallboard by taking the outer side edge of the positioning notch as a fulcrum, and the second splicing surface of the second wallboard is attached to the first splicing surface of the first wallboard. In some embodiments, the positioning insert block is connected to the bottom of the second wallboard and protrudes downwards from the second splicing surface, a free end of the positioning insert block is provided with a buckle block extending outwards along a transverse direction, and when the second wallboard is spliced with the first wallboard, the buckle block is inserted into the positioning notch and used for preventing the positioning insert block from being separated from the positioning notch. In some embodiments, the side of the locating insert away from the outer surface of the wallboard is provided with a circular arc shaped lead-in surface. In some embodiments, the top of the first