Stable environment-friendly wardrobe

Abstract

The invention discloses a stable environment-friendly wardrobe. The stable environment-friendly wardrobe comprises a wardrobe body frame consisting of side plates, a bottom plate, a top plate and a back plate and a wardrobe door; the side plates comprise outer side plates and inner side plates, and the outer side plates and the inner side plates are fixedly locked through front and back internally arranged side plate vertical bars to form double-layer side plates; externally arranged vertical bars cove the side faces of the side plates, and the depth and the height of the outer side plates are greater than those of the inner side plates; a foot bar is arranged below the bottom plate; the top plate is provided with an externally arranged cross bar; externally arranged battens with the same width are arranged at the periphery of the front of the wardrobe; the top plate covers the side plates, the back plate is fixedly adhered to the end face of a wardrobe body frame plate externally, and the firmness of the wardrobe body is greatly improved; internally arranged vertical bars between the side plates consist of two vertical bars at the front and back ends and four standby vertical bars; two standby vertical bars at the same end are respectively in crossed and staggered connection in a horizontal moving manner to realize a function of changing the width of the wardrobe body; all plates are not required to be slotted, the back plate can be used in a certain section, and the section of the back plate is sealed by aluminum foils, so that plate cores of the wardrobe are not exposed at any places, and the environment friendliness of the wardrobe is greatly improved. The stable environment-friendly wardrobe also has the characteristics of dignified appearance and convenience in mounting.

Description

technical field [0001] The invention belongs to the field of furniture and relates to a novel environmentally friendly wardrobe with a stable and firm structure. Background technique [0002] In home life, the wardrobe is an essential living facility, from the initial demand for storage and storage of clothes; to the spiritual pursuit of life taste, with various styles and materials; finally to the current health and environmental protection needs, various needs Upgrading has brought changes in the wardrobe industry, from handmade to semi-mechanized, and then to today's digital production, the traditional classic production process has remained unchanged: two side panels support a bottom panel and a top panel , and the side panels, bottom panels, and top panels are all slotted to fit the back panel, otherwise the cut surface of the back panel will be exposed after the frame panel is attached to the back panel. [0003] There are two major defects in this traditional proces...

AI Technical Summary

Problems solved by technology

[0004] First, from the customer's standpoint, the current wardrobe structure even if it is high-grade solid wood is a three-in-one connection frame board. If it is riveted, it is too large to be transported and transported. Because the back board is slotted and stuck between the two side boards, it does not play the role of tightening and fixing the two side boards. The door board often vibrates back and forth. The three-in-one place between the boards is loose, to the partition below the top board, and finally to the looseness of the top board, from the wobbly wardrobe to the door that cannot be opened

The sliding door without damping is even more serious. In the back and forth impact of the sliding door, within a few years, the connecting piece is slowly pulled out from the side panel and shifted, slowly disjointed from the top panel and the side panel, to The fixed partition is disconnected from the side panels, because the side panels support the top panel, and the entire top panel is held in the air by small connectors, and the back panel is stuck in the groove of the frame panel, so it cannot be fixed and pulled on both sides The role of the board, when the sliding door hits one side, it hits the suspended top board for the top, which can easily cause the side board to be disconnected from the top board

[0005] Second, for furniture manufacturers, the side panels, bottom panels, and top panels must be slotted during the production process, unless the back panel and side panels are of the same thickness and connected in three-in-one pieces without slotting, but this The practice wastes resources, is laborious to install, inconvenient to transport, and cannot be popularized

As long as the groove is opened, sawdust will be produced. Sawdust not only pollutes the surface of the board, but also pollutes the gap between the edge banding and the board. Although there are vacuuming and polishing equipment, the sawdust with static electricity cannot be sucked up or thrown away by mechanical equipment. Even if equipped with specialized personnel to wipe, but can not cure the root cause

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