Hinge and enclosure structure

Abstract

The invention discloses a hinge and an enclosure structure. The hinge is used for connecting building boards and includes a mounting part, a left mounting box and a right mounting box which are arranged in sequence from left to right; the left mounting box is fixedly connected with the mounting part, the left mounting box and the right mounting box are detachably connected, a left cavity and a right cavity are formed in the left mounting box and the right mounting box respectively and are communicated with each other, and the hinge further includes a connection belt, the two ends of the connection belt are arranged inside the left cavity and the right cavity respectively and are connected with the left mounting box and the right mounting box respectively. The left mounting box and the right mounting box are flexibly connected through the connection belt, and two externally arranged plates can be folded together, so that transportation is convenient; different from the prior art, a connection part in a connection structure is not separated from the plates, the situation is avoided that the connection part is omitted when a factory delivers goods, and the workload is small during mounting; the enclosure structure is convenient to fold, freely spread and easy to fix.

Description

technical field [0001] The invention relates to the field of outdoor buildings, in particular to a hinge and an enclosure structure. Background technique [0002] In order to reduce the impact of construction on the environment, many detachable houses have emerged in the prior art. Most of these houses adopt factory prefabricated enclosure panels, roof panels, and the like. In the prior art, most of the prefabricated panels for construction in factories need to be installed on site. During installation, bolts, hinges, mortise and tenon joints, tees and other structures are usually used to connect the panels together. The existing problems in the prior art are: Due to the large area of ​​building panels, for the convenience of transportation, when prefabricating building panels, the factory will make multiple smaller panels and more scattered connectors, such as several wall panels, door panels, hinges, bolts, etc., and the construction The boards are generally bulky, which ...

AI Technical Summary

Problems solved by technology

In the prior art, most of the prefabricated panels for construction in factories need to be installed on site. During installation, bolts, hinges, mortise and tenon joints, tees and other structures are usually used to connect the panels together. The existing problems in the prior art are: Due to the large area of ​​building panels, for the convenience of transportation, when prefabricating building panels, the factory will make multiple smaller panels and more scattered connectors, such as several wall panels, door panels, hinges, bolts, etc., and the construction The boards are generally bulky, which means that the installation of building boards requires a lot of work, takes a long time to install, and is laborious to install

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