Vertical glass wing system and installation method thereof

Abstract

Provided is a vertical glass wing system and an installation method thereof. The system comprises a main joist and a glass wing. The outer side of the main joist is provided with a vertical clamping groove. The inner side of the glass wing is embedded in the clamping groove, and the bottom is on a bearing cushion block on the bottom of the clamping groove. The inner side of the glass wing is provided with a hole. A stainless steel cylinder passes through the hole. The cylinder is internally provided with internal threads. A structural adhesive is filled between the cylinder and the hole. The cylinder is internally provided with a set bolt. A fixing corner clip is arranged between the glass wing and the outer wall of the clamping groove. The fixing corner clip and the glass wing are fixedly connected through the set bolt. The fixing corner clip and the outer wall of the clamping groove are fixedly connected through a fastening bolt. The system greatly simplifies operation of maintaining a curtain wall system, and the glass wing can be installed and dismounted just by installing and dismounting the fastening bolt, and installing and changing the glass wing on site are more convenient, and costs for installing and maintaining the curtain wall system and changing the glass wing in later period are saved.

Description

technical field [0001] The invention relates to the technical field of building curtain walls, in particular to a vertical glass wing system and an installation method thereof. Background technique [0002] In the existing vertical glass wing installation schemes, most of the aluminum profiles are used to wrap one end of the glass wing and then fix it with bolts, and then fix it on the main keel. Such a vertical glass wing system has the following disadvantages: [0003] 1. The stress situation is not good. The above-mentioned existing technology is to fix the glass wing to the aluminum alloy glass tank and then transfer it to the main keel, so that the stress is not direct, and it may swing from side to side in adverse conditions such as strong winds and cause it to fall off. , thereby threatening the safety of people near the building. [0004] 2. The mold opening and consumption of profiles are large. The above-mentioned prior art needs to use additional aluminum profil...

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Problems solved by technology

[0003] 1. The stress situation is not good. The above-mentioned existing technology is to fix the glass wing to the aluminum alloy glass tank and then transfer it to the main keel, so that the stress is not direct, and it may swing from side to side in adverse conditions such as strong winds and cause it to fall off. , thereby threatening the safety of people near the building

[0004] 2. The mold opening and consumption of profiles are large. The above-mentioned prior art needs to use additional aluminum profiles to transfer the glass wing to the main keel, which requires the opening of aluminum profiles and a large amount of aluminum profiles. Whether it is factory assembly or on-site installation materials greatly increased the cost

[0005] 3. The appearance effect is not good. The above-mentioned existing technology can see the vertical aluminum alloy slot from the side, which cannot meet the characteristics of the continuous permeability of the glass wing.

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