Rollover preventing structure for automatic door

Abstract

The invention provides a rollover preventing structure for an automatic door. The rollover preventing structure comprises a wind-proof hook, a wind-proof hook sleeve and a fixed base, wherein the wind-proof hook and the wind-proof hook sleeve are fixed at the bottom of a door body; the fixed base is installed on the ground; the wind-proof hook sleeve and the wind-proof hook are connected through a screw shaft; the wind-proof hook sleeve is fixed on the fixed base and is used for preventing the door body from rolling over when suffering lateral force. By using the rollover preventing structure for the automatic door, the problem of easy rollover of the automatic door is effectively solved, and the rollover preventing structure has the advantages of simple and stable structure and easiness in installation and realization.

Description

technical field [0001] The invention relates to the field of trackless automatic telescopic doors, in particular to an anti-rollover structure for automatic doors. Background technique [0002] At present, due to the characteristics of beautiful, exquisite and convenient operation, automatic telescopic doors are widely used in schools, companies, enterprises, institutions and residential quarters. With the continuous development of social construction, its market demand is also increasing. Big. The operating performance and safety performance of automatic doors are also continuously improved in the market to make them more convenient, reasonable and cost-effective during use or production. For example, in order to prevent rollover accidents due to strong winds blowing sideways during use, people have taken measures such as increasing the size of the door body, lowering the center of the door body, and properly adjusting the ratio of the leading distance of the main door bod...

AI Technical Summary

Problems solved by technology

For example, in order to prevent rollover accidents due to strong winds blowing sideways during use, people have taken measures such as increasing the size of the door body, lowering the center of the door body, and properly adjusting the ratio of the leading distance of the main door body to the width of the door row. rollover effect, but still cannot fundamentally solve the problem of door body tipping over when encountering strong winds, and a reasonable solution is urgently needed in the market to solve this problem

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