Protective fixing device for hoisting glass for building

Abstract

The invention discloses a protective fixing device for hoisting glass for a building. The protective fixing device structurally comprises a glass placing bottom frame, a limiting fixing support, a glass buckling sliding frame, a sliding rail support, a handle, a threaded sliding rail and limiting baffle plates. The glass placing bottom frame is matched with a sliding wheel seat, so that glass is convenient and fast to place, the bottom end of the glass is fixed through a glass bottom clamping mechanism, the glass is prevented from being squeezed and broken through a shockproof rubber strip, friction between the glass placing bottom frame and the ground is increased through an anti-skid base, the situation that the glass placing bottom frame slides is avoided, and the upper end of the glass is buckled stably through the glass buckling sliding frame according to the size of the glass, so that glass collision caused by shaking of the upper end of the glass is avoided, the four corners and three edges of the hoisting glass are protected through cooperation of the glass placing bottom frame, the limiting fixing support and the glass buckling sliding frame, and the problem that the corners are extruded in the glass hoisting process, so that the glass is damaged or even broken is solved.

Description

technical field [0001] The invention relates to the field of architecture, in particular to a protective fixing device for hoisting glass used in architecture. Background technique [0002] In today's construction projects, it is often necessary to use a lot of glass, such as glass curtain walls and other buildings, which often use some hoisting devices to hoist the glass. The traditional hoisting methods are mostly hoisted by rope winding and binding, but in hoisting If the weight of the glass is large and the number of sheets is large during the process, the hoisting rope may squeeze the corners of the outer glass plate, resulting in glass damage or even breaking. In the process of preventing the glass plate after hoisting, it is also the glass plate The corners are grounded first, which will also cause damage to the corners of the glass plate, so the glass needs to be protected. Therefore need to design a kind of protective fixing device that can effectively solve glass ...

AI Technical Summary

Problems solved by technology

[0002] In today's construction projects, it is often necessary to use a lot of glass, such as glass curtain walls and other buildings, which often use some hoisting devices to hoist the glass. The traditional hoisting methods are mostly hoisted by rope winding and binding, but in hoisting If the weight of the glass is large and the number of sheets is large during the process, the hoisting rope may squeeze the corners of the outer glass plate, resulting in glass damage or even breaking. In the process of preventing the glass plate after hoisting, it is also the glass plate The corners are grounded first, which will also cause damage to the corners of the glass plate, so the glass needs to be protected

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