A multi-standard glass door tooling

Abstract

The application discloses a multi-specification glass door tool which is used for assembling plate glass of a door framework to manufacture an embedded type glass framework door. The multi-specification glass door tool comprises a plate glass supporting part for storing plate glass, a framework supporting part, a fastening mechanism and a correcting mechanism, wherein the framework supporting part is arranged at the periphery of the plate glass supporting part and is used for enabling the door framework and the plate glass to be arranged on the same plane; the fastening mechanism is arranged on one side of the framework supporting part and leans against the door framework from the outer side to enable the door framework to generate displacement pointing to the plate glass so that the door framework is embedded into the periphery of the plate glass; and after the displacement is finished by the fastening mechanism, the correcting mechanism enables the door framework to generate displacement or movement tendency deviating from the plate glass by leaning against the inner side of the door framework. By positioning the plate glass and the framework, primary pre-assembling is realized; fastening is realized by applying a force to the outer side to extrude the framework; correction is realized by applying a force to the inner side to pull the framework; and therefore, fastening and straight automatic assembling of the framework and the plate glass are realized.

Description

technical field [0001] The invention relates to the field of frame door assembly devices, in particular to a multi-standard glass door tooling. Background technique [0002] Embedded glass frame doors and windows are commonly used door and window structures, which are assembled by embedding glass into the frame structure. The existing assembly steps are to first align the flat glass with the door and window frame for pre-installation; then adjust the seam by knocking on the outside of the frame so that the flat glass is completely embedded in the frame; since the assembly is all done by manpower, during the seam adjustment process The unevenness of the knocking force will cause the frame to bend, so in the end it is necessary to adjust the straightness of the frame by touching against the backing and knocking from the inside of the frame. The existing assembly process requires at least two people to complete the above three steps in sequence, which is time-consuming and lab...

AI Technical Summary

Problems solved by technology

However, in the actual production process, the above-mentioned technical solution has the following disadvantages: First, the pushing mechanism exerts force on the four corners of the flat glass. Quality problems; second, the right-angle assembly mechanism is fixed, so the product specifications that can be assembled are relatively limited; third, when the frame bends, there is no matching correction device, so the assembly reliability is poor

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