Angle part edge sealing machine for warm edge strip

Abstract

The invention discloses an angle part edge sealing machine for a warm edge strip. The angle part edge sealing machine comprises a complete machine moving mechanism, an inner positioning mechanism, a blockage absorption mechanism, an angle erasing mechanism, an angle seal strip conveying mechanism and an angle seal strip cutting mechanism, wherein the angle part edge sealing machine for the warm edge strip is used for supporting and protecting foot parts of the warm edge strip through an inner positioning stopper block in the inner positioning mechanism so as to avoid the phenomenon that the warm edge strip is ejected aslant in an edge sealing process; angle seal strips which are cut are adhered to angle positions of the warm edge strip through the blockage absorption mechanism; the angle seal strips are rolled and pressed through an angle erasing wheel so as to realize angle erasing and edge sealing operations. In addition, the angle seal strip conveying mechanism and the angle seal strip cutting mechanism are also arranged, so that a set of full automatic processes including stripping, conveying, cut-off and adhesion on the rolled edge sealing strip can be formed, so that the edgesealing efficiency and quality of the warm edge strip are greatly improved; therefore, for the characteristic of the foot part positions of the warm edge strip, the edge sealing processing on the angle parts of the warm edge strip is automatically realized, the edge sealing efficiency is improved, the effect is better, and the precision is higher.

Description

technical field [0001] The invention relates to the related technical field of corner edge banding treatment of warm edge strips, in particular to a corner edge banding machine for warm edge strips. Background technique [0002] Due to the limitations of the processing technology, the existing insulating glass made by warm edge strips usually uses an automatic warm edge strip framing machine to attach a complete warm edge strip from the starting point of a corner, and then stick it along the shape of the glass. Attach back to the starting point. In this process, the starting point and the ending point are always open loops, that is, the corner of the warm edge corresponding to the starting point is disconnected. For insulating glass, it is necessary to make it have better airtightness, so it is necessary to seal the corners of the warm edge strip. It is made into a closed-loop spacer. This method is not only low in accuracy, but also extremely labor-intensive. The most crit...

AI Technical Summary

Problems solved by technology

For insulating glass, it is necessary to make it have better airtightness, so it is necessary to seal the corners of the warm edge strip. It is made into a closed-loop spacer. This method is not only low in accuracy, but also extremely labor-intensive. The most critical thing is that the sealing strip is easily polluted during the process of manually pasting the sealing strip to the warm edge strip, which will eventually affect the heating. Blocking effect at the corner of the strip

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