Abstract: An evacuated glass panel having a degassing device includes at least two planar glass sheets and support means disposed therebetween, an edge frame component sealed around the periphery of the planar glass sheets, and a degassing device disposed in the evacuated space of the evacuated glass panel. Between the degassing device and the groove, a low melting point glass powder layer is placed and sintered to fix the degassing device in the groove.

Abstract: A method of fixing support means disposed within an evacuated glass pane, said evacuated glass panel includes at least two planar glass sheets having any shape, and support means disposed therein, said fixing method including following steps: at first apply a solution layer on surface of planar glass sheet, on which the support means is disposed; secondly, place the support means on said solution layer; at last cover the upper surface of support means with a planar glass sheet, and heat said solution layer to dry, so as to fix said support means between planar glass sheets. The present invention by way of fixing the support means on surface of planar glass sheet through adhesion to reduce or entirely overcame the movement of support means between planar glass sheets, thereby increase the mechanical strength and improve the quality of evacuated glass panel.

Abstract: An evacuated glass panel having degassing device, which includes at least tow planar glass sheets having any shape and support means posed therebetween, edge frame component sealed around periphery of the planar glass sheet, and degassing device disposed in the evacuated space of evacuated glass panel; between said degassing device and said groove a low melting point glass powder layer is placed and said low melting point glass powder layer is fixed in said groove.