초록 ▼

Simplicity is the height of invention. Glazing is simplified and reduced in cost by substantially eliminating framework for glass or other glazing material. And yet, long-life is retained, by use of an adhesive-sealant to secure the glazing to the solar absorber sheet. Differential expansion and con

Simplicity is the height of invention. Glazing is simplified and reduced in cost by substantially eliminating framework for glass or other glazing material. And yet, long-life is retained, by use of an adhesive-sealant to secure the glazing to the solar absorber sheet. Differential expansion and contraction of parts does not break the glass or other glazing, or rupture metals, or crack rigid plastics.

대표청구항 ▼

Solar heat collector apparatus comprising a substantially rigid solar absorber, substantially transparent glazing material above said absorber to admit solar energy to said absorber for conversion to heat energy, a flexible adhesive material forming support means, said glazing material being support

Solar heat collector apparatus comprising a substantially rigid solar absorber, substantially transparent glazing material above said absorber to admit solar energy to said absorber for conversion to heat energy, a flexible adhesive material forming support means, said glazing material being supported substantially entirely by said absorber through said support means, said Adhesive material comprising a bonding type of material serving as the only means to secure said glazing material to said substantially rigid absorber, and said flexible adhesive material serving as a spacer to prevent direct contact and to allow for movement due to unequal expansion and contraction between said glazing and said substantially rigid absorber to minimize damage to said absorber and glazing due to expansion and contraction as a result of temperature cycling and heat extremes in said apparatus, said absorber and adhesive material assisting in support of said glazing and said glazing lending strength to said absorber in sandwich-like fashion.