OUTDOOR WALL PARTITION SYSTEMS HAVING

Brand	Owner (click to sort)	Address	Description
ANYTHING GROWS	CITYSCAPES INTERNATIONAL, INC.	4200 Lyman Court Hilliard OH 43026	outdoor wall partition systems having a perforated panels to which climbing plants attach, namely, outdoor wall partition systems comprised of metal frames and metal mesh; metal tomato cages;planter boxes for flowers and plants made from wood, plastic and metal; wooden planter boxes for flowers and plants; polymer planter boxes for flowers and plants; polymer greenhouse boxes for flowers and plants; metal planter boxes for flowers and plants; potting benches;
NATURE REIMAGINED	CITYSCAPES INTERNATIONAL, INC.	4200 Lyman Court Hilliard OH 43026	Outdoor wall partition systems having perforated panels to which climbing plants attach, namely, outdoor wall partition systems comprised of metal frames for building and metal wire mesh;NATURE RE IMAGINED;
NATURESCREEN	CITYSCAPES INTERNATIONAL, INC.	4200 Lyman Court Hilliard OH 43026	Outdoor wall partition systems having a perforated panels to which climbing plants attach, namely, outdoor wall partition systems comprised of metal frames and metal mesh;NATURE SCREEN;
	Where the owner name is not linked, that owner no longer owns the brand

Technical Examples

A heat dissipating member has an inner wall, outer wall, and partition walls. The inner wall directly or indirectly receives heat transfer from the heat source. The outer wall opposes the inner wall at a distance. The partition walls connect the inner wall and the outer wall. The inner wall, the outer wall, and the partition walls define a plurality of through-holes along the inner wall and the outer wall. Each of the through-holes extends in a vertical direction within a tilt range in which gravitational influence is utilizable. Upper and lower ends of each of the through-holes open to the outside. Generated heat from the heat source is propagated to the outer wall via the inner wall and the partition walls. A predetermined amount of heat generated by the heat source passing through the outer side of the outer wall is determined so that rise in temperature of the outer side relative to the ambient temperature can be kept under a predetermined value.