Abstract: A cooling stand includes a base and a top plate made of a crystal glass material. At least one support member is provided on an upper face of the base for supporting the top plate above the base. One face of the top plate facing away from the base is an inclined supporting face, and the top plate and the base together define a rearward expanded space between them. A heat-producing article can be positioned on the inclined supporting face of the top plate, allowing a user to operate the heat-producing article in a position meeting the ergonomics. Meanwhile, heat produced by the heat-producing article can be highly efficiently absorbed by and then dissipated from the crystal glass material of the top plate through air convection at the rearward expanded space.

Abstract: A heat radiating unit for adapter includes at least one receiving portion and a heat radiating portion. The receiving portion has at least one receiving space for receiving at least one adapter therein. The heat radiating portion includes a plurality of radiating fins, which are extended from an outer surface of the receiving portion in directions opposite to the receiving portion. With the heat radiating unit for adapter, heat produced by an adapter disposed in the receiving space can be transferred to and dissipated from the heat radiating portion to achieve good heat dissipation effect while largely increasing the usable life and power transmission efficiency of the adapter.

Abstract: A cooling stand includes a base and a top plate made of a crystal glass material. At least one support member is provided on an upper face of the base for supporting the top plate above the base. One face of the top plate facing away from the base is an inclined supporting face, and the top plate and the base together define a rearward expanded space between them. A heat-producing article can be positioned on the inclined supporting face of the top plate, allowing a user to operate the heat-producing article in a position meeting the ergonomics. Meanwhile, heat produced by the heat-producing article can be highly efficiently absorbed by and then dissipated from the crystal glass material of the top plate through air convection at the rearward expanded space.