The heat-insulation board can be utilized to manufacture a warm wardrobe to provide warm clothes.

A joint of the heat insulating board (30) is located on a steel beam column (B) on its exterior side.

Sectional elements (6) are connected to the heat-insulating sheet (3) and project therefrom to define box-shaped spaces (4).

A first aperture part (14a) and a second aperture part (8a) are formed respectively upon the cap (14) and the insulator plate (8).

The box-shaped spaces (4) between the heat-insulating sheet (3), one covering board (5) and neighbouring sectional elements (6) are filled with lightweight concrete, for instance foamed concrete.

The ventilation furring strips (40) provide a ventilation layer (41) between an exterior wall surface material (50) and the heat insulating board (30).

The heat-insulation board can be utilized to manufacture a warm wardrobe to provide warm clothes.

The cover plate acts as a thermal insulator that helps even out temperature variations across the array.

A joint of the heat insulating board (30) is located on a steel beam column (B) on its exterior side.

Sectional elements (6) are connected to the heat-insulating sheet (3) and project therefrom to define box-shaped spaces (4).

A sealant-filled enclosure assembly for environmentally protecting a connection includes a housing, a mass of sealant and a sealant valve mechanism.

The mass of sealant is disposed in the at least one sealant cavity.

A first aperture part (14a) and a second aperture part (8a) are formed respectively upon the cap (14) and the insulator plate (8).

An internal conductor (20) is provided between two adjacent insulator layers (16g, 16h), and firmly bonded to the insulator layer (16g), but not to the insulator layer (16h).

The box-shaped spaces (4) between the heat-insulating sheet (3), one covering board (5) and neighbouring sectional elements (6) are filled with lightweight concrete, for instance foamed concrete.