Disclosed is an integrated modular smart facade system that has improved energy efficiency and comfort in an indoor environment and that is easy to install, and more particularly an integrated modular smart facade system including a curtain wall frame (10), an air conditioning unit (20) located in a hollow portion (4) of the curtain wall frame (10), a window unit (30) located in an opening (3) of the curtain wall frame (10), and an electricity production unit (40) located at a portion of an outer wall of the air conditioning unit (20).

It is an object of the invention to provide an air conditioning indoor unit having suppressed change in size in a front view between before and after panel motion as well as having simplified and excellent appearance. An air conditioning indoor unit (1) includes a first panel (111) positioned in a lower side and configured to shift to open a front end of a front blow-in port (4B). The first panel (111) and the second panel (112) are positioned inside a product contour in a front view, or are exposed slightly even when being exposed from the product contour. This configuration has less mounting restriction and achieves excellent appearance.

A partition includes a first structure, a deformable partitioning portion connected to the first structure, and an air-environment adjusting portion disposed at at least one of the first structure and the deformable partitioning portion. The deformable partitioning portion has a first end portion on a side connected to the first structure and a second end portion on a distal side from the first end portion. The deformable partitioning portion partitions a predetermined space with respect to an adjacent space. The air-environment adjusting portion includes at least one of a cooling portion configured to cool air, a heating portion configured to heat air, and an airflow generating portion configured to generate an airflow.

A partition includes a first structure, a deformable partitioning portion connected to the first structure, and an air-environment adjusting portion disposed at at least one of the first structure and the deformable partitioning portion. The deformable partitioning portion has a first end portion on a side connected to the first structure and a second end portion on a distal side from the first end portion. The deformable partitioning portion partitions a predetermined space with respect to an adjacent space. The air-environment adjusting portion includes at least one of a cooling portion configured to cool air, a heating portion configured to heat air, and an airflow generating portion configured to generate an airflow.

A partition includes a first structure, a deformable partitioning portion connected to the first structure, and an air-environment adjusting portion disposed at at least one of the first structure and the deformable partitioning portion. The deformable partitioning portion has a first end portion on a side connected to the first structure and a second end portion on a distal side from the first end portion. The deformable partitioning portion partitions a predetermined space with respect to an adjacent space. The air-environment adjusting portion includes at least one of a cooling portion configured to cool air, a heating portion configured to heat air, and an airflow generating portion configured to generate an airflow.

A partition includes a first structure, a deformable partitioning portion connected to the first structure, and an air-environment adjusting portion disposed at at least one of the first structure and the deformable partitioning portion. The deformable partitioning portion has a first end portion on a side connected to the first structure and a second end portion on a distal side from the first end portion. The deformable partitioning portion partitions a predetermined space with respect to an adjacent space. The air-environment adjusting portion includes at least one of a cooling portion configured to cool air, a heating portion configured to heat air, and an airflow generating portion configured to generate an airflow.

An air conditioner includes a chassis, a face frame over the chassis, an electric control box mounted at the face frame and located at a front portion of the face frame, and a panel configured to openably cover the front portion of the face frame and the electric control box. At least a portion of the electric control box is detachably connected to the face frame.

An air conditioner includes a chassis, a face frame over the chassis, an electric control box mounted at the face frame and located at a front portion of the face frame, and a panel configured to openably cover the front portion of the face frame and the electric control box. At least a portion of the electric control box is detachably connected to the face frame.

The present disclosure pertains to a system configured to provide supplemental heating or cooling. Some embodiments may include the fixture having a back surface configured for a flush mount on a wall, the back surface having a recess sized to substantially same dimensions of a cover of an electrical outlet. The flush mount may provide a degree of permanence for the fixture that satisfies a criterion.

The present disclosure pertains to a system configured to provide supplemental heating or cooling. Some embodiments may include the fixture having a back surface configured for a flush mount on a wall, the back surface having a recess sized to substantially same dimensions of a cover of an electrical outlet. The flush mount may provide a degree of permanence for the fixture that satisfies a criterion.