Abstract: A packaged terminal air conditioner unit includes an inlet conduit coupled to a compressor at an accumulator of the compressor. An outlet conduit is coupled to the compressor at a discharge of the compressor. The discharge of the compressor is positioned at a top portion of the compressor. The outlet conduit extends upwardly along a vertical direction from the discharge of the compressor between a pair of angled segments of the inlet conduit. The pair of angled segments of the inlet conduit is positioned above the compressor along the vertical direction.

Abstract: Stackable bin includes a housing defining a receptacle and having two pair of opposed walls defining an opening at a front leading into the receptacle, at least one pair of which have an inward taper with respect to a central axis of the housing. A partitioning structure is removably insertable into the receptacle through the opening and partitions the receptacle into a plurality of storage compartments. The partitioning structure has an inward taper corresponding to the inward taper of the opposed walls and frictionally engages the opposed walls to hinder unintentional removal of the partitioning structure from the receptacle. The removability of the partitioning structure enables the receptacle to be selectively partitioned into smaller storage spaces than a storage space without the partitioning structure which would occupy the entire receptacle. Use of the partitioning structure would be dependent on the objects sought to be stored by the user.

Abstract: Stackable bin includes a housing defining a receptacle and having two pair of opposed walls defining an opening at a front leading into the receptacle, at least one pair of which have an inward taper with respect to a central axis of the housing. A partitioning structure is removably insertable into the receptacle through the opening and partitions the receptacle into a plurality of storage compartments. The partitioning structure has an inward taper corresponding to the inward taper of the opposed walls and frictionally engages the opposed walls to hinder unintentional removal of the partitioning structure from the receptacle. The removability of the partitioning structure enables the receptacle to be selectively partitioned into smaller storage spaces than a storage space without the partitioning structure which would occupy the entire receptacle. Use of the partitioning structure would be dependent on the objects sought to be stored by the user.

Abstract: Storage media rack arranged to simultaneously receive different sizes and types of storage media including front and rear walls, side walls, a bottom wall having steps which connect the bottom wall to the side walls and partition walls arranged perpendicular to the side walls and on the steps such that a first type of storage media can be positioned on or supported by the steps and a second type of storage media can be positioned on or supported by the bottom wall between the steps. Additional partition walls project inwardly from the steps and upwardly from the bottom wall and define slots for receiving the second type of storage media.

Abstract: Stackable bin including a case having a bottom wall, a top wall and a support mechanism for supporting the top wall at a distance from the bottom wall to thereby define a slot. A drawer is insertable into the slot and defines a receptacle capable of receiving objects for storage. A partitioning structure is also provided for selectively partitioning the receptacle into smaller compartments with several different configurations of the smaller compartments being possible. Instead of the partitioning structure, a storage media rack may be inserted into the receptacle in the drawer and is arranged to simultaneously receive different sizes and types of storage media.

Abstract: Storage media rack arranged to simultaneously receive different sizes and types of storage media including front and rear walls, side walls, a bottom wall having steps which connect the bottom wall to the side walls and partition walls arranged perpendicular to the side walls and on the steps such that a first type of storage media can be positioned on or supported by the steps and a second type of storage media can be positioned on or supported by the bottom wall between the steps. Additional partition walls project inwardly from the steps and upwardly from the bottom wall and define slots for receiving the second type of storage media.

Abstract: A stackable bin includes two spaced apart side walls, each having a front, rear, upper and lower edges; a rear wall having opposite side edges connecting the rear edges of the side walls together, an upper edge and a lower edge; the side walls and the rear wall being slightly inclined inwardly with respect to a vertical plane from the upper edge to the lower edge thereof such that the lower edges of the side walls and the rear wall fit within upper edges of side walls and a rear wall of a second, lower stackable bin; a bottom wall connected to lower portions of the side and rear walls; and a plurality of parallel, spaced apart vertically oriented ribs provided on outer surfaces adjacent the front and rear edges of the side walls, for supporting the stackable bin on the upper edges of the side walls of the second stackable bin, and for increasing structural rigidity of the side walls, at least some of the ribs including a notch in a lower end to receive the upper edges of the side walls of the second stackable

Abstract: A stackable bin includes two spaced apart side walls, and a rear wall connecting rear edges of the side walls together. The side walls and rear wall are slightly inclined inwardly with respect to a vertical plane. A bottom wall is connected to lower portions of the side walls and rear wall and a central partition wall is connected with the bottom wall and rear wall to define first and second compartments open at front ends thereof. A channel extends parallel to and in alignment with the partition wall, and is formed at an underside of the bottom wall, for receiving an upper edge of a partition wall of a another stackable bin, for a supporting stackable arrangement therewith. Vertically oriented ribs are provided on outer surfaces of the side walls, for further supporting the stackable bin on the upper edges of side walls of the other stackable bin, and for increasing structural rigidity of the side walls.