1. Storage box [furniture]; 2. Storage cabinet

Abstract

1. The portions shown in solid lines represent the parts for which design protection is sought, and the portions shown in broken lines are disclaimed from the scope of design protection; dash-dotted lines indicate the boundary between the parts for which design protection is sought and the parts that are disclaimed from the scope of design protection; the left side view is symmetrical to the right side view and is therefore omitted; Fig. 1.8 is a reference end view of a groove portion formed at the lower end of the top surface, taken from the short side of the top view; Fig. 1.9 is a reference end view of a protruding portion formed at the left end of the bottom surface, taken from the long side of the bottom view; Fig. 1.10 is a reference view only showing the usage status of the claimed design and form no part thereof; the storage box can be stacked with other storage boxes or hanger units to form a cabinet; the storage box can also be stacked with other storage boxes or hanger parts even when rotated in 90-degree increments, due to the shapes of the groove portion on the top surface and the protruding portion on the bottom surface, thereby allowing the storage box to be used in various combinations in any orientation.; 2. The portions shown in solid lines represent the parts for which design protection is sought, and the portions shown in broken lines are disclaimed from the scope of design protection; Fig. 2.6 is a reduced exploded view, showing the individual parts as seen from the top side; Fig. 2.7 is a reduced exploded view, showing the individual parts as seen from the bottom side; Figs. 2.8 and 2.9 are reference views illustrating, by way of example of a tier including two upper drawers, that an upper module forming the cabinet can be positioned so as to be rotatable relative to a lower module; as shown in Fig. 2.8, a protruding portion provided on the bottom surface of the upper module is insertable into a corresponding recess formed in the lower module; as shown in Fig. 2.9, the protruding portion remains insertable into the recess of the lower module even when the upper module is rotated by 90 degrees.

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