Insert-storage type intravenous drip moving seat

An insert-storage intravenous drip moving seat, manufactured by an integral formation method, and provided for installing objects that are required moving, comprising:

• a main body, having an assembling portion disposed at the middle thereof;
• two extension support arms, each having an arm body and a fixed bar, and each of the arm bodies having an end coupled to the main body and the other end downwardly bent, extended, and coupled onto the fixed bar, and a storage space being defined under the main body and the two extension support arms, and a first fixed portion being disposed separately under both ends of each of the fixed bars, and the two extension support arms extending into a V-shaped by using the main body as a center, and the first fixed portions being disposed on the same radius distance by using the main body as a center, so that the fixed bars are limited by a relative positional relationship of the first fixed portions to show the same V-shaped angle, and a guide entrance is formed between the fixed bars;
• an inverted V-shaped support arm, with two open ends coupled to the arm bodies of the two extension support arms respectively, and one closed end extending downwardly and forwardly to form a tip, and a second fixed portion being disposed under the tip and also disposed on the same radius distance where the first fixed portions are situated, and the inverted V-shaped support arm having a width smaller than the width of the guide entrance;
• and
• a plurality of moving wheels, respectively and movably installed to the first fixed portions and the second fixed portions, so that each of the moving wheels can be rotated relative to one of the first fixed portions and/or one of the second fixed portions, and each of the moving wheels can rotate on its own and drive the intravenous drip moving seat to move in any direction on a plane.