抄録
In the present study, the standing tape dispenser used in regardless of the static friction coefficient and the shape with the mounting surface, the installation site and the length of the tape was proposed. The performance was evaluated. In the proposed tape dispenser, the tape was peeled in a lateral direction, the tape was extracted perpendicular to the mounting, and the tape was cut in a downward direction. The proposed tape dispenser was fixed at the mounting, by the static frictional force when the tape was peeled, by the gravity force when the tape was extracted, and by the reaction force from the mounting when the tape was cut. The installation site was not limited without requiring the iron mounting, and another fixing device in the mounting different from the proposed tape dispenser. The proposed tape dispenser was created actually to evaluate the performance. In the process of peeling the tape, extracting the tape and cutting the tape, the created proposed tape dispenser was not moved at lower values of the static friction coefficient and the patterned indented shape of the mounting. The length of the tape over 8.6 cm was created.
