Eccentric tape spindle

摘要

A tape spindle comprising a first holding portion and a second holding portion individually supporting and fastening to tape rolls of different sizes, wherein the second holding portion is constructed by a column with at least two orthogonal diagonals, and an operating section of the tape roll is extended through an opening of the first holding portion to reach a tape dispenser; therefore, the tape spindle may accommodate the purpose of the user to hold tape rolls on the first holding portion and the second holding portion according to their sizes, and when extending the tape roll held on the second holding portion, the shaft of the tape spindle may not move with the rotation of the tape roll due to the friction force between an inner wall of the tape roll and the second holding portion.

主权项

1. A tape spindle, comprising:
a first holding portion; a second holding portion; and a shaft, for pivotally configuring on a tape dispenser, wherein the first holding portion comprises an opening and a container that is configured on a side of the first holding portion and is open, and the container is connected with the opening, wherein the shaft coaxially penetrates the first holding portion and the second holding portion configured in the container, and the shaft eccentrically penetrates the second holding portion, and wherein the first holding portion is adapted for supporting thereon a first tape roll and the second holding portion is adapted for supporting thereon a second tape roll in a way that an operating section of the second tape roll is extended through the opening of the first holding portion; wherein the second holding portion comprises one first fastening protrusion and three second fastening protrusions, which are adapted for being abutted against an inner wall of the second tape roll and located at four vertices of an imaginary kite; wherein the one first fastening protrusion and the three second fastening protrusions are arranged surrounding around the shaft in a way that the shaft is located at an intersection between a first imaginary line, which passes through the one first fastening protrusion and one of the three second fastening protrusions, and a second imaginary line, which passes through the other two of the three second fastening protrusions; wherein a distance from a center of the shaft to the first fastening protrusion is greater than a distance from the center of the shaft to any of the three second fastening protrusions and the first fastening protrusion is closer to the opening of the first holding portion than any of the three second fastening protrusions.