초록 ▼

The Beading Design Tool is a tool for creating bead designs utilizing the actual beads intended for the design. The beads are arranged on the Beading Design Tool, either in straight stitch or offset stitch configuration. The Beading Design Tool can accommodate various sized beads. The beader can eas

The Beading Design Tool is a tool for creating bead designs utilizing the actual beads intended for the design. The beads are arranged on the Beading Design Tool, either in straight stitch or offset stitch configuration. The Beading Design Tool can accommodate various sized beads. The beader can easily alter a design, or correct an error, by simply removing those beads no longer wanted in the design and replacing them with other beads. Manipulating the design is easy and fast. Upon completion of the creation, the beader may transpose the beads on the Beading Design Tool to the loom, or free hand composition, thereby minimizing the possible error of adding, deleting a bead or selection of an incorrect color. The beader may also elect to keep the design on the Beading Design Tool as a guide and create the finished piece using a second set of beads.

대표청구항 ▼

1. A unibody tool to be used in the creation of bead designs for nominally sized beads between 6/0 to 22/0 comprised of: a dual-sided board with recessed platforms on both sides, wherein both recessed sides have dimpled indentations in at least two different configurations of straight and staggered

1. A unibody tool to be used in the creation of bead designs for nominally sized beads between 6/0 to 22/0 comprised of: a dual-sided board with recessed platforms on both sides, wherein both recessed sides have dimpled indentations in at least two different configurations of straight and staggered or offset rows (straight and staggered, or offset rows),and each side has a uniquely sized dimple indentation different from the other side,raised peripheral frames on all four edges on each side with discreet channels within the frame to store beads intended for use in the design process, andfeet in all four corners of each side, eight in total, to elevate the tool above the working area. 2. The unibody tool as claimed in claim 1, wherein the discreet channels have different sizes.