The present invention relates to a kit used for educational and fun purposes that provides components for creating and visualizing complex geometrical shapes. The kit includes small spheres and pegs that can be assembled into multiple geometric shapes, such as polyhedrons. The shapes are created from separate spheres used as vertices that are connected using pegs. Inner spheres including two holes are placed inside the pegs wherein the holes are used for rotating the shapes both horizontally and vertically. A stand includes horizontal spinning rods and vertical rods that are used for rotating the shapes to enable students to visualize and understand the shapes from all angles. The shapes can be assembled and disassembled as per the preferences of a student. The outer spheres, pegs and inner spheres are manipulable parts that provide hours of fun and learning and help students to learn different aspects of geometry.

An orbital spinning toy formed of the central piece, that is formed of two separated parts, a first top piece and a second bottom piece. There is a sleeve between the first top piece and second bottom piece, that rotates. An arm is connected to that rotating sleeve, and has a satellite at its distal end. This forms a toy that allows a user to hold one of the top piece and bottom pieces, and rotate that arm and hence rotate the satellite around the toy.

The present invention is directed to an improved fidget spinner toy and device.

The present invention is directed to an improved fidget spinner toy and device.

A rotating spin top device for creating rotational force for a spin top includes a shell. The shell has a radius being a length between a center of the shell and an exterior surface of the shell. The shell has a cavity where a ball is nested within. The ball has a radius being a length between a center of the ball and an exterior surface of the ball. A length from the center of the ball to a center of the cavity defines a distance when the ball is positioned at an end of a pair of ends of the cavity. The radius of the ball and the radius of the shell are relative to the distance whereby defining a proportion. The proportion creates the rotational movement of the rotating spin top device.

A rotating spin top device for creating rotational force for a spin top includes a shell. The shell has a radius being a length between a center of the shell and an exterior surface of the shell. The shell has a cavity where a ball is nested within. The ball has a radius being a length between a center of the ball and an exterior surface of the ball. A length from the center of the ball to a center of the cavity defines a distance when the ball is positioned at an end of a pair of ends of the cavity. The radius of the ball and the radius of the shell are relative to the distance whereby defining a proportion. The proportion creates the rotational movement of the rotating spin top device.

Implementations described and claimed herein provide systems and methods for delivering a customizable feedback stimulus. In one implementation, a custom feedback device comprises a shell housing having a first shell and a second shell. The shell housing opening extends between an outer surface of the first shell and an outer surface of the second shell. A plurality of protrusions extends between the first shell and the second shell, and at least one receiving area is defined by the plurality of protrusions between the first shell and the second shell. The receiving area is adapted to house a customized portion.

Implementations described and claimed herein provide systems and methods for delivering a customizable feedback stimulus. In one implementation, a custom feedback device comprises a shell housing having a first shell and a second shell. The shell housing opening extends between an outer surface of the first shell and an outer surface of the second shell. A plurality of protrusions extends between the first shell and the second shell, and at least one receiving area is defined by the plurality of protrusions between the first shell and the second shell. The receiving area is adapted to house a customized portion.

1. A whirligig assembly includes a body having equally distributed weight about the center-point of the body, a central opening provided through the body, at least one stem opening provided through the side of the body extending orthogonally through the central opening and breaking out at opposing sides of the body, and a stem having a first end formed as a whirligig point and a second end formed as an attachment end, the first end including a stop flange located just above the base of the whirligig point on the stem. The stem may be inserted through one of the at least one stem openings and may be attached to a mechanism to suspend the body vertically on the stem and, wherein the stem may be inserted through the central opening of the body to enable function as a whirligig.

A ring comprised of two interlinked bands not fused together, an inner band 101 and an outer band 102. This arrangement allows the outer band 102 to revolve around the inner band 101 without separating. Other embodiments of this method are described and shown.