A multi-platform gaming system for amusing or entertaining one or more game participants playing a game on a gaming platform is described. The multi-platform gaming system can include collectible toys depicting or representing one or more game characters or objects relevant to a game adapted to be played on the gaming platform. The collectible toys can have associated therewith an RFID tag including a corresponding unique tag identification number. The RFID tag can include an antenna, integrated circuitry for wirelessly transmitting and receiving information to and from an associated RFID tag reader, and non-volatile programmable memory for storing game-relevant information describing skills, abilities or attributes associated with one of said game characters or objects.

The invention is directed to a connected toy device comprising at least one sensing element configured to provide a complementary data to a limited visual recognition data obtained from a camera, so as to obtain an accurate reflection of a real-time playing scene of a player with said connected toy device and allow production of a suitable response to the player on a smart device connected to said toy according to processing of the combined data obtained from said camera and the at least one sensing element. The invention is further directed to a connected toy system for obtaining an accurate reflection of a real-time playing scene of a player with a connected toy device, the system comprising: at least one connected toy devise having at least one sensing element configured to provide a complementary data to a limited visual recognition data obtained from a camera; and a smart device having at least a camera, a processing device and a dedicated software library, said smart device is configured to capture images of said playing scene by said camera process the data and combine the image data with data received from said at least one sensing element, and produce a suitable response on the smart device according to the data obtained from the camera and the sensing element reflecting a real time occurrence at the playing scene.

An inflatable toy sword includes a handle having a proximal end and a distal end, a fan disposed in the handle for directing air toward the distal end of the handle, a power source disposed in the handle for providing power to operate the fan, and a switch coupled with the fan for selectively activating the fan. An inflatable blade has a proximal end with an opening. The proximal end of the inflatable blade is connected to the distal end of the handle. The toy sword may also generate light and sound.

A virtual reality weapon accessory comprising a baton and a tracker adapter coupled to the baton wherein the tracker adapter is configured to adapt with a virtual reality tracker that facilitates communications between the baton and a virtual reality computing device. The tracker adapter includes a groove comprising a female socket configured to receive a strike plate of the virtual reality tracker wherein the groove includes a magnet that attracts to the strike plate. The tracker adapter further includes a pin pad configured to establish signal connections with the virtual reality tracker to transmit signals from the baton to the tracker. The tracker adapter may be configured to detect a flick motion associated with the baton.

A saber apparatus comprises a hilt assembly having a hilt body and a drive assembly. The saber apparatus further comprises a blade member connected to the drive assembly to selectively deploy and retract the blade member. The blade member is deployed in an arc shape and is stored in a flat shape wound up in a reel form within the hilt body. The drive assembly operates to deploy the blade member outward from the hilt body and retract the blade member into the hilt body. The blade member comprises a blade cap at a distal end of the blade member, and the hilt assembly comprises a light source within the hilt body. The light from the light source is directed through a lens axially outward towards the blade cap at the distal end of the blade member.

A method of providing a telescopic assembly includes providing a power mechanism to rotate a threaded spindle which is coupled to telescopic segments. Rotating the threaded spindle causes the telescopic segments to extend out of a handle to an extended position. A safety feature is provided such that, if the telescopic segments in the extended position are pressed by a poking force against a person, the poking force causes the telescopic segments to retract in a direction towards the handle thereby preventing injury to the person, and the power mechanism and the threaded spindle are not compromised or destroyed by retraction of the telescopic segments due to the poking force.

This disclosure relates generally to a Balisong Trainer that represents a revolutionary approach to learning and mastering the art of the balisong, commonly known as a butterfly knife. Crafted with user safety in mind, this innovative training tool offers a secure and controlled environment for enthusiasts to hone their skills without the inherent risks associated with a live blade. The standout feature of the Balisong Trainer is its rechargeable light-up handle, incorporating cutting-edge technology to enhance the learning experience. The handle utilizes fiber optic cable, which not only adds a futuristic aesthetic but also serves a practical purpose. This ingenious design allows the trainer to be used in low light conditions, providing a dynamic training session regardless of the environment. The illumination not only adds an element of visual appeal but also enhances the user's ability to track movements and master intricate techniques with precision. This combination of safety and innovation sets the Balisong Trainer apart, catering to both beginners seeking a risk-free introduction to balisong manipulation and seasoned practitioners looking to refine their skills in diverse lighting scenarios.

The present disclosure provides an inflatable toy sword device with a blade configured to extend from and retract into the handle. A flexible blade material may be stored in a spooled configuration within the handle and inflated during extension. During retraction, the process is reversed and air is controllably released while the material is spooled. A method of extending and retracting the flexible blade material of an inflatable toy sword is also provided.

A telescoping mechanism includes a handle including a motor and a controller operatively connected to the motor for controlling operation of the motor, a spindle operatively coupled to, and configured to be rotated by, the motor. The spindle is not journaled by the motor and instead is journaled by a bearing support distanced from the motor. Telescoping segments are coupled to the spindle. The telescoping segments are nested together in a contracted orientation and extend outwards upon rotation of the spindle.