A shaking bullet chain structure of a toy gun is provided. The toy gun has a gun body and an action. The structure includes a fixing base, a slider, a bullet chain, and a sway assembly. The fixing base is disposed beside the gun body and includes a frame and a cover. The slider is movably connected to the cover and is provided with a working trough. The bullet chain is hung on the fixing base and includes multiple bullets and a belt. One end of the sway assembly is pivoted to the frame, and another end is connected to an insert rod. The insert rod penetrates a bullet and the working trough. When the action reciprocates in the gun body, the action is configured to drives the slider to move therewith to further drive the bullet chain to shake by the working trough pushing the insert rod.

A light toy that is divided into hilt and blade may be used as a science fiction light saber, a signaling device, or illumination marker is disclosed. A light source sends a beam of light into a non-opaque tube along its axis. The elongated tube also known as the blade extends out in at least two sections by remote with an electric motor and can retract back into the hilt of the hollow structure of the device to be unseen. The light emitting device emanates a glow through the walls of the tube making the device highly visible. The motor that actuates the blade is hidden within hilt of the device. In addition, a sound board may be added to transmit sound while in use or play.

The present disclosure relates to a toy telescopic device on which each telescopic layer is arranged to be sleeved into one another and slidable into one another, whereby each telescopic layer can be extended and retracted. When in use, each telescopic layer can be extended for usage. When not in use, each telescopic layer can be retracted for placement, which is convenient for storage. In addition, each telescopic layer can be automatically retracted into a grip assembly by means of a self-resetting member; a torque can also be transmitted to the self-resetting member by means of a driving member and a friction wheel, whereby the self-resetting member overcomes a self-resetting force to operate, thereby driving each telescopic layer to extend out. In this way, each telescopic layer can be driven to extend and retract without a manual force, which improves the convenience of usage.

Methods and systems are described for providing a retail product that allows a consumer to participate in a personalized interactive entertainment experience in one or more venues. The retail product is capable of wirelessly interfacing with interactive devices in the venues that are capable of producing sensory effects based on communication from and/or to the retail product. Furthermore, the retail product preferably has an independent or intrinsic value apart from the use of the product in the venues, and may include, for example, a toy, apparel, and/or jewelry. In certain examples, the methods include tracking the consumer's use of the retail product in the venue(s). Such tracking information may be used to customize the experience of the user during a subsequent visit to the same venue or another venue.

A kit of parts for playing a tag game in low-light conditions includes first and second base markers, first and second plurality of team identifiers, and first and second plurality of batons. The base markers, team identifiers and the batons emit light.

A telescopic mechanism including hollow telescopic blade segments with a threaded spindle having spindle threads within the telescopic blade segments. Nuts are configured to correspond and interface with the spindle, and a power mechanism is configured to spin the spindle. Each of the nuts respectively interfaces at the proximal portion of each of the hollow blade segments and the nuts have nut threads corresponding to the spindle threads. The nut threads allow back and forth movement over the spindle threads when the spindle is rotated; however, the nut threads will slide over the spindle threads if the distal telescopic blade segment is pushed above a given threshold force.

A special effects device for providing an energy sword effect. The device includes two long plastic semi-cylinders, and these two blade body members are rolled perpendicular to their length, which creates compact cylinders of material of small volume that can be provided on a pair of spools in a hilt. To extend the blade, a motor provided in the hilt unrolls the blade body members from the spools. Each blade body member passes through a blade forming guideway that nests the semi-cylindrical blade body members together as they leave the hilt. To retract the blade, the process is reversed. The lighting of the blade is achieved with a flexible strip of light sources. The light source strip is attached to a blade end cap and positioned in the center of the two blade body members such that it is pulled up along with the blade body members during their extension.

The invention is a continuous extendable light saber toy whose blade, when fully extended, is rigid and firm enough to use as a sword, but, when not in use, is able to be rolled up into a small compact form factor.

Systems, apparatuses and methods may obtain motion data, obtain audio data, and detect a collision between a handheld device and an object based on the motion data and the audio data. In one example, noise may be removed from the motion data and the audio data to obtain filtered collision data, wherein the object is classified based on the filtered collision data.

The invention relates to a toy gun. The toy gun comprises a microphone module for receiving an incoming sound signal and converting said incoming sound signal to an outgoing audio signal, and a speaker module for receiving an incoming audio signal and converting said incoming audio signal to an outgoing sound signal; the microphone module and the speaker module being electronically connected with a processing module for processing the incoming and outgoing audio signals; and a communications module for communicating the audio signals between the toy gun and one or more other toy guns or portable audio devices distant to the toy gun; wherein the microphone module and the speaker module are positioned at or near a rear end of the toy gun, such that a user is able to hold and operate the toy gun whilst being able to operate the microphone module without a need to substantially reposition a hand of the user holding the toy gun.