A liquid dispensing apparatus comprising a container portion, a receiver portion, and a grip portion. The container portion includes a first opening, a second opening, and a third opening. The first opening comprises a trap door valve. The second opening comprises a vent valve attached to a trigger located in the grip portion. The third opening is in liquid communication with a liquid ejection system.

The invention relates to a toy for discharging a liquid. The toy comprises a discharging chamber adapted to receive a liquid from a liquid storage tank; an outlet arranged at the discharging chamber adapted to discharge at least some of the liquid received in the discharging chamber, the outlet being controllable by a covering mechanism movable between a closed position and an open position to thereby close and open the outlet, respectively; a movable member operably connected with the covering mechanism; wherein, in response to a triggering action of the toy, the movable member is movable from a first position to a second position thereby actuating the covering mechanism to move from the closed position to the open position, and at the same time, triggering discharge of the at least some of the liquid from the discharging chamber via the outlet.

The disclosure is premised on the realization that despite the apparent convenience, safety and effectiveness possible by use of a less-lethal weapon incorporated into the foregrip of a two-handed weapon, no major police department, government agency, or military unit deploys such a system. This deficiency can be remedied by the disclosed device, which comprises a less-lethal weapon system that employs industry-standard components, and is effective and easy to use. The disclosed invention mounts a standard-size incapacitant canister in the handgrip portion of a foregrip. The foregrip is secured to the firearm by a standard rail system, and uses standard trigger and safety configurations. The canister magazine allows for efficient loading and reloading of the incapacitant, and the canister mounting angle allows for effective use. Further, some embodiments of the invention may include an accessory mounting area in which a tactical flashlight or laser may be mounted.

An apparatus for use with a disrupter to disable explosive ordnance and improvised explosive devices is described. In a preferred embodiment, the apparatus comprises a sleeve adapted to be fit around the barrel of the disrupter, wherein the sleeve has an opening of generally circular cross section and an aperture for holding a positioning rod; and a positioning rod connected to the sleeve through the aperture for positioning the disrupter in relation to the explosive ordnance or improvised explosive device. The use of the sleeve and positioning rod combination permits rapid determination of stand-off for the disrupter and the angle of impact of the charge the disrupter will fire. The device is particularly useful in disabling pipe bombs.

A toy water gun includes a hand-held body having a water reservoir capable of storing a predetermined quantity of water therein, and a guide rail engaged with the water reservoir. The toy water gun further includes a hand-operated pump mechanism is in fluid communication with the water reservoir and dynamically engaged with the guide rail, a discharge nozzle in fluid communication with the water reservoir and having an illuminable water trajectory selectively egressed distally away therefrom, and a light emitting mechanism attached to a dynamic portion of the pump mechanism. Advantageously, the dynamic portion of the pump mechanism and the light emitting source are contemporaneously reciprocated along a bi-directional travel path relative to a position of the discharge nozzle and thereby illuminate the illuminable water trajectory after being egressed from the discharge nozzle.

A toy may include a target having a target magnet and a first color configured to become a second color when the target is activated. The toy also may include a backing having a backing magnet configured to be mounted to an interior of a garment. The backing may be magnetically attracted to the target magnet through the garment when the target is on an exterior of the garment. The target may be configured to be retained on the garment only via magnetic force between the target magnet and the backing magnet. The target and the backing may be configured to be readily removed from the garment and have numerous re-uses for future play.

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.

A toy water gun having a stream interrupter or interrupter valve that is configured to periodically interrupt a flow of water that is discharged such that periodic bursts of water are delivered in a rapid succession. In one arrangement, a nozzle recovery chamber is provided in a nozzle opening of the nozzle is located that is directed to discharge water through the nozzle recovery chamber along a discharge axis. The stream interrupter is located in the nozzle recovery chamber between the nozzle opening and the discharge opening and is configured to periodically interrupt a flow of water from the nozzle along the discharge axis to the discharge opening to form the periodic bursts of water that are delivered from the discharge opening. Blocked water in the recovery chamber is recycled back to the supply tank. Use of the interrupter valve provides for interrupted discharges from the nozzle.

A toy water gun includes a housing and a nozzle for discharging water, the nozzle being positioned adjacent a front end of the housing. A pump chamber and a piston located therein positioned at or in the housing, the pump chamber and the piston being translatable relative to one another. A lever arm coupled to the housing by a first pivot connection at a first end and including a handle at a second end. A drive arm pivotally connected at a drive arm first end to the lever arm and coupled at a drive arm second end to one of the housing, the pump chamber, or the piston. Upon actuation of the lever arm, the pump chamber and the piston translate relative to one another such that water is adapted to be discharged from the nozzle.

A water intake system for a boat spray gun, including a system utilizing a port through a transom of a boat, the port positioned proximate to the bottom portion of the boat; a spray gun system; and a water intake system, comprising: a first water inlet tube having a proximal end connectable to a pump of the spray gun system and a distal end connectable to a swivel; a second water inlet tube having a proximal end and a distal end, the proximal end connectable to the swivel; a port connector connectable to the distal end of the second water inlet tube, the port connector having external threads threadingly engaging the port of the boat; and a water inlet conduit having a proximal end engageable with the port connector and a distal end positioned under the bottom portion of the boat.