Other

Arco Industries Corporation

Larami Limited

D'andrade; Bruce M.

Seneca Enterprises, Inc.

Bruce M D'Andrade

Lonnie G Johnson

Kwok W Tsui

Jeffrey I Wachtel

Robert W Salmon

Jose Longoria

Joseph A Marino

Frank Caminos

Johnny S Yuen

Sing C Yuen

Jay E Campbell

Ku I Nin

Fun S Mak

Liu S Wong

Ping F Ng

Tak M Ma

Johnny Y Sing Chuen

The present invention relates to a gun assembly for dispensing a fluid with a quick charge adapter. The gun assembly includes a plurality of expandable bladders located in housings which are connected to a supply manifold. The supply manifold is connected to a remotely located gun which is adapted to dispense fluid stored in the bladders upon activation of a trigger. The fluid may be dispensed through a selected one of multiple ejection nozzles located on the gun that can be selected by the user. A recharge nozzle located on the gun is adapted to be inserted into the quick charge adapter to quickly expand and fill the bladders from a pressurized supply.

Backpack externally chargeable bladder gun assembly

The present invention is a toy water gun for containment and ejection of water which includes a housing, an ejection nozzle, a bladder and an outlet connection which runs from the bladder to the nozzle. The expandable bladder is located in the housing and has a first end connected to the outlet connection and has a carriage attachment located at the second end. The bladder carriage attachment is movable and guided generally linearly in the housing as the bladder is expanded. The bladder is a tubular member having a weakened section with a larger diameter than the remaining portion of the tubular member and has a variable diameter which varies from larger at the first end to smaller at the second end. In one embodiment, the bladder has a variable diameter, larger at it's front end and smaller at it's back end. In another embodiment, the bladder has a constant diameter with a wall thickness gradient. Combined variable diameters and wall thickness may be used.

Bladder water gun

A toy gun having a housing is provided. A trigger is attached to the housing and a liquid storage tank is provided on the housing along with a pressure chamber having an opening which receives an expandable bladder. Also attached to the housing is a pump which is in fluid communication with the liquid storage tank. The pump is adapted to transfer liquid from the liquid storage tank to the expandable bladder in order to charge the expandable bladder with pressurized liquid as the pump is actuated by a user. In addition, a release valve is included for regulating a discharge of liquid contained in the expandable bladder. A path of fluid communication provides fluid communication between the expandable bladder, the pump, the storage tank and a nozzle assembly. The nozzle assembly is adapted for insertion into a quick charge device. The quick charge device is adapted to force liquid from the quick charge device and through the nozzle assembly in order to recharge the expandable bladder. Once the bladder is recharged, movement of the trigger displaces the release valve to regulate the movement of pressurized liquid through a part of the path of fluid communication for discharging a stream of liquid from the nozzle assembly.

Bladder water gun with pump and quick charge system

Water gun

The present invention is a toy water gun for containment and ejection of water which includes a main housing, an ejection nozzle, a bladder housing, a bladder and an outlet connection which runs from the bladder to the nozzle. The expandable bladder is located in the bladder housing and has a first end connected to the outlet connection and has a carriage attachment located at the second end. The bladder carriage attachment is moveable in the bladder housing as the bladder is expanded. In one embodiment, the bladder has a variable diameter, larger at it's front end and smaller at it's back end. In another embodiment, the bladder has a constant diameter with a wall thickness gradient. Combined variable diameters and wall thickness may be used.

Bladder for water gun

The present invention is a compound action complex pivotal multi-planar cutting device. It is pivotal between four distinct pivot points and it includes a handle portion and a jaw portion which are attached to one another. The jaw portion may be curved or may be bent and terminates in a pair of opposed cutting blades. Thus, when a user holds the handle portion, the blades are displaced a pre-determined number of degrees with respect to the relative curvature or bending of the jaw portion. The handle portion and jaw portion are engaged to one another and are pivotal about two pivot points. The handle portion is preferably a pair of handles that are joined at a third pivot point by a first post member and the jaw portion is preferably a pair of jaw members joined at a fourth pivot point by another post member which is oblique with respect to the first post member.

Complex action cutting device

The present invention is an expandable tear drop shaped bladder toy gun for subsequent ejection of liquid therefrom. It includes a main housing having a liquid ejection nozzle, a handle and a trigger, as well as an inflatable tear drop shaped bladder connected to or encompassed in the main housing, and includes a single inlet/outlet tube connected to the bladder. There is also a storage tank for supplying liquid, e.g. water, thereto, as well as a hand pump connected to both the storage tank and the bladder. The pump is physically connected to the housing and functionally connected to the storage tank and the bladder inlet. There is a bladder release valve having an upstream side and a downstream side. The bladder release valve is connected to the bladder outlet at the valve's upstream side, and is connected to the trigger for opening and closing thereof, and is connected to the nozzle at the valve's downstream side for subsequent liquid ejection when the trigger is pulled.

Toy gun having an expandable tear drop shaped bladder for ejection of

The present invention is an expandable bladder toy water gun. It includes a main housing having a barrel and water ejection nozzle, a handle and a trigger, as well as an inflatable bladder connected to the main housing, the bladder having an inlet and an outlet. There is also a storage tank for supplying water thereto, as well as a hand pump connected to both the storage tank and the bladder. The pump is physically connected to the housing and functionally connected to the storage tank and the bladder inlet. There is a bladder release valve having an upstream side and a downstream side, and it is connected to the bladder outlet at the valve's upstream side, and is connected to the trigger for opening and closing thereof, and is connected to the nozzle at the valve's downstream side for subsequent water ejection when the trigger is pulled.

In a toy water gun having a barrel and a water ejection nozzle connected to an end of the barrel, wherein the nozzle has an ejection orifice of a predetermined diameter, there is included in the barrel a turbulence control member in proximity to the nozzle. This is for enhanced laminar flow ejection through the nozzle. The turbulence control member has a plurality of linear stream guidance walls. In some embodiments, optional screen(s) are included which are located contiguous to an end or both ends of the turbulence control member.

Nozzle with turbulence control member for water gun laminar flow ejection

A bladder for liquid containment and injection, utilizing the elasticity of the bladder for the motive force for liquid ejection, is made of a hollow, tubular member which has a section of weakened elastic strength relative to the remainder of the tubular member. It also has a strength gradient created by a modified shape. In one embodiment, it has a variable diameter, larger at it's front end and smaller at it's back end. In another embodiment, it has a constant diameter with a wall thickness gradient. Combined variable diameters and wall thickness may be used.

Shotgun toy water gun

The present invention is a compound action complex pivotal multi-planar nail clipper. It is pivotal between four distinct pivot points and it includes a handle portion and a jaw portion which are attached to one another. The jaw portion may be curved or may be bent and terminates in a pair of opposed cutting blades. Thus, when a user holds the handle portion, the blades are displaced a pre-determined number of degrees with respect to the relative curvature or bending of the jaw portion. The handle portion and jaw portion are engaged to one another and are pivotal about two pivot points. The handle portion is preferably a pair of handles that are joined at a third pivot point by a first post member and the jaw portion is preferably a pair of jaw members joined at a fourth pivot point by another post member which is oblique with respect to the first post member.

Complex action nail clipper

The present invention device for securing shoelaces includes a base, a cover and an attachment mechanism for hingedly connecting the base and cover. The base has at least a bottom, a front and a back. The bottom has side cutouts adapted to allow a shoelace to pass therethrough. A pair of opposing slits extend from the side cutouts towards the center, but do not overlap. The opposing slits are formed so that the shoelace may pass easily from the side cutouts to the opposing slits. Each slit is sized and shaped such that it frictionally engages the shoelaces when they are pulled through it. In a further embodiment, the present invention has a support structure which can be attached to the footwear and then coupled with the base. In this embodiment, the base and support have complementary attachment mechanisms.

Decorative device for attachment to and securing of shoelaces

A water limbo bar amusement device has a base for supporting vertical support poles. A height adjustment mechanism is frictionally connected to the vertical support poles and a water distribution and spraying unit is in turn connected to the height adjustment mechanism. A limbo bar is rotatably connected to the water distribution and spraying unit and also has a twistable triggering mechanism for actuating the water release mechanism, which releases pressurized water from a chamber to a set of nozzles and rotating fins, thereby getting the user wet. A water release housing has an inlet and an exit port from the chamber. There is a snap action water release mechanism in the water release housing. Upon twisting of the limbo bar, the twistable trigger moves a slidably connected valve body away from the exit port, presses a release pin, and opens a first pressure valve. This causes a decrease in the pressure permitting a second pressure valve to open. The opening of the second pressure valve results in channeling the water into the exit port, through a water distribution bar and out through the nozzles and rotating fins.

Growing community of inventors

Whitehouse Station, NJ, United States of America

Bruce M D'Andrade