Armament Systems and Procedures, Inc.

The Brinkmann Corporation

Donald A Keller

W Clay Reeves

Kevin L Parsons

Michael Story

Milly S Hall

Clay C Reeves

J Baxter Brinkmann

A flashlight having a power source and a light source having a high intensity positioned in a power source frame. The flashlight further includes a power source frame housing that encloses the power source frame. The frame and the housing cooperate to secure and protect the internal components of the flashlight. The flashlight is further provided with side covers that have flat surfaces to receive markings or engravings. A switch is provided to activate the light source, the switch preferably providing tactile feedback to the user.

Miniature LED flashlight

The flashlight of the present invention is comprised generally of a flashlight chassis which houses energy cells, a flashlight head which houses a beam adjustment assembly, and an endcap which houses a switch assembly. The beam adjustment assembly and the switch assembly utilize printed circuit boards to support the lamp bulb and switch, respectively. The beam adjustment assembly mounts inside the flashlight head and can only be accessed and adjusted by removing the outer lens retaining ring that secures the assembly within the head. Once accessed, the bulb support of the assembly can be rotated relative to the reflector of the assembly to adjust the light focal length of the flashlight. The adjustment assembly is also provided with a shock absorber that supports the light bulb. In one embodiment, the endcap is provided with a threads to permit the flashlight to be axially attached to an expandable baton. This embodiment also incorporates a side mounted switch to enhance manipulation and use of the combination flashlight/expandable baton device. In another embodiment, the endcap has an end-mounted switch to permit full extension of the flashlight. In each embodiment, a multi-function, low noise, push-button switch is utilized. The switch mounts on the printed circuit board, and is provided with primary and secondary circuits to guard against switch failure. The switch is protected by a cover integrally formed of an o-ring.

Tactical flashlight

Flashlight

The flashlight of the present invention is comprised generally of a flashlight chassis which houses energy cells, a flashlight head which houses a beam adjustment assembly, and an endcap which houses a switch assembly. The beam adjustment assembly and the switch assembly utilize printed circuit boards to support the lamp bulb and switch, respectively. The beam adjustment assembly mounts inside the flashlight head and can only be accessed and adjusted by removing the outer lens retaining ring that secures the assembly within the head. Once accessed, the bulb support of the assembly can be rotated relative to the reflector of the assembly to adjust the light focal length of the flashlight. The adjustment assembly is also provided with a shock absorber that supports the light bulb. In one embodiment, the endcap is provided with a threads to permit the flashlight to be axially attached to an expandable baton. This embodiment also incorporates a side mounted switch to enhance manipulation and use of the combination flashlight/expandable baton device. In another embodiment, the endcap has an end-mounted switch to permit full extension of the flashlight. In each embodiment, a multi-function, low noise, push-button switch is utilized. The switch mounts on the printed circuit board, and is provided with primary and secondary circuits to guard against switch failure. The switch is protected by a cover integrally formed of an o-ring. Alternatively, the switch may be activated by a slidingly mounted push button, on which is flush-mounted a medallion for customizing the flashlight.

Flashlight identification plate

Flashlight battery recharger system

A battery recharger that can be used with a standard flashlight having a flared head and a generally cylindrical body includes a recharger unit that accepts flashlight batteries for recharging and a clamping structure that grasps the flashlight where the flashlight head joins the flashlight body and exerts enough clamping force to support the weight of the recharger unit when it contains the batteries. Substantially all of the flashlight body is free to be used as a carrying handle and also to be used as a lever arm to remove the flashlight from the grip of the clamping structure. The recharger includes recharging circuitry that can fully charge high-performance battery sticks up to their rated power of 4.4 amp-hours. The recharger accepts both two-cell and three-cell size battery sticks, and can be moved about to whatever locations are necessary.

Growing community of inventors

Irving, TX, United States of America

Donald A Keller