Push-button extension for automatic dispenser of pressurized gas canisters.

Abstract

Activation device for manually activated pressurized gas grenades used for self-defense and fire suppression, using an automatic pressurized gas grenade dispenser. The device allows for the relocation of the activation force of the pressurized gas grenade's activation system. This relocation of the activation force allows the installation of the large push button of the manually operated pressurized gas grenade in a space free from dimensional constraints. The present invention consists of a parallelepiped element (1) integrated against the two ends of the half-ring (8) initially intended to clamp the pressurized gas grenade by its stamped flange. The parallelepiped element has a translational guide (2) normal to its surface, into which a support rod (3) is integrated. The support rod is equipped at each end with a push button.The first push button (4) is designed to receive the force from the support cam (6) of the automatic diffuser activation system. The second push button (5) is designed to transmit the force to the manual activation button (7) for the pressurized gas canister. Figure for the abbreviation: Fig 2.

Description

Title of the invention: Push-button extension for automatic dispenser of pressurized gas bombs.

[0001] The present invention enables the activation of a manually operated pressurized gas bomb by an automatic pressurized gas bomb diffuser.

[0002] The use of this invention is intended for exclusive use with pressurized gas anti-aggression and fire-fighting bombs.

[0003] Automatic dispensers are designed to operate with pressurized gas canisters equipped with a specific narrow push button. Automatic dispensers are not compatible with manually activated pressurized gas canisters because these are equipped with a wide push button adapted to the anatomy of users' fingers.

[0004] The automatic diffuser activation system consists of an electric motor mounted on a plate equipped with a reduction gear and a support cam. The support cam applies force to the narrow push button of the pressurized gas canister to activate the gas diffusion. The activation system has a narrow opening allowing for the installation of the narrow push button of the pressurized gas canister.

[0005] By design, pressurized gas bombs are equipped with a stamping collar.

[0006] Some automatic dispensers have a half-ring for clamping the pressurized gas canister. This half-ring is designed to receive the stamping collar of the pressurized gas canister in order to clamp it when the automatic dispenser is activated.

[0007] The present invention relates to automatic pressurized gas bomb diffusers equipped with a clamping half-ring.

[0008] The present invention refers to an extension that attaches against the two ends of the clamping half-crown of the automatic diffuser.

[0009] The present invention consists of creating an extension to offset the activation force of the system by a minimum of 3.5 cm while maintaining the force of the support cam over a minimum stroke of 0.5 cm. Offsetting the activation force allows the large manual release button of the pressurized gas canister to be positioned in a space free from dimensional constraints. The present invention is easily integrated into the activation system of automatic pressurized gas canister dispensers.

[0010] The attached drawings and image illustrate the invention.

[0011] [Fig. 1] represents a perspective view of the invention.

[0012] [Fig.2] represents a front view of the invention in its environment.

[0013] [Fig.3] is a photograph of the invention integrated into an automatic pressurized gas bomb diffuser.

[0014] With reference to these drawings, the present invention consists of a parallelepiped element (1) having a translational guide (2) normal to its surface. A support rod (3) is integrated into the translational guide. The support rod has a pusher at each end. The upper pusher (4) is designed to receive the force from the support cam (6) of the pressurized gas diffuser activation system. The lower pusher (5) is designed to transmit force to the push button (7) of the pressurized gas canister. The entire device is clamped against the two ends of the clamping half-ring (8) initially intended to receive the stamping flange of the pressurized gas canister.

Claims

[Claim 1] Demands Device including: - a parallelepiped element (1) integrated against the two ends of the half-crown (8) initially intended for clamping the pressurized gas bomb by its stamping collar. - a translational guidance (2) normal to the surface of the parallelepiped element (1). - a support rod (3) fitted at each end with a pusher (4, 5) integrated into the translational guidance (2) of the parallelepiped element (1). - the upper pusher (4) allows to receive the force supplied by a support cam (6) of the activation system of an automatic pressurized gas diffuser. - the lower pusher (5) allows force to be exerted on a manual push button (7) of the pressurized gas canister.

Images