초록 ▼

The process for producing two compartment easily ruptured paintball type projectiles that are fired from compressed air guns; this invention provides a double chamber projectile capsule that contains two chemical agents which, when mixed together on impact, provide a luminescent spot to visibly mark

The process for producing two compartment easily ruptured paintball type projectiles that are fired from compressed air guns; this invention provides a double chamber projectile capsule that contains two chemical agents which, when mixed together on impact, provide a luminescent spot to visibly mark impacts at night; for police and military training, as well as the popular adult war games, based on the present paint ball and air gun equipment. The unique modifications are designed to fit into the present standardized paintball specifications, without adding unusual expense. A double barrier feature assures necessary shelf life and complete separation of the reactive agents; as well as increased ease of loading the two chemical agents during manufacture.

대표청구항 ▼

A method for producing an easily crushable two compartment projectile for air guns which contains two separated reactive chemicals that mix upon impact to produce a luminescent light source as a mark that is visible under nighttime conditions wherein for ease of manufacture and the complete isolatio

A method for producing an easily crushable two compartment projectile for air guns which contains two separated reactive chemicals that mix upon impact to produce a luminescent light source as a mark that is visible under nighttime conditions wherein for ease of manufacture and the complete isolation of the reactive chemicals, two separate sealed hemispheres are first made and then fused together to form a completed dual chamber ball; the production steps including: trimming the thin outside shell of a first hemisphere in a base with a cavity that matches the outside diameter of the hemisphere shell and a vertical holder which matches the inside diameter of the shell; filling a first hemisphere shell with a measured amount of a first luminescent chemical; wetting the vertical edge of a thin shallow cap, which matches the inside diameter of said first hemisphere shell by rotating the cap on a vacuum holder while in contact with a fusion fluid source: setting said cap, which has an extended rim, into said first hemisphere shell with said extended rim covering the edge of said first hemisphere shell; repeating the above four steps with a second hemisphere shell that contains a second luminescent chemical; wetting said extended rims of both the first and second filled and capped hemispheres with a fusion liquid and bringing them together in perfect alignment to form a complete sphere; placing said complete sphere in a cylindrical holder while resting on said extended rims that have been fused; and flush trimming said extended rim ring with a cylindrical knife edge which is pressed in perfect alignment with said cylindrical holder inside diameter and the outside diameter of the sphere at the joining line of said hemispheres.