OZONE GARMENT SYSTEM AND METHODS THEREOF
A scent control system comprises a garment system having a cloaking substance dispersion system including a dispersion circuit for providing cloaking substance for cloaking the user.
1 . A garment system for dispersion of cloaking substance comprising
at least one garment for wearing by a user, the at least one garment including a jacket,
a dispersion circuit coupled with the jacket, the dispersion circuit defining a dispersion pathway including at least one inlet and at least one outlet,
a dispersion guidance system secured with the jacket proximate the at least one outlet to direct flow of cloaking substance away from a user's face, and
a cloaking substance delivery assembly fluidly connected with the at least one inlet of the dispersion circuit to conduct cloaking substance through the dispersion pathway for discharge through the at least one outlet to cloak the jacket with cloaking substance.
2 . The garment system of claim 1 , wherein the at least one garment includes at least one other garment, each of the jacket and the at least one other garment having conduit, the conduit of the jacket being selectively connected with the conduit of the at least one other garment to define the dispersion circuit for passing cloaking substance to cloak the at least one garment.
3 . The garment system of claim 1 , wherein the dispersion guidance system includes a flap extending over an exterior of the jacket to define a pocket space, wherein the at least one outlet is arranged within the pocket space.
4 . The garment system of claim 3 , wherein the dispersion guidance system includes an opening formed between the flap and the exterior of the jacket for guiding cloaking substance out from the outlet.
5 . The garment system of claim 4 , wherein the opening is directed away from a face opening of the jacket to direct the cloaking substance away from the user's face.
6 . The garment system of claim 4 , wherein the opening is directed downward.
7 . The garment system of claim 1 , further comprising a dispersion control system including a region selection device connected with the dispersion circuit and operable for selective communication with at least two regions of the garment to selectively provide cloaking substance to the at least two regions.
8 . The garment system of claim 7 , wherein the region selection device is operable in a first position to communicate cloaking substance with the at least two regions and in a second position to block communication of cloaking substance to at least one of the at least one regions.
9 . The garment system of claim 7 , wherein one of the at least two regions is an upper region of the jacket and another of the at least two regions is lower region of the jacket.
10 . The garment system of claim 7 , wherein one of the at least two regions is a region of another garment having conduit that is selectively connected as part of the dispersion circuit and the region selection device is connected with the dispersion circuit to selectively provide cloaking substance to the region of the another garment.
11 . A garment ozone dispersion system for providing a cloak of ozone to prevent detection by game, the garment ozone dispersion system comprising
at least one garment for wearing by a user,
a dispersion circuit coupled with the at least one garment, the dispersion circuit defining a dispersion pathway including at least one inlet and at least one outlet,
a dispersion guidance system secured with the at least one garment proximate the at least one outlet to direct flow of cloaking substance away from a user's face, and
a cloaking substance delivery assembly fluidly connected with the at least one inlet of the dispersion circuit to conduct cloaking substance through the dispersion pathway for discharge through the at least one outlet to the dispersion guidance system to cloak the garment with cloaking substance.
12 . The garment ozone dispersion system of claim 11 , wherein the at least one garment includes a plurality of garments each having conduit, the conduit of each one of the plurality of garments being selectively connected with the conduit of the remainder of the plurality of garments to define the dispersion circuit for passing cloaking substance to cloak the plurality of garments.
13 . The garment ozone dispersion system of claim 11 , wherein the dispersion guidance system includes a flap extending over an exterior of the at least one garment to define a pocket space, wherein the at least one outlet is arranged within the pocket space.
14 . The garment ozone dispersion system of claim 13 , wherein the dispersion guidance system includes an opening formed between the flap and the exterior of the at least one garment for guiding cloaking substance out from the outlet.
15 . The garment ozone dispersion system of claim 14 , wherein the opening is directed away from a face opening of the garment to direct the cloaking substance away from the user's face.
16 . The garment ozone dispersion system of claim 14 , wherein the opening is directed downward.
17 . The garment ozone dispersion system of claim 11 , further comprising a dispersion control system including a region selection device connected with the dispersion circuit and operable for selective communication with at least two regions of the garment to selectively provide cloaking substance to the at least two regions.
18 . The garment ozone dispersion system of claim 17 , wherein the region selection device is operable in a first position to communicate cloaking substance with the at least two regions and in a second position to block communication of cloaking substance to at least one of the at least one regions.
19 . The garment ozone dispersion system of claim 17 , wherein one of the at least two regions is an upper region of the garment and another of the at least two regions is lower region of the garment.
20 . The garment ozone dispersion system of claim 17 , wherein one of the at least two regions is a region of another garment having conduit that is selectively connected as part of the dispersion circuit and the region selection device is connected with the dispersion circuit to selectively provide cloaking substance to the region of the another garment.