Modular armor supplement apparatus and system with silent fasteners and adjustability
View Patent ↗A silent fastener for connecting a first element to a second element utilizes a foldable or bendable element attached to the first element and extending to the second element, the second element having at least one slit connecting to a flat internal cavity, and a first tuck tab connected to the foldable or bendable element and receivable in the cavity with the a predetermined region of the first element in overlaying relation to the first tuck tab, and a second tuck tab connected to the foldable or bendable element and receivable in another portion of the cavity extending away from the predetermined region of the first element, connecting the first and second elements.
1 . A ballistic neck and throat protecting apparatus, comprising:
a ballistic throat protector having a first tuck tab having a connected end, a free end opposite the connected end, and a width, and oppositely facing outer surfaces extending between the connected end and the free end, the connected end of the first tuck tab being connected to the ballistic throat protector adjacent to a first end thereof by a foldable or bendable element to allow positioning a predetermined region of the ballistic throat protector in overlaying relation to the first tuck tab with the first tuck tab extending toward a second end of the ballistic throat protector;
a ballistic neck protector comprising an outer layer and an internal surface bounding a flat internal cavity;
a flat second tuck tab having a connected end, a free end opposite the connected end thereof, a width, and oppositely facing outer surfaces extending between the connected end and the free end thereof, the connected end of the second tuck tab being foldably or bendably connected to the foldable or bendable element, the second tuck tab extending in a direction opposite the first tuck tab;
the outer layer of the ballistic neck protector comprising at least one slit having a width just wider than the width of the first tuck tab and the second tuck tab and connecting to the flat internal cavity, a first portion of the flat internal cavity extending from the at least one slit toward the second end of the ballistic throat protector and being sufficiently large to receive the first tuck tab, and a second portion of the flat internal cavity extending from the at least one slit in the direction opposite the first tuck tab and being sufficiently large to receive the second tuck tab; and
the first tuck tab extending through the at least one slit into the first portion of the flat internal cavity toward the second end of the ballistic throat protector with the outer layer and internal surface bounding the flat internal cavity in frictional contact with the outer surfaces of the first tuck tab, and the foldable or bendable element folded or bent to position the first tuck tab such that the predetermined region of the ballistic throat protector overlays the first tuck tab and the outer layer exerts a compressive force thereagainst, and the second tuck tab extends through the at least one slit into the second portion of the flat internal cavity.
2 . The ballistic neck and throat protecting apparatus of claim 1 , wherein the foldable or bendable element comprises a strap.
3 . The ballistic neck and throat protecting apparatus of claim 2 , comprising a tensioner to longitudinally tension the strap.
4 . The ballistic neck and throat protecting apparatus of claim 1 , wherein the outer layer and an internal surface bounding the flat internal cavity comprise a coarse material to frictionally engage the outer surfaces of the first tuck tab.
5 . The ballistic neck and throat protecting apparatus of claim 1 , wherein at least the first tuck tab comprises at least one layer of a fabric material and a layer of a rigid rubber or plastics material.
6 . The silent fastener of claim 1 , wherein the at least one slit comprises two slits.
7 . The silent fastener of claim 1 , wherein the at least one slit comprises a single slit.
8 . A silent fastener for connecting a first element to a second element, comprising:
a flat first tuck tab having a connected end, a free end opposite the connected end, the first tuck tab having a width, and oppositely facing outer surfaces extending between the connected end and the free end, the connected end of the first tuck tab being connected to the first element adjacent to a first end thereof by a foldable or bendable element to allow positioning a predetermined region of the first element in overlaying relation to the first tuck tab with the first tuck tab extending toward a second end of the first element;
the second element comprising an outer layer and an internal surface bounding a flat internal cavity;
a flat second tuck tab having a connected end, a free end opposite the connected end thereof, a width, and oppositely facing outer surfaces extending between the connected end and the free end thereof, the connected end of the second tuck tab being foldably or bendably connected to the foldable or bendable element, the first tuck tab and the second tuck tab extending in opposite directions;
the outer layer of the second element comprising at least one slit having a width just wider than the width of the first tuck tab and the second tuck tab and connecting to the flat internal cavity, a first portion of the flat internal cavity extending from the at least one slit toward the second end of the first element and being sufficiently large to receive the first tuck tab, and a second portion of the flat internal cavity extending from the at least one slit away from the second end of the first element and being sufficiently large to receive the second tuck tab; and
the first tuck tab extending through the at least one slit into the first portion of the flat internal cavity toward the second end of the first element with the outer layer and internal surface bounding the flat internal cavity in frictional contact with the outer surfaces of the first tuck tab, and the foldable or bendable element folded or bent to position the first tuck tab such that the predetermined region of the first element overlays the first tuck tab and the outer layer exerts a compressive force thereagainst, and the second tuck tab extends through the at least one slit into the second portion of the flat internal cavity.
9 . The silent fastener of claim 8 , wherein the foldable or bendable element comprises a strap.
10 . The silent fastener of claim 8 , wherein the tuck tabs comprise at least one layer of a fabric material and a layer of a rigid rubber or plastics material.
11 . The silent fastener of claim 8 , wherein the at least one slit of the outer layer of the second element is laser cut.
12 . The silent fastener of claim 8 , wherein the first element comprises a ballistic throat protector and the second element comprises a ballistic neck protector.
13 . The silent fastener of claim 8 wherein the first element comprises one end of a pouch and the second element comprises an opposite end of the pouch.
14 . The silent fastener of claim 8 , wherein the at least one slit comprises two slits.
15 . The silent fastener of claim 8 , wherein the at least one slit comprises a single slit.
16 . A silent fastener for connecting a first element to a second element, comprising:
a flat first tuck tab having a connected end, a free end opposite the connected end, the first tuck tab having a width, and oppositely facing outer surfaces extending between the connected end and the free end, the connected end of the first tuck tab being connected to the first element adjacent to a first end thereof by a strap to allow positioning a predetermined region of the first element in overlaying relation to the first tuck tab with the first tuck tab extending toward a second end of the first element;
the second element comprising an outer layer and an internal surface bounding a flat internal cavity;
a flat second tuck tab having a connected end, a free end opposite the connected end thereof, a width, and oppositely facing outer surfaces extending between the connected end and the free end thereof, the connected end of the second tuck tab connected to the strap, the first tuck tab and the second tuck tab extending in opposite directions;
the outer layer of the second element comprising at least one slit having a width just wider than the width of the first tuck tab and the second tuck tab and connecting to the flat internal cavity, a first portion of the flat internal cavity extending from the at least one slit toward the second end of the first element and being sufficiently large to receive the first tuck tab, and a second portion of the flat internal cavity extending from the at least one slit away from the second end of the first element and being sufficiently large to receive the second tuck tab; and
the first tuck tab extending through the at least one slit into the first portion of the flat internal cavity toward the second end of the first element with the outer layer and internal surface bounding the flat internal cavity in frictional contact with the outer surfaces of the first tuck tab, and the strap folded or bent to position the first tuck tab such that the predetermined region of the first element overlays the first tuck tab and the outer layer exerts a compressive force thereagainst, and the second tuck tab extends through the at least one slit into the second portion of the flat internal cavity.
17 . The silent fastener of claim 16 , comprising a tensioner connected to the strap, operable to longitudinally tension the strap.
18 . The silent fastener of claim 16 , wherein the at least one slit comprises a single slit.
19 . The silent fastener of claim 16 , wherein the at least one slit comprises at least two slits.
20 . The silent fastener of claim 16 , wherein the first element comprises a ballistic throat protector and the second element comprises a ballistic neck protector.