SYSTEMS AND METHODS FOR A DUAL HOOK FLAT STRAP ATTACHMENT DEVICE AND ACCESSORIES
A slide for securing a flat strap includes a body section, the body section sized to receive the flat strap. The slide further includes a ridge, the ridge on the body section. The slide further includes a first and second overhang on either side of the ridge and opposing the ridge such that the first and second overhang cooperate with the ridge to impart friction to the flat strap and prevent removal.
1 . A slide for securing a flat strap, the slide comprising:
a body section, the body section sized to receive the flat strap;
a ridge, the ridge on the body section;
a first and second overhang on either side of the ridge and opposing the ridge such that the first and second overhang cooperate with the ridge to impart friction to the flat strap and prevent removal.
2 . The slide of claim 1 , wherein the overhangs fold over like an upside-down G-shape in relation to the ridge.
3 . The slide of claim 2 , wherein the overhangs are knobbed.
4 . The slide of claim 3 , wherein the overhangs and the ridge intersect on an imaginary line running across the device.
5 . The slide of claim 3 , wherein a void is included on either side of the ridge, such that the flat strap is foldable down into the void for loading and unloading.
6 . The slide of claim 5 , wherein the ridge is raised in respect to the voids and a bottom edge of the slide.
7 . The slide of claim 6 , wherein when two sections of the flat strap are in the slide fiction of the knobbed overhangs and ridge against the flat strap prevent removal.
8 . The slide of claim 7 , wherein as tension is applied to the flat strap, the flat strap tends to flatten, providing force against the first and second overhangs and the ridge which translates to friction against removal.
9 . The slide of claim 8 , further comprising an opening between the first and second overhangs.
10 . The slide of claim 9 , wherein the opening is aligned with the ridge.
11 . The slide of claim 10 , wherein the flat strap is loadable through the opening by folding the flat strap and sliding edges of the flat strap into the voids on either side of the ridge.
12 . A slide for securing a flat strap, the slide comprising:
a body section, the body section sized to receive the flat strap;
a ridge, the ridge on the body section;
a first and second overhang on either side of the ridge and opposing the ridge such that the first and second overhang cooperate with the ridge to impart friction to the flat strap and prevent removal, wherein the overhangs fold over like an upside-down G-shape in relation to the ridge and the overhangs are knobbed.
13 . The slide of claim 12 , wherein the overhangs and the ridge intersect on an imaginary line running across the device.
14 . The slide of claim 12 , wherein the overhangs and the ridge extend towards each other nearing an imaginary line running across the device.
15 . The slide of claim 12 , wherein the overhangs and the ridge extend towards each other passing beyond an imaginary line running across the device.
16 . A method of using a slide, the method comprising:
providing a slide, the slide including
a body section, the body section sized to receive the flat strap;
a ridge, the ridge on the body section;
a first and second overhang on either side of the ridge and opposing the ridge such that the first and second overhang cooperate with the ridge to impart friction to the flat strap and prevent removal, wherein the overhangs fold over like an upside-down G-shape in relation to the ridge and the overhangs are knobbed;
folding a first section of a flat strap;
inserting the first section of the flat strap through an opening between the first and second overhangs.
17 . The method of claim 16 , further comprising:
folding a second section of the flat strap;
inserting the second section of the flat strap through an opening between the first and second overhangs.
18 . The method of claim 17 , further comprising:
pulling of the flat strap;
flattening the flat strap as a result of the pulling;
providing force against the first and second overhangs and the ridge which translates to friction against removal as a result of the flattening.
19 . The method of claim 18 , further comprising:
folding the second section of the flat strap;
removing second section of the flat strap through the opening.
20 . The method of claim 19 , further comprising:
folding the first section of the flat strap;
removing first section of the flat strap through the opening.
21 . A strap organizer, comprising:
a frame, the frame shaped to receive a flat strap;
a cord, the cord interconnected with the frame in order to hold the flat strap to the frame.
22 . The strap organizer of claim 21 , further comprising:
a blade section oriented on the frame;
a first arm section oriented on the frame;
a second arm section oriented on the frame, wherein the blade section and the first arm section and the second arm section cooperate to hold the flat strap.
23 . The strap organizer of claim 22 , further comprising:
a first end tab on an opposite end of the blade section from the first arm section and the second arm section;
a second end tab on the opposite end of the blade section from the first arm section and the second arm section;
the first arm section and the second arm section opposing the first end tab and the second end tab, such that a slot is formed to receive the flat strap.
24 . The strap organizer of claim 23 , further comprising:
a plurality of slots, the plurality of slows located on the frame, the plurality of slots holding the cord, such that the cord is wrappable around the frame when the flat strap is received by the strap organizer, thereby holding the flat strap in place.
25 . A webbing comprising:
a length of webbing;
a first loop formed at a first end of the length of webbing;
a second loop, formed near the first end of the length of webbing, further towards a central portion of the length of webbing and distal form a second end of the length of webbing.
26 . The webbing of claim 25 , wherein the first loop is proximal to the second loop, such that the first loop is wrappable around a fixed point and connectable via a carabiner to the second loop.