Pouch attachment ladder system strap

Abstract

A strap includes a base panel. The base panel has a loop retainer and a hook latch. The hook latch has a hook latch tip body extending from a hook latch front face. The hook latch front face is formed on the base panel. The hook latch tip body has a hook latch tip and a hook latch depression formed adjacent to the hook latch tip. A trench fold extends from the base panel. The trench fold forms a hinge to the base panel. A terminal extension extends from the base panel. A terminal extends from the terminal extension. The terminal includes a right terminal prong and a left terminal prong. A terminal opening is formed between the right terminal prong and the left terminal prong.

Claims

1. A strap comprising: a. a base panel, wherein the base panel has a loop retainer and a hook latch, wherein the hook latch has a hook latch tip body extending from a hook latch front face, wherein the hook latch front face is formed on the base panel, wherein the hook latch tip body has a hook latch tip and a hook latch depression formed adjacent to the hook latch tip; b. a trench fold extending from the base panel, wherein the trench fold forms a hinge to the base panel; c. a terminal extension extending from the base panel; and d. a terminal extending from the terminal extension, wherein the terminal includes a right terminal prong and a left terminal prong, wherein a terminal opening is formed between the right terminal prong and the left terminal prong, wherein a terminal tip edge is formed at a tip of the terminal, wherein the terminal opening has a terminal opening upper edge and a terminal opening upper edge angled face, wherein the terminal opening upper edge engages the hook latch depression, and further comprising a first terminal notch formed on the terminal and a second terminal notch formed on the terminal, wherein the first terminal notch and the second terminal notch engage the loop retainer.

2. The strap of claim 1, wherein the terminal opening upper edge angled face forms an angle less than 90 to a terminal extension flap, wherein the terminal opening upper edge extends upward to the terminal opening upper edge angled face, wherein the terminal opening upper edge angled face is defined between an angled face upper edge and the terminal opening upper edge.

3. The strap of claim 1, further including an upper indent, a middle indent and a lower indent, wherein the upper indent is formed on a terminal extension flap, wherein the middle indent is formed on the terminal extension flap, and wherein the lower indent is formed on the base panel.

4. The strap of claim 1, wherein the loop retainer is generally rectangular and has a loop retainer right inside edge opposing a loop retainer left inside edge, and also a loop retainer front inside edge that opposes a loop retainer rear inside edge.

5. The strap of claim 1, wherein the trench fold has an arc profile with a trench fold thin portion and a trench fold thick portion, wherein the trench fold thin portion is thinner than the trench fold thick portion.

6. The strap of claim 1, wherein the first terminal notch and the second terminal notch engage to the loop retainer while the hook latch engages the terminal opening upper edge.

7. The strap of claim 6, wherein the terminal opening upper edge forms an angle less than 90 to the terminal extension flap, wherein the terminal opening upper edge extends upward to a terminal opening upper edge angled face, wherein the terminal opening upper edge angled face is defined between an angled face upper edge and the terminal opening upper edge.

8. The strap of claim 6, further including an upper indent, a middle indent and a lower indent, wherein the upper indent is formed on the terminal extension flap, wherein the middle indent is formed on the terminal extension flap, and wherein the lower indent is formed on the base panel.

9. The strap of claim 6, wherein the loop retainer is generally rectangular and has a loop retainer right inside edge opposing a loop retainer left inside edge, and also a loop retainer front inside edge that opposes a loop retainer rear inside edge.

10. The strap of claim 6, wherein the trench fold has an arc profile with a trench fold thin portion and a trench fold thick portion, wherein the trench fold thin portion is thinner than the trench fold thick portion.

11. The strap of claim 6, wherein the loop retainer right inside edge and the loop retainer left inside edge respectively engage to the first terminal notch and the second terminal notch.

12. The strap of claim 11, wherein the terminal opening upper edge forms an angle less than 90 to the terminal extension flap, wherein the terminal opening upper edge extends upward to a terminal opening upper edge angled face, wherein the terminal opening upper edge angled face is defined between an angled face upper edge and the terminal opening upper edge.

13. The strap of claim 11, further including an upper indent, a middle indent and a lower indent, wherein the upper indent is formed on the terminal extension flap, wherein the middle indent is formed on the terminal extension flap, and wherein the lower indent is formed on the base panel.

14. The strap of claim 11, wherein the loop retainer is generally rectangular and has a loop retainer right inside edge opposing a loop retainer left inside edge, and also a loop retainer front inside edge that opposes a loop retainer rear inside edge.

15. The strap of claim 11, wherein the trench fold has an arc profile with a trench fold thin portion and a trench fold thick portion, wherein the trench fold thin portion is thinner than the trench fold thick portion.

Description

BRIEF DESCRIPTION OF THE DRAWINGS

(1) FIG. 1 is a perspective view of the present invention in an extended position.

(2) FIG. 2 is a front view of the present invention.

(3) FIG. 3 is a rear view of the present invention.

(4) FIG. 4 is a right side view of the present invention.

(5) FIG. 5 is a left side view of the present invention.

(6) FIG. 6 is a top view of the present invention.

(7) FIG. 7 is a bottom view of the present invention.

(8) The following call list of elements can be a useful guide in referencing the element numbers of the drawings. 20 Base Panel 21 Base Panel Flap 22 Base Panel Right Flap Edge 23 Base Panel Left Flap Edge 30 Terminal Extension 31 Terminal Extension Flap 32 Terminal Extension Flap Right Edge 33 Terminal Extension Flap Left Edge 40 Trench Fold 41 Trench Fold Concave 42 Trench Fold Lower Edge 43 Trench Fold Upper Edge 44 Trench Fold Right Edge 45 Trench Fold Left Edge 46 Trench Fold Arc Profile 47 Trench Fold Thin Portion 48 Trench Fold Thick Portion 50 Terminal 51 First Terminal Notch 52 Terminal Opening 53 Terminal Tip 54 Terminal Tip Edge 55 First Terminal Notch Engaging Edge 56 Second Terminal Notch Engaging Edge 57 First Terminal Notch Retaining Edge 58 Second Terminal Notch Retaining Edge 59 Second Terminal Notch 60 Loop Retainer 61 Loop Opening 62 Loop Front Face 63 Loop Retainer Right Inside Edge 64 Loop Retainer Left Inside Edge 65 Loop Retainer Front Inside Edge 66 Loop Retainer Rear Inside Edge 67 Loop Retainer Right Outside Edge 68 Loop Retainer Left Outside Edge 70 Hook Latch 71 Hook Latch Back Face 72 Hook Latch Front Face 73 Hook Latch Tip Body 74 Hook Latch Tip 75 Hook Latch Depression 76 Hook Latch Extending Face 77 Hook Latch Tip Face 78 Hook Latch Tip Face Angle 79 Hook Latch Flap 81 Terminal Opening Upper Edge 82 Terminal Opening Upper Edge Angled Face 83 Angled Face Upper Edge 84 Upper Indent 85 Middle Indent 86 Lower Indent 87 Hook Latch Opening 88 Right Terminal Prong 89 Left Terminal Prong

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENT

(9) As seen in the first figure, the present invention is a strap. The strap has a base panel 20 that folds at a trench fold 40 relative to a terminal extension 30. The base panel 20 is parallel to the terminal extension 30 in the strap open position. In a closed position, the base panel 20 is also parallel to the terminal extension 30. The terminal extension 30 rotates 180 and a terminal 50 mounted to a tip of the terminal extension 30 fits into a loop retainer 60 and engages a hook latch 70. The terminal 50 has a terminal opening 52 that engages the hook latch 70. The terminal 50 has a flat planar shape that fits through the loop opening 61. The loop opening 61 is preferably an elongated rectangular opening.

(10) The terminal 50 has a pair of terminal prongs, namely a right terminal prong 88 and a left terminal prong 89. The right terminal prong 88 is parallel to the left terminal prong 89. The pair of terminal prongs extend from the terminal extension 30. The terminal prongs define a terminal opening between the prongs. The terminal 50 has a terminal tip 53 that extends and connects to the pair of terminal prongs. The terminal tip 53 defines an upper boundary of the terminal opening 52. The terminal tip 53 has a terminal tip edge 54 that extends into the loop opening 61. The terminal tip edge 54 can be rounded or have a straight edge along a portion of the terminal tip edge 54.

(11) The terminal 50 also has a first terminal notch 51 and a second terminal notch 59. The first and second terminal notches are formed on a left and right side of the terminal 50. The first terminal notch 51 can be on the right side of the terminal 50 and the second terminal notch 59 can be on the left side of terminal 50. The first terminal notch 51 has a first terminal notch engaging edge 55 and a first terminal notch retaining edge 57. The second terminal notch 59 has a second terminal notch engaging edge 56 and a second terminal notch retaining edge 58. The second terminal notch engaging edge 56 and the first terminal notch engaging edge 55 oppose the first terminal notch retaining edge 57 and the second terminal notch retaining edge 58. When the terminal 50 fits into the loop retainer 60, the first terminal notch engaging edge 55 and the second terminal notch engaging edge 56 engage the loop retainer 61. The terminal 50 can be made as a plastic member that has flexibility and is not rigid to allow insertion even if the width of the terminal 50 is slightly greater than the width of the loop opening 61.

(12) The terminal extension flap 31 has a terminal extension flap right edge 32 and a terminal extension flap left edge 33. The terminal extension flap right edge extends to the first terminal notch retaining edge 57 and the terminal extension flap left edge 33 extends to the second terminal notch retaining edge 58. Preferably, the pair of terminal extension flap edges are straight and parallel to each other to define a strip formed as a panel.

(13) As seen in the second figure, the terminal extension 30 is mounted to the trench fold 40. The trench fold 40 has a trench fold concave 41. The trench fold concave 41 is defined between the trench fold lower edge 42, the trench fold upper edge 43, the trench fold right edge 44 and the trench fold left edge 45. The trench fold concave 41 extends horizontally as shown in the second figure. The trench fold concave 41 has a trench fold arc profile 46. The arc profile 46 defines a trench fold thin portion 47 and a trench fold thick portion 48. The trench fold is connected to the base panel 20. The base panel 20 includes a base panel flap 21 that has a base panel right flap 22 and a base panel left flap 23.

(14) The loop retainer 60 has a loop opening 61 which features a loop front face 62. The loop opening is about the hook latch 70. The hook latch 70 can have angled faces to facilitate connection and retention of the terminal opening 52. For example, the hook latch 70 has a hook latch tip face 77.

(15) As seen in the third figure, the terminal 50 has a terminal opening upper edge 81. A terminal opening upper edge angled face 82 is formed between the terminal opening upper edge 81 and the angled face upper edge 83. Additionally, the terminal extension 30 may have an upper indent 84, a middle indent 85, and a lower indent 86 to facilitate flexibility. Additionally, the hook latch 70 can have a hook latch opening 87.

(16) The loop retainer 60 has a loop retainer rear inside edge 66 opposing a loop retainer front inside edge 65. Additionally, the loop retainer 60 has a loop retainer left inside edge 64 opposing a loop retainer right inside edge 63. The loop retainer 60 has a loop retainer right outside edge 67 that opposes the loop retainer left outside edge 68.

(17) The hook latch 70 is formed below the loop retainer 60. The hook latch 70 includes a hook latch back face 71 and a hook latch front face 72 that opposes the hook latch back face 71. The hook latch tip body 73 is mounted to the hook latch front face 72 and has a hook latch tip 74. The hook latch tip body 73 includes a hook latch tip face 77 that continues to a hook latch tip face angle 78 to a hook latch extending face 76. The hook latch extending face 76 extends to the hook latch front face 72. The hook latch depression 75 is formed by the hook latch tip 74.

(18) The hook latch 70 has a hook latch depression 75 that engages to the terminal opening upper edge 81. The hook latch depression 75 is formed at an angle to the hook latch front face 72. Similarly, the terminal opening upper edge angled face 82 has an angle relative to the terminal extension flap 31. Therefore, the angles can match to provide an angled engagement where the terminal opening upper edge angled face 82 abuts the hook latch depression 75. The hook latch tip face 77 is flat and biases the terminal prongs so that the terminal prongs bend and flex. The right terminal prong 88 and the left terminal prong 89 both bend when the terminal tip edge 54 rides over the hook latch extending face 76, then over the hook latch tip face 77 until the terminal opening upper edge 81 engages to the hook latch tip 74. Preferably, the strap is made of a single piece of flexible resilient plastic. When the terminal opening upper edge 81 engages to the hook latch depression 75, the terminal prongs bias the terminal tip 53 into an engaged position.

(19) While the hook latch 70 is being engaged, the terminal notches are also being engaged. The first terminal notch 51 has a first terminal notch engaging edge 55 that engages to the loop retainer right inside edge 63, and the second terminal notch 59 has a second terminal notch engaging edge 56 that engages to the loop retainer left inside edge 64. The pair of terminal prongs, namely the right terminal prong 88 and the left terminal prong 89 are biased toward each other so that the first terminal notch engaging edge 55 and the second terminal notch engaging edge 56 can clear the loop opening 61.

(20) Therefore, the hook latch 70 engagement bends the terminal prongs along a bending direction that is the same as the direction of the bending of the trench fold 40. Also, the terminal prongs are bent toward each other. The combination of the engagement notches and the hook latch provides a dual connection system. To remove the terminal tip 53 from the loop retainer 60, a user would have to pull up on the terminal tip 53 to clear the hook latch tip 74 while at the same time pressing the right terminal prong 88 toward the left terminal prong 89 so that the first terminal notch engaging edge 55 and the second terminal notch engaging edge 56 disengage from the loop retainer right inside edge 63 and the loop retainer left inside edge 64.