Tool holder
A tool holder with a J-shaped body. A gate includes an arm that is pivotally attached to a finger at the top of the body. The gate pivots between a closed position where the gate spans the opening between the two free ends of the body, an inside position where the gate is pivoted into the inside the body, and an outside position where gate is pivoted to outside the body. A biasing mechanism biases the gate to the closed position. An optional gate lock prevents the gate from opening when engaged. A barrel either rotates or slides, depending in the configuration, on the arm between an unlocked position where the gate can move between the inside, closed, and outside positions, and a locked position where the gate is retained in the closed position. An attachment secures the tool holder to flat webbing.
1. A tool holder comprising:
(a) a body with a back having a flat outer surface, a back upper end, a back lower end, a finger extending from the back upper end, and a hook extending from the back lower end, the hook having a free end extending generally toward the finger;
(b) an opening spanning the finger and the hook free end, the opening providing access to an interior defined by the back, hook, and finger;
(c) a gate with an elongated arm having a pivot end and a free end, the arm pivot end pivotally attached at the finger to pivot between a closed position wherein the gate spans the opening, an inside position wherein the arm free end is within the interior, and an outside position wherein the arm free end is outside of the interior and opening, the gate being biased to the closed position; and
(d) an attachment mechanism adapted for attaching the back to a webbing.
2. The tool holder of claim 1 wherein the gate is biased to the closed position by a biasing mechanism comprising a coil spring in an axial bore in the pivot end of the gate arm and a steel ball between the coil spring and a finger notch in the finger, whereby, when pressure is applied to move the gate to the inside position or outside position, the steel ball moves away from the finger notch, compressing the spring, and when the pressure is removed, the spring pushes the steel ball back to the finger notch and the gate to the closed position.
3. The tool holder of claim 1 further comprising a gate lock having an unlocked position wherein the gate is permitted to move between the inside position, closed position, and outside position, and a locked position wherein the gate is prevented from moving from the closed position.
4. The tool holder of claim 1 wherein the arm free end and the hook free end interlock when the gate is in the closed position.
5. The tool holder of claim 4 wherein the interlock is comprised of a tab extending from the hook free end and a radial arm notch in the arm free end, whereby the tab resides in the arm notch when the gate is in the closed position and the tab slides out of the arm notch when the gate moves to the inside position or the outside position.
6. The tool holder of claim 5 further comprising a gate lock comprised of a barrel mounted to rotate about the arm, the barrel having a barrel free end generally aligned with the arm free end and having a radial barrel notch, the barrel rotating between an unlocked position wherein the barrel notch is aligned with the arm notch, and a locked position wherein the barrel notch is not aligned with the arm notch.
7. The tool holder of claim 6 further comprising a pin extending through an elongated circumferential slot in the barrel and secured into a hole in the arm, the pin retaining the barrel on the arm and providing rotational stops for the unlocked position and the locked position.
8. The tool holder of claim 6 further comprising a retention mechanism for retaining the barrel in the unlocked position and the unlocked position.
9. The tool holder of claim 1 further comprising an attachment ring on the hook.
10. The tool holder of claim 1 wherein the attachment mechanism comprises a plate with a flat inner surface removably mounted to the outer surface of the back whereby the webbing is sandwiched between the outer surface of the back and the inner surface of the plate.
11. The tool holder of claim 10 wherein one or both of the outer surface and the inner surface are textured.
12. The tool holder of claim 10 wherein the plate is removably attached to the back by screws.
13. A tool holder comprising:
(a) a body with a back having a flat outer surface, a back upper end, a back lower end, a finger extending from the back upper end, and a hook extending from the back lower end, the hook having a free end extending generally toward the finger;
(b) an opening spanning the finger and the hook free end, the opening providing access to an interior defined by the back, hook, and finger;
(c) a gate with an elongated arm having a pivot end and a free end, the arm pivot end pivotally attached at the finger to pivot between a closed position wherein the gate spans the opening and the arm free end and the hook free end interlock, an inside position wherein the arm free end is within the interior, and an outside position wherein the arm free end is outside of the interior and opening, the gate being biased to the closed position;
(d) a gate lock having an unlocked position wherein the gate is permitted to move between the inside position, closed position, and outside position, and a locked position wherein the gate is prevented from moving from the closed position; and
(e) an attachment mechanism adapted for attaching the back to a webbing having a plate with a flat inner surface removably mounted to the outer surface of the back whereby the webbing is sandwiched between the outer surface of the back and the inner surface of the plate.
14. The tool holder of claim 13 wherein the gate is biased to the closed position by a biasing mechanism comprising a coil spring in an axial bore in the pivot end of the gate arm and a steel ball between the coil spring and a finger notch in the finger, whereby, when pressure is applied to move the gate to the inside position or outside position, the steel ball moves away from the finger notch, compressing the spring, and when the pressure is removed, the spring pushes the steel ball back to the finger notch and the gate to the closed position.
15. The tool holder of claim 13 wherein the interlock is comprised of a tab extending from the hook free end and a radial arm notch in the arm free end, whereby the tab resides in the arm notch when the gate is in the closed position and the tab slides out of the arm notch when the gate moves to the inside position or the outside position.
16. The tool holder of claim 15 wherein the gate lock includes a barrel mounted to rotate about the arm and a pin extending through an elongated circumferential slot in the barrel and secured into a hole in the arm, the barrel having a barrel free end generally aligned with the arm free end and having a radial barrel notch, the barrel rotating between an unlocked position wherein the barrel notch is aligned with the arm notch, and a locked position wherein the barrel notch is not aligned with the arm notch, the pin retaining the barrel on the arm and providing rotational stops for the unlocked position and the locked position.
17. The tool holder of claim 16 further comprising a retention mechanism for retaining the barrel in the unlocked position and the unlocked position.
18. The tool holder of claim 13 further comprising an attachment ring on the hook.
19. The tool holder of claim 13 wherein one or both of the outer surface and the inner surface are textured.
20. The tool holder of claim 13 wherein the plate is removably attached to the back by screws.