Granted Patent B2

US 10,377,033 · App. 15/258,602 · Granted Aug 13, 2019

Inventors: Darrell A. Moreau (Manchester, NH); Andre W. Moreau (Bedford, NH)

Assignee: Ty-Flot, Inc.

B25H3/00A45F5/021

Abstract

Claims (48)

1. A tool-tethering method comprising:

providing a hand tool to be tethered, the hand tool having a longitudinal portion;

installing a base layer along the longitudinal portion of the hand tool to be tethered;

providing a connector strap assembly comprising:

a closed-loop connector;

a length of shrink tubing in an expanded state and capable of assuming a reduced state; and

a length of webbing secured to the closed-loop connector and defining a closed loop extending through the length of shrink tubing;

installing the longitudinal portion of the hand tool into the length of shrink tubing with the length of shrink tubing substantially centered axially along the base layer and with a portion of the length of webbing positioned between the longitudinal portion of the hand tool and an inside surface of the length of shrink tubing; and

causing the shrink tubing to assume the reduced state to provide a snug fit around the longitudinal portion of the hand tool, the portion of the length of webbing, and the base layer, thereby securing the connector strap assembly to the hand tool.

2. The method of claim 1 , wherein the base layer comprises one of non-reinforced self-amalgamating tape, reinforced self-amalgamating tape, handlebar tape, hockey tape, adhesive cloth tape, or polymer grip tape, and wherein the step of installing the base layer comprises wrapping the longitudinal portion of the tool with the base layer.

3. The method of claim 2 , wherein the step of installing the base layer further comprises:

forming a first built-up region by wrapping the self-amalgamating tape a plurality of overlapping wraps; and

wrapping the self-amalgamating tape in a spiral from at least one side of the first built-up region along the longitudinal portion of the tool.

4. The method of claim 3 , further comprising:

forming a second built-up region by wrapping the self-amalgamating tape a plurality of overlapping wraps a distance from the first built-up region.

5. The method of claim 1 , wherein the step of providing the connector strap assembly includes selecting the length of webbing from the group consisting of webbing with a backing layer, coated webbing, nylon, rubber, flat bungee cord, and elastic webbing.

6. The method of claim 1 , wherein the length of webbing includes a backing layer on a surface of stretchable webbing.

7. The method of claim 1 , wherein the length of shrink tubing is selected from (i) heat-shrink tubing and (ii) cold-shrink tubing in a radially expanded state supported by a removable hollow core.

8. The method of claim 1 further comprising attaching a tether to the closed-loop connector.

9. A tethering method for a hand tool comprising:

providing a hand tool to be tethered, the hand tool having a longitudinal portion;

providing a quantity of tape;

providing an overwrap member;

providing a connector strap assembly comprising:

a closed-loop connector; and

a length of webbing with a first end, a second end, and a body portion, wherein the first end is looped through the closed-loop connector and secured to the body portion adjacent the closed-loop connector thereby securing the closed-loop connector to the length of webbing and defining a first catch adjacent the body portion, and wherein the second end is folded on itself and secured to the body portion thereby defining a second catch adjacent the body portion and spaced apart from the first catch;

wrapping the tape around the longitudinal portion of the hand tool with at least a portion overlapping to form a first built-up region relative to a remaining portion of the tape, thereby forming a taped tool region;

positioning the connector strap with the body portion axially aligned with the taped tool region and with the first catch and the second catch facing away from the taped tool region; and

installing the overwrap member around the body portion of the connector strap and the corresponding taped tool region, including the first built-up region, thereby securing the connector strap assembly to the hand tool.

10. The tethering method of claim 9 , wherein the step of providing tape includes selecting the quantity of tape as self-amalgamating tape.

11. The tethering method of claim 9 , wherein the step of providing the overwrap member includes selecting the overwrap member from the group consisting of

self-amalgamating tape, a length of heat-shrink tubing, a length of rubber tubing, and a length of cold-shrink tubing in a radially expanded state supported by a removable hollow core.

12. The tethering method of claim 11 , wherein the step of wrapping the tape includes forming the first built-up region adjacent the first catch and forming a second built-up region adjacent the second catch.

13. The method of claim 9 further comprising:

providing a tether having a first tether end and a second tether end;

attaching the first tether end to the closed-loop connector; and

attaching the second tether end to the user.

14. The tethering method of claim 9 , wherein the step of wrapping the tape includes forming a second built-up region a distance from the first built-up region, the first built-up region being positioned proximate the first catch and the second built-up region being positioned proximate the second catch when the connector strap is aligned with the taped tool region.

15. A tethering method for a hand tool, comprising:

providing a hand tool to be tethered, the hand tool having a longitudinal portion;

providing a base layer;

providing a connector strap assembly;

providing an overwrap member;

wrapping the base layer around the longitudinal portion of the hand tool thereby forming a wrapped tool region, at least a portion of the base layer overlapping and being substantially aligned to form at least one built-up region relative to a remaining portion of the base layer in the wrapped tool region;

positioning the connector strap assembly to align with the wrapped tool region; and

installing the overwrap member about at least a portion of the longitudinal portion, the at least one built-up region, and the connector strap assembly thereby securing the connector strap assembly to the hand tool.

16. The tethering method of claim 15 , wherein the connector strap assembly comprises a closed-loop connector and a length of webbing with a first end, a second end, and a body portion, wherein the first end is looped through the closed-loop connector and secured to the body portion adjacent the closed-loop connector thereby securing the closed-loop connector to the length of webbing and defining a first catch adjacent the body portion, and wherein the second end is folded on itself and secured to the body portion thereby defining a second catch adjacent the body portion and spaced apart from the first catch.

17. The tethering method of claim 15 , wherein the step of wrapping the base layer includes forming a second built-up region a distance from the first built-up region, the first built-up region being positioned proximate the first catch and the second built-up region being positioned proximate the second catch when the connector strap is aligned with the wrapped tool region.

Assignments (9)

Continuity (2)