Method of tethering a tool

1. A tool-tethering method comprising:

providing a tool to be tethered, the tool having a longitudinal portion with a substantially consistent cross-sectional size along its length;

installing a base layer along the longitudinal portion of the tool to be tethered, the base layer directly and frictionally engaging the longitudinal portion of the tool to be tethered;

providing a connector strap comprising a length of flexible webbing secured to a closed-loop connector, the length of flexible webbing having a body portion, a front surface, and a back surface and defining a first catch and a second catch on the front surface;

positioning the connector strap with the body portion axially aligned with the longitudinal portion of the tool and with the back surface of the connector strap disposed in direct contact with the base layer, such that the base layer is disposed between the back surface of the connector strap and the longitudinal portion of the tool to be tethered; and

installing an overwrap layer over the body portion of the connector strap and a corresponding region of the longitudinal portion of the tool having the base layer;

wherein the step of installing the base layer further comprises:

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

forming a second built-up region by wrapping the tape a plurality of overlapping wraps adjacent the second catch.

2. The method of claim 1 , wherein the connector strap defines a closed webbing loop, and wherein the first catch is a curve of the closed webbing loop and the second catch is a second curve of the closed webbing loop.

3. The method of claim 1 , wherein the step of providing the connector strap includes selecting the length of flexible webbing comprising:

a first end looped through the closed-loop connector and secured to the front surface of the length of webbing, thereby securing the closed-loop connector to the length of webbing and defining the first catch adjacent the body portion; and

a second end is folded on itself and secured to the front surface of the length of webbing, thereby defining the second catch adjacent the body portion and spaced apart from the first catch.

4. The method of claim 3 , wherein the length of flexible webbing includes a backing layer on the back surface of the flexible webbing.

5. The method of claim 1 , wherein the step of providing the overwrap layer includes selecting the overwrap layer from the group consisting of non-reinforced self-amalgamating tape, reinforced self-amalgamating tape, polymer grip tape, adhesive 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.

6. The method of claim 1 , wherein the overwrap layer is tape and the step of installing the overwrap layer comprises:

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

wrapping the tape in a spiral from the first built-up region along the longitudinal portion of the tool towards the second catch.

7. The method of claim 1 , wherein the step of installing the base layer includes forming a first wrapping layer; and the step of installing the overwrap layer includes installing a first overwrap layer; forming a second wrapping layer; installing a second overwrap layer over the first overwrap layer; and forming a third wrapping layer.

8. The method of claim 7 , wherein the second overwrap layer is shrink tubing, and each of

the base layer and the first overwrap layer are selected from the group consisting of non-reinforced self-amalgamating tape, reinforced self-amalgamating tape, handlebar tape, hockey tape, adhesive cloth tape, or polymer grip tape; and

wherein the first wrapping layer is formed by wrapping the base layer over the longitudinal portion of the tool;

wherein the second wrapping layer is formed by wrapping the first overwrap layer over (a) the body portion of the connector strap, (b) the corresponding region of the longitudinal portion of the tool having the base layer, and (c) the first wrapping layer formed by the base layer;

wherein the third wrapping layer is formed by wrapping the second overwrap layer over (a) the first overwrap layer forming the second wrapping layer, (b) the body portion of the connector strap, (c) the corresponding region of the longitudinal portion of the tool having the base layer, (d) the first wrapping layer formed by the base layer.

9. The method of claim 1 , wherein the overwrap layer is a length of cold-shrink tubing in a radially expanded state supported by a removable hollow core, and the step of installing the overwrap layer includes:

inserting the longitudinal portion of the tool and the connector strap into the removable hollow core;

positioning the cold-shrink tubing to align with the body portion of the connector strap and the corresponding region of the longitudinal portion;

removing the removable hollow core, thereby allowing the cold-shrink tubing to collapse around and snugly grip the body portion of the connector strap and the longitudinal portion of the tool without overlapping the first catch or the second catch.

10. A tool-tethering method comprising:

providing a tool to be tethered, the tool having a longitudinal portion with a substantially consistent geometry along its length;

providing a connector strap comprising a length of flexible webbing secured to a closed-loop connector, the flexible webbing having a body portion, a front surface, a back surface, a first catch, and a second catch, wherein the first catch and the second catch are adjacent the front surface;

positioning the connector strap with the body portion axially aligned with the longitudinal portion of the tool;

disposing a base layer at least partially between the back surface of the connector strap and the tool, the base layer in direct contact with, and frictionally engaging, the longitudinal portion of the tool, wherein disposing the base layer includes:

forming a first built-up region of base layer by wrapping a self-amalgamating tape a plurality of overlapping wraps adjacent the first catch;

forming a second built-up region of base layer by wrapping the self-amalgamating tape a plurality of overlapping wraps adjacent the second catch; and

installing an overwrap layer over the body portion of the connector strap and a corresponding region of the longitudinal portion of the tool.

11. The method of claim 10 , wherein the length of flexible webbing includes a backing layer on the back surface of the connector strap.

12. The method of claim 10 , wherein the overwrap layer is tape and the step of installing the overwrap layer comprises:

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

wrapping the tape in a spiral from the first built-up region along the longitudinal portion of the tool towards the second catch.

13. The method of claim 10 , further comprising installing a length of shrink tubing over the overwrap layer.

14. A tethering method comprising:

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

providing a quantity of tape;

providing an overwrap member;

providing a connector strap comprising:

a closed-loop connector; and

a length of webbing with a first end, a second end, and a body portion with a back surface, 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 tool, thereby forming a taped tool region of the tool, forming a first built-up region by wrapping the tape having overlapping wrapping layers adjacent the first catch, and forming a second built-up region by wrapping the tape having overlapping wrapping layers adjacent the second catch;

positioning the connector strap with the back surface of 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 a corresponding taped tool region.

15. The tethering method of claim 14 , 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.

16. The tethering method of claim 15 , wherein the overwrap member is self-amalgamating tape and the step of securing the overwrap member includes forming a built-up region adjacent the first catch and forming a second built-up region adjacent the second catch.