Granted Patent B2

US 9,038,873 · App. 14/047,124 · Granted May 26, 2015

Abstract

Claims (50)

1. An attachment system for hand-held tools comprising:

a housing with a proximal housing end portion, a distal housing end portion, and a peripheral wall defining an open central region within the housing, the peripheral wall having a first slot and a second slot spaced from the first slot, each with a predefined slot width and extending through the peripheral wall to the open central region, wherein the first slot and the second slot each has a proximal slot end and a distal slot end, the proximal slot end having a proximal slot end width that is greater than the predefined slot width;

a rotating member disposed in the open central region and configured to rotate about the central longitudinal axis between a first position and a second position, wherein the rotating member comprises:

a member body rotatably connected to the housing and having a peripheral surface extending along the central longitudinal axis;

a first body portion extending radially outward a predefined distance from the peripheral surface, the first body portion defining a catch surface facing distally, wherein the catch surface extends along a radial portion of the peripheral surface between a first portion end and a second portion end and defining a first body channel between the first portion end and the second portion end; and

a second body portion extending radially outward from the peripheral surface and positioned distally of the first body portion, the second body portion defining a first sloping surface and a second sloping surface forming an apex positioned facing substantially a midpoint of first body channel between first body end and second body end of first body portion, wherein the first sloping surface and the second sloping surface each face proximally and extend distally in opposite peripheral directions along the peripheral surface from the apex;

a clip member having a clip body with a housing-side surface and a clip protrusion disposed on the housing-side surface and having a neck portion, a head portion and a tip portion, the neck portion sized to be slidably received in one of the first slot and the second slot, the tip portion sized and configured to engage the first sloping surface or the second sloping surface and to rotate the rotating member about the central longitudinal axis as the neck portion moves along one of the first slot and second slot from the proximal slot end;

wherein the tip portion moving distally in the first slot in engagement with the first sloping surface, causes the rotating member to rotate in a first direction about the central longitudinal axis, thereby causing the catch surface to align with the tip portion, and thereby causing the first body channel to align with a tip portion of a clip member retained in the second slot of the housing; and

wherein the tip portion moving distally in the second slot in engagement with the second sloping surface causes the rotating member to rotate in a second direction about the central longitudinal axis, thereby causing the catch surface to align with the tip portion, and thereby causing the first member channel to align with a tip portion of a clip member retained by the housing along the first slot.

2. The attachment system according to claim 1 , further comprising a biasing member disposed between the housing and the rotating member, the biasing member configured to rotationally bias the rotating member towards an intermediate position between the first position and the second position, whereby the catch surface of the first body portion is positioned to engage the tip portion of the clip member to retain the clip member within the housing.

3. The attachment system according to claim 1 , further comprising a biasing member disposed between the housing and the rotating member, the biasing member configured to bias the rotating member along the central longitudinal axis, thereby establishing frictional engagement between the rotating member and the housing.

4. The attachment system according to claim 2 , wherein the biasing member is a spring connected between the rotating member and the housing.

5. The attachment system according to claim 3 , wherein the biasing member is a spring disposed between the rotating member and the housing.

6. The attachment system according to claim 1 , wherein the head portion is sized and configured to engage an inside surface of the housing when the neck portion extends through the first slot or the second slot.

7. The attachment system according to claim 1 , wherein the rotating member is biased to return to the intermediate position after the tip portion moves distally past the catch surface.

8. The attachment system according to claim 1 , wherein the rotating member is maintained at one of the first position or the second position until a second clip member engages the rotating member to rotate the rotating member to the other of the first position or the second position.

9. The attachment system according to claim 1 , wherein the peripheral wall is substantially cylindrical.

10. The attachment system according to claim 1 , further comprising a cap installed on the housing distal end portion, the cap having a recess sized and configured to receive a distal end of the rotating member.

11. The attachment system according to claim 10 , wherein the cap defines an opening configured to permit access to the distal end of the rotating member.

12. The attachment system according to claim 11 , wherein the distal end of the rotating member is configured for engagement with a tool for rotating the rotating member.

13. A method of tethering a hand tool comprising:

tethering a tool to a housing assembly comprising:

a housing with a proximal housing end portion, a distal housing end portion, and a peripheral wall defining an open central region within the housing, the peripheral wall having a first slot and a second slot each with a predefined slot width and extending through the peripheral wall to the open central region, wherein the first slot and the second slot each has a proximal slot end and a distal slot end, the proximal slot end having a proximal slot end width that is greater than the predefined slot width;

a rotating member disposed in the open central region and configured to rotate about the central longitudinal axis between a first position and a second position, wherein the rotating member comprising:

a member body rotatably connected to the housing and having a peripheral surface extending along the central longitudinal axis;

a first body portion extending radially outward a predefined distance from the peripheral surface, the first body portion defining a catch surface facing distally, wherein the catch surface extends along a radial portion of the peripheral surface between a first portion end and a second portion end and defining a first body channel between the first portion end and the second portion end; and

a second body portion extending radially outward from the peripheral surface and positioned distally of the first body portion, the second body portion defining a first sloping surface and a second sloping surface forming an apex positioned facing a middle of the first body channel, wherein the first sloping surface and the second sloping surface each face proximally and extend distally in opposite peripheral directions along the peripheral surface from the apex;

engaging a first clip member with the housing assembly, the clip member having a clip body with a housing-side surface and a clip protrusion disposed on the housing-side surface, the clip protrusion having a neck portion, a head portion and a tip portion, the neck portion sized to be slidably received in one of the first slot and the second slot, the tip portion sized and configured to engage the first sloping surface or the second sloping surface and to rotate the rotating member about the central longitudinal axis as the neck portion moves along one of the first slot and second slot from the proximal slot end; and

moving the tip portion distally in the first slot in engagement with the first sloping surface to cause the rotating member to rotate in a first direction about the central longitudinal axis and cause the catch surface to align with the tip portion to retain the first clip member in engagement with the housing assembly.

14. The method according to claim 13 further comprising slidably removing a second clip member from the second slot of the housing when the first body channel of the rotating member aligns with a tip portion of the second clip member caused by the tip portion of the first clip member engaging the first sloping surface of the second body portion of the rotating member.

15. The method according to claim 13 further comprising:

engaging a second clip member with the housing assembly, the second clip member having a second tip portion substantially identical to the tip portion of the first clip member,

moving the second clip member distally along the second slot with the second tip member in engagement with the second sloping surface, thereby causing the rotating member to rotate in a second direction about the central longitudinal axis, causing the catch surface to align with the tip portion of the second clip member, and causing the first body channel to align with the tip portion of the first clip member retained in engagement with the housing assembly; and

moving the first clip member proximally in the first slot to release the first clip member from engagement with the housing assembly; and

removing the first clip member from the housing assembly.

16. The method according to claim 15 further comprising attaching one of the first clip member or the second clip member to a user's wrist.

17. The method according to claim 16 further comprising attaching the other of the first clip member or the second clip member to a user's tool belt.

18. A method of making an attachment system for hand tools comprising:

forming a housing with a proximal housing end portion, a distal housing end portion, and a peripheral wall defining an open central region within the housing, the peripheral wall having a first slot and a second slot each with a predefined slot width and extending through the peripheral wall to the open central region, wherein the first slot and the second slot each has a proximal slot end and a distal slot end, the proximal slot end having a proximal slot end width that is greater than the predefined slot width;

disposing a rotating member in the open central region, the rotating member configured to rotate about the central longitudinal axis between a first position and a second position and comprising:

a member body rotatably connected to the housing and having a peripheral surface extending along the central longitudinal axis;

a first body portion extending radially outward a predefined distance from the peripheral surface, the first body portion defining a catch surface facing distally, wherein the catch surface extends along a radial portion of the peripheral surface between a first portion end and a second portion end and defining a first body channel between the first portion end and the second portion end; and

a second body portion extending radially outward from the peripheral surface and positioned distally of the first body portion, the second body portion defining a first sloping surface and a second sloping surface forming an apex positioned facing a middle of the first body channel, wherein the first sloping surface and the second sloping surface each face proximally and extend distally in opposite peripheral directions along the peripheral surface from the apex; and

forming a clip member having a clip body with a housing-side surface and a clip protrusion disposed on the housing-side surface, the clip protrusion having a neck portion, a head portion and a tip portion, the neck portion sized to be slidably received in one of the first slot and the second slot, the tip portion sized and configured to engage the first sloping surface or the second sloping surface and to rotate the rotating member about the central longitudinal axis as the neck portion moves along one of the first slot and second slot from the proximal slot end;

wherein the tip portion moving distally in the first slot in engagement with the first sloping surface, causes the rotating member to rotate in a first direction about the central longitudinal axis, thereby causing the catch surface to align with the tip portion, and thereby causing the first body channel to align with a tip portion of a clip member retained by the housing along the second slot; and

wherein the tip portion moving distally in the second slot in engagement with the second sloping surface causes the rotating member to rotate in a second direction about the central longitudinal axis, thereby causing the catch surface to align with the tip portion, and thereby causing the first body channel to align with a tip portion of a clip member retained by the housing along the first slot.

19. The method according to claim 18 , further comprising:

disposing a biasing member between the housing and the rotating member, the biasing member configured to rotationally bias the rotating member towards an intermediate position between the first position and the second position.

20. The method according to claim 18 , further comprising:

disposing a biasing member between the housing and the rotating member, the biasing member configured to bias the rotating member along the central longitudinal axis to establish frictional engagement between the rotating member and the housing.

Assignments (6)