Self-adjusting pocket hole jig

• US 10,376,967 B2
• Filed: 08/22/2017
• Issued: 08/13/2019
• Est. Priority Date: 08/23/2016
• Status: Active Grant

• Current Assignee: Daniel L. Poole, Michael G. Asimakis, Robert N. Poole
• Original Assignee: Daniel L. Poole, Michael G. Asimakis, Robert N. Poole
• Inventors: Poole, Robert N., Poole, Daniel L., Asimakis, Michael G.
• Primary Examiner(s): Singh, Sunil K
• Assistant Examiner(s): Su, Chwen-Wei
• Application Number:
  US15/683,525
• Publication Number:
  US 20180071835A1
• Time in Patent Office: 721 Days
• CPC Class Codes: B23B 2247/10 Jigs for drilling inclined holes
• CPC Class Codes: B23B 2247/12 Drilling jigs with means to affix the jig to the workpiece
• CPC Class Codes: B23B 47/287 Jigs for drilling plate-like workpieces templates for marking the position of fittings on wings or frames E05D11/0009
• CPC Class Codes: Y10T 408/567 Adjustable, tool-guiding jig

Abstract

A self-adjusting pocket hole jig includes a base having a clamp end and a toggle end, a guide carried by the base and reciprocally movable between a raised position and a lowered position. A clamp assembly is carried by the base and reciprocally movable between an engaged position and a disengaged position. An adjustment mechanism is coupled between the guide and the clamp assembly. The adjustment mechanism is arranged to move the clamp assembly in a forward direction to the engaged position and correspondingly move the guide in a downward direction to the lowered position, and arranged to move the clamp assembly in a rearward direction to the disengaged position and correspondingly move the guide in an upward direction to the raised position.

Claims

1. A self-adjusting pocket hole jig comprising:

a base having a clamp end and a toggle end;

a guide carried by the base intermediate the clamp end and the toggle end, and reciprocally movable between a raised position and a lowered position, the guide including at least one guide channels;

a clamp assembly carried by the base and reciprocally movable between an engaged position when moved toward the guide and a disengaged position when moved away from the guide; and

an adjustment mechanism coupled between the guide and the clamp assembly, the adjustment mechanism arranged to move the clamp assembly in a forward direction to the engaged position and correspondingly move the guide in a downward direction to the lowered position, and arranged to move the clamp assembly in a rearward direction to the disengaged position and correspondingly move the guide in an upward direction to the raised position.

2. The self-adjusting pocket hole jig as claimed in claim 1 further including a guide holder extending upwardly from the base intermediate the clamp end and the toggle end, the guide holder receiving and retaining the guide for reciprocal movement between the raised position and the lowered position.

3. The self-adjusting pocket hole jig as claimed in claim 2 wherein the guide holder includes a first inwardly facing vertical slot proximate a first side of the base and a second inwardly facing vertical slot proximate an opposing second side of the base, each extending upwardly from the base and receiving the guide.

4. The self-adjusting pocket hole jig as claimed in claim 1 wherein the adjustment mechanism comprises:

a bar having a first end coupled to the clamp assembly and a second end extending from the clamp assembly under the guide to a position proximate the toggle end; and

a translation mechanism coupled between the guide and the clamp assembly.

5. The self-adjusting pocket hole jig as claimed in claim 4 wherein the adjustment mechanism further includes a toggle mechanism carried by the base proximate the toggle end, the toggle mechanism receives the second end of the bar and is movable between a closed position, holding the bar immovable, and an open position allowing sliding movement of the bar.

6. The self-adjusting pocket hole jig as claimed in claim 4 wherein the translation mechanism comprises:

a pin extending transversely through the base intermediate the clamp end and the toggle end;

a first guide pinion carried by an end of the pin;

a second guide pinion carried by the opposing end of the pin;

a first clamp pinion carried by the end of the pin and fixed to the first guide pinion to rotate therewith;

a second clamp pinion carried by the opposing end of the pin and fixed to the second guide pinion to rotate therewith;

a first clamp rack and a second clamp rack extend forwardly for opposing sides of the clamp assembly toward toggle end and engage the first clamp pinion and the second clamp pinion, respectively; and

a first guide rack and a second guide rack extend downwardly from opposing sides of the guide and engage the first guide pinion and the second guide pinion, respectively;

wherein movement of the clamp assembly causes linear movement of the first and second clamp racks thereby rotating the first and the second clamp pinions, resulting in rotation of the first and second guide pinions, thereby moving the first and second guide racks in a linear motion perpendicular to the first and second clamp racks.

7. The self-adjusting pocket hole jig as claimed in claim 6 wherein the first and second guide pinions have a diameter larger than a diameter of the first and second clamp pinions.

8. The self-adjusting pocket hole jig as claimed in claim 7 wherein the ratio of the first and second clamp pinions to the first and second guide pinions is a 7/10 ratio.

9. The self-adjusting pocket hole jig as claimed in claim 4 wherein the translation mechanism comprises:

a wedge block having a sloped surface facing towards the clamp assembly fixedly carried by the bar underlying and engaging the guide; and

a bottom of the guide formed into a wedge shape with a sloped surface facing away from the clamp assembly, the sloped surface of the wedge block and the sloped surface of the guide engaging in a parallel and abutting relationship;

wherein, as the wedge block is moved toward the clamp end, the wedge block slides along the sloped surface of the guide, forcing the guide upwardly, and as the wedge block is moved away from the clamp end the sloped surface of the guide slides down the sloped surface of the wedge block, lowering the guide.

10. The self-adjusting pocket hole jig as claimed in claim 1 further includes a drill bit length device comprising:

an adjustment ring extending from a top of the guide for receiving a drill bit therethrough; and

a tip receptacle extending from the base for receiving the tip of the drill bit;

wherein the adjustment ring moves with the movement of the guide, varying the distance from the tip receptacle and determining a length of the drill to be used.

11. The self-adjusting pocket hole jig as claimed in claim 1 further including a bar having a first end coupled to the clamp assembly and a second end extending from the clamp assembly under the guide to a position proximate the toggle end.

12. The self-adjusting pocket hole jig as claimed in claim 11 further including a toggle mechanism carried by the base proximate the toggle end, the toggle mechanism receives the second end of the bar and is movable between a closed position, holding the bar immovable, and an open position allowing sliding movement of the bar.

13. The self-adjusting pocket hole jig as claimed in claim 11 wherein the translation mechanism comprises:

a wedge block having a sloped surface facing towards the clamp assembly fixedly carried by the bar underlying and engaging the guide; and

a bottom of the guide formed into a wedge shape with a sloped surface facing away from the clamp assembly, the sloped surface of the wedge block and the sloped surface of the guide engaging in a parallel and abutting relationship;

wherein, as the wedge block is moved toward the clamp end, the wedge block slides along the sloped surface of the guide, forcing the guide upwardly, and as the wedge block is moved away from the clamp end the sloped surface of the guide slides down the sloped surface of the wedge block, lowering the guide.

14. A self-adjusting pocket hole jig comprising:

a base having a clamp end and a toggle end;

a guide carried by the base intermediate the clamp end and the toggle end, and reciprocally movable between a raised position and a lowered position, the guide including at least one guide channels;

a clamp assembly carried by the base and reciprocally movable between an engaged position when moved toward the guide and a disengaged position when moved away from the guide; and

a translation mechanism coupled between the guide and the clamp assembly, the translation mechanism being configured to move the guide in a downward direction to the lowered position when the clamp assembly is moved in a forward direction, and configured to move the guide in an upward direction to the raised position when the clamp assembly is moved in a rearward direction.

15. The self-adjusting pocket hole jig as claimed in claim 14 further including a guide holder extending upwardly from the base intermediate the clamp end and the toggle end, the guide holder receiving and retaining the guide for reciprocal movement between the raised position and the lowered position.

16. The self-adjusting pocket hole jig as claimed in claim 15 wherein the guide holder includes a first inwardly facing vertical slot proximate a first side of the base and a second inwardly facing vertical slot proximate an opposing second side of the base, each extending upwardly from the base and receiving the guide.

17. The self-adjusting pocket hole jig as claimed in claim 14 wherein the translation mechanism comprises:

a pin extending transversely through the base intermediate the clamp end and the toggle end;

a first guide pinion carried by an end of the pin;

a second guide pinion carried by the opposing end of the pin;

a first clamp pinion carried by the end of the pin and fixed to the first guide pinion to rotate therewith;

a second clamp pinion carried by the opposing end of the pin and fixed to the second guide pinion to rotate therewith;

a first clamp rack and a second clamp rack extend forwardly for opposing sides of the clamp assembly toward toggle end and engage the first clamp pinion and the second clamp pinion, respectively; and

a first guide rack and a second guide rack extend downwardly from opposing sides of the guide and engage the first guide pinion and the second guide pinion, respectively;

wherein movement of the clamp assembly causes linear movement of the first and second clamp racks thereby rotating the first and the second clamp pinions, resulting in rotation of the first and second guide pinions, thereby moving the first and second guide racks in a linear motion perpendicular to the first and second clamp racks.

18. The self-adjusting pocket hole jig as claimed in claim 17 wherein the first and second guide pinions have a diameter larger than a diameter of the first and second clamp pinions.

19. The self-adjusting pocket hole jig as claimed in claim 18 wherein the ratio of the first and second clamp pinions to the first and second guide pinions is a 7/10 ratio.

20. The self-adjusting pocket hole jig as claimed in claim 14 further includes a drill bit length device comprising:

an adjustment ring extending from a top of the guide for receiving a drill bit therethrough; and

a tip receptacle extending from the base for receiving the tip of the drill bit;

wherein the adjustment ring moves with the movement of the guide, varying the distance from the tip receptacle and determining a length of the drill to be used.