MULTI-AXIS DOOR HINGE

• US 20080083089A1
• Filed: 10/04/2007
• Published: 04/10/2008
• Est. Priority Date: 10/04/2006
• Status: Active Grant

• Current Assignee: Hoffman Group LLC (Hoffman Group)
• Original Assignee: Hoffman Group International Company LLC (Hoffman Group)
• Inventors: Hoffman, Lawrence Andrew
• Granted Patent: US 7,779,510 B2
• Time in Patent Office: Days
• US Class Current: 16/367
• CPC Class Codes: E05D 11/06 Devices for limiting the opening movement of hinges
• CPC Class Codes: E05D 3/10 with non-parallel pins
• CPC Class Codes: E05Y 2600/10 Adjustable
• CPC Class Codes: E05Y 2900/531 Doors

Abstract

Embodiments of multi-axis vehicle door hinges are provided that are adapted to facilitate pivotal motion of a vehicle door about a substantially vertical axis of rotation for swing-out rotation as well as to facilitate pivotal motion of a vehicle door about a substantially horizontal axis of rotation for vertical-lift rotation and providing means for adjusting the opening angle of the hinge in both the horizontal and vertical axis of rotation.

Claims

1. A multi-axis vehicle door hinge, comprising:

a first leaf;

a second leaf;

a third leaf, the first leaf and the second leaf pivotally coupled defining a swing-out hinge adapted so as to enable rotation in a substantially horizontal plane about a substantially vertical axis of rotation, the second leaf and the third leaf pivotally coupled about a lift bearing defining a vertical-lift hinge adapted so as to enable rotation in a substantially vertical plane about a substantially horizontal axis of rotation; and

a lift rotation limiter removably coupled to the third leaf and adapted to provide adjustment means for setting a predetermining maximum extent of the vertical-lift hinge.

2. The hinge of claim 1, wherein the first leaf being adapted for coupling to a hinge mount body surface of a doorjamb of a vehicle, the third leaf being adapted for coupling to a hinge mount door surface of a door, the swing-out hinge adapted to provide rotation of the door within a substantially horizontal plane and the vertical-lift hinge adapted to provide rotation of the door within a substantially vertical plane.

3. The hinge of claim 2, wherein the hinge mount body surface is that surface vacated by the removal of a stock swing hinge stationary leaf from the vehicle, and the hinge mount door surface is that surface vacated by the removal of the stock swing hinge leaf from the door.

4. The hinge of claim 1, further comprising a hinge pin, the first leaf comprising:

a first leaf first edge;

a first leaf second edge opposite the first leaf first edge;

a first leaf first side;

a first leaf second side opposite the first leaf first side;

a first leaf third edge;

and a first leaf fourth edge opposite the first leaf third edge; and

two spaced apart first swing knuckles extending from the first leaf second side adjacent the first leaf fourth edge defining a swing notch there between, the first swing knuckles each define a first swing knuckle bore there through, the axis of the first swing knuckle bores are in substantially coaxial alignment and define a substantially vertical axis;

the second leaf comprises;

a second leaf first end;

a second leaf second end opposite the second leaf first end;

a second leaf first edge;

a second leaf second edge opposite the second leaf first edge;

a second leaf first side;

a second leaf second side opposite the second leaf first side, the second leaf second end comprising a second swing knuckle bore extending between the second leaf first edge and the second leaf second edge defining a second swing knuckle, the second swing knuckle is adapted to be received within the swing notch of the first leaf with the axis of the first swing knuckle bores and second swing knuckle bore in substantially coaxial alignment, the hinge pin adapted to be received within the first swing knuckle bores and the second swing knuckle bore pivotally coupling the second leaf to the first leaf; and

a lift hub defining a cylindrical shape extending substantially perpendicular from the second leaf first side adjacent the second leaf first end and defining an axis substantially perpendicular to the second swing knuckle bore, the lift hub defining a first half of a lift bearing;

the third leaf comprising;

a third leaf first end;

a third leaf second end opposite the third leaf first end;

a third leaf first side;

a third leaf second side opposite the third leaf first side;

a third leaf first edge;

a third leaf second edge opposite the third leaf first edge, the third leaf first and second end, the third leaf first and second side, and the third leaf first and second edge defining a mount plate, the mount plate adapted for coupling to a hinge mount door surface of a door; and

a lift arm extending from the third leaf second side adjacent the third leaf second end, the lift arm comprising an arm first end coupled with the third leaf second side and an arm second end opposite the arm first end, the lift arm comprising an arm first side and an arm second side opposite the arm first side, the arm second end comprising an arm bore extending from the arm first side to the arm second side and having an axis extending substantially perpendicular to the arm first side, the arm bore adapted to receive the lift hub therein in substantially coaxial alignment therewith, the arm bore defining a second half of the lift bearing,

the arm second end defining a semi-cylindrical edge having an axis substantially coaxial with the axis of the arm bore and having a radius larger than a radius defined by the arm bore, the edge including a plurality of spaced-apart edge fastener bores arranged in a radial pattern substantially radial with an axis of the arm bore, the edge fastener bores are threaded for receiving a threaded fastener,

the lift rotation limiter comprising a partial cylindrical-shaped piece defining an arc having an inner radius substantially the same as an outer radius defined by the edge of the arm second end, the lift rotation limiter having an outer radius and a thickness adapted to define an abutment end, the lift rotation limiter further comprises a plurality of limiter fastener bores arranged in a radial pattern from the inner radius, the plurality of limiter fastener bores adapted for cooperative coaxial alignment with corresponding edge fastener bores, each limiter fastener bore is adapted to slidingly receive a threaded fastener extending through the thickness of the lift rotation limiter, the lift rotation limiter removably coupled to the edge by one or more fasteners threadably engaged with the edge fastener bore, so as to couple the lift rotation limiter to the edge of the arm second end, the plurality of edge fastener bores provided to allow adjustable placement of the lift rotation limiter about the circumference of the edge so as to change the maximum lift of the lift arm,

the second leaf further comprising a sag limiter rest which partially defines the second leaf first edge and extends from the second leaf first side adjacent the second leaf first end, the abutment end of the lift rotation limiter adapted to abut the sag limiter rest at a maximum lift angle of the lift arm.

5. The hinge of claim 4, the lift arm comprising a generally goose-neck shape adapted to provide an extension of an attached door so as to clear structures of a vehicle when the hinge is operated.

6. The hinge of claim 5, further comprising a cap and a fastener, the cap having a through hole there through, the lift hub further comprising a threaded bore to receive the fastener therein, the cap adapted for coupling the arm second end to the lift hub by engagement of the fastener passing through the through hole to threadably engage the threaded bore in the lift hub.

7. The hinge of claim 5, the first leaf further comprising a recessed portion extending a predetermined distance into the first leaf second side, the recessed portion adapted to receive a portion of the second leaf first end therein.

8. The hinge of claim 5, the first leaf further a through hole extending from the first leaf second side to the first leaf first side, the through hole adapted to receive a portion of the second leaf first end therein.

9. The hinge of claim 5, the second leaf second end comprising a bevel portion defined therein, the bevel portion substantially facing the first leaf and adapted to prevent rotation of the second leaf greater than a predefined bevel angle by the impingement of the bevel portion with a bevel impact surface on the first leaf second side adjacent the first leaf fourth edge.

10. The hinge of claim 9, the second leaf second end defining one or more threaded swing-limiting bores extending through to the bevel portion and having axes extending substantially perpendicular with the bevel portion, end portions of suitable fasteners adapted to be received by the threaded swing-limiting bores and extend beyond the bevel portion to contact the bevel impact surface when the second leaf is at a predetermined swing angle to provide adjustability to the maximum swing angle.

11. The hinge of claim 4, wherein the sag limiter rest comprises a threaded bore extending from the second leaf first edge towards the second leaf second edge, the threaded bore adapted to receive a suitable fastener so as a portion of the fastener extends beyond the sag limiter rest and towards the second leaf second edge, the third leaf further comprising an engagement step a predetermined location adjacent the arm second end, the engagement step extends from adjacent the arm second end a predetermined distance so as to engage the fastener extending from the sag limiter rest when the third leaf is at a predetermined minimum lift angle to provide adjustability to the minimum lift angle, the engagement and movement of fastener about the threaded bore adapted for the adjustment of the fastener to extend from the sag limiter rest a predetermined distance so as to provide adjustability to the minimum lift angle of the third leaf, suitable for adjusting a level of a door within a door frame of a vehicle.

12. The hinge of claim 1, the second leaf further comprising a sag limiter comprising a threaded bore and a fastener, the threaded bore extending from adjacent the second leaf second end in a direction towards the second leaf first end, the threaded bore adapted to receive the fastener therein, the fastener extending a predetermined distance beyond the sag limiter so as to engage the lift arm surface on the lift arm at a predetermined minimum lift angle.

13. The hinge of claim 4, further comprising a lift hinge retention element adapted to restrict the vertical motion of the vertical-lift hinge until the swing-out hinge has opened equal to or greater than a predetermined angle .delta., the lift hinge retention element extending a predetermined distance from the first leaf second side adjacent the first leaf second edge and the first leaf third edge defining angle .delta., the lift hinge retention element comprising a first engagement surface adjacent the lift arm when the lift arm is in a down position, the first engagement surface adapted for cooperative engagement with a first lift arm engagement surface to restrict the function of the vertical-lift hinge until the swing angle of the second hinge leaf exceeds the predetermined angle .delta., the lift hinge retention element terminating at a second engagement surface adapted for cooperative engagement with the lift arm when the swing angle of the second leaf is at the predetermined angle .delta. and the lift arm is rotated greater than a minimum lift angle .beta., so as to restrict the function of the swing hinge when the lift arm is pivoted greater than the minimum lift angle .beta.

14. The hinge of claim 13, the lift hinge retention element further comprising a third engagement surface opposite the first engagement surface, the third engagement surface adapted such that when the lift arm is rotated a predetermined angle .beta. or more and the second leaf is pivoted a predetermined angle .delta. or less, the lift arm and the third engagement surface are adapted for cooperative engagement to restrict the third leaf from rotating down to less than the predetermined angle .beta.

15. The hinge of claim 1, further comprising a lift hinge retention element extending from the first leaf defining a predetermined angle .delta., the lift hinge retention element adapted to restrict the vertical motion of the vertical-lift hinge until the swing-out hinge has opened equal to or greater than angle .delta., the lift hinge retention element comprising a first engagement surface adjacent the lift arm when the lift arm is in a down position, the first engagement surface adapted for cooperative engagement with the lift arm to restrict the function of the vertical-lift hinge until the swing angle of the second hinge leaf exceeds the predetermined angle .delta., the lift hinge retention element terminating at a second engagement surface adapted for cooperative engagement with the lift arm when the swing angle of the second leaf is at the predetermined angle .delta. and the lift arm is rotated greater than a minimum lift angle .beta., so as to restrict the function of the swing hinge when the lift arm is pivoted greater than the minimum lift angle .beta.

16. The hinge of claim 15, the lift hinge retention element further comprising a third engagement surface opposite the first engagement surface, the third engagement surface adapted such that when the lift arm is rotated a predetermined angle .beta. or more and the second leaf is pivoted a predetermined angle .delta. or less, the lift arm and the third engagement surface are adapted for cooperative engagement to restrict the third leaf from rotating down to less than the predetermined angle .beta.

17. A multi-axis vehicle door hinge, comprising:

a first leaf;

a second leaf;

a third leaf, the first leaf and the second leaf pivotally coupled defining a swing-out hinge adapted so as to enable rotation in a substantially horizontal plane about a substantially vertical axis of rotation, the second leaf and the third leaf pivotally coupled about a lift bearing defining a vertical-lift hinge adapted so as to enable rotation in a substantially vertical plane about a substantially horizontal axis of rotation;

a lift rotation limiter removably coupled to the third leaf and adapted to provide adjustment means for setting a predetermining maximum extent of the vertical-lift hinge; and

a hinge pin,

the first leaf comprising;

a first leaf first edge;

a first leaf second edge opposite the first leaf first edge;

a first leaf first side;

a first leaf second side opposite the first leaf first side;

a first leaf third edge;

and a first leaf fourth edge opposite the first leaf third edge; and

two spaced apart first swing knuckles extending from the first leaf second side adjacent the first leaf fourth edge defining a swing notch there between, the first swing knuckles each define a first swing knuckle bore there through, the axis of the first swing knuckle bores are in substantially coaxial alignment and define a substantially vertical axis;

the second leaf comprises;

a second leaf first end;

a second leaf second end opposite the second leaf first end;

a second leaf first edge;

a second leaf second edge opposite the second leaf first edge;

a second leaf first side;

a second leaf second side opposite the second leaf first side, the second leaf second end comprising a second swing knuckle bore extending between the second leaf first edge and the second leaf second edge defining a second swing knuckle, the second swing knuckle is adapted to be received within the swing notch of the first leaf with the axis of the first swing knuckle bores and second swing knuckle bore in substantially coaxial alignment, the hinge pin adapted to be received within the first swing knuckle bores and the second swing knuckle bore pivotally coupling the second leaf to the first leaf; and

a lift hub defining a cylindrical shape extending substantially perpendicular from the second leaf first side adjacent the second leaf first end and defining an axis substantially perpendicular to the second swing knuckle bore, the lift hub defining a first half of a lift bearing,

the third leaf comprising;

a third leaf first end;

a third leaf second end opposite the third leaf first end;

a third leaf first side;

a third leaf second side opposite the third leaf first side;

a third leaf first edge;

a third leaf second edge opposite the third leaf first edge, the third leaf first and second end, the third leaf first and second side, and the third leaf first and second edge defining a mount plate, the mount plate; and

a lift arm extending from the third leaf second side adjacent the third leaf second end, the lift arm comprising an arm first end coupled with the third leaf second side and an arm second end opposite the arm first end, the lift arm comprising an arm first side and an arm second side opposite the arm first side, the arm second end comprising an arm bore extending from the arm first side to the arm second side and having an axis extending substantially perpendicular to the arm first side, the arm bore adapted to receive the lift hub therein in substantially coaxial alignment therewith, the arm bore defining a second half of the lift bearing,

the arm second end defining a semi-cylindrical edge having an axis substantially coaxial with the axis of the arm bore and having a radius larger than a radius defined by the arm bore, the edge including a plurality of spaced-apart edge fastener bores arranged in a radial pattern substantially radial with an axis of the arm bore, the edge fastener bores are threaded for receiving a threaded fastener,

the lift rotation limiter comprising a partial cylindrical-shaped piece defining an arc having an inner radius substantially the same as an outer radius defined by the edge of the arm second end, the lift rotation limiter having an outer radius and a thickness adapted to define an abutment end, the lift rotation limiter further comprises a plurality of limiter fastener bores arranged in a radial pattern from the inner radius, the plurality of limiter fastener bores adapted for cooperative coaxial alignment with corresponding edge fastener bores, each limiter fastener bore is adapted to slidingly receive a threaded fastener extending through the thickness of the lift rotation limiter, the lift rotation limiter removably coupled to the edge by one or more fasteners threadably engaged with the edge fastener bore, so as to couple the lift rotation limiter to the edge of the arm second end, the plurality of edge fastener bores provided to allow adjustable placement of the lift rotation limiter about the circumference of the edge so as to change the maximum lift of the lift arm,

the second leaf further comprising a sag limiter rest which extends from the second leaf first side adjacent the second leaf first end arranged for cooperative engagement such that the abutment end of the lift rotation limiter abuts the sag limiter rest at a maximum lift angle of the lift arm.