Winch bar with offset handle

Abstract

A winch bar for use together with a strap winch to tighten a load-securing strap for a flatbed truck or trailer. In addition to an offset angle, the winch bar also includes one or more compensating angles establishing an obstacle clearance area defined by a laterally offset portion of the winch bar.

1 . A winch bar, comprising:
 (a) a winch drive engagement portion having a root end and a tip and defining a first central longitudinal axis and adapted to engage a winch with said first central longitudinal axis extending in a radial direction with respect to said winch;   (b) an elongate reach portion having a first end attached to the root end of the winch drive engagement portion and having an opposite second end, the reach portion extending away from the drive engagement portion at an obtuse angle and defining a reach portion central axis intersecting the first central longitudinal axis and thereby defining an obtuse offset angle; and   (c) an elongate third portion having a longitudinal axis extending from an inner end to an opposite outer end of the third portion, the inner end of the third portion being interconnected with the second end of the reach portion, the third portion extending away from the second end of the reach portion, and the longitudinal axis of the elongate third portion and the reach portion central axis defining an obtuse compensating angle, the compensating angle resulting in the longitudinal axis of the third portion being more nearly parallel with the first central longitudinal axis than is the reach central axis, and wherein said winch bar extends in a radial direction from a winch when said winch drive engagement portion is engaged therein in with the first central longitudinal axis extending in a radial direction.   
     
     
         2 . The winch bar of  claim 1  wherein the offset angle and the compensating angle are both in a single plane. 
     
     
         3 . The winch bar of  claim 1  wherein the elongate third portion includes a handle and an outer end of the winch bar. 
     
     
         4 . The winch bar of  claim 1  wherein the first central longitudinal axis, the reach central axis, and the longitudinal axis of the elongate third portion are coplanar. 
     
     
         5 . The winch bar of  claim 4  wherein the elongate third portion extends obliquely towards an extension of the first central longitudinal axis. 
     
     
         6 . The winch bar of  claim 1  including an elongate return portion having an inner end and an outer end and defining a return portion longitudinal axis, the inner end of the elongate return portion being interconnected with the outer end of the elongate third portion, and the longitudinal axis of the elongate third portion intersecting the return portion longitudinal axis and thereby defining a second compensating angle. 
     
     
         7 . The winch bar of  claim 6  wherein the return portion longitudinal axis is parallel with the first central longitudinal axis of the winch drive engagement portion. 
     
     
         8 . The winch bar of  claim 6  including an elongate handle portion having an inner end interconnected with the outer end of the return portion, the handle portion having a handle axis intersecting the return portion longitudinal axis and thereby defining a third compensating angle. 
     
     
         9 . The winch bar of  claim 8  wherein the handle axis is parallel with the first central longitudinal axis of the winch drive engagement portion. 
     
     
         10 . The winch bar of  claim 8  wherein the handle axis is coincident with an extension of the first central longitudinal axis of the winch drive engagement portion. 
     
     
         11 . The winch bar of  claim 6  wherein the reach portion, the elongate third portion, and the return portion together define an obstacle clearance area. 
     
     
         12 . The winch bar of  claim 1  wherein the winch drive engagement portion is tapered inward from the root end toward the tip and the tip has a radially outwardly directed catch. 
     
     
         13 . The winch bar of  claim 1  wherein the reach portion and the elongate third portion together define an obstacle clearance area. 
     
     
         14 . A winch bar, comprising:
 (a) a winch drive engagement portion having a root end and defining a first central longitudinal axis;   (b) an elongate reach portion having a first end attached to the root end of the winch drive engagement portion and having an opposite second end, the reach portion defining a reach portion central axis intersecting the first central longitudinal axis and thereby defining an obtuse offset angle; and   (c) an elongate third portion having a longitudinal axis and having an inner end interconnected with the second end of the reach portion, the longitudinal axis of the elongate third portion and the reach central axis defining a compensating angle; wherein the compensating angle results in the longitudinal axis of the third portion being more nearly parallel with the first central longitudinal axis than is the reach central axis; wherein the first central longitudinal axis, the reach central axis, and the longitudinal axis of the elongate third portion are coplanar; and wherein the elongate third portion extends obliquely towards an extension of the first central longitudinal axis.   
     
     
         15 . The winch bar of  claim 14  wherein the elongate third portion includes a handle and an outer end of the winch bar. 
     
     
         16 . A winch bar, comprising:
 (a) a winch drive engagement portion having a root end and defining a first central longitudinal axis;   (b) an elongate reach portion having a first end attached to the root end of the winch engagement portion and having an opposite second end, the reach portion thereby defining an offset angle with respect to the first central longitudinal axis;   (c) an elongate third portion having a pair of opposite inner and outer ends defining a central longitudinal axis thereof, the inner end being interconnected with the second end of the reach portion and the third portion defining a compensating angle with respect to the reach portion, and the compensating angle resulting in the central longitudinal axis of the third portion being more nearly parallel with the first central longitudinal axis than is the reach portion;   (d) an elongate return portion having an inner end and an outer end and defining a return portion longitudinal axis, the inner end of the elongate return portion being interconnected with the outer end of the elongate third portion, and the elongate third portion intersecting the return portion and thereby defining a second compensating angle; and   (e) an elongate handle portion having an inner end interconnected with the outer end of the return portion and thereby defining a third compensating angle.   
     
     
         17 . The winch bar of  claim 16  wherein the handle portion has a handle axis coincident with an extension of the first central longitudinal axis of the winch drive engagement portion. 
     
     
         18 . A winch bar, comprising:
 (a) a winch drive engagement portion defining a first central longitudinal axis and adapted to engage a winch drive socket with said first central longitudinal axis extending in a radial direction;   (b) an elongate reach portion having a first end attached to the winch engagement portion and having an opposite second end, the reach portion extending away from the drive engagement portion at an obtuse angle and defining a reach portion central axis intersecting the first central longitudinal axis and thereby defining an offset angle; and   (c) an elongate third portion having a longitudinal axis, the third portion being interconnected with and extending away from the second end of the reach portion, the longitudinal axis of the third portion and the reach central axis defining an obtuse compensating angle, and the compensating angle being separated laterally from the first central longitudinal axis by a lateral offset distance, providing an obstacle clearance zone alongside the reach portion, and wherein said winch bar extends in a radial direction from a winch drive socket when said winch drive engagement portion is engaged therein with the central longitudinal axis extending in a radial direction.