Tension-mounted pole caddy

1. A tension-mounted pole for mounting between two substantially parallel surfaces, the pole comprising:

a central tubular body;

a first telescoping tubular body having a telescoping first end coupled with the central tubular body and a free second end;

a second tubular body having a telescoping first end coupled with the central tubular body and a free second end; and

an extension mechanism mounted to the central tubular body, the extension mechanism configured to be manually actuated and having a toothed rack and pinion arrangement configured to simultaneously move the first and second tubular bodies in opposite directions relative to the central tubular body,

wherein the extension mechanism includes:

a first toothed rack, a second toothed rack, and a pinion gear engaged with the first and second toothed racks, and

a locking member configured to move between engagement with the first and second toothed racks and disengagement from the first and second toothed racks,

wherein the locking member includes a first section having first teeth engaging the first toothed rack and a second section spaced from the first section and having second teeth engaging the second toothed rack,

wherein the pinion gear and the locking member respectively engage portions of the first and second toothed racks that differ in orientation.

2. The tension-mounted pole of claim 1 , wherein the extension mechanism includes:

the first toothed rack provided within the central tubular body and having a first end section and a second end section, the second end section is connected to the telescoping first end of the first tubular body, and

the second toothed rack provided within the central tubular body and having a first end section and a second end section, the second end section is connected to the telescoping first end of the second tubular body.

3. The tension-mounted pole of claim 2 , wherein the extension mechanism includes

an actuator coupled to the locking member, wherein manual actuation of the actuator disengages the locking member from the first and second toothed racks.

4. The tension mounted pole of claim 3 , wherein the actuator includes a rod projecting outwardly therefrom, and the locking member is fixed to the rod of the actuator.

5. The tension-mounted pole of claim 3 , wherein the locking member is biased into engagement with the first and second toothed racks in a direction perpendicular to a length of each first and second toothed rack.

6. The tension-mounted pole of claim 1 , wherein the first toothed rack includes first teeth and second teeth separated from the first teeth by a first separating wall of the first toothed rack extending along a longitudinal extent of the first toothed rack, the first and second teeth located on opposite sides of the first separating wall, and the locking member engaging the first teeth and the pinion engaging the second teeth.

7. The tension-mounted pole of claim 6 , wherein the second toothed rack includes first teeth and second teeth separated from the first teeth by a second separating wall of the second toothed rack extending along a longitudinal extent of the second toothed rack, the first and second teeth located on opposite sides of the second separating wall, and the locking member engaging the first teeth and the pinion engaging the second teeth.

8. The tension-mounted pole of claim 1 , comprising an extension foot assembly including:

a housing connected to the free second end of the first tubular body,

a lever movably mounted to the housing, and

a foot mounted to the housing and connected to the lever,

wherein the lever is configured to move between a retracted position and an outward position wherein as the lever is moved toward the outward position the foot is configured to extend outwardly from the housing.

9. The tension-mounted pole of claim 8 , wherein the extension foot assembly further includes a connecting member interconnecting the lever and the foot and configured to limit movement of the foot outwardly from the housing.

10. The tension-mounted pole of claim 9 , wherein the lever includes a pair of cams and the foot includes a pair of spaced supports, the cams configured to engage the supports as the lever is moved toward the outward position, the connecting member mounted between the pair of cams and the pair of supports.

11. The tension-mounted pole of claim 1 , including a shelf support assembly mounted to the central tubular body, the shelf support assembly including:

a sleeve dimensioned to be slid over the central tubular body, and

a hook member mounted to the sleeve, the hook member in frictional engagement with the central tubular body to secure the sleeve to the central tubular body.

12. The tension-mounted pole of claim 11 , wherein the hook member includes a recess for mounting of a compressible pad for frictional engagement with the central tubular body.

13. A tension-mounted pole for mounting between two substantially parallel surfaces, the tension-mounted pole comprising:

a central tubular body;

a first telescoping tubular body having a telescoping first end coupled with the central tubular body and a free second end;

a second tubular body having a telescoping first end coupled with the central tubular body and a free second end; and

a manually actuated extension mechanism mounted to the central tubular body, the extension mechanism includes:

a first toothed rack provided within the central tubular body and having a first end section and a second end section, the second end section is connected to the telescoping first end of the first tubular body,

a second toothed rack provided within the central tubular body and having a first end section and a second end section, the second end section is connected to the telescoping first end of the second tubular body, and

a pinion gear in engagement with the first and second toothed racks, the pinion gear allows for simultaneous movement of the first and second tubular bodies in opposite directions relative to the central tubular body, and

a locking member biased into simultaneous engagement with each of the first and second toothed racks,

wherein the first toothed rack includes first teeth and second teeth separated from the first teeth by a first separating wall of the first toothed rack, the locking member engaging the first teeth and the pinion engaging the second teeth,

wherein the second toothed rack includes first teeth and second teeth separated from the first teeth by a second separating wall of the second toothed rack, the locking member engaging the first teeth and the pinion engaging the second teeth.

14. The tension-mounted pole of claim 13 , wherein the extension mechanism includes

an actuator coupled to the locking member, wherein manual actuation of the actuator simultaneously disengages the locking member from each of the first and second toothed racks.

15. The tension-mounted pole of claim 13 , comprising an extension foot assembly including:

a housing connected to the free second end of the first tubular body,

a lever mounted to the housing,

a foot mounted to the housing, and

a connecting member interconnecting the lever and the foot and configured to limit movement of the foot relative to the housing,

wherein the lever is configured to move between a retracted position and an outward position wherein as the lever moves toward the outward position the foot is configured to extend outwardly from the housing.

16. The tension-mounted pole of claim 13 , wherein the first and second teeth of the first toothed rack are located on opposite sides of the first separating wall, and the first and second teeth of the second tooth rack are located on opposite sides of the second separating wall.