Tool stand

1. A tool stand, comprising:

a frame having a base and two columns extending up from the base;

upper sections of the two columns being hingedly connected to lower sections of the two columns respectively such that the upper sections can be positioned from an upright orientation that is generally perpendicular to the base to a downward pivoted orientation that is generally perpendicular relative to the upright orientation; wherein in the downward pivoted orientation the columns each extend toward each other to form a handle;

at least one rigid support surface for storing objects, wherein the at least one support surface is configured to slide vertically on the two columns and be fixable thereon at at least an upper elevation;

wherein when the at least one support surface is at the upper elevation, the upper sections of the two columns are prevented from pivoting to the downward pivoted orientation, and when the at least one support surface is at a lower elevation below said upper elevation the upper sections of the two columns can be pivoted to the downward pivoted orientation to form the handle.

2. The tool stand according to claim 1 , wherein the frame is formed by a bent cylindrical tube.

3. The tool stand according to claim 1 , wherein one of the upper sections carries a slidable sleeve, and when the upper sections are pivoted to the downward pivoted orientation the sleeve is configured to slide over and bridge between both upper sections to retain the upper sections together to form the handle.

4. The tool stand according to claim 3 , wherein the sleeve includes a selectively engagable locking portion to lock the sleeve in the handle forming position.

5. The tool stand according to claim 1 , wherein the support surface is fixed to opposite lateral sliders, and the sliders are slidable along the vertical length of the two columns, and each slider has a selectively engagable locking portion to set the upper elevation of the at least one support surface on the two columns.

6. The tool stand according to claim 1 , wherein the frame is composed of square tubular members.

7. The tool stand according to claim 1 , wherein the upper sections and the lower sections are each hingedly connected respectively by a hinge and a spring to bias the upper sections to the vertical orientation.

8. The tool stand according to claim 1 , further comprising a media player holder mounted on the at least one support surface to allow positioning of a media player on the tool stand.

9. The tool stand according to claim 1 , wherein the at least one support surface is selectively lockable at the upper elevation elevation along the two columns by a spring pin engaging corresponding holes formed in the two columns.

10. The tool stand according to claim 1 , wherein the at least one support surface comprises two trays vertically spaced apart.

11. The tool stand according to claim 1 , comprising a drawer beneath the at least one support surface.

12. The tool stand according to claim 1 , comprising a magnetic bar connected to the at least one support surface for magnetically attaching tools and parts.

13. The tool stand according to claim 1 , comprising a work light attached to the at least one support surface.

14. The tool stand according to claim 1 , wherein the at least one support surface comprises a top tray; wherein the tool stand further comprises a bottom tray having a tool holder mounted thereon, wherein the tool holder is pivotal from a vertical orientation to a more low profile horizontal orientation to allow the top tray to be lowered more closely to the bottom tray.

15. The tool stand according to claim 1 , wherein the at least one support surface comprises a metal tray.

16. A tool stand, comprising:

a frame having a base and two columns extending up from the base;

upper sections of the two columns being hingedly connected to lower sections of the two columns respectively such that the upper sections can be positioned from an upright orientation to a downward pivoted orientation with the columns extending toward each other to form a handle;

at least one support surface that is slidable vertically on the two columns and fixable at select elevations;

wherein when the at least one support surface is at an upper elevation from said select elevations the upper sections of the two columns are prevented from pivoting to the downward pivoted orientation, and when the at least one support surface is at a lower elevation from said select elevations the upper sections of the two columns can be pivoted to downward pivoted orientation to form the handle;

wherein one of the upper sections carries a slidable sleeve, and when the upper sections are pivoted to the downward pivoted orientation the sleeve is configured to slide over and bridge between both upper sections to retain the upper sections together to form the handle;

wherein the sleeve includes a first selectively engagable locking portion to lock the sleeve in position; and

wherein the at least one support surface is fixed to opposite lateral sliders, and the sliders are slidable along a vertical length of the two columns, and each slider has a second selectively engagable locking portion to set a desired elevation from said select elevations of the at least one support surface on the two columns.

17. The tool stand according to claim 16 , wherein the upper sections and the lower sections are each hingedly connected respectively by a hinge and a spring to bias the upper sections to the vertical orientation;

wherein the second selectively engagable locking portion includes a spring pin that is configured to engage corresponding holes formed in the two columns;

wherein a magnetic bar is connected to the at least one support surface for magnetically attaching tools and parts;

wherein the at least one support surface comprises a top tray

having a drawer beneath the top tray; and.