Threadable heat transfer press
A threadable heat transfer press includes an upper platen, a lower platen below the upper platen, a support head connected to one of the upper platen and the lower platen for moving the platens between an open position, when the platens are spaced away from one another, and a closed position, when the platens are pressed against each other. A vertical line extends from a geometric center of the lower platen and engaging the upper platen when the platens are in the closed position. The press further includes a support plate secured to the lower platen, a plurality of legs positioned below the lower platen, and a vertically extending support structure positioned between at least one of the plurality of legs and the support plate. The vertically extending support structure defines a throat spacing beneath the lower platen, which is spaced away from the geometric center of the lower platen.
1. A threadable heat transfer press, comprising:
an upper platen;
a lower platen disposed below the upper platen;
a support head connected to at least one of the upper platen and the lower platen for moving the platens between an open position, wherein the platens are spaced away from one another, and a closed position, wherein the platens are pressed against each other;
a vertical line extending from a geometric center of the lower platen and engaging the upper platen when the platens are in the closed position;
a support plate secured to the lower platen;
a plurality of legs positioned below the lower platen; and
a vertically extending support structure positioned between at least one of the plurality of legs and the support plate;
wherein the vertically extending support structure defines a throat spacing beneath the lower platen, the vertically extending support structure being spaced away from the geometric center of the lower platen.
2. The threadable heat transfer press of claim 1 , wherein the vertically extending support structure is fixed such that the throat spacing is unadjustable.
3. The threadable heat transfer press of claim 1 , further comprising an axial support extending from the lower platen to support the support head.
4. The threadable heat transfer press of claim 3 , further comprising a pivot shaft extending from the axial support and into the support head.
5. The threadable heat transfer press of claim 4 , wherein the support head and the upper platen pivot about the pivot shaft.
6. The threadable heat transfer press of claim 5 , wherein the platens are aligned parallel to one another as the support head rotates about the axial support.
7. The threadable heat transfer press of claim 6 , wherein the support head includes a motor that rotates the support head about the axial support.
8. The threadable heat transfer press of claim 1 , wherein the support plate includes a planar surface that extends in a direction perpendicular to the vertical line extending from the geometric center of the lower platen.
9. The threadable heat transfer press of claim 1 , further comprising a controller that controls an application of force in the closed position.
10. The threadable heat transfer press of claim 9 , the support head further including a pressure chamber that moves the upper platen with respect to the lower platen and applies the force in the closed position.
11. A press, comprising:
an upper platen;
a lower platen positionable below the upper platen, the lower platen having a geometric center in a horizontal plane of the lower platen;
a support head connected the lower platen for moving the platens with respect to one another, to include an open position, wherein the platens are spaced away from one another, and a closed position, wherein the platens are pressed against each other;
a support plate secured to the lower platen;
a plurality of legs positioned below the lower platen; and
a support structure extending from at least one of the plurality of legs to support the support plate;
wherein the support structure defines a throat spacing between the support structure and the lower platen, the support structure being spaced horizontally away from the geometric center of the lower platen.
12. The press of claim 11 , wherein the support structure is fixed such that the throat spacing is unadjustable.
13. The press of claim 11 , further comprising an axial support extending from the lower platen to support the support head.
14. The press of claim 13 , further comprising a pivot shaft extending from the axial support and into the support head.
15. The press of claim 14 , wherein the support head and the upper platen pivot about the pivot shaft.
16. The press of claim 15 , wherein the lower and upper platens are aligned parallel to one another as the support head rotates about the axial support.
17. The press of claim 16 , wherein the support head includes a motor that rotates the support head about the axial support.
18. The press of claim 11 , wherein the support plate includes a planar surface that extends in a direction perpendicular to a vertical line extending from the geometric center of the lower platen.
19. The press of claim 11 , further comprising a controller that controls an application of force in the closed position.
20. The press of claim 19 , the support head further including a pressure chamber that moves the upper platen with respect to the lower platen and applies the force in the closed position.