Heat seal machine with open throat
A press is described having an upper platen. The press includes one piece base for support an upper rotatable support arm and a lower cantilever support arm. The upper support arm is adapted to selectively move the upper platen between an open position, a partially open position and a closed position with respect to a lower platen. A lower cantilever support arm configured to provide an open working surface around a lower platen. A sliding mechanism disposed on the base to selectively move the lower platen to an open, partially open or closed position.
1. A press comprising:
an upper platen;
an upper support arm adapted to selectively rotate and move said upper platen between an open position, a partially open position and a closed position;
a locking mechanism supporting said upper platen from said support arm, said locking mechanism configured to align said upper platen substantially parallel with a lower platen of the press, wherein pressure exerted by said upper platen upon the lower platen is substantially equalized across the face of said upper platen;
a cantilever lower support arm adapted to support the lower platen;
a base assembly adapted to support the cantilever lower support arm and the upper support arm, wherein the base assembly houses a sliding mechanism for selectively moving the lower platen translationally; and
a lower support arm locking mechanism configured to selectively secure the lower platen to the base.
2. The press of claim 1 , further including an upper support arm of a first material and spindle tube of a second material wherein the two materials are dissimilar and are mechanically fused together.
3. The press of claim 1 , further including at least one heating element in mechanical communication with said upper platen.
4. The press of claim 1 , wherein the lower platen is disposed below and generally aligned with said upper platen, and wherein an unobstructed work surface is provided above and below the lower platen.
5. The press of claim 1 , wherein said lower support arm locking mechanism is spring activated.
6. The press of claim 1 , further including at least one compression spring disposed between said base of said press and said lower cantilever support arm adapted to lock said lower platen to said base.
7. The press of claim 1 , further including a controller for signaling that at least one of a predetermined temperature, a predetermined time, and a predetermined pressure is achieved.
8. The press of claim 6 , further including a visual indicator for inputting at least one of a predetermined temperature, a predetermined time, and a predetermined pressure.
9. The press of claim 1 , further including a controller having a remote diagnostic input.
10. The press of claim 1 , further including a controller having an updating input.
11. The press of claim 1 , further including a controller having integrated inputs and visual display for predetermined inputs and real-time parameters.
12. The press in claim 1 , further comprising a control system to set variable time, temperature and pressure combinations and to receive feedback on the said variable time, temperature and pressure combinations.
13. The press of claim 1 , wherein the lower platen is disposed below and generally aligned with said upper platen such that an upper work surface of the lower platen is in direct contact with the upper platen when the upper platen is placed in the closed position.
14. The press of claim 13 , wherein the cantilever lower support arm defines a space below the lower platen that remains unobstructed when the upper platen is placed in the closed position such that a garment threaded over the lower platen may be positioned in the space.
15. The press of claim 14 , wherein the space extends across greater than half of an extent of the upper work surface of the lower platen.
16. The press of claim 14 , wherein the cantilever lower support arm includes a c-shaped support defining the space.
17. The press of claim 4 , wherein the lower platen is disposed below and generally aligned with said upper platen such that an upper work surface of the lower platen is in direct contact with the lower platen when the upper platen is placed in the closed position.
18. The press of claim 1 , wherein the upper support arm is configured to selectively move the upper platen in a first direction between the open position and the closed position, and wherein the sliding mechanism is configured to slide the cantilever support arm in a second direction generally orthogonal to the first direction, the sliding mechanism maintaining contact between the cantilever support arm and the base assembly while the base assembly remains stationary.
19. The press of claim 1 , wherein the base support defines a channel extending generally parallel to the second direction such that the cantilever support arm slides along the channel when the cantilever support arm slides along the second direction.