초록 ▼

An installation (V) for the introduction and the removal of plastic bottles into or out of a treatment room, which is provided with a drivable lock rotor (4), with lock chambers (3), external and internal star wheel pairs (17, 20; 18, 19), and, in the lock chambers and at the star wheels, gripping a

An installation (V) for the introduction and the removal of plastic bottles into or out of a treatment room, which is provided with a drivable lock rotor (4), with lock chambers (3), external and internal star wheel pairs (17, 20; 18, 19), and, in the lock chambers and at the star wheels, gripping and holding devices (6, 24) for the containers, which work in cooperation for the transfer of the containers, and a container discharge area (C) is provided, between the star wheels (17, 20; 18, 19) which are separated in the circumferential direction of the lock rotor (4), for each pair on the circumference of the lock rotor (4), and at least one ejection element (D) is used which can be adjusted from a rest position into a position for ejection of a container into the lock chamber (3), in order to remove containers which remain in an unscheduled manner in the lock chambers, for the purpose of preventing damage.

대표청구항 ▼

An installation (V) for the introduction and the removal of plastic bottles into or out of a treatment room, which is provided with a drivable lock rotor (4), with lock chambers (3), external and internal star wheel pairs (17, 20; 18, 19), and, in the lock chambers and at the star wheels, gripping a

An installation (V) for the introduction and the removal of plastic bottles into or out of a treatment room, which is provided with a drivable lock rotor (4), with lock chambers (3), external and internal star wheel pairs (17, 20; 18, 19), and, in the lock chambers and at the star wheels, gripping and holding devices (6, 24) for the containers, which work in cooperation for the transfer of the containers, and a container discharge area (C) is provided, between the star wheels (17, 20; 18, 19) which are separated in the circumferential direction of the lock rotor (4), for each pair on the circumference of the lock rotor (4), and at least one ejection element (D) is used which can be adjusted from a rest position into a position for ejection of a container into the lock chamber (3), in order to remove containers which remain in an unscheduled manner in the lock chambers, for the purpose of preventing damage. d working space. 6. The production system of claim 5, wherein said automated cell comprises three stack positions for receiving stacks of part carriers. 7. The production system of claim 1, wherein the buffers comprise a working space secured against contact from the outside. 8. The production system of claim 1, comprising at least two portals linking at least one of said buffers with at least one of said processing stations. 9. The production system of claim 5, wherein said automated cell comprises a working space surrounded by a wall and a door arranged within said wall, wherein first, second, and third stack positions are arranged sequentially in a horizontal direction within said working space, the first stack position allowing loading of part carriers through said door from the outside in said horizontal direction, wherein means is provided for separating said first stack position from said second stack position, a transfer device is provided extending in the direction of the sequentially arranged stack positions and allowing a transfer of parts between the three stack positions within the working space, and wherein the transfer device comprises a first linear axis and a second linear axis coupled to said first linear axis, said first linear axis being horizontally drivable, and said second linear axis being vertically drivable. 10. The production system of claim 9, further comprising bulkhead extending substantially vertically, said bulkhead separating said first stack position from said second stack position arranged adjacent therto. 11. The production system of claim 10, further comprising a hood, said hood being drivable at least between said first and second stack positions. 12. The production system of claim 11, wherein said bulkhead is configured to be stationary and comprises centering surfaces for guiding and centering part carriers supplied to the first stack position. 13. The production system of claim 11, wherein the hood is formed to be U-shaped and comprises a top surface extending substantially horizontally and two side surfaces extending substantially vertically. 14. The production system of claim 11, wherein the hood is arranged to be drivable between said first, second and third stack positions. 15. The production system of claim 14, wherein said transfer device comprises engaging means for said hood for driving said hood between said stack positions. 16. The production system of claim 15, further comprising a drive means coupled to said hood for positioning said hood above one of said first, second and third stack positions. 17. The production system of claim 13, wherein said top surface of said hood is configured to receive at least one part carrier. 18. The production system of claim 17, further comprising a drawer attached to said top surface of said hood, said drawer being configured for receiving a part carrier therein and being extendabe from said first stack position to the outside, when said door is open. 19. The production system of claim 14, further comprising locking means for locking said hood over one of said first, second and third stack positions.