초록 ▼

Introduced are a device and a process for setting the printed image of a rotary press by adjusting the relative position of the rollers (3, 7, 8) involved in the ink transfer. In this respect at least one part of these rollers (7, 8) can be moved toward each other both together and also independentl

Introduced are a device and a process for setting the printed image of a rotary press by adjusting the relative position of the rollers (3, 7, 8) involved in the ink transfer. In this respect at least one part of these rollers (7, 8) can be moved toward each other both together and also independently of each other by means of their own actuating drives (M1 to M4), so that the rollers (3, 7, 8) involved in the printing process can be set into motion in relation to each other, In addition, there is at least one camera (K) that scans the printed image (10) on the printed material web (17) and that feeds the images shot in succession to an electronic control and regulating unit (13). This control and regulating unit (13) generates signals for the actuating drives of at least one part of the rollers (3, 7, 8) involved in the printing and inking process until or as the printed image is reproduced without area loss.

대표청구항 ▼

Introduced are a device and a process for setting the printed image of a rotary press by adjusting the relative position of the rollers (3, 7, 8) involved in the ink transfer. In this respect at least one part of these rollers (7, 8) can be moved toward each other both together and also independentl

Introduced are a device and a process for setting the printed image of a rotary press by adjusting the relative position of the rollers (3, 7, 8) involved in the ink transfer. In this respect at least one part of these rollers (7, 8) can be moved toward each other both together and also independently of each other by means of their own actuating drives (M1 to M4), so that the rollers (3, 7, 8) involved in the printing process can be set into motion in relation to each other, In addition, there is at least one camera (K) that scans the printed image (10) on the printed material web (17) and that feeds the images shot in succession to an electronic control and regulating unit (13). This control and regulating unit (13) generates signals for the actuating drives of at least one part of the rollers (3, 7, 8) involved in the printing and inking process until or as the printed image is reproduced without area loss. eter sensor mechanism is further aligned to act through a center of gravity of the proof mass. 42. A method for suspending and isolating an apparatus comprising: substantially surrounding an inner frame member with an outer frame member spaced apart therefrom by a slot formed between an inner peripheral edge of the outer frame member and an outer peripheral edge of the inner frame member; interconnecting a plurality of first flexures spaced about the inner peripheral edge of the outer frame member; interconnecting a plurality of second flexures spaced about the outer peripheral edge of the inner frame member at a position opposite from a corresponding one of the first flexures; and interconnecting a center portion of each of the second flexures with a center portion of the corresponding first flexure. 43. The method of claim 42, further comprising: positioning a first pair of the first and second interconnected flexures on a first side of the inner frame member; and positioning a second pair of the first and second interconnected flexures on a second side of the inner frame member opposite from the first pair of the first and second interconnected flexures. 44. The method of claim 42, further comprising forming each of inner frame member, the outer frame member, and each of the first and second flexures in a substrate and extending between substantially parallel spaced apart surfaces of the substrate. 45. The method of claim 44, further comprising forming each of the first and second flexures to extend through substantially the entire thickness between the spaced apart surfaces of the substrate. 46. The method of claim 42, further comprising converting into a torque a strain transmitted by each of the first and second flexures. 47. The method of claim 46 wherein converting into a torque a strain transmitted by each of the first and second flexures further comprises converting the strain into equal and opposite torques at opposite ends of the second flexures. 48. The method of claim 42, further comprising providing as part of the inner frame member a means for measuring acceleration applied along an input axis.