Paper-like material processing apparatus, switchback mechanism and paper-like material processing apparatus equipped with switchback mechanism

A paper-like material processing apparatus comprising:

• an insert port into which plural paper-like materials in different sizes are inserted in a lump;
• a correction mechanism to correct the conveying posture of the paper-like material conveyed one paper-like material at a time from the insert port through a conveying path, the correction mechanism including:
• at least a pair of correction rollers arranged opposing to push against each other with the conveying path put between them, the correction rollers generate a conveying force for conveying the paper-like material clamped between them along the conveying path;
• and
• a rotating mechanism to rotate the correction rollers centering around rotary shafts that are extended in the face direction of a paper-like material conveyed along the conveying path, the rotating mechanism sets the correction rollers at desired rotating positions before the paper-like material is conveyed and by tilting the conveying direction of the paper-like material by the correction roller, corrects the positional shift of a paper-like material along the cross direction crossing the paper-like material conveying direction and/or corrects the angular shift of the paper-like material by rotating the correction rollers in the desired direction in the state clamping the paper-like material between them;
• a detector to detect the front and back of the paper-like material being conveyed;
• and
• a reversing mechanism to selectively reverse the fronts and backs of paper-like materials being conveyed based on the result of detection by the detector and align the direction of paper-like materials in the same direction.

A paper-like material processing apparatus comprising:

• an insert port into which plural paper-like materials in different sizes are inserted in a lump;
• a correction mechanism to correct the conveying posture of the paper-like material conveyed one paper-like material at a time from the insert port through a conveying path, the correction mechanism including:
• a pair of first correction rollers arranged opposing to push against each other with the conveying path put them;
• a first rotating mechanism to rotate the first correction rollers centering around first rotary shafts that are extended in the face direction of a paper-like material being conveyed along the conveying path, the first rotating mechanism sets the first correction rollers at desired rotating positions before a paper-like material is conveyed and by tilting the conveying direction of a paper-like material by the first correction rollers, corrects the positional shift of a paper-like material along the cross direction crossing the conveying direction of the paper-like material;
• a pair of second correction rollers provided separating each other at the downstream side in the conveying direction of the first correction rollers and arranged opposing to push against each other with the conveying path put between them;
• and
• a second rotating mechanism to rotate the second correction rollers centering around second rotary shafts which are extended in the face direction of a paper-like material, the second rotating mechanism corrects the angular shift of a paper-like material by rotating the second correction rollers in the state clamping a paper-like material between them in a desired direction;
• a detector to detect the front and back of the paper-like material being conveyed;
• and
• a reversing mechanism to selectively reverse the fronts and backs of paper-like materials being conveyed based on the result of detection by the detector and align the direction of paper-like materials in the same direction.

A paper-like material processing apparatus comprising:

• an insert port into which paper-like materials are inserted;
• a correction mechanism to correct the conveying posture of the paper-like materials that are conveyed one paper-like material at a time through a conveying path from the insert port;
• and
• a detector to detect features of the paper-like material of which conveying posture is corrected by the correction mechanism, wherein the correction mechanism comprises:
• at least a pair of correction rollers arranged opposing to push against each other with the conveying path put between them, the correction rollers generate a conveying force for conveying the paper-like material clamped between them along the conveying path;
• and
• a rotating mechanism to rotate the correction rollers centering around rotary shafts that are extended in the face direction of the paper-like material conveyed along the conveying path, the rotating mechanism sets the correction rollers at desired rotating positions before the paper-like material is conveyed and by tilting the paper-like material conveying direction by the correction rollers, corrects the positional shift of the paper-like material along the cross direction crossing the paper-like material conveying direction and/or corrects the paper-like material angular shift by rotating the correction rollers in the state with a paper-like material clamped between them.

A paper-like material processing apparatus comprising:

• an insert port into which paper-like materials are inserted;
• a correction mechanism to correct the conveying posture of the paper-like materials that are conveyed one paper-like material at a time through a conveying path from the insert port, the correction mechanism including:
• a pair of first correction rollers arranged opposing to push against each other with the conveying path put between them;
• a first rotating mechanism to rotate the first correction rollers centering around first rotary shafts that are extended in the face direction of the paper-like material conveyed along the conveying path, the first rotating mechanism sets the first correction rollers at desired rotating positions before the paper-like material is conveyed and by tilting the paper-like material conveying direction by the first correction rollers, corrects the positional shift along the cross direction crossing the paper-like material conveying direction;
• a pair of second correction rollers arranged opposing to push against each other with the conveying path put between them and a second rotating mechanism to rotate the second correction rollers centering around the second rotary shafts extended in the face direction, the second rotating mechanism corrects the paper-like material angular shift by rotating the second correction rollers in a desired direction in the state with a paper-like material clamped between them;
• a detector to detect features of the paper-like material of which conveying posture is corrected by the correction mechanism.

A switchback mechanism comprising:

• a conveying path to convey paper-like materials in a fixed direction;
• first and second switchback portions provided along the conveying path for reversing the top and bottom of a paper-like material by accepting the paper-like material conveyed through the conveying path and sending the paper-like material in the reverse direction;
• and
• a guide member to accept the paper-like materials conveyed through the conveying path in the first switchback portion and the second switchback portion selectively.

A switchback mechanism comprising:

• a conveying path to convey paper-like materials in a fixed direction;
• first and second switchback portions provided along the conveying path for reversing the top and bottom of a paper-like material by accepting the paper-like material conveyed through the conveying path and sending the paper-like material in the reverse direction;
• and
• a guide member to accept the paper-like materials conveyed through the conveying path in the first switchback portion and the second switchback portion selectively, the guide member being provided movable between a first position wherein paper-like materials being conveyed through the conveying path can be guided to the first switchback portion and the paper-like materials accepted in the second switchback portion can be sent out on the conveying path and a second position wherein paper-like materials being conveyed through the conveying path can be guided to the second switchback portion and the paper-like materials accepted in the first switchbackportion can be sent out on the conveying path, and the guide member including:
• a first guide surface to guide the paper-like material being conveyed through the conveying path in the state moved to the first position and guide the paper-like material accepted in the first switchback portion to the conveying path in the state moved to the second position;
• and
• a second guide surface to guide the paper-like material being conveyed through the conveying path to the second switchback portion in the state moved to the second position and guide the paper-like material accepted in the second switchback portion to the conveying path in the state moved to the first position.

A switchback mechanism comprising:

• a conveying path to convey paper-like materials in a fixed direction;
• first and second switchback portions provided along the conveying path for reversing the top and bottom of a paper-like material by accepting the paper-like material conveyed through the conveying path and sending the paper-like material in the reverse direction;
• and
• a guide member to accept the paper-like materials conveyed through the conveying path in the first switchback portion and the second switchback portion selectively, the guide member being provided movable between a first position wherein paper-like materials being conveyed through the conveying path can be guided to the first switchback portion and the paper-like materials accepted in the second switchback portion can be sent out on the conveying path and a second position wherein paper-like materials being conveyed through the conveying path can be guided to the second switchback portion and the paper-like materials accepted in the first switchback portion can be sent out on the conveying path, and the guide member including:
• a first guide surface to guide the paper-like materials being conveyed through the conveying path to the first switchback portion in the state moved to the first position and guide the paper-like material being conveyed on the conveying path to the second switchback portion in the state moved to the second position and a second guide surface to guide the paper-like material accepted in the second switchback portion to the conveying path in the state moved to the first position and guide the paper-like material accepted in the first switchback portion to the conveying path in the state moved to the second position.

A paper-like material processing apparatus comprising:

• a take-out portion to take out paper-like materials;
• a main conveying path to convey the paper-like materials taken out by the take-out portion in a fixed direction;
• a detector to detect features of the paper-like materials being conveyed through the main conveying path from the take-out portion
• a switchback mechanism to selectively reverse the top and bottom of the paper-like materials based on the result of detection in the detector, the switchback mechanism configured to accept paper-like material conveyed through the main conveying path, decelerate and stop the accepted paper-like material in the state with the paper-like material clamped between a pair of belts and send out the paper-like material by accelerating in the reverse direction;
• a bypass conveying path to bypass the paper-like materials passed through the detector without sending to the switchback mechanism and
• a discharge portion provided at a position branched from the bypass conveying path to discharge a paper-like material that is judged to be excluded by the detector and led to the bypass conveying path.

A paper-like material processing apparatus comprising:

• a take-out portion to take out paper-like materials;
• a conveying path to convey the paper-like materials taken out by the take-out portion in a fixed direction;
• a first and second switchback portions provided along the conveying path to reverse the tops and bottoms of the paper-like materials conveyed through the conveying path from the take-out portion by accepting them and sending out in the reverse direction;
• and
• a guide member to selectively accept paper-like materials being conveyed through the conveying path in the first switchback portion and the second switchback portion.

A paper-like material processing apparatus comprising:

• a take-out portion to take out paper-like materials;
• a conveying path to convey the paper-like materials taken out by the take-out portion in a fixed direction
• a detector to detect the paper-like materials being conveyed through the conveying path;
• a guide member provided along the conveying path and guide the paper-like materials conveyed through the conveying path in the direction out of the conveying path based on the result of detection of the detector;
• and
• a switchback portion to decelerate and stop the paper-like material, which is guided through the guide member, in the state with the paper-like material clamped between a pair of belts and then, accelerate and send out the paper-like material in the reverse direction toward the conveying path.

A paper-like material processing apparatus comprising:

• a take-out portion to take out paper-like materials;
• a conveying path to convey the paper-like materials taken out by the take-out portion;
• a detector to detect the paper-like materials being conveyed through the conveying path;
• and
• a switchback portion provided along the conveying path to accept paper-like materials conveyed through the conveying path and when reversing the tops and bottoms of the paper-like materials based on the result of detection by the detector, stop the paper-like materials once in the state with the paper-like material clamped between a pair of belts and send out in the reverse direction toward the conveying path, and send out the paper-like materials to the conveying path without stopping the paper-like materials when not reversing the tops and bottoms of the paper-like materials.