Abstract: Systems and methods are provided for maintaining density and positioning of a grouped sheet articles, such as for feeding of sheet articles from or into the group. One or more pneumatic sensing systems can be used to monitor and control pressure of sheet articles within the group. Dynamic adjustment can be made to the density and position of the sheet articles in the group such as by controlling a motorized belt to move at least a portion of the group of sheet articles in response to an indication to do so from a controller in communication with the pneumatic sensor.

Abstract: A high-speed envelope transport and packing system includes a conveyor for conveying an open envelope having a flap, a packing station for inserting an object into a conveyed open envelope, and a bending member disposed upstream of the packing station. The bending member is configured to impart a bend in a conveyed open envelope by displacing a center portion of the envelope relative to widthwise distal end portions of the envelope and to maintain a bend in the envelope until the open envelope is gripped by a gripping device in such a manner as to provide access to an interior of the open envelope or until an object is at least partially inserted into an interior of the open envelope.

Abstract: Systems and methods are provided for maintaining density and positioning of a grouped sheet articles, such as for feeding of sheet articles from or into the group. One or more pneumatic sensing systems can be used to monitor and control pressure of sheet articles within the group. Dynamic adjustment can be made to the density and position of the sheet articles in the group such as by controlling a motorized belt to move at least a portion of the group of sheet articles in response to an indication to do so from a controller in communication with the pneumatic sensor.

Abstract: An envelope insert conveyor assembly includes a first pair of rotation members and a second pair of rotation members spaced apart from one another. A first conveying member is disposed around the first pair of rotation members, and a second conveying member is disposed around the second pair of rotation members, so that the conveying members rotate around the first rotation member and the second rotation member. A plurality of pusher members are fixed to each of the first conveying member and second conveying member. The pusher members each have paired sidewalls, a cross-wall connecting the paired walls, and an indented portion provided in each of the paired sidewalls. A gripping element is disposed adjacent an indented portion of one of the paired sidewalls and biased toward an interior surface of the indented portion.

Abstract: In an inserting apparatus and method such as the continuous motion type, a motion controller electrically communicates with an encoder, a first motor driving an insert conveyor assembly, a second motor driving an envelope conveyor assembly, and an actuator operatively interfaced with a peripheral device. The motion controller controls insert conveyor assembly speed, envelope conveyor assembly speed, and the rotational position at which the actuator should be activated, based on the encoder signal. Once during every master cycle, the motion controller calculates the actuator activation position, and causes the first actuator to be activated at the calculated first actuator activation position.

Abstract: An envelope insert conveyor assembly includes a first pair of rotation members and a second pair of rotation members spaced apart from one another. A first conveying member is disposed around the first pair of rotation members, and a second conveying member is disposed around the second pair of rotation members, so that the conveying members rotate around the first rotation member and the second rotation member. A plurality of pusher members are fixed to each of the first conveying member and second conveying member. The pusher members each have paired sidewalls, a cross-wall connecting the paired walls, and an indented portion provided in each of the paired sidewalls. A gripping element is disposed adjacent an indented portion of one of the paired sidewalls and biased toward an interior surface of the indented portion.

Abstract: A high-speed envelope transport and packing system includes a conveyor for conveying an open envelope having a flap, a packing station for inserting an object into a conveyed open envelope, and a bending member disposed upstream of the packing station. The bending member is configured to impart a bend in a conveyed open envelope by displacing a center portion of the envelope relative to widthwise distal end portions of the envelope and to maintain a bend in the envelope until the open envelope is gripped by a gripping device in such a manner as to provide access to an interior of the open envelope or until an object is at least partially inserted into an interior of the open envelope.