Medium discharge device, post process device, and recording system
AssigneeSeiko Epson Corporation
InventorsMasaki Miyazawa, Hiroyuki Kosuge
Life of this patent
Estimating the term…
Abstract
The medium discharge device 40 includes a transport path TB for transporting the medium P recorded by the recording device 10, a discharge section 38 for discharging the medium P transported in the transport path TB, a pair of support sections 60 for supporting the medium P discharged by the discharge section 38 onto a support surface 60a, and a stacking section 33 provided below the pair of support sections 60 in a gravity direction and on which are stacked the medium P that dropped from the pair of support sections 60, and the pair of support sections 60 have conductive members.
Claims11
A medium discharge device comprising:
- a transport path configured to transport a medium on which recording was performed by a recording device;
- a discharge section configured to discharge the medium that was transported through the transport path in a discharge direction;
- a pair of support sections configured to support, on support surfaces, the medium discharged by the discharge section, said pair of support sections being movable in a direction transverse to the discharge direction towards one another to a position that supports opposite edges of the medium and away from one another to a position that drops the medium;
- a stacking section that is provided below the pair of support sections in the gravity direction and on which is stacked the medium that dropped from the pair of support sections;
- and
- a static electricity discharge section formed of conductive material, wherein the pair of support sections includes a conductive member, and
- the conductive member is grounded to the static electricity discharge section.
A post process device comprising:
- a transport path configured to transport a medium on which recording was performed by a recording device;
- a post process section configured to perform a post process on the medium on which recording was performed by the recording device;
- a discharge section configured to discharge the medium that was transported through the transport path in a discharge direction;
- a pair of support sections configured to support, on support surfaces, the medium discharged by the discharge section, said pair of support sections being movable in a direction transverse to the discharge direction towards one another to a position that supports opposite edges of the medium and away from one another to a position that drops the medium;
- a stacking section that is provided below the pair of support sections in the gravity direction and on which is stacked the medium that dropped from the pair of support sections;
- and
- a static electricity discharge section formed of conductive material, wherein
- the pair of support sections includes a conductive member, and
- the conductive member is grounded to the static electricity discharge section.
A recording system comprising:
- a recording device and
- a post process device configured to perform a post process on a medium on which recording was performed by the recording device and to discharge the medium, wherein
- the post process device includes
- a transport path configured to transport the medium on which recording was performed by the recording device;
- a post process section configured to perform a post process on the medium on which recording was performed by the recording device;
- a discharge section configured to discharge the medium that was transported through the transport path in a discharge direction;
- a pair of support sections configured to support, on support surfaces, the medium discharged by the discharge section, said pair of support sections being movable in a direction transverse to the discharge direction towards one another to a position that supports opposite edges of the medium and away from one another to a position that drops the medium;
- a stacking section that is provided below the pair of support sections in the gravity direction and on which is stacked the medium that dropped from the pair of support sections, wherein
- the pair of support sections includes a conductive member,
- the conductive member is provided at least on the support surfaces;
- a static electricity discharge section formed of conductive material, and
- the conductive member is grounded to the static electricity discharge section.
Dependencies are inferred from the claim text.