A recording apparatus includes a recording unit configured to perform recording on a medium conveyed in a first direction, a recording-time conveying path facing the recording unit, a guide path located below the recording-time conveying path, the medium being passed through the recording-time conveying path, a discharge path located downstream in the recording-time conveying path, the discharge path being for discharging the medium on which the recording was performed, a discharge roller disposed in the discharge path and configured to feed the medium downstream in the discharge path, a motor for discharge configured to drive the discharge roller, a first path forming section forming a lower surface of the recording-time conveying path, and a second path forming section forming an upper surface of the guide path. The motor for discharge is disposed at a position between the first path forming section and the second path forming section.

The recording device has a recording section that records an image on a medium by ejecting liquid onto the medium; a supply section that supplies liquid to the recording section; a substrate unit; and a frame to which the substrate unit is attached, wherein the frame is located between the supply section and the substrate unit, and the substrate unit is attached to the frame so as to define a flow space through which air flows between the substrate unit and the frame.

The recording device has a recording section that records an image on a medium by ejecting liquid onto the medium; a supply section that supplies liquid to the recording section; a substrate unit; and a frame to which the substrate unit is attached, wherein the frame is located between the supply section and the substrate unit, and the substrate unit is attached to the frame so as to define a flow space through which air flows between the substrate unit and the frame.

A print-head assembly for a printing apparatus includes: a carriage with a frame configured to be supported on a gantry for movement in a travel direction over a print surface; a print-head unit having one or more print heads mounted on the carriage; and an impact damping device mounted on an end region of the carriage in the travel direction, wherein an impact member of the damping device presents a contact surface in the travel direction. The impact member is mounted to the carriage frame for resilient movement over a buffer distance substantially parallel to the travel direction between a first extended position and a second retracted position for absorbing or damping an impact during movement of the carriage in the travel direction.

A print-head assembly for a printing apparatus includes: a carriage with a frame configured to be supported on a gantry for movement in a travel direction over a print surface; a print-head unit having one or more print heads mounted on the carriage; and an impact damping device mounted on an end region of the carriage in the travel direction, wherein an impact member of the damping device presents a contact surface in the travel direction. The impact member is mounted to the carriage frame for resilient movement over a buffer distance substantially parallel to the travel direction between a first extended position and a second retracted position for absorbing or damping an impact during movement of the carriage in the travel direction.

A portable printing cabinet having a housing with a substantially enclosed interior and an opening formed in a side surface thereof, a printing device located within the interior of said housing, and a paper tray positioned outside of the housing and in communication with the opening of the housing is provided.

A print-head assembly for a printing apparatus includes: a carriage with a frame configured to be supported on a gantry for movement in a travel direction over a print surface; a print-head unit having one or more print heads mounted on the carriage; and an impact damping device mounted on an end region of the carriage in the travel direction, wherein an impact member of the damping device presents a contact surface in the travel direction. The impact member is mounted to the carriage frame for resilient movement over a buffer distance substantially parallel to the travel direction between a first extended position and a second retracted position for absorbing or damping an impact during movement of the carriage in the travel direction.

A thermal printer includes a thermal head; a platen roller opposed to the thermal head; a platen frame configured to support the platen roller; and a housing for receiving the thermal head, the platen roller, and the platen frame, wherein the platen frame includes: an opposing surface formed below the platen roller in a gravitational direction in an assumed carriage posture, the opposing surface being opposed to the platen roller; and a liquid absorbing sheet arranged on the opposing surface.

A portable printing cabinet having a housing with a substantially enclosed interior and an opening formed in a side surface thereof, a printing device located within the interior of said housing, and a paper tray positioned outside of the housing and in communication with the opening of the housing is provided.

A portable printing cabinet having a housing with a substantially enclosed interior and an opening formed in a side surface thereof, a printing device located within the interior of said housing, and a paper tray positioned outside of the housing and in communication with the opening of the housing is provided.