Abstract: An ink container, containing different inks for recording, detachably mountable in an opening of an ink container holder, the ink container including a claw-like projection for engagement with a first hole provided in an inner surface of the opening adjacent one end thereof; a latch claw for engagement with a second hole provided in an inner surface of the opening adjacent the other end thereof, the latch claw being provided on a latch lever resiliently supported on the ink container; a projection corresponding to a guiding member provided on an inside of each of side walls of the container holder, which side walls connect the one end and the other end of the ink container holder, the projection being provided on each lateral side at a front portion in a mounting direction of the ink container; wherein the ink container is mounted in the ink container holder by rotating the ink container after being guided by the guiding members; a plurality of ink supply ports in a bottom surface, wherein at least one portio

Abstract: An ink container, containing different inks for recording, detachably mountable in an opening of an ink container holder, the ink container including a claw-like projection for engagement with a first hole provided in an inner surface of the opening adjacent one end thereof; a latch claw for engagement with a second hole provided in an inner surface of the opening adjacent the other end thereof, the latch claw being provided on a latch lever resiliently supported on the ink container; a projection corresponding to a guiding member provided on an inside of each of side walls of the container holder, which side walls connect the one end and the other end of the ink container holder, the projection being provided on each lateral side at a front portion in a mounting direction of the ink container; wherein the ink container is mounted in the ink container holder by rotating the ink container after being guided by the guiding members; a plurality of ink supply ports in a bottom surface, wherein at least one portio

Abstract: An ink jet head cartridge having a recording head without an ink container includes a casing with an ink ejection device; and a structural member on the casing for improving handling of the recording head.

Abstract: An ink-jet recording apparatus using a detachable ink-jet recording head for ejecting ink and a detachable ink container for containing ink to be supplied to the recording head includes: a recovery device for recovering a condition for ejecting ink for the ink-jet recording head; a detection device for detecting a replacement of the ink container or a refilling thereof with ink; a counting device for counting the number of times N that recovery is executed by the recovery device; a measurement device for measuring a period of time elapsing between the time t0 at which last ink ejection was finished and the time at which ink ejection is newly performed; and a control device for controlling the recovery device according to detection result by the detection device, counting result by the counting device and measurement result by the measurement device.

Abstract: An ink cartridge (3) including an ink reservoir portion having a porous member (37) for storing ink and an ink supply portion (39) has an ink inducing element (47) disposed between the ink reservoir portion and the ink-supply portion (39). The ink inducing element (47) is made of bundle of fibers in which each fiber is disposed in parallel to the direction of ink supplying from the ink reservoir to the ink supply portion (39), and one end of the ink inducing element (47) is press-touched to the porous member (37).

Abstract: A liquid storing container, having a liquid feed portion for supplying liquid to a liquid injection recording apparatus, includes a rectangular receiving case for a porous member, and a filter that compresses the porous member. The liquid storing container provides for controlled feeding of liquid through a contact portion where the filter compresses the porous member, and a proper balance of air and liquid is achieved by symmetrical surfaces located within the receiving case.