Liquid container, method of filling liquid into liquid container, and remanufacturing method of liquid container

A method of remanufacturing a liquid container designed to be attachable to and detachable from a liquid consuming device and to store a liquid, which is to be supplied to the liquid consuming device, the remanufacturing method comprising:

• providing the liquid container, said liquid container structured to include:
• a first chamber arranged to store the liquid therein and positioned to define a downstream direction from the liquid container to a liquid consuming device;
• a second chamber located downstream of the first chamber and arranged to be in liquid communication with the first chamber and to store the liquid therein;
• a liquid feeder located downstream of the second chamber and arranged to supply the liquid stored in the first chamber and in the second chamber to the liquid consuming device;
• an air open structure in fluid communication with the air outside the liquid container arranged to place the first chamber in fluid communication with the outside air via an air communication path;
• a bubble trap flow path located upstream of the liquid feeder and downstream of the second chamber and designed to trap bubbles;
• and a bubble trap chamber located downstream of the bubble trap flow path and upstream of the liquid feeder and designed to trap bubbles;
• forming an inlet in an area other than a section adjoining to and directly communicating with the bubble trap flow path in a pathway of the liquid;
• injecting the liquid through the inlet;
• and
• sealing the inlet after the injection of the liquid.

A liquid container constructed to be attachable to and detachable from a liquid consuming device and to store a liquid, which is to be supplied to the liquid consuming device, the liquid container comprising:

• a first chamber arranged to store the liquid therein and positioned to define a downstream direction from the liquid container to a liquid consuming device;
• a second chamber located downstream of the first chamber and arranged to be in liquid communication with the first chamber and to store the liquid therein;
• a liquid feeder located downstream of the second chamber and arranged to supply the liquid stored in the first chamber and in the second chamber to the liquid consuming device;
• an air open structure in fluid communication with the air outside the liquid container arranged to place the first chamber in fluid communication with the outside air via an air communication path;
• a bubble trap flow path located upstream of the liquid feeder and downstream of the second chamber and designed to trap bubbles;
• a bubble trap chamber located downstream of the bubble trap flow path and upstream of the liquid feeder and designed to trap bubbles;
• an inlet formed in an area other than a section adjoining to and directly communicating with the bubble trap flow path in a pathway of the liquid to allow injection of the liquid;
• and
• a sealing member structured to seal the inlet.