Replacement and priming of fluid-ejection device fluid supplies
When a first fluid supply of a fluid-ejection device is empty and a second fluid supply of the device has a non-empty fluid amount less than a threshold, the device performs an action related to the second fluid supply. After the action has been performed and both the first and second fluid supplies have been replaced, the device primes the first and second fluid supplies. The action can include emptying the second fluid supply, and then messaging that both the fluid supplies require replacement. The action can include messaging that both fluid supplies require replacement although the second fluid supply is not empty. The action can include not messaging even that the first fluid supply requires replacement until the second fluid supply also becomes empty.
1. A method comprising:
detecting, by a fluid-ejection device, that a first fluid supply of the fluid-ejection device is empty and that a second fluid supply of the fluid-ejection device has a non-empty fluid amount less than a threshold corresponding to an amount of fluid consumed during priming that is performed when a fluid supply is replaced to ready the fluid supply for usage;
responsively performing, by the fluid-ejection device, an action related to the second fluid supply;
subsequently detecting, by the fluid-ejection device, that the first and second fluid supplies have been replaced; and
responsively priming, by the fluid-ejection device, the first and second fluid supplies to ready the first and second fluid supplies for usage.
2. The method of claim 1 , wherein performing the action comprises:
performing a servicing action that depletes the non-empty fluid amount from the second fluid supply, the second fluid supply becoming empty; and
subsequently messaging that the first and second fluid supplies require replacement.
3. The method of claim 1 , wherein performing the action comprises:
messaging that the first and second fluid supplies require replacement, the first fluid supply being empty and the second fluid supply being non-empty.
4. The method of claim 1 , wherein performing the action comprises:
performing printing of print jobs while the first fluid supply is empty, until the second fluid supply is also empty; and
subsequently messaging that the first and second fluid supplies require replacement.
5. A fluid-ejection device comprising:
first and second fluid supplies;
a fluid-ejection mechanism to eject fluid from the first and second fluid supplies;
an air pump to prime the first and second fluid supplies; and
hardware logic to:
detect that a first fluid supply of the fluid-ejection device is empty and a second fluid supply of the fluid-ejection device has a non-empty fluid amount less than a threshold corresponding to an amount of fluid consumed during priming that is performed when a fluid supply is replaced to ready the fluid supply for usage, and responsively perform an action related to the second fluid supply; and
subsequently prime the first and second fluid supplies using the air pump upon replacement of both the first and second fluid supplies to ready the first and second fluid supplies for usage.
6. The fluid-ejection device of claim 5 , wherein hardware logic is to perform the action related to the second fluid supply by:
emptying the second fluid supply; and
subsequently messaging that the first and second fluid supplies require replacement.
7. The fluid-ejection device of claim 5 , wherein performing the action comprises:
messaging that the first and second fluid supplies require replacement even though the second fluid supply is not empty.
8. The fluid-ejection device of claim 5 , wherein performing the action comprises:
refraining from messaging that the first and second fluid supplies require replacement until the second fluid supply also becomes empty.
9. The fluid-ejection device of claim 5 , wherein priming of the first fluid supply using the air pump results in the air pump also priming the second fluid supply, the air pump unable to prime the first fluid supply without also priming the second fluid supply.
10. The fluid-ejection device of claim 9 , wherein the first and second fluid supplies are of different types, and are separately replaceable within the fluid-ejection device.
11. A non-transitory computer-readable data storage medium storing program code executable by a fluid-ejection device to:
when a first fluid supply of the fluid-ejection device is empty and a second fluid supply of the fluid-ejection device has a non-empty fluid amount less than a threshold corresponding to an amount of fluid consumed during priming that is performed when a fluid supply is replaced to ready the fluid supply for usage, perform an action related to the second fluid supply; and
after the action has been performed and both the first and second fluid supplies have been replaced, prime the first and second fluid supplies to ready the first and second fluid supplies for usage.
12. The non-transitory computer-readable data storage medium of claim 11 , wherein the fluid-ejection device is to perform the action related to the second fluid supply by:
depleting the non-empty fluid amount from the second fluid supply, the second fluid supply becoming empty; and
subsequently messaging that the first and second fluid supplies require replacement.
13. The non-transitory computer-readable data storage medium of claim 11 , wherein the fluid-ejection device is to perform the action related to the second fluid supply by:
messaging that the first and second fluid supplies require replacement although the second fluid supply is not empty.
14. The non-transitory computer-readable data storage medium of claim 11 , wherein the fluid-ejection device is to perform the action related to the second fluid supply by:
when the second fluid supply becomes empty, messaging that the first and second fluid supplies require replacement, no messaging that the first fluid supply requires replacement being performed until the second fluid supply also becomes empty.