Type of imaging cartridge chips and methods for responding to read/write consumable volume information in an imaging device
A method for responding to read/write consumable volume information in an imaging device. The method includes: receiving first consumable volume information from the imaging device and storing the received first consumable volume information; receiving second consumable volume information from the imaging device; obtaining, by the imaging cartridge chip, the first consumable volume information and transmitting the first consumable volume information to the imaging device when the imaging device requests reading consumable volume information stored in the imaging cartridge chip for determining a remaining consumable volume in an cartridge; obtaining, by the cartridge chip, the second consumable volume information and transmitting the second consumable volume information to the imaging device when the imaging device requests reading consumable volume information stored in the imaging cartridge chip to indicate the remaining consumable volume in the cartridge, the second consumable volume information being less accurate than the first consumable volume information.
1. A method of operating an imaging cartridge chip to respond to read/write consumable volume information of a consumable cartridge in an imaging device, the method comprising:
receiving, from the imaging device, first consumable volume information and storing the received first consumable volume information;
receiving, from the imaging device, second consumable volume information;
obtaining, by the imaging cartridge chip, the first consumable volume information and transmitting the first consumable volume information to the imaging device when the imaging device requests reading consumable volume information stored in the imaging cartridge chip for determining a remaining consumable volume in the consumable cartridge;
obtaining, by the imaging cartridge chip, the second consumable volume information and transmitting the second consumable volume information to the imaging device when the imaging device requests reading consumable volume information stored in the imaging cartridge chip to indicate the remaining consumable volume in the consumable cartridge, the second consumable volume information being less accurate than the first consumable volume information, wherein a bit length of the second consumable volume information is shorter than a bit length of the first consumable volume information.
2. The method of claim 1 , wherein obtaining the second consumable volume information and transmitting the second consumable volume information to the imaging device includes:
generating the second consumable volume information based on the first consumable volume information and an algorithm between the first consumable volume information and the second consumable volume information and transmitting the generated second consumable volume information to the imaging device.
3. The method of claim 2 , wherein the algorithm between the second consumable volume information and the first consumable volume information includes that:
the second consumable volume information includes N states, N being equal to or greater than 2, each state of the N states having a different data content of the second consumable volume information;
the first consumable volume information corresponds to N equal parts when the first consumable volume information indicates a full consumable volume, wherein the N equal parts correspond to the N states of the second consumable volume information; and
the second consumable volume information changes when the remaining consumable volume indicated by the first consumable volume information decreases by one equal part of the N equal parts.
4. The method of claim 3 , wherein N is less than 100.
5. The method of claim 1 , further including one of:
storing the second consumable volume information received from the imaging device; or
obtaining the second consumable volume information based on the first consumable volume information received from the imaging device and an algorithm between the first consumable volume information, and storing the second consumable volume information.
6. The method of claim 5 , wherein storing the second consumable volume information includes one of:
after the second consumable volume information is received from the imaging device, updating locally stored second consumable volume information with the received second consumable volume information; or
after the second consumable volume information is obtained based on the first consumable volume information received from the imaging device and an algorithm between the first consumable volume information and the second consumable volume information, updating locally stored second consumable volume information with the obtained second consumable volume information,
wherein obtaining the second consumable volume information and transmitting the second consumable volume information to the imaging device by the imaging cartridge chip comprise: reading the updated second consumable volume information and transmitting the updated second consumable volume information to the imaging device by the imaging cartridge chip.
7. The method of claim 5 , wherein storing the second consumable volume information includes:
determining a new storage section for the second consumable volume information; and
storing the received second consumable volume information or the obtained second consumable volume information in the new storage section.
8. The method of claim 7 , including:
marking the second consumable volume information stored in the new storage section as valid after storing the received second consumable volume information in the new storage section,
wherein transmitting, by the imaging cartridge chip, the second consumable volume information to the imaging device includes: reading the stored second consumable volume information marked as valid and transmitting the stored second consumable volume information marked as valid to the imaging device.
9. The method of claim 7 , wherein obtaining the second consumable volume information and transmitting the second consumable volume information to the imaging device by the imaging cartridge chip include:
selecting, among consumable volume information stored in the imaging cartridge chip, second consumable volume information indicating a least remaining consumable volume as valid second consumable volume information; and
transmitting the valid second consumable volume information to the imaging device.
10. The method of claim 5 , wherein the algorithm between the second consumable volume information and the first consumable volume information includes that:
the second consumable volume information includes N states, N being equal to or greater than 2, each state of the N states having a different data content of the second consumable volume information; the first consumable volume information corresponds to N equal parts when the first consumable volume information indicates a full consumable volume, wherein the N equal parts correspond to the N states of the second consumable volume information; and the second consumable volume information changes when the remaining consumable volume indicated by the first consumable volume information decreases by one equal part of the N equal parts.
11. The method of claim 1 , wherein the imaging cartridge chip is mounted on the consumable cartridge.
12. An imaging cartridge chip for storing/providing consumable volume information of a consumable cartridge, comprising:
a receiving unit configured to receive first consumable volume information and second consumable volume information from an imaging device;
a storage unit configured to store the first consumable volume information; and
a consumable volume scale unit configured to provide the second consumable volume information;
wherein
the first consumable volume information is more accurate than the second consumable volume information, wherein a bit length of the second consumable volume information is shorter than a bit length of the first consumable volume information;
the second consumable volume information includes N states, N being equal to or greater than 2, each state of the N states having a different data content of the second consumable volume information;
the first consumable volume information corresponds to N equal parts when the first consumable volume information indicates a full consumable volume, the N equal parts correspond to the N states of the second consumable volume information; and
the second consumable volume information changes as the remaining consumable volume indicated by the first consumable volume information decreases by one equal part of the N equal parts.
13. The imaging cartridge chip of claim 12 , wherein the consumable volume scale unit is configured to generate the second consumable volume information based on the first consumable volume information stored in the storage unit and an algorithm between the first consumable volume information and the second consumable volume information.
14. The imaging cartridge chip of claim 12 , wherein the consumable volume scale unit is configured to store the second consumable volume information, and when the remaining consumable volume decreases by one equal part of the N equal parts:
previous second consumable volume information stored in the consumable volume scale unit is updated with new second consumable volume information, wherein the new second consumable volume information has a state different from a state of the previous second consumable volume information; or
the new second consumable volume information is written into an unoccupied storage section of the consumable volume scale unit, wherein the new second consumable volume information has a state different from the state of the previous second consumable volume information.
15. The imaging cartridge chip of claim 12 , wherein N is less than 100.