Cartridge remanufacturing method and cartridge

1. A cartridge remanufacturing method for remanufacturing a cartridge from a source cartridge,

wherein the source cartridge is capable of being attached to and detached from an image forming apparatus having a main body electrode and the cartridge is capable of being attached to and detached from the image forming apparatus, and

wherein the source cartridge includes a first unit and a second unit, the first unit including a first memory unit having a first electrode that is capable of being electrically connected to the main body electrode and a first storage element electrically connected to the first electrode, and the second unit being joined to the first unit so as to be capable of moving relative to the first unit,

the cartridge remanufacturing method comprising:

a step of removing the first memory unit from the first unit; and

a memory attachment step of attaching a second memory unit, the memory attachment step including a step of attaching a second electrode to the first unit and a step of attaching a second storage element to the second unit,

wherein the second electrode and the second storage element are connected by a connecting member so that when the second unit moves relative to the first unit, electrical connection between the second electrode and the second storage element is maintained, and

the second electrode is disposed so as to be electrically connectable to the main body electrode.

2. The cartridge remanufacturing method according to claim 1 ,

wherein the first unit includes a drum frame, a drum that has a photosensitive layer and is supported rotatably by the drum frame, and the first memory unit, and

wherein the second unit includes a developing frame, and a developer carrier member supported rotatably by the developing frame and configured to supply developer to the drum.

3. The cartridge remanufacturing method according to claim 2 ,

wherein the first unit includes an attachment portion to which the first memory unit is attached, the attachment portion being formed on the drum frame, and

wherein the second electrode is fixed to the drum frame via the attachment portion.

4. The cartridge remanufacturing method according to claim 3 ,

wherein the second unit is capable of rotating relative to the first unit about a rotary axis, and the second storage element is attached to the second unit so as to be positioned on the inside of the attachment portion in a direction of the rotary axis.

5. The cartridge remanufacturing method according to claim 1 ,

wherein the second unit includes a developing frame and a developer carrier member supported rotatably by the developing frame and configured to supply developer to a drum having a photosensitive layer,

wherein the first unit includes an end member attached to one end portion of the developing frame in a rotary axis direction of the developer carrier member,

wherein the developing frame is capable of rotating relative to the end member about a rotary axis,

wherein the second electrode is attached to the end member, and

wherein the second storage element is attached to the developing frame.

6. The cartridge remanufacturing method according to claim 5 ,

wherein the end member includes an attachment portion to which the first memory unit is attached, and

wherein the second electrode is fixed to the end member via the attachment portion.

7. The cartridge remanufacturing method according to claim 6 ,

wherein the second storage element is attached to the developing frame so as to be positioned on the inside of the attachment portion in a direction of the rotary axis.

8. The cartridge remanufacturing method according to claim 1 ,

wherein the connecting member is flexible, and

wherein the connecting member is capable of deforming in response to movement of the second unit relative to the first unit while maintaining the electrical connection between the second electrode and the second storage element.

9. The cartridge remanufacturing method according to claim 8 ,

wherein the second memory unit further includes a holding portion around which the connecting member can be wound, and

wherein the cartridge remanufacturing method further comprises a step of winding the connecting member around the holding portion.

10. The cartridge remanufacturing method according to claim 1 , further comprising connection step of electrically connecting the second storage element to the second electrode using the connecting member.

11. A cartridge remanufacturing method for remanufacturing a cartridge from a source cartridge,

wherein the source cartridge is capable of being attached to and detached from an image forming apparatus having a main body electrode and the cartridge is capable of being attached to and detached from the image forming apparatus, and

wherein the source cartridge includes a first unit and a second unit, the second unit including a first memory unit having a first electrode that is capable of being electrically connected to the main body electrode and a first storage element electrically connected to the first electrode, and the second unit being joined to the first unit so as to be capable of moving relative to the first unit,

the cartridge remanufacturing method comprising:

a step of removing the first memory unit from the second unit; and

a memory attachment step of attaching a second memory unit, the memory attachment step including a step of attaching a second electrode to the second unit and a step of attaching a second storage element to the first unit,

wherein the second electrode and the second storage element are connected by a connecting member so that when the second unit moves relative to the first unit, electrical connection between the second electrode and the second storage element is maintained, and

wherein the second electrode is disposed so as to be electrically connectable to the main body electrode.

12. The cartridge remanufacturing method according to claim 11 ,

wherein the first unit includes a drum frame and a drum that has a photosensitive layer and is supported rotatably by the drum frame, and

wherein the second unit includes a developing frame, a developer carrier member supported rotatably by the developing frame and configured to supply developer to the drum, and the first memory unit.

13. The cartridge remanufacturing method according to claim 12 ,

wherein the second unit includes an attachment portion to which the first memory unit is attached, the attachment portion being formed on the developing frame, and

wherein the second electrode is fixed to the developing frame via the attachment portion.

14. The cartridge remanufacturing method according to claim 12 ,

wherein the second unit is capable of rotating relative to the first unit about a rotary axis.

15. The cartridge remanufacturing method according to claim 11 ,

wherein the connecting member is flexible, and

wherein the connecting member is capable of deforming in response to movement of the second unit relative to the first unit while maintaining the electrical connection between the second electrode and the second storage element.

16. The cartridge remanufacturing method according to claim 15 ,

wherein the second memory unit further includes a holding portion around which the connecting member can be wound, and

wherein the cartridge remanufacturing method further comprises a step of winding the connecting member around the holding portion.

17. The cartridge remanufacturing method according to claim 11 , further comprising a connection step of electrically connecting the second storage element to the second electrode using the connecting member.

18. A cartridge that is capable of being attached to and detached from an image forming apparatus having a main body electrode, the cartridge comprising:

a photosensitive member unit including a drum frame and a drum that has a photosensitive layer and is supported rotatably by the drum frame;

a developing unit including a developing frame and a developer carrier member supported rotatably by the developing frame and configured to supply developer to the drum, the developing unit being joined to the photosensitive member unit so as to be capable of moving relative to the photosensitive member unit; and

a memory unit including an electrode that is capable of being electrically connected to the main body electrode, a storage element, and a connecting member for electrically connecting the electrode to the storage element,

wherein the electrode is disposed on one of the photosensitive member unit and the developing unit, and the storage element is disposed on the other of the photosensitive member unit and the developing unit, and

wherein the developing unit is configured to be capable of moving relative to the photosensitive member unit in a state where electrical connection between the electrode and the storage element is maintained by the connecting member.

19. The cartridge according to claim 18 , wherein the photosensitive member unit includes an attachment portion to which the electrode is attached, the attachment portion being formed on the drum frame,

wherein the developing unit is capable of rotating relative to the photosensitive member unit about a rotary axis, and

wherein the storage element is attached so as to be positioned on the inside of the attachment portion in a direction of the rotary axis.

20. The cartridge according to claim 18 , wherein the connecting member is flexible, and

wherein the connecting member deforms in response to movement of the developing unit relative to the photosensitive member unit while maintaining the electrical connection between the electrode and the storage element.

21. The cartridge according to claim 20 , wherein the memory unit further includes a holding portion around which the connecting member can be wound.

22. A cartridge that is capable of being attached to and detached from an image forming apparatus having a main body electrode, the cartridge comprising:

a frame;

a developer carrier member supported rotatably by the frame;

an end member attached to one end portion of the frame in a rotary axis direction of the developer carrier member; and

a memory unit including an electrode that is capable of being electrically connected to the main body electrode, a storage element, and a connecting member for electrically connecting the electrode to the storage element,

wherein the electrode is disposed on the end member and the storage element is disposed on the frame, and

wherein the frame is capable of rotating relative to the end member about a rotary axis in a state where electrical connection between the electrode and the storage element is maintained by the connecting member.

23. The cartridge according to claim 22 , wherein the end member includes an attachment portion to which the electrode is attached, and

wherein the storage element is attached so as to be positioned on the inside of the attachment portion in a direction of the rotary axis.

24. The cartridge according to claim 22 , wherein the connecting member is flexible, and

wherein the connecting member deforms in response to movement of the frame relative to the end member while maintaining the electrical connection between the electrode and the storage element.

25. The cartridge according to claim 24 , wherein the end member further includes a holding portion around which the connecting member can be wound.