1. A transfer for diverting packages about a conveyor, the conveyor having a conveyor path extending between locations of a facility, the transfer comprising:
a frame positionable about the conveyor;
rollers rotationally supported on the frame, the rollers non-aligned with the conveyor path to define a transfer path away from the conveyor path;
belts rotationally supported on the frame between the rollers with a closed gap therebetween, the belts aligned with the conveyor path; and
a tub movably coupled to the frame to selectively lift the rollers above the belts to engage the packages whereby the packages are selectively movable to locations away from the conveyor path.
2. The transfer of claim 1, further comprising a driver comprising a drive roller coupled to the rollers to rotationally drive the rollers.
3. The transfer of claim 1, further comprising a driver comprising a drive roller coupled to the belts to rotationally drive the rollers.
4. The transfer of claim 4, wherein the driver comprises a pulley comprising pulley rollers and o-bands.
5. The transfer of claim 1, further comprising a lift to raise and lower the tub.
6. The transfer of claim 5 wherein the lift comprises a screw motor.
7. The transfer of claim 5, wherein the lift comprises a cam and follower.
8. The transfer of claim 1, wherein the belts comprise T-belts, the T-belts having a lip receivable by the pulley rollers of the driver.
9. The transfer of claim 1, wherein the belts comprise strip belts.
10. The transfer of claim 1, wherein the rollers and the tub are integrated on a roller frame.
11. The transfer of claim 1, wherein the rollers and the tub are not integrated.
12. The transfer of claim 1, wherein the rollers are multi-directional.
13. The transfer of claim 1, wherein the frame comprises frame supports and legs.
14. The transfer of claim 1, wherein each of the belts is positioned between a pair of the rollers in contact therewith.
15. The transfer of claim 1, wherein the belts comprise linear belts extending between the rollers along a length of the rollers.
16. The transfer of claim 1, wherein the driver further comprises a timer to selectively raise the rollers.
17. The transfer of claim 1, further comprising bearings.
18. The transfer of claim 1, further comprising a photo array.
19. An integrated transfer for diverting packages about a conveyor, the conveyor having a conveyor path extending between locations of a facility, the transfer comprising:
a frame positionable about the conveyor;
a roller unit supported on the frame, the roller unit comprising rollers and a tub, the rollers non-aligned with the conveyor path to define a transfer path away from the conveyor path; and
a belt unit supported on the frame, the belt unit comprising a belt support and belts, the belts integrated with the belt support and the belts rotationally supported thereon, the belts positioned between the rollers with a closed gap therebetween, the belts aligned with the conveyor path;
wherein the tub is movably coupled to the frame to selectively lift the rollers above the belts to engage the packages whereby the packages are selectively movable to the locations away from the conveyor path.
20. A method of transferring packages about a conveyor, comprising:
providing a transfer comprising a frame, rollers, and belts, the transfer having a closed gap between the belts and the rollers;
positioning the transfer adjacent the conveyor to receive the packages therefrom;
advancing a portion of the packages along a conveyor path of the conveyor and across the transfer by rotationally driving the belts; and
selectively diverting a portion of the packages away from the conveyor path by lifting the rollers above the belts to engage the portion of the packages and rotating the rollers.
The claims below are in addition to those above.
All refrences to claim(s) which appear below refer to the numbering after this setence.
1. A treatment process for a positive electrode active material for a lithium-ion secondary battery, comprising:
cleaning a positive electrode active material for the lithium-ion secondary battery by a cleaning fluid containing ammonia,
separating the cleaning fluid to solid and liquid, and
calcining a solid component at 600 to 700\xb0 C. in an oxygen atmosphere.
2. A treatment process for a positive electrode active material for a lithium-ion secondary battery according to claim 1, wherein the cleaning fluid has a conductivity of 11.6 mScm or less.
3. A treatment process for a positive electrode active material for a lithium-ion secondary battery according to claim 1, wherein the cleaning fluid includes a recovered liquid component.
4. A treatment process for a positive electrode active material for a lithium-ion secondary battery according to claim 1, wherein the cleaning fluid includes a repeatedly used cleaning fluid as the cleaning fluid.
5. A treatment process for a positive electrode active material for a lithium-ion secondary battery, wherein a discharge capacity of 4.25 to 3.5 V of the lithium-ion secondary battery, in which the positive electrode active material for the lithium-ion secondary battery treated by the treatment process according to claim 1 is used as a positive electrode material, is 99% or above relative to a discharge capacity before being cleaned.