Add a Factory
Add a Dyson Sphere
Add a Mecha
White Cube Sushi 480~6000/M
신개념 스시 rebalancer 활용 예시임
1. 스시벨트 한계속도인 재료1개 벨트당 1200/M 흰색큐브 6000/M 까지 확장가능
2. 패치 대비 수직벨트를 사용하지 않음(수직벨트를 사용시 일부 공간 축소 가능)
3. 이론상 일부재료 공급이 중단되더라도 라인이 멈추지않고 공회전을 계속하며 공급이 재개되면 다시 가동됨(흰색큐브의 재료비율이 동일하기 때문에 균형이 깨질 가능성이 없음)
This is an example of using a new concept sushi rebalancer.
1. Sushi belt limit speed is 1200/M per material belt, expandable to a total of 6000/M with white cubes.
2. Vertical belts are not used in preparation for patches. (some space can be reduced when vertical belts are used)
3. In theory, even if the supply of some materials is interrupted, the line does not stop and continues idling, and starts running again when supply resumes (there is no possibility of the balance being broken because the material ratio of the white cube is the same).
Since I used a translator, there is a possibility that the meaning may not be conveyed well.
1. 스시벨트 한계속도인 재료1개 벨트당 1200/M 흰색큐브 6000/M 까지 확장가능
2. 패치 대비 수직벨트를 사용하지 않음(수직벨트를 사용시 일부 공간 축소 가능)
3. 이론상 일부재료 공급이 중단되더라도 라인이 멈추지않고 공회전을 계속하며 공급이 재개되면 다시 가동됨(흰색큐브의 재료비율이 동일하기 때문에 균형이 깨질 가능성이 없음)
This is an example of using a new concept sushi rebalancer.
1. Sushi belt limit speed is 1200/M per material belt, expandable to a total of 6000/M with white cubes.
2. Vertical belts are not used in preparation for patches. (some space can be reduced when vertical belts are used)
3. In theory, even if the supply of some materials is interrupted, the line does not stop and continues idling, and starts running again when supply resumes (there is no possibility of the balance being broken because the material ratio of the white cube is the same).
Since I used a translator, there is a possibility that the meaning may not be conveyed well.
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