Leveling method and leveling system

1 . A leveling method configured for leveling a target device and comprising:

providing a leveling mechanism; wherein the leveling mechanism comprises a plurality of first containers, a second container, and a connecting pipe;

setting up the plurality of first containers,

connecting two adjacent first containers of the plurality of first containers to each other through the connecting pipe, filling the connecting pipe with observation liquid, measuring a volume of the observation liquid with the second container, and filling the observation liquid, in the measured volume, into each of the plurality of first containers;

determining the target device is in a leveled state if liquid level height in each of the plurality of first containers is the same.

2 . The leveling method of claim 1 , wherein the connecting two adjacent first containers of the plurality of first containers to each other through a connecting pipe, filling the connecting pipe with observation liquid, measuring a volume of the observation liquid with the second container, and filling the observation liquid, in the measured volume, into each of the plurality of first containers further comprises:

connecting the plurality of first containers with the connecting pipe, and filling at least one first container with the observation liquid until the observation liquid observed in the plurality of first containers; disconnecting the plurality of the first containers from the connecting pipe, emptying the observation liquid in the plurality of first containers, connecting the plurality of first containers with the connecting pipe, and measuring the same volume of the observation liquid with the second container to separately fill the plurality of first containers.

3 . The leveling method of claim 2 , further comprising:

filling the connecting pipe with the observation liquid, after emptying the observation liquid in the plurality of first containers, connecting the plurality of first containers to the target device, and measuring the same volume of the observation liquid with the second container and filling the same volume of the observation liquid into the plurality of first containers respectively.

4 . The leveling method of claim 2 , wherein the leveling mechanism further comprises a first quick connector and a second quick connector, each first container is provided with a plurality of first quick connectors, and the connecting pipe is provided with a plurality of second quick connectors, the leveling method comprises:

plugging a first quick connector into a second quick connector, and connecting a corresponding first container to the connecting pipe;

removing one first quick connector from one second quick connector, disconnecting the corresponding first container from the connecting pipe, and automatically sealing the first quick connector and the second quick connector to prevent leakage of the observation liquid.

5 . The leveling method of claim 4 , further comprising:

setting the first quick connector at a bottom of the first container;

wherein a top of each first container in plurality of first containers defines an opening, and the leveling mechanism further comprises a plurality of cover bodies, and each cover body is detachably covered at one opening.

6 . The leveling method of claim 1 , further comprising:

providing the plurality of first containers and the second container with same specifications.

7 . The leveling method of claim 1 , further comprising:

setting a plurality of assembly positions on a periphery of the target device,

wherein the plurality of assembly positions at same horizontal height, and each assembly position is connected to at least one first container.

8 . The leveling method of claim 7 , wherein the leveling mechanism further comprises a plurality of connecting seats, each connecting seat comprises a first plate body and a second plate body, the leveling method further comprises:

connecting a first plate body to an assembly position, connecting at least one first container to a second plate body, wherein the second plate body is arranged along a horizontal plane.

9 . The leveling method of claim 8 , further comprising:

defining a plurality of holes in the first plate body, wherein the plurality of the holes is distributed in a horizontal direction, each hole extends in the horizontal direction; wherein the leveling mechanism further comprises a plurality of first fasteners, each first fastener threads one hole to connect the first plate body to the assembly position;

wherein each connecting seat has a convex plate, the convex plate is connected to the first plate body, after the convex plate is pressed against a top of the assembly position, the first fastener is threaded through the hole.

10 . The leveling method of claim 8 , further comprising:

defining a connecting port on the second plate body, wherein a base is provided at the bottom of each first container in plurality of first containers;

wherein the leveling mechanism further comprises a clamp plate and a second fastener, the base is placed on an upper side of the second plate body, the clamp plate is placed on an upper side of the base, and the clamp plate is connected to the second plate body with the second fastener, and each first container in plurality of first containers is connected to the connecting pipe through the connecting port.

11 . A leveling method configured for leveling a target device and comprising:

providing a leveling mechanism; wherein the leveling mechanism comprises a plurality of first containers, a second container, and a connecting pipe;

setting up the plurality of first containers,

connecting two adjacent first containers of the plurality of first containers to each other through a connecting pipe, filling the connecting pipe with observation liquid, measuring a volume of the observation liquid with the second container, and filling the observation liquid, in the measured volume, into each of the plurality of first containers;

determining the target device is in a leveled state if liquid level height in each of the plurality of first containers is the same;

providing the first container and the second container with same specifications.

12 . The leveling method of claim 11 , further comprising:

filling the connecting pipe with the observation liquid, after emptying the observation liquid in the plurality of first containers, connecting the plurality of first containers to the target device, and measuring the same volume of the observation liquid with the second container and filling the same volume of the observation liquid into the plurality of first containers respectively.

13 . The leveling method of claim 12 , wherein the leveling mechanism further comprises a first quick connector and a second quick connector, each first container is provided with a plurality of first quick connectors, and the connecting pipe is provided with a plurality of second quick connectors, the leveling method comprises:

plugging a first quick connector into a second quick connector, and connecting a corresponding first container to the connecting pipe;

removing one first quick connector from one second quick connector, disconnecting the corresponding first container from the connecting pipe, and automatically sealing the first quick connector and the second quick connector to prevent leakage of the observation liquid.

14 . The leveling method of claim 13 , further comprising:

setting the first quick connector at a bottom of the first container;

wherein a top of the first container defines an opening, and the leveling mechanism further comprises a plurality of cover bodies, and each cover body is detachably covered at one opening.

15 . The leveling method of claim 11 , further comprising:

setting a plurality of assembly positions on a periphery of the target device,

wherein the plurality of assembly positions at same horizontal height, and each assembly position is connected to at least one first container.

16 . The leveling method of claim 15 , wherein the leveling mechanism further comprises a plurality of connecting seats, each connecting seat comprises a first plate body and a second plate body, the leveling method further comprises:

connecting a first plate body to an assembly position, connecting at least one first container to a second plate body, wherein the second plate body is arranged along a horizontal plane.

17 . The leveling method of claim 16 , further comprising:

defining a plurality of holes in the first plate body, wherein the plurality of the holes is distributed in a horizontal direction, each hole extends in the horizontal direction; wherein the leveling mechanism further comprises a plurality of first fasteners, each first fastener threads one hole to connect the first plate body to the assembly position;

wherein each connecting seat has a convex plate, the convex plate is connected to the first plate body, after the convex plate is pressed against a top of the assembly position, the first fastener is threaded through the hole.

18 . The leveling method of claim 16 , further comprising:

defining a connecting port on the second plate body, wherein a base is provided at the bottom of the first container;

wherein the leveling mechanism further comprises a clamp plate and a second fastener, the base is placed on an upper side of the second plate body, the clamp plate is placed on an upper side of the base, and the clamp plate is connected to the second plate body with the second fastener, and the plurality of first containers is connected to the connecting pipe through the connecting port.

19 . A leveling system comprising:

a liquid cooling tank configured to store coolant for cooling a data processing device;

a leveling mechanism comprising a plurality of first containers, a second container, and a connecting pipe; wherein the plurality of the first containers are installed at different positions on an outer side of the liquid cooling tank, or at different positions on an inner side of the liquid cooling tank and exposed on the outer side of the liquid cooling tank; the plurality of the first containers are interconnected through the connecting pipe, the second container is configured for quantitatively measuring the observation liquid, and each first container is configured to hold quantitatively measured observation liquid in the second container, and each first container observes a height of the liquid level of the observation liquid in the first container relative to the first container.