CN-224216226-U - Bottom leakage detection mechanism of liquid cooling server cabinet

Abstract

The utility model provides a bottom leakage detection mechanism of a liquid cooling server cabinet, which can be used for rapidly detecting and knowing after the cold liquid leakage occurs in the cabinet, ensuring that a server is not submerged and ensuring the safe operation of the server. The liquid storage device comprises an inner cabinet body, a liquid cooling mechanism and a server, a bottom liquid accumulation area, a frame mechanism, a liquid accumulation groove, a connecting seam, a bottom plate, a frame mechanism and a liquid accumulation groove, wherein the liquid cooling mechanism and the server are placed in the inner cabinet body, the bottom liquid accumulation area comprises a bottom plate and surrounding plates, the outer side panel is used for fixedly connecting the inner cabinet body and the outer side panel, the bottom of the inner cabinet body is placed in the central area of the bottom plate and fixedly connected with the liquid accumulation groove, the connecting seam is reserved at the joint of the bottom of the inner cabinet body and the bottom plate, the area of the bottom plate is larger than the area of the inner cabinet body, the surrounding plates are respectively arranged on the periphery of the bottom plate and are protruded upwards, the surrounding plates and the bottom plate are spliced to form the bottom liquid accumulation area, the surrounding plates comprise a back side plate, and a notch is formed in at least one position of the upper end edge of the back side plate, and the liquid accumulation groove is fixedly arranged on the back side of the back side plate.

Inventors

• WU JIANKANG

Assignees

• 昆山力盟机械工业有限公司

Dates

Publication Date

20260508

Application Date

20250411

Claims (5)

1. 1. A bottom leak detection mechanism for a liquid cooled server cabinet, comprising: The inner cabinet body is internally provided with a liquid cooling mechanism and a server; the bottom effusion area comprises a bottom plate and surrounding plates around; an outer panel; The frame mechanism is used for fixedly connecting the inner cabinet body and the outer side panel; a liquid sump; The utility model discloses a liquid cooling server rack, including the bottom plate, the bottom of interior cabinet body is arranged in the bottom of bottom plate, and the rigid coupling, the bottom of interior cabinet body and bottom plate junction leave the joint, the face territory of bottom plate is greater than the region of interior cabinet body, the bottom plate is greater than be provided with the bounding wall all around of epirelief respectively, bounding wall and bottom plate amalgamation form the bottom hydrops district all around, the bounding wall is including the back side bounding wall all around, and the breach has been seted up to at least one department of the upper end limit of back side bounding wall, the back of back side bounding wall is equipped with the hydrops groove admittedly, the hydrops groove exposes in whole liquid cooling server rack setting, the inlet of intercommunication breach has been seted up to the hydrops groove.
2. 2. The bottom leakage detection mechanism of a liquid cooling server cabinet according to claim 1, wherein the height of the surrounding plates is 3-5cm, and the upper surface of the liquid accumulation groove is flush with the upper end edges of the surrounding plates.
3. 3. The bottom leakage detection mechanism of the liquid cooling server cabinet of claim 1, wherein the bottom of the bottom plate is provided with cushion blocks which are arranged in an arrayed manner.
4. 4. The bottom leakage detection mechanism of a liquid cooling server cabinet according to claim 1, wherein the outer side panel comprises a back plate, and an inspection opening is formed in the back plate at a position corresponding to the liquid inlet of the liquid accumulation tank, and is an observation hole.
5. 5. The liquid cooling server cabinet bottom leakage detection mechanism of claim 1, wherein the liquid accumulation tank is provided with a liquid level sensor, and the liquid level sensor is externally connected with a warning lamp.

Description

Bottom leakage detection mechanism of liquid cooling server cabinet Technical Field The utility model relates to the technical field of liquid cooling server cabinets, in particular to a bottom leakage detection mechanism of a liquid cooling server cabinet. Background The existing liquid cooling server cabinet is used for cooling a server through liquid cooling, the cooling efficiency is high, the running quality of the server is effectively guaranteed, however, in actual running, the liquid cooling pipeline has the possibility of leakage, once the liquid cooling leakage occurs in the existing liquid cooling server cabinet, the liquid cooling server cabinet is assembled in a sealing mode, liquid accumulation is easy to cause, the risk of flooding a server part is likely to occur, and serious server safety accidents are caused, and therefore, a mechanism for detecting the cold liquid of the server is urgently needed to be developed, the server is not submerged once the cold liquid leakage occurs, and the safe running of the server is guaranteed. Disclosure of utility model The utility model provides a bottom leakage detection mechanism of a liquid cooling server cabinet, which can quickly detect and acquire the leakage of cold liquid in the cabinet, ensure that the server is not submerged, and ensure the safe operation of the server. A bottom leak detection mechanism for a liquid cooled server cabinet, comprising: The inner cabinet body is internally provided with a liquid cooling mechanism and a server; the bottom effusion area comprises a bottom plate and surrounding plates around; an outer panel; The frame mechanism is used for fixedly connecting the inner cabinet body and the outer side panel; a liquid sump; The utility model discloses a liquid cooling server rack, including the bottom plate, the bottom of interior cabinet body is arranged in the bottom of bottom plate, and the rigid coupling, the bottom of interior cabinet body and bottom plate junction leave the joint, the face territory of bottom plate is greater than the region of interior cabinet body, the bottom plate is greater than be provided with the bounding wall all around of epirelief respectively, bounding wall and bottom plate amalgamation form the bottom hydrops district all around, the bounding wall is including the back side bounding wall all around, and the breach has been seted up to at least one department of the upper end limit of back side bounding wall, the back of back side bounding wall is equipped with the hydrops groove admittedly, the hydrops groove exposes in whole liquid cooling server rack setting, the inlet of intercommunication breach has been seted up to the hydrops groove. It is further characterized by: The height of the surrounding plates is 3-5cm, the upper surface of the liquid accumulation groove is flush with the upper end edge of the surrounding plates, so that the liquid accumulation in the inner cabinet body is ensured not to be higher than the height of the surrounding plates, and the liquid accumulation in the inner cabinet body is ensured not to be submerged in the server position; The bottom of the bottom plate is provided with cushion blocks which are arranged in an arrayed manner, the cushion blocks ensure that the whole liquid cooling server cabinet is not in direct and hard contact with the ground during transferring, and the transferring safety of the liquid cooling server cabinet is ensured; The outer side panel comprises a back plate, an inspection port is arranged at the position of the back plate corresponding to the liquid inlet of the liquid accumulation groove, the inspection port is an observation hole, so that a person can observe regularly, and even if liquid accumulation is not found in the liquid accumulation groove, whether cold liquid leaks or not can be reliably judged through the inspection port; Preferably, the liquid accumulation groove is provided with a liquid level sensor, the liquid level sensor is externally connected with a warning lamp, and when the liquid level sensor encounters liquid, a signal is sent out to enable the warning lamp to be on, so that a worker is reminded of liquid accumulation corresponding to the liquid cooling server cabinet. After the structure is adopted, when the liquid cooling mechanism positioned on the inner cabinet body leaks, cold liquid can drip onto the central area of the bottom plate, as the connecting joint is reserved at the joint of the bottom of the inner cabinet body and the bottom plate, the cold liquid is scattered to the bottom liquid accumulation area along the connecting joint until the liquid level rises to be higher than the bottom of the notch, the cold liquid flows into the liquid accumulation groove along the liquid inlet, a worker rapidly judges that the liquid cooling mechanism corresponding to the liquid cooling server mechanism leaks through the liquid accumulation groove and then overhauls the liquid cooling mechanism, the w