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CN116347865A - Auxiliary server heat dissipation system and method - Google Patents

Auxiliary server heat dissipation system and method Download PDF

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Publication number
CN116347865A
CN116347865A CN202310323389.2A CN202310323389A CN116347865A CN 116347865 A CN116347865 A CN 116347865A CN 202310323389 A CN202310323389 A CN 202310323389A CN 116347865 A CN116347865 A CN 116347865A
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server
module
intelligent mobile
air
mobile air
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魏文华
程建军
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Suzhou Inspur Intelligent Technology Co Ltd
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Suzhou Inspur Intelligent Technology Co Ltd
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    • H—ELECTRICITY
    • H05—ELECTRIC TECHNIQUES NOT OTHERWISE PROVIDED FOR
    • H05K—PRINTED CIRCUITS; CASINGS OR CONSTRUCTIONAL DETAILS OF ELECTRIC APPARATUS; MANUFACTURE OF ASSEMBLAGES OF ELECTRICAL COMPONENTS
    • H05K7/00—Constructional details common to different types of electric apparatus
    • H05K7/20—Modifications to facilitate cooling, ventilating, or heating
    • H05K7/20009—Modifications to facilitate cooling, ventilating, or heating using a gaseous coolant in electronic enclosures
    • H05K7/20209—Thermal management, e.g. fan control
    • H—ELECTRICITY
    • H05—ELECTRIC TECHNIQUES NOT OTHERWISE PROVIDED FOR
    • H05K—PRINTED CIRCUITS; CASINGS OR CONSTRUCTIONAL DETAILS OF ELECTRIC APPARATUS; MANUFACTURE OF ASSEMBLAGES OF ELECTRICAL COMPONENTS
    • H05K7/00—Constructional details common to different types of electric apparatus
    • H05K7/20—Modifications to facilitate cooling, ventilating, or heating
    • H—ELECTRICITY
    • H05—ELECTRIC TECHNIQUES NOT OTHERWISE PROVIDED FOR
    • H05K—PRINTED CIRCUITS; CASINGS OR CONSTRUCTIONAL DETAILS OF ELECTRIC APPARATUS; MANUFACTURE OF ASSEMBLAGES OF ELECTRICAL COMPONENTS
    • H05K7/00—Constructional details common to different types of electric apparatus
    • H05K7/20—Modifications to facilitate cooling, ventilating, or heating
    • H05K7/20009—Modifications to facilitate cooling, ventilating, or heating using a gaseous coolant in electronic enclosures
    • H05K7/20136—Forced ventilation, e.g. by fans
    • H05K7/20145—Means for directing air flow, e.g. ducts, deflectors, plenum or guides
    • Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02D—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN INFORMATION AND COMMUNICATION TECHNOLOGIES [ICT], I.E. INFORMATION AND COMMUNICATION TECHNOLOGIES AIMING AT THE REDUCTION OF THEIR OWN ENERGY USE
    • Y02D10/00—Energy efficient computing, e.g. low power processors, power management or thermal management

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  • Engineering & Computer Science (AREA)
  • Microelectronics & Electronic Packaging (AREA)
  • Physics & Mathematics (AREA)
  • Thermal Sciences (AREA)
  • Air Conditioning Control Device (AREA)

Abstract

本发明属于服务器散热技术领域，具体提供一种辅助式服务器散热系统及方法，所述方法包括如下步骤：接收服务器的温度管理模块传递来的温度告警信息以及对应服务器的位置信息；收集智能移动空调模块的当前位置信息以及所有温度管理模块发送信息，根据智能移动空调模块的当前位置信息以及服务器的位置信息规划生成路径传递给智能移动空调模块；响应于智能移动空调模块移动到目标服务器的设定位置后返回的定位信息以及出风磁力接口与进风磁力接口磁吸对接后智能移动空调模块返回的距离信息，输出控制指令启动智能移动空调模块给服务器降温。单个辅助降温，将大大减少服务器散热方面的投入，实现智能降温或升温。

Figure 202310323389

The invention belongs to the technical field of server heat dissipation, and specifically provides an auxiliary server heat dissipation system and method. The method includes the following steps: receiving temperature alarm information from the temperature management module of the server and location information of the corresponding server; collecting intelligent mobile air conditioners The current location information of the module and the information sent by all temperature management modules, according to the current location information of the intelligent mobile air-conditioning module and the location information of the server, the generated path is planned and passed to the intelligent mobile air-conditioning module; in response to the setting of the intelligent mobile air-conditioning module moving to the target server The positioning information returned after the location and the distance information returned by the smart mobile air-conditioning module after the magnetic connection between the air-outlet magnetic interface and the air-inlet magnetic interface are connected, and output control commands to start the intelligent mobile air-conditioning module to cool down the server. A single auxiliary cooling will greatly reduce the investment in server heat dissipation and realize intelligent cooling or heating.

Figure 202310323389

Description

Auxiliary server heat dissipation system and method
Technical Field
The invention relates to the technical field of server heat dissipation, in particular to an auxiliary server heat dissipation system and method.
Background
A server, also called a server, is a device that provides computing services. Since the server needs to respond to the service request and process it, the server should generally have the ability to afford the service and secure the service. With the development of the IT industry, servers are clustered. More and more servers require maintenance and problem handling. The performance of the server is higher and higher, the volume of the server is limited, a plurality of high-power electronic elements run for a long time under high load, the heating value is larger and larger, the server needs to provide high-reliability service, therefore, the server has higher requirements on the heat dissipation effect, if the temperature of the server is too high, the performance of the server is influenced, even the server is damaged, and in order to ensure the running stability and the service life of the server, the temperature reduction treatment is needed to ensure that the server works in the optimal temperature range.
The heat dissipation of the server is mainly air cooling and liquid cooling at present. The liquid cooling is generally a built-in liquid cooling module of the server, but the liquid cooling has severe requirements on the server result, and has the danger of damaging the server due to liquid leakage, and the like, and the device is expensive, and because the server is cooled by adopting air cooling, the air cooling is generally a built-in fan module of the server, and the cooling mode of combining the working principle of cooling by the fan can not meet the heat dissipation requirement of the high-power server, if the environment temperature is too high, the cooling effect is greatly discounted, and the cooling requirement is not met. It is necessary to design an auxiliary server heat dissipation system.
Disclosure of Invention
Aiming at the problems that most servers are cooled by adopting air cooling, the air cooling is generally a fan module arranged in the server, and the cooling mode of the server cannot meet the cooling requirement of a high-power server by combining the working principle of cooling by a fan, and if the environment temperature is too high, the cooling effect is greatly reduced and the cooling requirement is not met, the invention provides an auxiliary server cooling system and an auxiliary server cooling method.
In a first aspect, the present invention provides an auxiliary server heat dissipation system, including a plurality of servers disposed in a chassis, an air inlet disposed at an upper portion of the chassis, and an air inlet magnetic interface disposed at the air inlet of the chassis; the system also comprises a management control module and at least one intelligent mobile air conditioning module;
the intelligent mobile air conditioning module is provided with an air supply channel, and one end of the air supply channel, which is far away from the intelligent mobile air conditioning module, is provided with an air outlet magnetic interface;
a temperature management module connected with the management control module is arranged in each server;
the temperature management module is used for collecting the temperature of the server in real time, triggering a temperature alarm and sending temperature alarm information and position information of the server to the management control module when the temperature exceeds a set threshold range;
The management control module is used for collecting the current position information of the intelligent mobile air conditioning module, receiving the information sent by all the temperature management modules, planning and generating a motion path according to the current position information of the intelligent mobile air conditioning module and the position information of the server, and transmitting the motion path to the intelligent mobile air conditioning module; the starting point of the motion path is the current position of the intelligent mobile air conditioning module, and the end point of the motion path is the position of a temperature alarm server, namely the set position of the target server;
and the intelligent mobile air conditioning module is used for moving to the set position of the target server according to the received motion path, and starting the intelligent mobile air conditioning module to cool the server after the air outlet magnetic interface of the intelligent mobile air conditioning module is in magnetic attraction butt joint with the air inlet magnetic interface of the chassis.
When the temperature exceeds a set threshold range, triggering a temperature alarm when the temperature exceeds a high temperature threshold of the threshold range, and sending temperature alarm information and position information of a server to a management control module; responding to the positioning information returned after the intelligent mobile air conditioning module moves to the set position of the target server and the distance information returned by the intelligent mobile air conditioning module after the air outlet magnetic interface and the air inlet magnetic interface are in magnetic attraction butt joint, and outputting a control instruction by the management control module to start the intelligent mobile air conditioning module to cool the server; or triggering a temperature alarm when the temperature is lower than a low-temperature threshold value in the threshold value range, and sending temperature alarm information and position information of the server to the management control module; and responding to the positioning information returned after the intelligent mobile air conditioning module moves to the set position of the target server and the distance information returned by the intelligent mobile air conditioning module after the air outlet magnetic interface and the air inlet magnetic interface are in magnetic attraction butt joint, and outputting a control instruction by the management control module to start the intelligent mobile air conditioning module to heat the server.
As an optimization of the technical scheme of the invention, the management control module is used for planning the shortest navigation path reaching the set position of the target server according to the current position information of the intelligent mobile air conditioning module and the information sent by all the temperature management modules, and sending the shortest navigation path to the intelligent mobile air conditioning module; after receiving the docking distance information returned by the mobile air conditioner module, outputting a control instruction to the mobile air conditioner module to start the intelligent mobile air conditioner module to cool the server;
and the intelligent mobile air conditioner module is used for responding to the received shortest navigation path to move to the set position of the target server, enabling the air outlet magnetic interface of the intelligent mobile air conditioner module to be in magnetic attraction butt joint with the air inlet magnetic interface of the chassis, and returning the butt joint distance information to the management control module.
As the optimization of the technical scheme of the invention, the management control module is particularly used for calculating the position deviation information between the current position of the intelligent mobile air conditioner module and the set position of the target server; and decomposing the shortest navigation path and a preset two-dimensional model to obtain a movement speed and a direction rotation angle which are required by the movement of the intelligent mobile air conditioning module to the set position of the target server, and issuing a command to the intelligent mobile air conditioning module.
As the optimization of the technical scheme of the invention, the management control module is also used for acquiring the state information of the movement process of the intelligent mobile air conditioning module, comparing the acquired state information with preset information, and adjusting the advancing position and the advancing posture of the intelligent mobile air conditioning module according to the comparison result.
Here, intelligent mobile air conditioning module is provided with speed sensor and angle sensor and is used for acquireing intelligent mobile air conditioning module motion process's state information, and speed sensor and angle sensor are connected with management control module respectively.
As the optimization of the technical scheme of the invention, the mobile air conditioner module comprises a mobile base and an intelligent air conditioner arranged on the mobile base;
the air supply channel is arranged at the top of the intelligent air conditioner;
the intelligent air conditioner and the mobile base are respectively communicated with the management control module;
the mobile base is used for receiving the path sent by the management control module, driving the intelligent air conditioner to move to the set position of the target server according to the received path, and returning a positioning completion instruction to the management control module after the intelligent air conditioner reaches the set position;
and the management control module is used for responding to the received positioning completion instruction and the received docking distance information, outputting a control instruction to the intelligent air conditioner and controlling the intelligent air conditioner to be started for cooling the server.
As the optimization of the technical scheme of the invention, the intelligent air conditioner comprises an air conditioner body, wherein the top end of the air conditioner body is provided with an air conditioner air outlet connected with an air supply channel;
one end of the air supply channel, which is far away from the air conditioner body, is provided with an air outlet interface, two magnets are fixedly embedded on the air outlet interface to form an air outlet magnetic interface, and the polarities of the two magnets which are fixedly embedded on the surface of the air outlet magnetic interface, which is contacted with the air inlet magnetic interface of the server, are opposite.
Correspondingly, two magnets are fixedly embedded in the air inlet of the case to form an air inlet magnetic interface, and the magnets on the air inlet magnetic interface of the server are matched with the magnets fixedly embedded in the contact surface of the intelligent air conditioner air outlet magnetic interface.
Assuming that the magnet S pole arranged at the left end of the air inlet magnetic interface is outwards, the magnet N pole arranged at the right end of the air inlet magnetic interface is outwards, the magnet N pole arranged at the left end of the air outlet magnetic interface is outwards, and the magnet S pole arranged at the right end of the air inlet magnetic interface is outwards. That is, only when the air inlet magnetic interface is aligned with the air outlet magnetic interface, the suction and the butt joint can be completed.
As the optimization of the technical scheme of the invention, the main body of the movable base is provided with a groove, a lifting mechanism is arranged in the groove, the top end of the lifting mechanism is fixedly connected with a connecting plate, and the intelligent air conditioner is fixed on the upper surface of the connecting plate.
The lifting mechanism comprises four telescopic rods fixed at the bottom of the groove, the moving ends of the telescopic rods are fixed with the bottom of the connecting plate, a controller is arranged inside the moving base, the telescopic rods are connected with the controller, the controller inside the moving base is connected with the management control module, and the information of the starting of the management control module is received to control the moving base to move.
As the optimization of the technical scheme of the invention, the positions of the magnets arranged on the air inlet magnetic interface and the air outlet magnetic interface are respectively extended outwards to generate a contact wall; the bonding area of the surfaces of the air inlet magnetic interface and the air outlet magnetic interface is increased.
A distance sensor connected with the management control module is arranged on the contact wall of the air outlet magnetic interface; and the distance sensor is used for detecting the distance between the wind magnetic interface and the wind inlet magnetic interface and sending the detected distance information to the management control module.
As the optimization of the technical scheme of the invention, the temperature management module is a BMC in the server, the temperature of the server is collected in real time, a high temperature threshold value and a low temperature threshold value are set, and when the temperature exceeds the threshold value, the temperature alarm trigger is triggered and alarm information is sent to the management control module. When the temperature is recovered to be within the threshold value, triggering the temperature alarm to be released and sending the release information to the management control module, and outputting control information to control the intelligent air conditioner module to stop working after the management control module receives the contact information. When the system is in initial work, all intelligent air conditioning modules are in a set area, and the position of each intelligent air conditioning module in the set area is the initial position of the intelligent air conditioning module.
The management control module receives the alarm information and then generates a processing task, judges whether an idle intelligent air conditioner module exists currently, and if so, issues a path to the intelligent air conditioner module nearest to the current alarm server; if not, generating task information and putting the task information into a task queue; and when the intelligent air conditioner module exists, acquiring and considering to process the task queue according to time sequence. When the control information controls the intelligent air conditioner module to stop working and then the current task queue does not have tasks, if the starting point of the output motion path is judged to be the initial position of the intelligent mobile air conditioner module, the intelligent mobile air conditioner is controlled to return according to the received original path of the motion path, and when the starting point of the output motion path is judged not to be the initial position of the intelligent mobile air conditioner module, the return path is regenerated according to the current position information of the intelligent mobile air conditioner and the initial position information of the intelligent mobile air conditioner and is output to the intelligent air conditioner module, and the intelligent air conditioner module is controlled to move to the initial position.
In a second aspect, the present invention further provides a server heat dissipation method based on the auxiliary server heat dissipation system of the first aspect, including the following steps:
Receiving temperature alarm information transmitted by a temperature management module of a server and position information of a corresponding server;
collecting current position information of the intelligent mobile air conditioner module and sending information of all temperature management modules, planning a generation path according to the current position information of the intelligent mobile air conditioner module and the position information of a server, and transmitting the generation path to the intelligent mobile air conditioner module;
and responding to the positioning information returned after the intelligent mobile air conditioning module moves to the set position of the target server and the distance information returned by the intelligent mobile air conditioning module after the air outlet magnetic interface and the air inlet magnetic interface are in magnetic attraction butt joint, and outputting a control instruction to start the intelligent mobile air conditioning module to cool the server.
The management control module receives the alarm information and then generates a processing task, judges whether an idle intelligent air conditioner module exists currently, and if so, issues a path to the intelligent air conditioner module nearest to the current alarm server; if not, generating task information and putting the task information into a task queue; and when the intelligent air conditioner module exists, acquiring and considering to process the task queue according to time sequence. When the control information controls the intelligent air conditioner module to stop working and then the current task queue does not have tasks, if the starting point of the output motion path is judged to be the initial position of the intelligent mobile air conditioner module, the intelligent mobile air conditioner is controlled to return according to the received original path of the motion path, and when the starting point of the output motion path is judged not to be the initial position of the intelligent mobile air conditioner module, the return path is regenerated according to the current position information of the intelligent mobile air conditioner and the initial position information of the intelligent mobile air conditioner and is output to the intelligent air conditioner module, and the intelligent air conditioner module is controlled to move to the initial position.
From the above technical scheme, the invention has the following advantages: the single auxiliary cooling can greatly reduce the investment in the aspect of server heat dissipation, and intelligent cooling or heating can be realized. And precisely cooling or heating the server with the overhigh temperature. Compared with the related cooling mode, the method is more economical and flexible.
In addition, the invention has reliable design principle, simple structure and very wide application prospect.
It can be seen that the present invention has outstanding substantial features and significant advances over the prior art, as well as its practical advantages.
Drawings
In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings that are required to be used in the description of the embodiments or the prior art will be briefly described below, and it will be obvious to those skilled in the art that other drawings can be obtained from these drawings without inventive effort.
FIG. 1 is a schematic block diagram of a system of one embodiment of the present invention.
Fig. 2 is a schematic diagram of a smart air conditioner in a system according to an embodiment of the present invention.
FIG. 3 is a schematic diagram of the workflow in a system according to one embodiment of the invention.
FIG. 4 is a schematic diagram of an air-out magnetic interface in a system according to an embodiment of the invention.
Fig. 5 is a schematic flow chart of a method of one embodiment of the invention.
Detailed Description
In order to make the technical solution of the present invention better understood by those skilled in the art, the technical solution of the present invention will be clearly and completely described below with reference to the accompanying drawings in the embodiments of the present invention, and it is apparent that the described embodiments are only some embodiments of the present invention, not all embodiments. All other embodiments, which can be made by those skilled in the art based on the embodiments of the present invention without making any inventive effort, shall fall within the scope of the present invention.
The following embodiments are described in connection with fig. 1-5.
The invention provides an auxiliary server heat dissipation system, which comprises a plurality of servers arranged in a case, wherein an air inlet is arranged at the upper part of the case, and an air inlet magnetic interface is arranged at the air inlet of the case; the system also comprises a management control module and at least one intelligent mobile air conditioning module;
the intelligent mobile air conditioning module is provided with an air supply channel, and one end of the air supply channel, which is far away from the intelligent mobile air conditioning module, is provided with an air outlet magnetic interface;
A temperature management module connected with the management control module is arranged in each server;
the temperature management module is used for collecting the temperature of the server in real time, triggering a temperature alarm and sending temperature alarm information and position information of the server to the management control module when the temperature exceeds a set threshold range;
the management control module is used for collecting the current position information of the intelligent mobile air conditioning module, receiving the information sent by all the temperature management modules, planning and generating a motion path according to the current position information of the intelligent mobile air conditioning module and the position information of the server, and transmitting the motion path to the intelligent mobile air conditioning module; the starting point of the motion path is the current position of the intelligent mobile air conditioning module, and the end point of the motion path is the position of a temperature alarm server, namely the set position of the target server;
and the intelligent mobile air conditioning module is used for moving to the set position of the target server according to the received motion path, and starting the intelligent mobile air conditioning module to cool the server after the air outlet magnetic interface of the intelligent mobile air conditioning module is in magnetic attraction butt joint with the air inlet magnetic interface of the chassis.
When the temperature exceeds a set threshold range, triggering a temperature alarm when the temperature exceeds a high temperature threshold of the threshold range, and sending temperature alarm information and position information of a server to a management control module; responding to the positioning information returned after the intelligent mobile air conditioning module moves to the set position of the target server and the distance information returned by the intelligent mobile air conditioning module after the air outlet magnetic interface and the air inlet magnetic interface are in magnetic attraction butt joint, and outputting a control instruction by the management control module to start the intelligent mobile air conditioning module to cool the server; or triggering a temperature alarm when the temperature is lower than a low-temperature threshold value in the threshold value range, and sending temperature alarm information and position information of the server to the management control module; and responding to the positioning information returned after the intelligent mobile air conditioning module moves to the set position of the target server and the distance information returned by the intelligent mobile air conditioning module after the air outlet magnetic interface and the air inlet magnetic interface are in magnetic attraction butt joint, and outputting a control instruction by the management control module to start the intelligent mobile air conditioning module to heat the server.
The second embodiment of the invention provides an auxiliary server heat dissipation system, which comprises a plurality of servers arranged in a case, wherein an air inlet is arranged at the upper part of the case, and an air inlet magnetic interface is arranged at the air inlet of the case; the system also comprises a management control module and at least one intelligent mobile air conditioning module;
the intelligent mobile air conditioning module is provided with an air supply channel, and one end of the air supply channel, which is far away from the intelligent mobile air conditioning module, is provided with an air outlet magnetic interface;
a temperature management module connected with the management control module is arranged in each server;
the temperature management module is used for collecting the temperature of the server in real time, triggering a temperature alarm and sending temperature alarm information and position information of the server to the management control module when the temperature exceeds a set threshold range;
the management control module is used for constructing a channel map according to the two-dimensional model of the server room and the position information of each server, collecting the current position information of the intelligent mobile air conditioner module and receiving the information sent by all the temperature management modules, and generating a motion path according to the current position information of the intelligent mobile air conditioner module and the position information of the server sending alarm information and planning by combining the channel map and transmitting the motion path to the intelligent mobile air conditioner module; the starting point of the motion path is the current position of the intelligent mobile air conditioning module, and the end point of the motion path is the position of a temperature alarm server, namely the set position of the target server;
And the intelligent mobile air conditioning module is used for moving to the set position of the target server according to the received motion path, and starting the intelligent mobile air conditioning module to cool the server after the air outlet magnetic interface of the intelligent mobile air conditioning module is in magnetic attraction butt joint with the air inlet magnetic interface of the chassis.
When the temperature exceeds a set threshold range, triggering a temperature alarm when the temperature exceeds a high temperature threshold of the threshold range, and sending temperature alarm information and position information of a server to a management control module; responding to the positioning information returned after the intelligent mobile air conditioning module moves to the set position of the target server and the distance information returned by the intelligent mobile air conditioning module after the air outlet magnetic interface and the air inlet magnetic interface are in magnetic attraction butt joint, and outputting a control instruction by the management control module to start the intelligent mobile air conditioning module to cool the server; or triggering a temperature alarm when the temperature is lower than a low-temperature threshold value in the threshold value range, and sending temperature alarm information and position information of the server to the management control module; and responding to the positioning information returned after the intelligent mobile air conditioning module moves to the set position of the target server and the distance information returned by the intelligent mobile air conditioning module after the air outlet magnetic interface and the air inlet magnetic interface are in magnetic attraction butt joint, and outputting a control instruction by the management control module to start the intelligent mobile air conditioning module to heat the server.
The management control module is used for planning the shortest navigation path reaching the set position of the target server according to the current position information of the intelligent mobile air conditioning module and the information sent by all the temperature management modules, and sending the shortest navigation path to the intelligent mobile air conditioning module; after receiving the docking distance information returned by the mobile air conditioner module, outputting a control instruction to the mobile air conditioner module to start the intelligent mobile air conditioner module to cool the server; the method is particularly used for calculating position deviation information between the current position of the intelligent mobile air conditioning module and the set position of the target server; combining the shortest navigation path and a preset two-dimensional model to decompose and obtain a movement speed and a direction rotation angle which are required by the movement of the intelligent mobile air conditioning module to the set position of the target server, and issuing a command to the intelligent mobile air conditioning module; and the intelligent mobile air conditioner module is also used for acquiring state information of the movement process of the intelligent mobile air conditioner module, comparing the acquired state information with preset information, and adjusting the advancing position and the advancing posture of the intelligent mobile air conditioner module according to the comparison result.
And the intelligent mobile air conditioner module is used for responding to the received shortest navigation path to move to the set position of the target server, enabling the air outlet magnetic interface of the intelligent mobile air conditioner module to be in magnetic attraction butt joint with the air inlet magnetic interface of the chassis, and returning the butt joint distance information to the management control module.
Here, intelligent mobile air conditioning module is provided with speed sensor and angle sensor and is used for acquireing intelligent mobile air conditioning module motion process's state information, and speed sensor and angle sensor are connected with management control module respectively.
And arranging intelligent mobile air conditioning modules in the server room, and configuring the number of the intelligent mobile air conditioning modules according to the size of the server room and the number of the servers. And the server position parameter and the server interface connection mode are set. The intelligent mobile air conditioner module can be accurately docked with the server. A server temperature alarm module is configured, and a monitored sensor threshold (such as air inlet temperature, air outlet temperature and cpu temperature) is set. The sensor temperature information may be passed to the management control module through a status interface, a snmp interface, or the like. The carrying management control module inputs information of all mobile air conditioners in the mobile air conditioner module and receives temperature information and alarm information transmitted by the server temperature management module. Analyzing and processing according to the transmitted information, and sending scheduling instructions such as cooling instructions, return base station instructions and the like to the intelligent mobile air conditioning module. And inputting information of operation and maintenance personnel, and timely notifying the operation and maintenance personnel if the equipment cannot release the alarm within a specified time. The server in the computer lab does not every and can not appear high temperature warning, and only a few machines in practice can appear temperature warning, and present cooling measure is the cooling of full volume, and the single supplementary cooling of this application, the input in the aspect of the heat dissipation of server that will significantly reduce realizes intelligent cooling or intensification.
The third embodiment of the invention provides an auxiliary server heat dissipation system, which comprises a plurality of servers arranged in a case, wherein an air inlet is arranged at the upper part of the case, and an air inlet magnetic interface is arranged at the air inlet of the case; the system also comprises a management control module and at least one intelligent mobile air conditioning module;
the intelligent mobile air conditioning module is provided with an air supply channel, and one end of the air supply channel, which is far away from the intelligent mobile air conditioning module, is provided with an air outlet magnetic interface;
a temperature management module connected with the management control module is arranged in each server;
the temperature management module is used for collecting the temperature of the server in real time, triggering a temperature alarm and sending temperature alarm information and position information of the server to the management control module when the temperature exceeds a set threshold range;
the management control module is used for collecting the current position information of the intelligent mobile air conditioning module, receiving the information sent by all the temperature management modules, planning and generating a motion path according to the current position information of the intelligent mobile air conditioning module and the position information of the server, and transmitting the motion path to the intelligent mobile air conditioning module; the starting point of the motion path is the current position of the intelligent mobile air conditioning module, and the end point of the motion path is the position of a temperature alarm server, namely the set position of the target server;
And the intelligent mobile air conditioning module is used for moving to the set position of the target server according to the received motion path, and starting the intelligent mobile air conditioning module to cool the server after the air outlet magnetic interface of the intelligent mobile air conditioning module is in magnetic attraction butt joint with the air inlet magnetic interface of the chassis.
When the temperature exceeds a set threshold range, triggering a temperature alarm when the temperature exceeds a high temperature threshold of the threshold range, and sending temperature alarm information and position information of a server to a management control module; responding to the positioning information returned after the intelligent mobile air conditioning module moves to the set position of the target server and the distance information returned by the intelligent mobile air conditioning module after the air outlet magnetic interface and the air inlet magnetic interface are in magnetic attraction butt joint, and outputting a control instruction by the management control module to start the intelligent mobile air conditioning module to cool the server; or triggering a temperature alarm when the temperature is lower than a low-temperature threshold value in the threshold value range, and sending temperature alarm information and position information of the server to the management control module; and responding to the positioning information returned after the intelligent mobile air conditioning module moves to the set position of the target server and the distance information returned by the intelligent mobile air conditioning module after the air outlet magnetic interface and the air inlet magnetic interface are in magnetic attraction butt joint, and outputting a control instruction by the management control module to start the intelligent mobile air conditioning module to heat the server.
The management control module is used for planning the shortest navigation path reaching the set position of the target server according to the current position information of the intelligent mobile air conditioning module and the information sent by all the temperature management modules, and sending the shortest navigation path to the intelligent mobile air conditioning module; after receiving the docking distance information returned by the mobile air conditioner module, outputting a control instruction to the mobile air conditioner module to start the intelligent mobile air conditioner module to cool the server; the method is particularly used for calculating position deviation information between the current position of the intelligent mobile air conditioning module and the set position of the target server; combining the shortest navigation path and a preset two-dimensional model to decompose and obtain a movement speed and a direction rotation angle which are required by the movement of the intelligent mobile air conditioning module to the set position of the target server, and issuing a command to the intelligent mobile air conditioning module; and the intelligent mobile air conditioner module is also used for acquiring state information of the movement process of the intelligent mobile air conditioner module, comparing the acquired state information with preset information, and adjusting the advancing position and the advancing posture of the intelligent mobile air conditioner module according to the comparison result.
And the intelligent mobile air conditioner module is used for responding to the received shortest navigation path to move to the set position of the target server, enabling the air outlet magnetic interface of the intelligent mobile air conditioner module to be in magnetic attraction butt joint with the air inlet magnetic interface of the chassis, and returning the butt joint distance information to the management control module.
Here, intelligent mobile air conditioning module is provided with speed sensor and angle sensor and is used for acquireing intelligent mobile air conditioning module motion process's state information, and speed sensor and angle sensor are connected with management control module respectively.
The mobile air conditioner module comprises a mobile base and an intelligent air conditioner arranged on the mobile base;
the air supply channel is arranged at the top of the intelligent air conditioner;
the intelligent air conditioner and the mobile base are respectively communicated with the management control module;
the mobile base is used for receiving the path sent by the management control module, driving the intelligent air conditioner to move to the set position of the target server according to the received path, and returning a positioning completion instruction to the management control module after the intelligent air conditioner reaches the set position;
and the management control module is used for responding to the received positioning completion instruction and the received docking distance information, outputting a control instruction to the intelligent air conditioner and controlling the intelligent air conditioner to be started for cooling the server.
The intelligent air conditioner comprises an air conditioner body 100, wherein an air conditioner air outlet 101 connected with an air supply channel 102 is arranged at the top end of the air conditioner body 100;
an air outlet interface is arranged at one end of the air supply channel 102 far away from the air conditioner body, a magnet 104 is fixedly embedded on the air outlet interface to form an air outlet magnetic interface 103, and the polarities of the two magnets fixedly embedded on the surface of the air outlet magnetic interface, which is contacted with the air inlet magnetic interface of the server, are opposite.
Correspondingly, two magnets are fixedly embedded in the air inlet of the case to form an air inlet magnetic interface, and the magnets on the air inlet magnetic interface of the server are matched with the magnets fixedly embedded in the contact surface of the intelligent air conditioner air outlet magnetic interface.
Assuming that the magnet S pole arranged at the left end of the air inlet magnetic interface is outwards, the magnet N pole arranged at the right end of the air inlet magnetic interface is outwards, the magnet N pole arranged at the left end of the air outlet magnetic interface is outwards, and the magnet S pole arranged at the right end of the air inlet magnetic interface is outwards. That is, only when the air inlet magnetic interface is aligned with the air outlet magnetic interface, the suction and the butt joint can be completed. The purpose of setting up the polarity difference of two left and right sides magnet is to prevent that the magnet of air inlet magnetic force interface left end from attracting with the magnet of air-out magnetic force interface right-hand member back from leading to the condition emergence that air inlet magnetic force interface and air-out magnetic force interface are not aligned.
It should be noted that, set up flutedly in the main part of mobile base, be provided with elevating system in the recess, elevating system's top fixedly connected with connecting plate, intelligent air conditioner is fixed at the connecting plate upper surface.
The lifting mechanism comprises four telescopic rods fixed at the bottom of the groove, the moving ends of the telescopic rods are fixed with the bottom of the connecting plate, a controller is arranged inside the moving base, the telescopic rods are connected with the controller, the controller inside the moving base is connected with the management control module, and the information of the starting of the management control module is received to control the moving base to move. The purpose of the lifting mechanism is to accommodate servers of different heights.
If the server is a server with the same height type, the height of the air conditioner body on the mobile base does not need to be adjusted when the temperature is controlled, and only when the height type of the server changes, the management control module needs to output control information to the mobile base to adjust the height of the lifting mechanism so as to adjust the height of the air outlet magnetic interface, so that the air outlet magnetic interface is aligned with the air inlet magnetic interface of the case.
The positions of the magnets 104 of the air inlet magnetic interface and the air outlet magnetic interface 103 are respectively extended outwards to generate a contact wall 105; the bonding area of the surfaces of the air inlet magnetic interface and the air outlet magnetic interface is increased.
A distance sensor (not shown in the drawing) connected with the management control module is arranged on the contact wall 105 of the air outlet magnetic interface; and the distance sensor is used for detecting the distance between the wind magnetic interface and the wind inlet magnetic interface and sending the detected distance information to the management control module.
In the embodiment of the invention, the temperature management module is a BMC in the server, the temperature of the server is collected in real time, a high temperature threshold and a low temperature threshold are set, and when the temperature exceeds the threshold, the temperature alarm trigger is triggered and alarm information is sent to the management control module. When the temperature is recovered to be within the threshold value, triggering the temperature alarm to be released and sending the release information to the management control module, and outputting control information to control the intelligent air conditioner module to stop working after the management control module receives the contact information. When the system is in initial work, all intelligent air conditioning modules are in a set area, and the position of each intelligent air conditioning module in the set area is the initial position of the intelligent air conditioning module. And the management control module collects all server temperature alarms and transmits alarm information to the intelligent mobile air conditioning module to schedule the intelligent mobile air conditioning module to act. And when the temperature alarm trigger is received, the intelligent mobile air conditioning module is scheduled to cool or heat the server. And when the temperature alarm is released and no task to be processed exists in the queue, the intelligent mobile air conditioning module is scheduled to return to the initial position and enter a standby state. If the temperature lowering or raising operation is not completed within the set time. The operation and maintenance personnel are informed of the information in time.
The management control module receives the alarm information and then generates a processing task, judges whether an idle intelligent air conditioner module exists currently, and if so, issues a path to the intelligent air conditioner module nearest to the current alarm server; if not, generating task information and putting the task information into a task queue; and when the intelligent air conditioner module exists, acquiring and considering to process the task queue according to time sequence. When the control information controls the intelligent air conditioner module to stop working and then the current task queue does not have tasks, if the starting point of the output motion path is judged to be the initial position of the intelligent mobile air conditioner module, the intelligent mobile air conditioner is controlled to return according to the received original path of the motion path, and when the starting point of the output motion path is judged not to be the initial position of the intelligent mobile air conditioner module, the return path is regenerated according to the current position information of the intelligent mobile air conditioner and the initial position information of the intelligent mobile air conditioner and is output to the intelligent air conditioner module, and the intelligent air conditioner module is controlled to move to the initial position.
The movable base comprises an AGV trolley, and a groove for placing a lifting mechanism is formed in the main body of the AGV trolley. The lifting mechanism may also be a disclosed lifting structure.
The fourth embodiment of the invention also provides a server heat dissipation method, which is based on an auxiliary server heat dissipation system, and comprises a plurality of servers arranged in a case, wherein an air inlet is arranged at the upper part of the case, and an air inlet magnetic interface is arranged at the air inlet of the case; the system also comprises a management control module and at least one intelligent mobile air conditioning module; the intelligent mobile air conditioning module is provided with an air supply channel, and one end of the air supply channel, which is far away from the intelligent mobile air conditioning module, is provided with an air outlet magnetic interface; a temperature management module connected with the management control module is arranged in each server; the temperature management module is used for collecting the temperature of the server in real time, triggering a temperature alarm and sending temperature alarm information and position information of the server to the management control module when the temperature exceeds a set threshold range; the management control module is used for collecting the current position information of the intelligent mobile air conditioning module, receiving the information sent by all the temperature management modules, planning and generating a motion path according to the current position information of the intelligent mobile air conditioning module and the position information of the server, and transmitting the motion path to the intelligent mobile air conditioning module; the starting point of the motion path is the current position of the intelligent mobile air conditioning module, and the end point of the motion path is the position of a temperature alarm server, namely the set position of the target server; the intelligent mobile air conditioning module is used for moving to the set position of the target server according to the received motion path, and starting the intelligent mobile air conditioning module to cool the server after the air outlet magnetic interface of the intelligent mobile air conditioning module is in magnetic attraction butt joint with the air inlet magnetic interface of the chassis; as shown in fig. 5, the method comprises the steps of:
Step 1: receiving temperature alarm information transmitted by a temperature management module of a server and position information of a corresponding server;
in the step, the temperature of the server is collected in real time, a high temperature threshold value and a low temperature threshold value are set, and when the temperature exceeds the threshold value, temperature alarm triggering is triggered and alarm information is sent to the management control module. When the temperature is restored to be within the threshold value, the temperature alarm is triggered to be released, and release information is sent to the management control module.
Step 2: collecting current position information of the intelligent mobile air conditioner module and sending information of all temperature management modules, planning and generating a path according to the current position information of the intelligent mobile air conditioner module and the position information of a server for sending alarm information, and transmitting the path to the intelligent mobile air conditioner module;
in the step, a management control module plans the shortest navigation path reaching the set position of a target server according to the current position information of the intelligent mobile air conditioning module and the information sent by all temperature management modules, and sends the shortest navigation path to the intelligent mobile air conditioning module; and the intelligent mobile air conditioner module responds to the received shortest navigation path to move to the set position of the target server, so that an air outlet magnetic interface of the intelligent mobile air conditioner module is magnetically connected with an air inlet magnetic interface of the chassis, and the information of the connection distance is returned to the management control module.
Step 3: and responding to the positioning information returned after the intelligent mobile air conditioning module moves to the set position of the target server and the distance information returned by the intelligent mobile air conditioning module after the air outlet magnetic interface and the air inlet magnetic interface are in magnetic attraction butt joint, and outputting a control instruction to start the intelligent mobile air conditioning module to cool the server.
It should be noted that, the method provided by the embodiment of the present invention further includes:
the management control module receives the alarm information and then generates a processing task, judges whether an idle intelligent air conditioner module exists currently, and if so, issues a path to the intelligent air conditioner module nearest to the current alarm server; if not, generating task information and putting the task information into a task queue; and when the intelligent air conditioner module exists, acquiring and considering to process the task queue according to time sequence. When the control information controls the intelligent air conditioner module to stop working and then the current task queue does not have tasks, if the starting point of the output motion path is judged to be the initial position of the intelligent mobile air conditioner module, the intelligent mobile air conditioner is controlled to return according to the received original path of the motion path, and when the starting point of the output motion path is judged not to be the initial position of the intelligent mobile air conditioner module, the return path is regenerated according to the current position information of the intelligent mobile air conditioner and the initial position information of the intelligent mobile air conditioner and is output to the intelligent air conditioner module, and the intelligent air conditioner module is controlled to move to the initial position.
The air conditioner body in the embodiment of the invention is only required to adopt the structure of the air conditioner body of the existing intelligent mobile air conditioner, and the intelligent air conditioner is not the invention content of the application and is not described in detail herein.
The elements and algorithm steps of the examples described in connection with the embodiments disclosed herein may be embodied in electronic hardware, computer software, or a combination of both, and to clearly illustrate the interchangeability of hardware and software, the components and steps of the examples have been described generally in terms of functionality in the foregoing description. Whether such functionality is implemented as hardware or software depends upon the particular application and design constraints imposed on the solution. Skilled artisans may implement the described functionality in varying ways for each particular application, but such implementation decisions should not be interpreted as causing a departure from the scope of the present invention.
Although the present invention has been described in detail by way of preferred embodiments with reference to the accompanying drawings, the present invention is not limited thereto. Various equivalent modifications and substitutions may be made in the embodiments of the present invention by those skilled in the art without departing from the spirit and scope of the present invention, and it is intended that all such modifications and substitutions be within the scope of the present invention/be within the scope of the present invention as defined by the appended claims. Therefore, the protection scope of the present invention shall be subject to the protection scope of the claims.

Claims (10)

1.一种辅助式服务器散热系统，包括若干设置在机箱内的服务器，其特征在于，机箱上部设置有入风口，机箱入风口设置有进风磁力接口；所述系统还包括管理控制模块和至少一个智能移动空调模块；1. An auxiliary server cooling system, comprising a number of servers arranged in the chassis, characterized in that the upper part of the chassis is provided with an air inlet, and the air inlet of the chassis is provided with an air inlet magnetic interface; the system also includes a management control module and at least An intelligent mobile air conditioning module; 智能移动空调模块设置有送风通道，送风通道远离智能移动空调模块的一端设置有出风磁力接口；The intelligent mobile air conditioner module is provided with an air supply channel, and the end of the air supply channel away from the intelligent mobile air conditioner module is provided with an air outlet magnetic interface; 每台服务器设置有与管理控制模块连接的温度管理模块；Each server is provided with a temperature management module connected to the management control module; 温度管理模块，用于实时收集服务器温度，当温度超过设定阈值范围时，触发温度告警并将温度告警信息以及服务器的位置信息发送到管理控制模块；The temperature management module is used to collect the temperature of the server in real time. When the temperature exceeds the set threshold range, a temperature alarm is triggered and the temperature alarm information and the location information of the server are sent to the management control module; 管理控制模块，用于收集智能移动空调模块的当前位置信息以及接收所有温度管理模块发送的信息，根据智能移动空调模块的当前位置信息以及发送告警信息的服务器的位置信息规划生成运动路径传递给智能移动空调模块；运动路径的起始点为智能移动空调模块的当前位置，运动路径的终点为温度告警的服务器的位置，即目标服务器的设定位置；The management control module is used to collect the current location information of the intelligent mobile air-conditioning module and receive information sent by all temperature management modules, and plan and generate a movement path according to the current location information of the intelligent mobile air-conditioning module and the location information of the server that sends the alarm information to the intelligent mobile air-conditioning module. Mobile air-conditioning module; the starting point of the movement path is the current position of the intelligent mobile air-conditioning module, and the end point of the movement path is the location of the temperature-warning server, that is, the set location of the target server; 智能移动空调模块，用于按照接收到的运动路径移动到目标服务器的设定位置，使智能移动空调模块的出风磁力接口与机箱的进风磁力接口磁吸对接后，启动智能移动空调模块给服务器降温。The intelligent mobile air conditioner module is used to move to the set position of the target server according to the received movement path, and after the magnetic interface of the air outlet of the intelligent mobile air conditioner and the magnetic interface of the air inlet of the chassis are magnetically connected, the intelligent mobile air conditioner module is started to give The server cools down. 2.根据权利要求1所述的辅助式服务器散热系统，其特征在于，管理控制模块，用于根据智能移动空调模块的当前位置信息以及所有温度管理模块发送信息，规划到达目标服务器的设定位置的最短导航路径，将最短导航路径发送至智能移动空调模块；接收移动空调模块返回的对接距离信息后输出控制指令到移动空调模块启动智能移动空调模块给服务器降温；2. The auxiliary server heat dissipation system according to claim 1, characterized in that the management control module is used to plan to reach the set location of the target server according to the current location information of the intelligent mobile air-conditioning module and the information sent by all temperature management modules The shortest navigation path, and send the shortest navigation path to the intelligent mobile air-conditioning module; after receiving the docking distance information returned by the mobile air-conditioning module, output a control command to the mobile air-conditioning module to start the intelligent mobile air-conditioning module to cool down the server; 智能移动空调模块，用于响应接收到的最短导航路径移动到目标服务器的设定位置，使智能移动空调模块的出风磁力接口与机箱的进风磁力接口磁吸对接，返回对接距离信息到管理控制模块。The intelligent mobile air-conditioning module is used to move to the set position of the target server in response to the received shortest navigation path, make the magnetic connection between the air-outlet magnetic interface of the intelligent mobile air-conditioner module and the air-intake magnetic interface of the chassis, and return the docking distance information to the management control module. 3.根据权利要求2所述的辅助式服务器散热系统，其特征在于，管理控制模块，具体用于计算智能移动空调模块当前位置与目标服务器的设定位置之间的位置偏差信息；结合最短导航路径和预设的二维模型分解得到智能移动空调模块运动至目标服务器的设定位置对应所需的运动速度和方向转角并下发指令到智能移动空调模块。3. The auxiliary server heat dissipation system according to claim 2, wherein the management control module is specifically used to calculate the position deviation information between the current position of the intelligent mobile air-conditioning module and the set position of the target server; combined with the shortest navigation The path and the preset two-dimensional model are decomposed to obtain the required movement speed and direction angle corresponding to the set position of the intelligent mobile air-conditioning module moving to the target server, and send instructions to the intelligent mobile air-conditioning module. 4.根据权利要求3所述的辅助式服务器散热系统，其特征在于，管理控制模块，还用于获取智能移动空调模块运动过程的状态信息，并根据获取的状态信息与预设信息进行比较，根据比较结果调整智能移动空调模块行进位置及行进姿态。4. The auxiliary server heat dissipation system according to claim 3, wherein the management control module is also used to obtain the state information of the movement process of the intelligent mobile air-conditioning module, and compare the obtained state information with the preset information, Adjust the traveling position and traveling posture of the intelligent mobile air-conditioning module according to the comparison result. 5.根据权利要求2所述的辅助式服务器散热系统，其特征在于，移动空调模块包括移动底座和设置在移动底座上的智能空调；5. The auxiliary server heat dissipation system according to claim 2, wherein the mobile air conditioner module comprises a mobile base and an intelligent air conditioner arranged on the mobile base; 送风通道设置在智能空调的顶部；The air supply channel is set on the top of the smart air conditioner; 智能空调和移动底座分别与管理控制模块通信；The intelligent air conditioner and the mobile base communicate with the management control module respectively; 移动底座，用于接收管理控制模块发送的路径，并按照接收到的路径带动智能空调移动到目标服务器的设定位置，到达设定位置之后返回定位完成指令到管理控制模块；The mobile base is used to receive the path sent by the management control module, and drive the intelligent air conditioner to move to the set position of the target server according to the received path, and return the positioning completion command to the management control module after arriving at the set position; 管理控制模块，用于响应接收到的定位完成指令和对接距离信息输出控制指令到智能空调，控制启动智能空调给服务器降温。The management control module is used to output control commands to the smart air conditioner in response to the received positioning completion command and docking distance information, and control and start the smart air conditioner to cool down the server. 6.根据权利要求5所述的辅助式服务器散热系统，其特征在于，智能空调包括空调本体，空调本体的顶端设置有与送风通道连接的空调出风口；6. The auxiliary server heat dissipation system according to claim 5, wherein the intelligent air conditioner comprises an air conditioner body, and the top of the air conditioner body is provided with an air conditioner outlet connected to the air supply channel; 送风通道远离空调本体的一端设置出风接口，出风接口上固定嵌入磁铁形成出风磁力接口，出风磁力接口与服务器的进风磁力接口接触的面上固定嵌入的两块磁铁极性相反。The end of the air supply channel away from the main body of the air conditioner is provided with an air outlet interface, and a magnet is fixedly embedded in the air outlet interface to form an air outlet magnetic interface. The polarity of the two magnets fixed and embedded on the surface where the air outlet magnetic interface contacts the server’s air inlet magnetic interface is opposite. . 7.根据权利要求6所述的辅助式服务器散热系统，其特征在于，机箱入风口上固定嵌入磁铁形成进风磁力接口，服务器的进风磁力接口上的磁铁与智能空调出风磁力接口的接触的面上固定嵌入的磁铁相配合。7. The auxiliary server heat dissipation system according to claim 6, wherein magnets are fixedly embedded in the air inlet of the chassis to form an air inlet magnetic interface, and the magnets on the air inlet magnetic interface of the server are in contact with the air outlet magnetic interface of the intelligent air conditioner. The fixed embedded magnets on the surface of the machine fit together. 8.根据权利要求5所述的辅助式服务器散热系统，其特征在于，移动底座的主体上开设有凹槽，凹槽内设置有升降机构，升降机构的顶端固定连接有连接板，智能空调固定在连接板上表面。8. The auxiliary server heat dissipation system according to claim 5, characterized in that a groove is opened on the main body of the mobile base, a lifting mechanism is arranged in the groove, a connecting plate is fixedly connected to the top of the lifting mechanism, and the intelligent air conditioner is fixed on the top of the connecting plate. 9.根据权利要求6所述的辅助式服务器散热系统，其特征在于，进风磁力接口和出风磁力接口设置磁铁的位置分别向外延伸生成接触墙；9. The auxiliary server heat dissipation system according to claim 6, characterized in that the positions where the magnets are set on the air inlet magnetic interface and the air outlet magnetic interface respectively extend outward to form a contact wall; 出风磁力接口的接触墙上设置有与管理控制模块连接的距离传感器；距离传感器，用于检测出风磁力接口与进风磁力接口的距离并将检测的距离信息发送至管理控制模块。A distance sensor connected to the management control module is arranged on the contact wall of the air outlet magnetic interface; the distance sensor is used to detect the distance between the wind magnetic interface and the air inlet magnetic interface and send the detected distance information to the management control module. 10.一种基于权利要求1-9任一项权利要求所述的辅助式服务器散热系统的服务器散热方法，其特征在于，包括如下步骤：10. A server cooling method based on the auxiliary server cooling system according to any one of claims 1-9, characterized in that it comprises the following steps: 接收服务器的温度管理模块传递来的温度告警信息以及对应服务器的位置信息；Receive the temperature warning information transmitted by the temperature management module of the server and the location information of the corresponding server; 收集智能移动空调模块的当前位置信息以及所有温度管理模块发送信息，根据智能移动空调模块的当前位置信息以及发送告警信息的服务器的位置信息规划生成路径传递给智能移动空调模块；Collect the current location information of the intelligent mobile air-conditioning module and all the information sent by the temperature management module, plan and generate a path according to the current location information of the intelligent mobile air-conditioning module and the location information of the server that sends the alarm information, and pass it to the intelligent mobile air-conditioning module; 响应于智能移动空调模块移动到目标服务器的设定位置后返回的定位信息以及出风磁力接口与进风磁力接口磁吸对接后智能移动空调模块返回的距离信息，输出控制指令启动智能移动空调模块给服务器降温。In response to the positioning information returned after the intelligent mobile air-conditioning module moves to the set position of the target server and the distance information returned by the intelligent mobile air-conditioning module after the magnetic connection between the air-outlet magnetic interface and the air-inlet magnetic interface, the output control command starts the intelligent mobile air-conditioning module Cool down the server.
CN202310323389.2A 2023-03-29 2023-03-29 Auxiliary server heat dissipation system and method Pending CN116347865A (en)

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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN118382276A (en) * 2024-06-25 2024-07-23 张北云联数据服务有限责任公司 Intelligent temperature management method and system for high-density server room

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN118382276A (en) * 2024-06-25 2024-07-23 张北云联数据服务有限责任公司 Intelligent temperature management method and system for high-density server room

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