A liquid cooling center distributed liquid cooling cabinet

Abstract

The invention provides a liquid-cooling central distributed liquid-cooling cabinet, which belongs to the technical field of liquid-cooling cabinets. It mainly aims at the problem that the existing liquid-cooling cabinets are inconvenient to manage and query server clusters. The invention comprises a cabinet body, an air inlet box and an MCU liquid-cooling distribution unit. Two groups of connecting frames are symmetrically arranged on the inner walls on both sides of the cabinet body, and multiple groups of bearing plates are respectively arranged on one side of the four connecting frames, wherein a control component is arranged between the two groups of bearing plates, and multiple groups of partition plates are respectively arranged on the top of the multiple groups of bearing plates, each group of partition plates divides each group of bearing plates into four groups of placement areas, and RFID identification components are arranged in the multiple groups of placement areas, and liquid cooling components are arranged at the bottom of the multiple groups of server bodies, and passive heat dissipation components are arranged on the periphery of the multiple groups of partition plates. The multiple groups of liquid cooling components are connected to the MCU liquid-cooling distribution unit; through the setting of the RFID identification component, information of different servers in the server cluster can be read.

Description

Technical Field

[0001] The present invention belongs to the technical field of liquid cooling cabinets, and more specifically, particularly relates to a liquid cooling central distributed liquid cooling cabinet. Background Art

[0002] With the rapid development of science and technology, cutting-edge fields such as cloud computing, artificial intelligence, and big data analysis are booming. As a result, the scale and complexity of data centers, as key infrastructure supporting these technologies, are growing exponentially. A large number of high-performance server clusters are densely deployed, and the power density of equipment has risen sharply. Liquid cooling cabinets are used to cool these server clusters. Due to the large number of servers in the server cluster, traditional liquid cooling cabinets are not convenient for managing and querying the server cluster, and the heat dissipation effect of traditional liquid cooling cabinets on server clusters is relatively poor. Summary of the invention

[0003] In order to solve the above technical problems, the present invention provides a liquid cooling center distributed liquid cooling cabinet to solve the technical problems in the prior art that traditional liquid cooling cabinets are inconvenient to manage and query server clusters, and traditional liquid cooling cabinets have poor heat dissipation effect on server clusters.

[0004] The purpose and effect of a liquid-cooled central distributed liquid-cooled cabinet of the present invention are achieved by the following specific technical means:

[0005] A liquid cooling center distributed liquid cooling cabinet, comprising a cabinet body, an air inlet box and an MCU liquid cooling distribution unit, wherein the air inlet box is provided with a dustproof component, two groups of connecting frames are symmetrically provided on the inner walls on both sides of the cabinet body, and a plurality of groups of bearing plates are respectively provided on one side of the four groups of connecting frames, wherein a control component is provided between two groups of the bearing plates, the plurality of groups of the bearing plates are arranged in sequence along the vertical direction, and a plurality of groups of partition plates are respectively provided on the top of the plurality of groups of the bearing plates, and each group of the partition plates divides each group of the bearing plates into four groups of placement areas, and a sliding placement plate and a slide base are provided in the plurality of groups of the placement areas, and an RFID identification component is provided in the plurality of groups of the sliding placement A server body is arranged on the top of each partition plate, a liquid cooling assembly is arranged on the bottom of each of the plurality of server bodies, a passive heat dissipation assembly is arranged on the periphery of each of the plurality of partition plates, and each of the plurality of liquid cooling assemblies is connected to the MCU liquid cooling distribution unit; a plurality of heat-conducting fixing members are arranged on the top of each of the plurality of partition plates, a first air guide plate is arranged on the top of one of the partition plates, and a plurality of second air guide plates are arranged on the top of the remaining partition plates, the passive heat dissipation assembly includes a first heat dissipation fin, a second heat dissipation fin and a heat-conducting plate, a plurality of heat-conducting plates are arranged on the top of each of the plurality of server bodies, a plurality of heat-conducting connecting members are connected to both sides of each of the plurality of heat-conducting connecting members, and a plurality of heat-conducting connecting members are connected to one end of each of the plurality of heat-conducting connecting members. The card is arranged in the plurality of groups of heat-conducting fixing members, and the plurality of groups of the heat-conducting plates are respectively provided with the plurality of groups of the first heat-dissipating fins on both sides, and the plurality of groups of the first heat-dissipating fins are all rectangular, and the plurality of groups of the first heat-dissipating fins have a plurality of groups of auxiliary heat-conducting grooves penetrated through one side, and the plurality of groups of the first heat-dissipating fins are respectively connected with the plurality of groups of the heat-conducting plates at one end, and the plurality of groups of the second heat-dissipating fins are respectively provided with the top of the plurality of groups of the heat-conducting plates, and the plurality of groups of the second heat-dissipating fins are all wavy, and the plurality of groups of the second heat-dissipating fins have a plurality of groups of auxiliary heat-conducting holes penetrated through one side, and the plurality of groups of the second heat-dissipating fins are respectively connected with the plurality of groups of the heat-conducting plates at one end at the bottom; the first air guide plate and the plurality of groups of the second air guide plates are both T-shaped, and the The first air guide plate and the multiple groups of the second air guide plates are both provided with air guide grooves at the bottom on both sides, the first air guide plate and the multiple groups of the second air guide plates are both provided with air guide channels connected with the air guide grooves on both sides, the multiple groups of the air guide channels are respectively directed to the multiple groups of the first heat dissipation fins and the multiple groups of the second heat dissipation fins, the multiple groups of the second air guide plates are each provided with an air inlet groove running through one end, the multiple groups of the second air guide plates are each symmetrically provided with a multiple groups of air outlet grooves on the top, the multiple groups of the air outlet grooves are each provided with an air guide fan on the top, the air inlet ends of the multiple groups of the air guide fans are respectively directed to the multiple groups of the air outlet grooves, the first air guide plate and the multiple groups of the second air guide plates are respectively connected to the tops of the multiple groups of the partition plates by multiple groups of screws.

[0006] As a further solution of the present invention, multiple groups of server fixings are respectively arranged on the top of the multiple groups of sliding placement plates, and multiple groups of server bodies are respectively arranged in the multiple groups of server fixings. The RFID identification component includes an RFID reader, an RFID electronic tag and an installation frame. Multiple groups of RFID readers are respectively arranged on the multiple groups of partition plates, and multiple groups of installation frames are respectively installed on one end of the multiple groups of server fixings. The installation positions of the multiple groups of installation frames respectively correspond to one group of heat dissipation ports of the multiple groups of server bodies. Multiple groups of RFID electronic tags are respectively arranged in the multiple groups of installation frames, and multiple groups of RFID electronic tags respectively correspond to multiple groups of RFID readers. Multiple groups of RFID readers are electrically connected to the control component, and multiple groups of ventilation ports are respectively opened at one end of the multiple groups of server fixings.

[0007] As a further solution of the present invention, the installation frame includes a label card, four groups of label fixing parts and a label installation part, multiple groups of label installation parts are respectively installed on one end of multiple groups of server fixing parts, multiple groups of label installation parts are respectively clamped with multiple groups of label installation parts at one end, multiple groups of label installation parts are respectively provided with label installation grooves at one end, the shapes of multiple groups of label installation grooves are respectively the same as those of multiple groups of RFID electronic tags, multiple groups of RFID electronic tags are respectively arranged in multiple groups of label installation grooves, the four corners of multiple groups of RFID electronic tags are respectively provided with label fixing parts, multiple groups of sponge pads are respectively arranged between multiple groups of label fixing parts and multiple groups of RFID electronic tags, multiple groups of label installation parts are respectively provided with release parts at the four corners, multiple groups of label installation parts are respectively penetrated with connecting rods, multiple groups of springs are respectively connected to one side of multiple groups of label fixing parts, one end of multiple groups of springs are respectively connected to the inner wall of the label installation part, multiple groups of connecting rods respectively pass through the four corners of multiple groups of springs and multiple groups of label installation parts, and are connected to multiple groups of release parts.

[0008] As a further solution of the present invention, the MCU liquid cooling distribution unit is provided on one side of the cabinet body, and the liquid cooling component includes a liquid cooling block, a liquid cooling pipeline and a liquid cooling pump. Multiple groups of liquid cooling fixing parts are respectively arranged in multiple groups of sliding placement plates, and the two ends of the multiple groups of liquid cooling fixing parts are respectively connected to the multiple groups of sliding placement plates by multiple groups of screws, and multiple groups of fixed protrusions are arranged on the tops of the multiple groups of liquid cooling fixing parts. Multiple groups of liquid cooling blocks and multiple groups of liquid cooling pumps are respectively clamped in the multiple groups of fixed protrusions, and the tops of multiple groups of liquid cooling blocks are respectively in contact with multiple groups of server bodies. Multiple groups of liquid cooling blocks, multiple groups of liquid cooling pumps and the MCU liquid cooling distribution unit are respectively connected by multiple groups of liquid cooling pipelines.

[0009] As a further solution of the present invention, the air inlet box is arranged at the bottom of the cabinet body, the dust-proof component includes a coarse-effect filter, a medium-effect filter and an electrostatic adsorption filter, a filter mounting piece is arranged on one side of the air inlet box, the coarse-effect filter is installed in the filter mounting piece, the coarse-effect filter is made of non-woven fabric, a connecting magnet is clamped at one end of the coarse-effect filter, a fixing magnet is clamped on the inner side surface of one end of the filter mounting piece, two groups of filter mounting grooves are provided on the inner wall of the air inlet box, the medium-effect filter is installed in one group of the filter mounting grooves, the medium-effect filter is made of polyester fiber material, and the electrostatic adsorption filter is installed in the other group of the filter mounting grooves, a filter mounting door is arranged at one end of the air inlet box, a plurality of groups of air inlet fans are arranged in an array on the inner side surface of the bottom of the cabinet body, and the bottom of the cabinet body is communicated with the air inlet box.

[0010] As a further solution of the present invention, a control board is arranged between two groups of the carrying plates, a control base is arranged on the top of the control board, a slidable control placement plate is arranged in the control base, four groups of control fixing parts are arranged on the top of the control placement plate, two groups of limit parts are arranged at one end of the control base, a control mounting plate is arranged on one side of the control base, both sides of the control board are respectively connected to the four groups of connecting frames, the control component includes a control module, a data acquisition module and a storage module, the control module is clamped in the four groups of control fixing parts, the data acquisition module and the storage module are both clamped on the top of the control mounting plate, sensor mounting frames are arranged on the top of multiple groups of slide bases, multiple groups of digital infrared temperature sensors are respectively arranged in the multiple groups of sensor mounting frames, and the detection ends of the multiple groups of digital infrared temperature sensors are respectively facing the multiple groups of server bodies.

[0011] As a further solution of the present invention, multiple groups of sliding placement plates are respectively arranged in multiple groups of slide bases, two groups of limiting magnets are respectively clamped at one end of the multiple groups of sliding placement plates, a trigger member is arranged between each two groups of limiting magnets, multiple groups of trigger members are respectively clamped at one end of the multiple groups of sliding placement plates, two groups of electromagnets are respectively clamped on the inner side surfaces of one end of the multiple groups of slide bases, one ends of the multiple groups of electromagnets are respectively magnetically connected to the multiple groups of limiting magnets, a trigger switch is arranged between each two groups of electromagnets, multiple groups of trigger switches are respectively clamped on the inner side surfaces of one end of the multiple groups of slide bases, and pop-up buttons are provided at one end of the multiple groups of sliding placement plates.

[0012] As a further scheme of the present invention, multiple groups of sliding placement plates are respectively arranged in multiple groups of slide bases, multiple groups of laser installation grooves are respectively opened on the tops of multiple groups of carrying plates, multiple groups of laser emitters are respectively clamped in the multiple groups of laser installation grooves, glass protection plates are arranged on the tops of multiple groups of laser emitters, four groups of laser receivers are respectively clamped at the four corners of the bottom of each group of sliding placement plates, and the installation positions of multiple groups of laser emitters correspond to the multiple groups of laser receivers, multiple groups of fixed mounting frames are respectively arranged on the tops of multiple groups of slide bases, multiple groups of electric push rods are respectively installed in the multiple groups of fixed mounting frames, and multiple groups of fixing pins are respectively arranged at one end of the multiple groups of electric push rods, multiple groups of fixing holes are opened on the tops of multiple groups of slide bases and multiple groups of sliding placement plates, the diameters of the multiple groups of fixing holes are the same as those of the fixing pins, multiple groups of fixing pins are respectively clamped in the multiple groups of fixing holes, and multiple groups of sliding placement plates are provided with pop-up buttons at one end.

[0013] Compared with the prior art, the present invention has the following beneficial effects:

[0014] 1. During use, the user can pre-store different information of the servers in the server cluster in the RFID electronic tag, and then the user can pull outward two sets of release parts to move two sets of tag fixing parts outward, and then the user can insert the RFID electronic tag into the tag installation part. After the insertion is completed, release the two sets of release parts, and the release parts and the tag fixing parts are reset by the spring, so that the four corners of the RFID electronic tag are fixed by the four sets of tag fixing parts. Then, the user can insert the tag card into one side of the tag installation part to fix the RFID electronic tag for the second time, which improves the safety of the RFID electronic tag. The tag has a good fixing effect and is easy to assemble and disassemble. After the RFID electronic tag is installed and the sliding placement plate with the server is pushed into the slide base, the RFID reader can read the information stored in the RFID electronic tag, and the read information is collected by the data acquisition module. At the same time, the data acquisition module forwards this information to the control module in the form of electrical signals. The user can query the information of different servers through the control module, and the carrier plate is divided into different placement areas through the partition plate. The server cluster is placed in a distributed manner, which is convenient for users to manage and query the server cluster, thereby improving convenience.

[0015] 2. Through the setting of the passive heat dissipation component, the top of the server can be cooled, and when the passive heat dissipation component cools the server, the air intake fan arranged in the cabinet body can blow external air into the cabinet body, and then flow upward through the load-bearing plate. Through the cooperation of the first air guide plate, the second air guide plate and the air guide fan, the air flow through the passive heat dissipation component can be accelerated, thereby improving the cooling effect of the passive heat dissipation component. Finally, the flowing air is discharged from the top of the cabinet body. Through the cooperation of the liquid cooling component and the MCU liquid cooling distribution unit, the bottom of the server can be cooled, thereby improving the heat dissipation effect.

[0016] 3. When the fan blows external air into the cabinet body, larger dust particles can be filtered through the coarse-effect filter. After that, the air after the first filtration is filtered for a second time through the setting of the medium-efficiency filter. Finally, the air is filtered for a third time through the setting of the electrostatic adsorption filter. A dustproof net is also provided on the top of the cabinet body to prevent dust from entering the cabinet body and causing damage, thereby extending the service life of the liquid cooling cabinet and the internal server cluster. BRIEF DESCRIPTION OF THE DRAWINGS

[0017] Figure 1 It is a structural schematic diagram of a first embodiment of a liquid cooling center distributed liquid cooling cabinet of the present invention;

[0018] Figure 2 It is a structural schematic diagram of an MCU liquid cooling distribution unit and an air inlet box in a liquid cooling center distributed liquid cooling cabinet of the present invention;

[0019] Figure 3 It is a front view of an MCU liquid cooling distribution unit and an air inlet box in a liquid cooling center distributed liquid cooling cabinet of the present invention;

[0020] Figure 4 It is a structural schematic diagram of an air inlet box in a liquid cooling center distributed liquid cooling cabinet of the present invention;

[0021] Figure 5 It is a schematic diagram of the structure after the dustproof components in a liquid cooling center distributed liquid cooling cabinet of the present invention are disassembled;

[0022] Figure 6 It is a structural schematic diagram of a control component in a liquid cooling center distributed liquid cooling cabinet of the present invention;

[0023] Figure 7 It is a schematic diagram of the structure after the control components in a liquid cooling center distributed liquid cooling cabinet of the present invention are disassembled;

[0024] Figure 8 It is a structural schematic diagram of an RFID reader in a liquid cooling center distributed liquid cooling cabinet of the present invention;

[0025] Fig. 9It is a structural schematic diagram of an RFID electronic tag and a tag mounting part in a liquid cooling center distributed liquid cooling cabinet of the present invention;

[0026] Fig.10 It is a schematic diagram of the structure after the RFID electronic tag and the tag mounting part are separated in a liquid cooling center distributed liquid cooling cabinet of the present invention;

[0027] Fig.11 It is a structural schematic diagram of a connecting frame in a liquid cooling center distributed liquid cooling cabinet of the present invention;

[0028] Fig.12 It is a structural schematic diagram of a passive heat dissipation component in a liquid cooling center distributed liquid cooling cabinet of the present invention;

[0029] Fig.13 It is a structural schematic diagram of a first heat dissipation fin and a second heat dissipation fin in a liquid cooling center distributed liquid cooling cabinet of the present invention;

[0030] Fig.14 It is a structural schematic diagram of a partition plate in a liquid cooling center distributed liquid cooling cabinet of the present invention;

[0031] Fig.15 It is a structural schematic diagram of a control board and a bearing board in a liquid cooling center distributed liquid cooling cabinet of the present invention;

[0032] Fig.16 It is a structural schematic diagram of a liquid cooling fixing part in a liquid cooling center distributed liquid cooling cabinet of the present invention;

[0033] Fig.17 It is a schematic diagram of the structure after the server body and the liquid cooling components in a liquid cooling center distributed liquid cooling cabinet of the present invention are separated;

[0034] Fig.18 It is a structural schematic diagram of a first air guide plate and a second air guide plate in a liquid cooling central distributed liquid cooling cabinet of the present invention;

[0035] Fig.19 It is a front view of a second air guide plate in a liquid cooling center distributed liquid cooling cabinet of the present invention;

[0036] Fig. 20 yes Fig.19 Sectional view of AA in the middle;

[0037] Fig.21 It is a structural schematic diagram of a trigger component in a liquid cooling center distributed liquid cooling cabinet of the present invention;

[0038] Fig. 22 It is a structural schematic diagram of a trigger switch in a liquid cooling center distributed liquid cooling cabinet of the present invention;

[0039] Fig.23It is a top view of a server body in a liquid cooling center distributed liquid cooling cabinet of the present invention;

[0040] Fig.24 It is a structural schematic diagram of a second embodiment of a liquid cooling center distributed liquid cooling cabinet of the present invention;

[0041] Fig.25 It is an exploded view of a second embodiment of a liquid cooling center distributed liquid cooling cabinet of the present invention;

[0042] Fig.26 It is a structural schematic diagram of an electric push rod and a fixing pin in a second embodiment of a liquid cooling central distributed liquid cooling cabinet of the present invention;

[0043] Fig. 27 It is a schematic diagram of the structure after the electric push rod and the fixing pin are separated in the second embodiment of a liquid cooling central distributed liquid cooling cabinet of the present invention;

[0044] Fig.28 It is a principle block diagram of a control module in a liquid cooling center distributed liquid cooling cabinet of the present invention.

[0045] In the figure, the corresponding relationship between the component names and the figure numbers is as follows:

[0046] 100, cabinet body; 101, MCU liquid cooling distribution unit; 102, air inlet box; 103, connecting frame; 104, load-bearing plate; 105, partition plate; 106, placement area; 107, slide base; 108, sliding placement plate; 109, limit magnet; 110, electromagnet; 111, trigger member; 112, trigger switch; 113, eject button; 114, sensor mounting frame; 115, digital infrared temperature sensor; 116 , server fixing part; 117, server body; 118, RFID reader; 119, tag mounting part; 120, RFID electronic tag; 121, tag card; 122, tag fixing part; 123, sponge pad; 124, connecting rod; 125, release part; 126, heat-conducting fixing part; 127, heat-conducting connecting part; 128, heat-conducting plate; 129, first heat-dissipating fin; 130, second heat-dissipating fin; 131, first heat-dissipating Wind plate; 132, second wind guide plate; 133, wind guide slot; 134, wind guide channel; 135, air inlet slot; 136, air outlet slot; 137, wind guide fan; 138, liquid cooling block; 139, liquid cooling pump; 140, liquid cooling pipeline; 141, liquid cooling fixing part; 142, filter screen mounting part; 143, coarse filter screen; 144, connecting magnet; 145, fixing magnet; 146, medium filter screen; 147, electrostatic adsorption filter screen; 148, filter screen Installation door; 149, air intake fan; 150, control board; 151, control base; 152, control placement board; 153, control fixing piece; 154, limit piece; 155, control module; 156, control installation board; 157, data acquisition module; 158, storage module; 201, laser transmitter; 202, glass protection board; 203, laser receiver; 204, fixed mounting frame; 205, electric push rod; 206, fixing pin. DETAILED DESCRIPTION

[0047] The following is a further detailed description of the embodiments of the present invention in conjunction with the accompanying drawings and examples. The following examples are used to illustrate the technical solutions of the present invention, but cannot be used to limit the scope of protection of the present invention.

[0048] Embodiment 1:

[0049] As attached Figures 1 to 23 , Fig.28 As shown:

[0050] The present invention provides a liquid cooling center distributed liquid cooling cabinet, including a cabinet body 100, an air inlet box 102 and an MCU liquid cooling distribution unit 101. Both ends of the cabinet body 100 are provided with cabinet doors that can be opened and closed. Users can open the cabinet doors to install and disassemble the server cluster or use the control components. The air inlet box 102 is provided with a dustproof component. The dustproof component can prevent dust from entering the cabinet body 100 and causing damage to the internal server cluster. A dustproof net is also provided on the top of the cabinet body 100 to prevent dust from entering the cabinet body 100 from the top. The dustproof net can cooperate with the dustproof component. The inner walls on both sides of the cabinet body 100 Two groups of connection frames 103 are symmetrically arranged, and multiple groups of bearing plates 104 are respectively arranged on one side of the four groups of connection frames 103. Users can install the bearing plates 104 on the connection frames 103, wherein a control component is arranged between the two groups of bearing plates 104, and the multiple groups of bearing plates 104 are arranged in sequence in the vertical direction, and there is space between the multiple groups of bearing plates 104 to prevent the server cluster from being placed too densely and resulting in reduced heat dissipation effect. Multiple groups of partition plates 105 are respectively arranged on the top of the multiple groups of bearing plates 104, and each group of partition plates 105 divides each group of bearing plates 104 into four groups of placement areas 106, and a distributed placement is adopted, and each group of placement areas 106 is provided with a group of servers The device body 117 is convenient for users to manage the server cluster by number, which improves the convenience. The multiple placement areas 106 are all provided with sliding placement plates 108 and slide bases 107. The sliding placement plates 108 can slide in the slide base 107, and a sliding handle is provided at one end of the sliding placement plates 108. When installing or removing the server, the user can use the sliding handle to pull the sliding placement plates 108 out of the slide base 107, or insert the sliding placement plates 108 into the slide base 107. The multiple placement areas 106 are all provided with RFID identification components, and the information of the servers in the server cluster can be identified by the RFID identification components. Information is read, multiple groups of sliding placement plates 108 are each provided with a server body 117 on the top, multiple groups of server bodies 117 are each provided with a liquid cooling assembly on the bottom, the bottom of the server can be cooled by the liquid cooling assembly, multiple groups of partition plates 105 are each provided with a passive cooling assembly on the sides, the top of the server can be cooled by the passive cooling assembly, multiple groups of liquid cooling assemblies are each connected to the MCU liquid cooling distribution unit 101, the MCU liquid cooling distribution unit 101 can select the FLTZ-002 model, the MCU liquid cooling distribution unit 101 can control the flow rate or flow velocity of the coolant circulating in the liquid cooling assembly, and the coolant can be cooled down.

[0051] The tops of the plurality of sliding placement plates 108 are respectively provided with a plurality of server fixings 116, the plurality of server bodies 117 are respectively provided in the plurality of server fixings 116, the RFID identification components include an RFID reader 118, an RFID electronic tag 120 and a mounting frame, the plurality of RFID readers 118 are respectively provided on the plurality of partition plates 105, and the RFID readers 118 can be selected from T2 UHF model, the RFID reader 118 can read the information stored in the RFID electronic tag 120, and the RFID reader 118 is electrically connected to the data acquisition module 157, and the data acquisition module 157 can collect the information read by the RFID reader 118, multiple groups of installation frames are respectively installed at one end of multiple groups of server fixings 116, and the installation positions of the multiple groups of installation frames respectively correspond to one group of heat dissipation ports of the multiple groups of server bodies 117, and multiple groups of RFID electronic tags 120 are respectively arranged in multiple groups of installation frames, and the multiple groups of RFID electronic tags 120 respectively correspond to the multiple groups of RFID readers 118. Multiple groups of ventilation holes are respectively opened at one end of the multiple groups of server fixings 116, and the ventilation holes prevent the end of the server fixing 116 where the RFID identification component is installed from blocking the air circulation at the tail of the server.

[0052] The installation frame includes a label card 121, four groups of label fixing members 122 and a label installation member 119. The multiple groups of label installation members 119 are respectively installed on one end of the multiple groups of server fixing members 116. The multiple groups of label installation members 119 are respectively clamped with multiple groups of label installation members 119 at one end. The multiple groups of label installation members 119 are all provided with label installation grooves at one end. The shapes of the multiple groups of label installation grooves are the same as those of the multiple groups of RFID electronic tags 120. When installing, the RFID electronic tags 120 can be inserted into the label installation grooves. The multiple groups of RFID electronic tags 120 are respectively arranged in the multiple groups of label installation grooves. The four corners of the multiple groups of RFID electronic tags 120 are respectively provided with label fixing members 122. The four corners of the RFID electronic tags 120 can be fixed by the label fixing members 122. Multiple groups of sponge pads 123 are respectively arranged between the multiple groups of label fixing members 122 and the multiple groups of RFID electronic tags 120. When the RFID electronic tag 120 is fixed, the energy will be released due to the resetting of the spring, and the sponge pad 123 will reduce the impact of the tag fixing part 122 on the RFID electronic tag 120 to prevent damage to the RFID electronic tag 120. The four corners of the multiple groups of tag mounting parts 119 are provided with release parts 125. The user can install the RFID electronic tag 120 by pulling two groups of release parts 125 outward. The four corners of the multiple groups of tag mounting parts 119 are penetrated by connecting rods 124. One side of the multiple groups of tag fixing parts 122 is respectively connected to multiple groups of springs. When the user pulls the release parts 125 outward, the springs are compressed. When the user releases the release parts 125, the springs are released and reset, thereby driving the tag fixing part 122 to reset and fix the RFID electronic tag 120. The multiple groups of connecting rods 124 respectively pass through the multiple groups of springs and the four corners of the multiple groups of tag mounting parts 119, and are connected to the multiple groups of release parts 125.

[0053] During use, the user can pre-store different information of the servers in the server cluster in the RFID electronic tag 120, for example, the location information of the server in the liquid cooling cabinet, the model information of the server, and other information. Then, the user can pull two sets of release members 125 outward, so that two sets of tag fixing members 122 move outward, and the user can insert the RFID electronic tag 120 into the tag installation member 119. After the insertion is completed, the two sets of release members 125 are released, and the release members 125 and the tag fixing members 122 are reset by the spring, so that the four corners of the RFID electronic tag 120 are fixed by the four sets of tag fixing members 122. Then, the user can insert the tag The card signing component 121 is inserted into one side of the label mounting component 119 to perform secondary fixation on the RFID electronic tag 120, thereby improving the fixing effect of the RFID electronic tag 120 and making it easier to disassemble and assemble. After the RFID electronic tag 120 is installed and the sliding placement plate 108 with the server installed is pushed into the slide base 107, the RFID reader 118 can read the information stored in the RFID electronic tag 120, and collect the read information through the data acquisition module 157. At the same time, the data acquisition module 157 forwards this information to the control module 155 in the form of electrical signals, and the user can query the information of different servers through the control module 155.

[0054] The tops of the plurality of partition plates 105 are all provided with a plurality of heat-conducting fixing members 126, wherein the top of one of the partition plates 105 is provided with a first air guide plate 131, and the tops of the remaining partition plates 105 are all provided with a plurality of second air guide plates 132. The first air guide plate 131 and the second air guide plate 132 can accelerate the air flow through the passive heat dissipation component, thereby improving the cooling effect of the passive heat dissipation component. The passive heat dissipation component includes a first heat dissipation fin 129, a second heat dissipation fin 130 and a heat conduction plate 128. The tops of the plurality of server bodies 117 are provided with a first air guide plate 131, and the tops of the remaining partition plates 105 are provided with a plurality of second air guide plates 132. The heat conducting plates 128 are provided on both sides of the plurality of heat conducting plates 128, and the heat conducting plates 128 can quickly conduct the heat to the heat on the top of the server. The plurality of heat conducting plates 128 are connected to the plurality of heat conducting connectors 127 on both sides. One end of the plurality of heat conducting connectors 127 is respectively clamped in the plurality of heat conducting fixing members 126. One end of the heat conducting connector 127 is connected to the heat conducting plates 128 by screws. The user can insert the heat conducting connector 127 into the heat conducting fixing member 126 to install the passive heat dissipation component. The plurality of heat conducting plates 128 are provided on both sides. Multiple groups of first heat dissipation fins 129 are arranged, and the multiple groups of first heat dissipation fins 129 are all rectangular. Gaps are left between the multiple groups of first heat dissipation fins 129 to prevent the multiple groups of first heat dissipation fins 129 from being too close to each other and affecting the heat dissipation effect. Multiple groups of auxiliary heat conduction grooves are set through one side of the multiple groups of first heat dissipation fins 129. Through the setting of the auxiliary heat conduction grooves, the contact area between the first heat dissipation fins 129 and the air can be increased, and the heat dissipation effect of the first heat dissipation fins 129 can be improved. One end of the multiple groups of first heat dissipation fins 129 is respectively connected to the multiple groups of heat conduction plates 12 8 connection, multiple groups of second heat dissipation fins 130 are respectively arranged on the top of the multiple groups of heat conducting plates 128, and the multiple groups of second heat dissipation fins 130 are all wavy. Compared with traditional straight heat dissipation fins, the wavy shape can increase the contact area with the air and enhance the heat dissipation effect. Multiple groups of auxiliary heat conduction holes are penetrated on one side of the multiple groups of second heat dissipation fins 130. Through the setting of the auxiliary heat conduction holes, the contact area between the second heat dissipation fins 130 and the air can be increased. One end of the bottom of the multiple groups of second heat dissipation fins 130 is respectively connected to the multiple groups of heat conducting plates 128.

[0055] The first air guide plate 131 and the plurality of second air guide plates 132 are both in a T-shape, and air guide grooves 133 are provided at the bottoms of both sides of the first air guide plate 131 and the plurality of second air guide plates 132. Air guide channels 134 connected to the air guide grooves 133 are provided at both sides of the first air guide plate 131 and the plurality of second air guide plates 132. The plurality of air guide channels 134 are respectively forward to the plurality of first heat dissipation fins 129 and the plurality of second heat dissipation fins 130. An air inlet groove 135 is provided at one end of the plurality of second air guide plates 132, and the tops of the plurality of second air guide plates 132 are symmetrical. A plurality of air outlet slots 136 are provided, and air guide fans 137 are arranged on the tops of the plurality of air outlet slots 136. The air inlet ends of the plurality of air guide fans 137 are respectively oriented toward the plurality of air outlet slots 136. The air guide fans 137 can blow air toward the top of the cabinet body 100. The first air guide plate 131 and the plurality of second air guide plates 132 are respectively connected to the tops of the plurality of partition plates 105 by a plurality of screws. The inner side surface of the bottom of the cabinet body 100 is provided with a plurality of air inlet fans 149 in an array shape. The air inlet fans 149 can blow external air into the cabinet body 100. The outlet end of the air inlet fan 149 faces the top of the cabinet body 100, so that the flowing air can flow upward normally. The tops of the multiple groups of carrier plates 104 are provided with multiple groups of ventilation slots, and a wiring slot is provided between each two groups of ventilation slots. The wiring slot corresponds to the interface end of the server body 117. The user can pass the external wire through the wiring slot to electrically connect the server body 117 with the control module 155, which is convenient for the user to organize the lines. The flowing air can pass through the carrier plate 104 through the ventilation slot and accelerate the cabinet body 10 through the air guide fan 137. 0, when the outside air enters the cabinet body 100, the air is blown by the air inlet fan 149, so that the air flows to the top of the cabinet body 100, and then the air passes through the ventilation slot into the air guide slot 133, and enters the air guide channel 134 through the air guide slot 133, and then blows out to the passive heat dissipation component, thereby improving the heat dissipation effect of the passive heat dissipation component, and then, the air is blown by the air guide fan 137, so that the flowing air continues to flow upward, and the above steps are repeated, and finally discharged from the top of the cabinet body 100.

[0056] A sensor mounting frame 114 is provided on the top of the multiple sets of slide bases 107, and multiple sets of digital infrared temperature sensors 115 are respectively provided in the multiple sets of sensor mounting frames 114. The detection ends of the multiple sets of digital infrared temperature sensors 115 are respectively facing the multiple sets of server bodies 117. The digital infrared temperature sensor 115 can select the TO46 model. The digital infrared temperature sensor 115 is electrically connected to the data acquisition module 157, and can detect the real-time temperature of the server body 117. The temperature data is collected by the data acquisition module 157 and sent to the control module 155 in the form of electrical signals.

[0057] An MCU liquid cooling distribution unit 101 is provided on one side of the cabinet body 100. The liquid cooling assembly includes a liquid cooling block 138, a liquid cooling pipeline 140 and a liquid cooling pump 139. Multiple groups of liquid cooling fixing members 141 are respectively provided in the multiple groups of sliding placement plates 108. Both ends of the multiple groups of liquid cooling fixing members 141 are respectively connected to the multiple groups of sliding placement plates 108 by multiple groups of screws. Multiple groups of fixed protrusions are provided on the tops of the multiple groups of liquid cooling fixing members 141. Multiple groups of liquid cooling blocks 138 and multiple groups of liquid cooling pumps 139 are respectively stuck in the multiple groups of fixed protrusions. The liquid cooling pump 139 acts as a relay to pump the coolant back to the MCU liquid cooling distribution unit 101. Multiple groups of liquid cooling blocks 138 are installed on the server In areas with higher heat generation, the tops of multiple groups of liquid cooling blocks 138 are respectively in contact with multiple groups of server bodies 117, and the multiple groups of liquid cooling blocks 138, multiple groups of liquid cooling pumps 139 and the MCU liquid cooling distribution unit 101 are respectively connected through multiple groups of liquid cooling pipelines 140. The MCU liquid cooling distribution unit 101 is electrically connected to the control module 155. When the control module 155 receives the temperature data, if the temperature of one or more groups of servers is too high, the control module 155 sends an electrical signal to the MCU liquid cooling distribution unit 101, so that the MCU liquid cooling distribution unit 101 adjusts the flow rate and flow of the coolant in the liquid cooling blocks 138 at the bottom of these servers and the liquid cooling pipelines 140.

[0058] Multiple groups of sliding placement plates 108 are respectively arranged in multiple groups of slide bases 107, and two groups of limiting magnets 109 are respectively clamped at one end of the multiple groups of sliding placement plates 108, and a trigger member 111 is arranged between each two groups of limiting magnets 109. Multiple groups of trigger members 111 are respectively clamped at one end of the multiple groups of sliding placement plates 108, and two groups of electromagnets 110 are respectively clamped on the inner side surface of one end of the multiple groups of slide bases 107. One end of the multiple groups of electromagnets 110 is respectively magnetically connected to the multiple groups of limiting magnets 109, and a trigger switch 112 is arranged between each two groups of electromagnets 110. When the user pushes the sliding placement plate 108 equipped with the server into the slide base 107, the trigger member 111 is clamped at one end of the multiple groups of sliding placement plates 108. When the sliding plate 108 is pulled out of the way, the user can pull the sliding plate 108 out by mistake, thereby preventing the user from pulling out the sliding plate 108 by mistake and causing damage to the server. Multiple groups of trigger switches 112 are respectively arranged on the inner side surfaces of multiple groups of slide bases 107 at one end, and multiple groups of sliding plates 108 are provided with eject buttons 113 at one end. When the user needs to cancel the fixation and take out the sliding plate 108, the eject button 113 can be pressed to cut off the power to the electromagnet 110 and cancel the magnetic connection with the limiting magnet 109.

[0059] An air inlet box 102 is provided at the bottom of the cabinet body 100. The dustproof components include a coarse filter 143, a medium filter 146 and an electrostatic adsorption filter 147. A filter mounting member 142 is provided on one side of the air inlet box 102. A coarse filter 143 is installed in the filter mounting member 142. The coarse filter 143 is made of non-woven fabric. The coarse filter 143 can filter impurities such as dust with larger particles, such as hair or granular debris, and can be filtered once through the coarse filter 143. A connecting magnet 144 is provided at one end of the coarse filter 143, and a fixing magnet 145 is provided on the inner side of one end of the filter mounting piece 142. When the user installs it, the user only needs to directly insert the coarse filter 143 into the filter mounting piece 142, and fix the coarse filter 143 by magnetic connection. When disassembling or replacing, it can also be directly plugged in and out. Two sets of filter mounting grooves are provided on the inner wall of the air inlet box 102, and a medium-efficiency filter 143 is installed in one set of filter mounting grooves. 6. The medium-efficiency filter 146 is made of polyester fiber material and can intercept smaller particles. The medium-efficiency filter 146 can perform secondary filtration on the air that has been filtered once. An electrostatic adsorption filter 147 is installed in another set of filter installation slots. Finally, the air is filtered three times by the electrostatic adsorption filter 147 to improve the dust prevention effect. A filter installation door 148 is provided at one end of the air inlet box 102. When installing the medium-efficiency filter 146 and the electrostatic adsorption filter 147, the medium-efficiency filter 146 and the electrostatic adsorption filter 147 can be inserted into the two sets of filter installation slots, and then the filter installation door 148 can be closed. When disassembly is required, the reverse steps are performed. The installation order of the filters is coarse-efficiency filter 143, medium-efficiency filter 146 and electrostatic adsorption filter 147. The bottom of the cabinet body 100 is connected to the air inlet box 102. The dust prevention component can prevent dust from entering the cabinet body 100 to cause damage, thereby extending the service life of the liquid cooling cabinet and the internal server cluster.

[0060] A control panel 150 is arranged between the two groups of carrier plates 104, a control base 151 is arranged on the top of the control panel 150, a slidable control placement panel 152 is arranged in the control base 151, and a user can pull out the control placement panel 152 to use the control module 155, four groups of control fixing members 153 are arranged on the top of the control placement panel 152, and the control fixing members 153 are used to fix the control module 155, two groups of limiting members 154 are arranged at one end of the control base 151, and the limiting members 154 prevent the control placement panel 152 from being separated from the control base 151, and a control mounting plate 156 is arranged on one side of the control base 151, and both sides of the control panel 150 are respectively connected to the four groups of connecting frames 103, and the control group The components include a control module 155, a data acquisition module 157 and a storage module 158. The control module 155 is mounted in the four groups of control fixing components 153. The control module 155 can select the BOOKPRO14 model. The user can view the relevant information of the server through the control module 155. The data acquisition module 157 and the storage module 158 are both mounted on the top of the control installation plate 156. The data acquisition module 157 and the storage module 158 are both electrically connected to the control module 155. The data acquisition module 157 can select the NR-X model, and the storage module 158 can select the HF8000G5 model. The control module 155 can store the relevant information in the storage module 158, and can also retrieve the relevant information from the storage module 158.

[0061] Multiple groups of sliding placement plates 108 are respectively arranged in multiple groups of slide bases 107, and two groups of limiting magnets 109 are respectively clamped at one end of the multiple groups of sliding placement plates 108, and a trigger member 111 is arranged between each two groups of limiting magnets 109. Multiple groups of trigger members 111 are respectively clamped at one end of the multiple groups of sliding placement plates 108, and two groups of electromagnets 110 are respectively clamped on the inner side surface of one end of the multiple groups of slide bases 107. One end of the multiple groups of electromagnets 110 is respectively magnetically connected to the multiple groups of limiting magnets 109, and a trigger switch 112 is arranged between each two groups of electromagnets 110. When the user pushes the sliding placement plate 108 equipped with the server into the slide base 107, the trigger member 111 is clamped at one end of the multiple groups of sliding placement plates 108. When the sliding plate 108 is pulled out of the way, the user can pull the sliding plate 108 out by mistake, thereby preventing the user from pulling out the sliding plate 108 by mistake and causing damage to the server. Multiple groups of trigger switches 112 are respectively arranged on the inner side surfaces of multiple groups of slide bases 107 at one end, and multiple groups of sliding plates 108 are provided with eject buttons 113 at one end. When the user needs to cancel the fixation and take out the sliding plate 108, the eject button 113 can be pressed to cut off the power to the electromagnet 110 and cancel the magnetic connection with the limiting magnet 109.

[0062] Embodiment 2:

[0063] Based on the liquid-cooled central distributed liquid-cooled cabinet provided in the first embodiment of the present application, the second embodiment of the present application proposes a liquid-cooled central distributed liquid-cooled cabinet. This second embodiment is only a preferred method of the first embodiment, and the implementation of the second embodiment will not affect the independent implementation of the first embodiment. The second embodiment of the present invention will be further described below.

[0064] Please refer to Fig.24 and Fig. 27 As shown, multiple groups of sliding placement plates 108 are respectively arranged in multiple groups of slideway bases 107, multiple groups of carrying plates 104 are respectively provided with multiple groups of laser installation grooves on the top, multiple groups of laser installation grooves are respectively provided with multiple groups of laser emitters 201, the laser emitters 201 can emit lasers outward, the laser emitters 201 can select the FRL15DDBA-A31-18730-E model, multiple groups of laser emitters 201 are provided with glass protection plates 202 on the top, the glass protection plates 202 can prevent the laser emitting ends of the laser emitters 201 from being scratched, four groups of laser receivers 203 are respectively provided at the four corners of the bottom of each group of sliding placement plates 108, the laser receivers 203 can receive lasers emitted from the laser emitters 201, the laser receivers 203 can select the ISM4-10 model, and the four-corner positioning can be achieved by the cooperation of the four groups of laser receivers 203 and the laser emitters 201, and the installation positions of the multiple groups of laser emitters 201 correspond to the multiple groups of laser receivers 203 respectively. The top of the multiple sets of slide bases 107 are provided with multiple sets of fixed mounting frames 204, and multiple sets of electric push rods 205 are respectively installed in the multiple sets of fixed mounting frames 204. One end of the multiple sets of electric push rods 205 is respectively provided with multiple sets of fixing pins 206. The tops of the multiple sets of slide bases 107 and the multiple sets of sliding placement plates 108 are provided with multiple sets of fixing holes. The diameters of the multiple sets of fixing holes are the same as those of the fixing pins 206. The multiple sets of fixing pins 206 are respectively clamped in the multiple sets of fixing holes. When the user pushes the sliding placement plate 108 into After being inserted into the slide base 107, after the four groups of laser receivers 203 and the laser four corners of the laser transmitter 201 are positioned, the electric push rod 205 is started, and then the fixing pin 206 is pushed downward to fix the sliding placement plate 108 to prevent the user from pulling out the sliding placement plate 108 by mistake. A pop-up button 113 is provided at one end of the multiple groups of sliding placement plates 108. The pop-up button 113 can be used to reset the electric push rod 205, thereby canceling the fixation of the sliding placement plate 108.

[0065] Compared with the method of fixing the sliding placement plate 108 by only using the electromagnet 110 and the limiting magnet 109 in the first embodiment, the second embodiment sets a laser receiver 203 at the four corners of the sliding placement plate 108, and sets a laser transmitter 201 corresponding to the laser receiver 203 on the supporting plate 104, and triggers the electric push rod 205 to work by positioning the laser receiver 203 and the laser transmitter 201 at the four corners. The main difference is that the sliding placement plate 108 can be better fixed, and compared with the trigger member 111 pressing the trigger switch 112, the trigger method of four-corner positioning has a longer service life, and the trigger member 111 pressing the trigger switch 112 has a shorter service life. When the user uses too much force, it is also easy to cause damage to the trigger switch 112; the other conditions are consistent with the first embodiment, so this embodiment will not be repeated.

[0066] The embodiments described above are only used to illustrate the technical solutions of the present invention, rather than to limit the same. Although the present invention has been described in detail with reference to the aforementioned embodiments, those skilled in the art should understand that the technical solutions described in the aforementioned embodiments may still be modified, or some of the technical features may be replaced by equivalents. Such modifications or replacements do not deviate the essence of the corresponding technical solutions from the spirit and scope of the technical solutions of the embodiments of the present invention, and should all be included in the protection scope of the present invention.

Claims

1. A liquid cooling center distributed liquid cooling cabinet, characterized in that: The invention comprises a cabinet body (100), an air inlet box (102) and an MCU liquid cooling distribution unit (101), wherein the air inlet box (102) is provided with a dustproof component, two groups of connecting frames (103) are symmetrically provided on the inner walls on both sides of the cabinet body (100), and a plurality of groups of bearing plates (104) are respectively provided on one side of four groups of connecting frames (103), wherein a control component is provided between two groups of bearing plates (104), the plurality of groups of bearing plates (104) are arranged in sequence in a vertical direction, and a plurality of groups of partition plates (105) are respectively provided on the top of the plurality of groups of bearing plates (104), and each group of the partition plates (105) divides each group of the bearing plates (104) into There are four groups of placement areas (106), multiple groups of the placement areas (106) are each provided with a sliding placement plate (108) and a slide base (107), multiple groups of the placement areas (106) are each provided with an RFID identification component, multiple groups of the sliding placement plates (108) are each provided with a server body (117) on the top, multiple groups of the server body (117) are each provided with a liquid cooling component on the bottom, multiple groups of the partition plates (105) are each provided with a passive heat dissipation component on the periphery, multiple groups of the liquid cooling components are each connected to the MCU liquid cooling distribution unit (101); multiple groups of the partition plates (105) are each provided with multiple groups of heat conductive fixing members (126) on the top, one group of the A first air guide plate (131) is arranged on the top of the partition plate (105), and multiple groups of second air guide plates (132) are arranged on the tops of the other partition plates (105); the passive heat dissipation components include a first heat dissipation fin (129), a second heat dissipation fin (130) and a heat conduction plate (128); multiple groups of heat conduction plates (128) are arranged on the tops of multiple groups of server bodies (117); multiple groups of heat conduction plates (128) are connected to multiple groups of heat conduction connectors (127) on both sides of the multiple groups of heat conduction plates (128); one end of the multiple groups of heat conduction connectors (127) is respectively clamped in the multiple groups of heat conduction fixing members (126); multiple groups of heat conduction plates (128) are arranged on both sides of the multiple groups of The first heat dissipation fins (129) are all rectangular, and one side of the multiple groups of first heat dissipation fins (129) is penetrated by multiple groups of auxiliary heat conduction grooves. One end of the multiple groups of first heat dissipation fins (129) is respectively connected to the multiple groups of heat conduction plates (128). Multiple groups of second heat dissipation fins (130) are respectively arranged on the top of the multiple groups of heat conduction plates (128). The multiple groups of second heat dissipation fins (130) are all wavy, and one side of the multiple groups of second heat dissipation fins (130) is penetrated by multiple groups of auxiliary heat conduction holes. The bottom ends of the multiple groups of second heat dissipation fins (130) are respectively connected to the multiple groups of heat conduction plates (128);The first air guide plate (131) and the plurality of groups of the second air guide plates (132) are both in a T-shape, and air guide grooves (133) are provided at the bottoms of both sides of the first air guide plate (131) and the plurality of groups of the second air guide plates (132), and air guide channels (134) connected to the air guide grooves (133) are provided on both sides of the first air guide plate (131) and the plurality of groups of the second air guide plates (132), and the plurality of groups of the air guide channels (134) are respectively directed toward the plurality of groups of the first heat dissipation fins (129) and the plurality of groups of the second heat dissipation fins (129). 30), one end of each of the plurality of second air guide plates (132) is provided with an air inlet slot (135), the tops of each of the plurality of second air guide plates (132) are symmetrically provided with a plurality of air outlet slots (136), the tops of each of the plurality of air outlet slots (136) are provided with air guide fans (137), the air inlet ends of the plurality of air guide fans (137) are respectively oriented toward the plurality of air outlet slots (136), and the first air guide plates (131) and the plurality of second air guide plates (132) are respectively connected to the tops of the plurality of partition plates (105) by means of a plurality of screws. ; 2. A liquid cooling central distributed liquid cooling cabinet according to claim 1, characterized in that: A plurality of sets of server fixings (116) are respectively arranged on the top of the plurality of sets of sliding placement plates (108); a plurality of sets of server bodies (117) are respectively arranged in the plurality of sets of server fixings (116); the RFID identification components include RFID readers (118), RFID electronic tags (120) and mounting frames; a plurality of sets of RFID readers (118) are respectively arranged on the plurality of sets of partition plates (105); a plurality of sets of mounting frames are respectively installed at one end of the plurality of sets of server fixings (116); the mounting positions of the plurality of mounting frames respectively correspond to one set of heat dissipation ports of the plurality of sets of server bodies (117); a plurality of sets of RFID electronic tags (120) are respectively arranged in the plurality of mounting frames; a plurality of sets of RFID electronic tags (120) respectively correspond to a plurality of sets of RFID readers (118); a plurality of sets of RFID readers (118) are all electrically connected to the control components; a plurality of sets of ventilation ports are respectively opened at one end of the plurality of sets of server fixings (116).

3. A liquid cooling central distributed liquid cooling cabinet according to claim 2, characterized in that: The installation frame includes a label clamp (121), four groups of label fixing members (122) and a label installation member (119), wherein the multiple groups of label installation members (119) are respectively installed on one end of the multiple groups of server fixing members (116), and the multiple groups of label installation members (119) are respectively clamped with multiple groups of label installation members (119) at one end, and the multiple groups of label installation members (119) are each provided with a label installation groove at one end, and the shapes of the multiple groups of label installation grooves are respectively the same as those of the multiple groups of RFID electronic tags (120), and the multiple groups of RFID electronic tags (120) are respectively arranged in the multiple groups of label installation grooves, and the four corners of the multiple groups of RFID electronic tags (120) are each provided with The label fixing part (122), multiple groups of sponge pads (123) are respectively arranged between the multiple groups of label fixing parts (122) and the multiple groups of RFID electronic tags (120), the four corners of the multiple groups of label mounting parts (119) are provided with release parts (125), the four corners of the multiple groups of label mounting parts (119) are penetrated with connecting rods (124), one side of the multiple groups of label fixing parts (122) is respectively connected to multiple groups of springs, one end of the multiple groups of springs is connected to the inner wall of the label mounting part (119), the multiple groups of connecting rods (124) respectively pass through the four corners of the multiple groups of springs and the multiple groups of label mounting parts (119), and are connected to the multiple groups of releasing parts (125).

4. The liquid cooling center distributed liquid cooling cabinet according to claim 1, characterized in that: The MCU liquid cooling distribution unit (101) is arranged on one side of the cabinet body (100), the liquid cooling assembly includes a liquid cooling block (138), a liquid cooling pipeline (140) and a liquid cooling pump (139), multiple groups of the sliding placement plates (108) are respectively provided with multiple groups of liquid cooling fixing members (141), and the two ends of the multiple groups of the liquid cooling fixing members (141) are respectively connected to the multiple groups of the sliding placement plates (108) by multiple groups of screws, and the multiple groups of the liquid cooling fixing members (141) are respectively provided with multiple groups of liquid cooling fixing members (141). 1) Multiple groups of fixed protrusions are arranged on the top, multiple groups of the liquid cooling blocks (138) and multiple groups of the liquid cooling pumps (139) are respectively clamped in the multiple groups of the fixed protrusions, the tops of the multiple groups of the liquid cooling blocks (138) are respectively in contact with the multiple groups of the server bodies (117), and the multiple groups of the liquid cooling blocks (138), the multiple groups of the liquid cooling pumps (139) and the MCU liquid cooling distribution unit (101) are respectively connected through multiple groups of the liquid cooling pipelines (140).

5. The liquid cooling center distributed liquid cooling cabinet according to claim 1, characterized in that: The air inlet box (102) is arranged at the bottom of the cabinet body (100), and the dustproof component includes a coarse-effect filter (143), a medium-effect filter (146) and an electrostatic adsorption filter (147). A filter installation component (142) is arranged on one side of the air inlet box (102), and the coarse-effect filter (143) is installed in the filter installation component (142). The coarse-effect filter (143) is made of non-woven fabric. A connecting magnet (144) is clamped at one end of the coarse-effect filter (143), and a fixing magnet (144) is clamped on the inner side of one end of the filter installation component (142). 145), the inner wall of the air inlet box (102) is provided with two groups of filter installation grooves, one group of the filter installation grooves is provided with the medium-efficiency filter (146), the medium-efficiency filter (146) is made of polyester fiber material, and the other group of the filter installation grooves is provided with the electrostatic adsorption filter (147), a filter installation door (148) is provided at one end of the air inlet box (102), and the inner side surface of the bottom of the cabinet body (100) is provided with multiple groups of air inlet fans (149) in an array shape, and the bottom of the cabinet body (100) is connected to the air inlet box (102).

6. The liquid cooling center distributed liquid cooling cabinet according to claim 1, characterized in that: A control board (150) is arranged between two groups of the carrying plates (104); a control base (151) is arranged on the top of the control board (150); a slidable control placement board (152) is arranged inside the control base (151); four groups of control fixing members (153) are arranged on the top of the control placement board (152); two groups of limit members (154) are arranged at one end of the control base (151); a control installation board (156) is arranged on one side of the control base (151); both sides of the control board (150) are respectively connected to the four groups of the connecting frames (103); the control assembly comprises a control module ( 155), a data acquisition module (157) and a storage module (158), the control module (155) is mounted in four groups of control fixing members (153), the data acquisition module (157) and the storage module (158) are both mounted on the top of the control mounting plate (156), a plurality of groups of the slide bases (107) are each provided with a sensor mounting frame (114) on the top, a plurality of groups of the sensor mounting frames (114) are respectively provided with a plurality of groups of digital infrared temperature sensors (115), and the detection ends of the plurality of groups of the digital infrared temperature sensors (115) are respectively oriented toward the plurality of groups of the server bodies (117).

7. The liquid cooling center distributed liquid cooling cabinet according to claim 1, characterized in that: Multiple groups of sliding placement plates (108) are respectively arranged in multiple groups of slide bases (107); two groups of limiting magnets (109) are respectively clamped at one end of the multiple groups of sliding placement plates (108); a trigger member (111) is arranged between each two groups of limiting magnets (109); multiple groups of trigger members (111) are respectively clamped at one end of the multiple groups of sliding placement plates (108); two groups of electromagnets (110) are respectively clamped on the inner side surface of one end of the multiple groups of slide bases (107); one end of the multiple groups of electromagnets (110) is respectively magnetically connected to the multiple groups of limiting magnets (109); a trigger switch (112) is arranged between each two groups of electromagnets (110); multiple groups of trigger switches (112) are respectively clamped on the inner side surface of one end of the multiple groups of slide bases (107); and one end of the multiple groups of sliding placement plates (108) is provided with an ejection button (113).

8. The liquid cooling center distributed liquid cooling cabinet according to claim 1, characterized in that: The plurality of sets of sliding placement plates (108) are respectively arranged in the plurality of sets of slide bases (107); the plurality of sets of carrying plates (104) are respectively provided with a plurality of laser installation grooves on the top; the plurality of sets of laser installation grooves are respectively provided with a plurality of laser emitters (201); the plurality of laser emitters (201) are respectively provided with glass protection plates (202) on the top; four sets of laser receivers (203) are respectively provided at the four corners of the bottom of each set of sliding placement plates (108); the installation positions of the plurality of laser emitters (201) respectively correspond to the plurality of laser receivers (203); the plurality of slide bases (104) are respectively provided with a plurality of laser installation grooves; 07) are provided with multiple groups of fixed mounting frames (204) on the top, multiple groups of electric push rods (205) are respectively installed in the multiple groups of fixed mounting frames (204), multiple groups of fixing pins (206) are respectively provided at one end of the multiple groups of electric push rods (205), multiple groups of fixing holes are opened on the top of the multiple groups of slide bases (107) and multiple groups of sliding placement plates (108), the diameters of the multiple groups of fixing holes are the same as those of the fixing pins (206), the multiple groups of fixing pins (206) are respectively clamped in the multiple groups of fixing holes, and multiple groups of sliding placement plates (108) are provided with ejection buttons (113) at one end.

Images