CN115426292B - Operation and maintenance system and method suitable for multi-cloud management - Google Patents
Operation and maintenance system and method suitable for multi-cloud management Download PDFInfo
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- H04L43/00—Arrangements for monitoring or testing data switching networks
- H04L43/08—Monitoring or testing based on specific metrics, e.g. QoS, energy consumption or environmental parameters
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- H04L41/00—Arrangements for maintenance, administration or management of data switching networks, e.g. of packet switching networks
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- H04L41/0654—Management of faults, events, alarms or notifications using network fault recovery
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
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Abstract
The invention relates to an operation and maintenance system and method suitable for multi-cloud management, wherein the operation and maintenance system comprises a bearing cabinet, a UPS (uninterrupted power supply), an operation and maintenance mechanism based on a network server, a network switch, a control terminal, an intelligent communication gateway and a driving circuit, the UPS, the operation and maintenance mechanism based on the network server, the network switch, the intelligent communication gateway and the driving circuit are all located in the bearing cabinet, and the driving circuit is respectively and electrically connected with the UPS, the operation and maintenance mechanism based on the network server, the network switch, the control terminal and the intelligent communication gateway. The operation and maintenance method comprises the three steps of system construction, system setting, cloud platform operation and maintenance and the like. On one hand, the invention can effectively meet the requirement of continuous and stable operation of various operation environments; and on the other hand, the data processing capacity is strong, the intelligent degree is high, so that the working efficiency of the operation and maintenance operation of the cloud platform is greatly improved, and the cost and the difficulty of the operation and maintenance management of the cloud platform are reduced.
Description
Technical Field
The invention relates to an operation and maintenance system and method suitable for multi-cloud management, and belongs to the technical field of computers and network communication.
Background
With the development of cloud computing, currently, in numerous fields, cloud platforms are gradually adopted to perform numerous works such as data storage, equipment remote control, data analysis and the like, but it is found in actual operation that with factors such as complexity of work content and increase of required processing data amount, a cloud computing form is often required to be realized through a multi-cloud computing environment, and when the multi-cloud platform is operated, an independent operation and maintenance management platform is often required to be set to coordinate the work such as cooperative operation among multi-cloud systems, data scheduling, equipment management, operation service and the like, and for the requirement, various multi-cloud management operation and maintenance technologies are currently developed, and the publication number is: CN114490093A, with patent name: a cloud resource optimal allocation method for a multi-cloud management scene comprises the following steps: 20220513, publication No.: CN113127292A, patent name: an operation, maintenance and monitoring method suitable for multi-cloud management is disclosed as follows: 20210716, although the requirement of the multi-cloud operation and maintenance management operation can be met to a certain extent, the current multi-cloud operation and maintenance management systems usually use computer programs and logic operation methods, but the current traditional multi-cloud operation and maintenance management methods are lack of reliable hardware system cooperative operation that meets the requirement of implementation, so the current traditional multi-cloud operation and maintenance management systems usually stay in theory or need to operate with the current traditional computer system due to the absence of reliable hardware equipment, which results in the problems of low efficiency of the multi-cloud operation and maintenance operation and poor stability of the system operation.
Disclosure of Invention
In order to solve the defects in the prior art, the invention provides an operation and maintenance system and method suitable for multi-cloud management, which effectively prevent equipment faults caused by high temperature and greatly improve the stability and fault resistance of equipment operation; the working efficiency of the operation and maintenance work of the cloud platform is greatly improved, and the cost and the difficulty of the operation and maintenance management of the cloud platform are reduced.
The utility model provides an operation and maintenance system suitable for many cloud management, including bearing the rack, the UPS power, the operation and maintenance mechanism based on network server, the network switch, control terminal, intelligent communication gateway and drive circuit, bear the rack and be the cabinet body structure that axial cross-section is the rectangle, the UPS power, the operation and maintenance mechanism based on network server, the network switch, intelligent communication gateway and drive circuit all are located bears the rack, wherein in the operation and maintenance mechanism of network server at least two, each operation and maintenance mechanism based on network server passes through network switch interconnect, and be connected with outside communication network through intelligent communication gateway respectively, drive circuit respectively with the UPS power, the operation and maintenance mechanism based on network server, the network switch, control terminal and intelligent communication gateway between electrical connection, just control terminal at least one, be located bear the rack outside and bear the rack and be connected.
Furthermore, the operation and maintenance mechanism based on the network server is a network server based on big data, the operation and maintenance mechanism based on the network server is provided with an interface structure based on Libcloud, a deep learning neural network system based on any one or more of a BP neural network system, a CNN neural network system and an LSTM neural network system, and each operation and maintenance mechanism based on the network server is in data connection with at least one external cloud platform.
Furthermore, the operation and maintenance mechanism based on the network server comprises a heat exchange fin, an insulation terminal, a bearing keel, an MOS drive main board, a data processing CPU, a graphic processing GPU, a fixed memory, a mobile memory, a data buffer, a communication bus and a communication port, wherein the bearing keel is of a frame structure with a rectangular axial cross section, the heat exchange fin and the MOS drive main board are embedded in the bearing keel and are distributed in parallel, the lower end face of the heat exchange fin is positioned outside the lower end face of the bearing keel, the upper end face of the heat exchange fin is connected with the MOS drive main board through a plurality of insulation terminals, the data processing CPU, the graphic processing GPU, the fixed memory, the mobile memory, the data buffer, the communication bus and the communication port are all connected with the upper end face of the MOS drive main board, the data processing CPU and the graphic processing CPU are not less than two and are connected with each other through the communication bus, meanwhile, the communication bus is electrically connected with the MOS drive main board, the data buffer, the communication port and the fixed memory respectively, the fixed memory and the fixed memory are not less than one, the fixed memory are connected in parallel, the fixed memory and the mobile memory are connected with each other through the communication port and the MOS drive main board and are connected with the MOS drive circuit.
Further, the heat transfer fin includes tray and fin, the tray up end is established the transversal groove that bears who personally submits "U" font slot-shaped structure, bear fossil fragments and the coaxial distribution of tray, be connected and the cladding outside bearing the groove with the tray up end, MOS drive mainboard inlays in bearing the inslot and with bear the groove coaxial distribution, the fin is a plurality of, and mutual parallel distribution between each fin is connected with tray lower extreme face, and fin face and tray lower extreme personally submit 45-60 contained angles, and the interval is not more than 5 millimeters between two adjacent fins.
Further, bear in the rack establish the mechanism of adjusting the temperature in addition, the mechanism of adjusting the temperature is including bearing baffle, heat transfer plate, heat exchange tube, drainage fan and semiconductor refrigeration mechanism, bear the baffle for the cross-section is arbitrary slot-shaped structure in rectangle, "U" font and "H" font, each bear the baffle with bear the rack internal surface connection and with bear the rack between coaxial distribution, UPS power, fortune dimension mechanism, network switch, intelligent communication gateway and drive circuit based on network server are connected with bearing the baffle up end respectively, bear the baffle down the end and be connected with the refrigeration end of a semiconductor refrigeration mechanism and coaxial distribution, the heat dissipation end and the heat transfer plate of semiconductor refrigeration mechanism are connected, and heat transfer plate and bear baffle parallel distribution, the heat exchange tube is the heliciform structure around semiconductor refrigeration mechanism axis and distributes, is located between bearing the baffle and the heat transfer plate and is connected with bearing the baffle and the heat transfer plate, heat exchange tube one end with bear the inside intercommunication of rack, the other end passes through honeycomb duct and drainage fan intercommunication, the drainage fan bears the rack surface, and drainage fan and semiconductor refrigeration mechanism all inlays in drive circuit electrical connection.
Furthermore, a plurality of through holes with axes vertically distributed with the upper end surface are uniformly distributed on the bearing partition plate, a temperature and humidity sensor is arranged at the bottom of the bearing partition plate, and the temperature and humidity sensor is electrically connected with the driving circuit.
Further, the control terminal is any one of a PC computer or an industrial computer, and the driving circuit is a circuit system based on any one of a programmable controller or an FPGA chip.
An operation and maintenance method of an operation and maintenance system suitable for multi-cloud management comprises the following steps:
firstly, constructing a system, namely assembling a bearing cabinet, a UPS (uninterrupted power supply), an operation and maintenance mechanism based on a network server, a network switch, a control terminal, an intelligent communication gateway and a driving circuit to obtain a finished product operation and maintenance system, and installing the finished product operation and maintenance system at a specified working position; then, on one hand, the operation and maintenance system is electrically connected with an external power circuit, on the other hand, the operation and maintenance system is connected with an external communication network through an intelligent communication gateway, and data connection is established between the operation and maintenance system and each external cloud platform to be managed through the external communication network; finally, according to the number and the spatial distribution positions of the connected external cloud platforms to be managed, the number of the operation and maintenance mechanisms based on the network servers and the cloud platforms to be managed which are taken over by each operation and maintenance mechanism based on the network servers are set;
secondly, system setting, namely firstly, under the control of a control terminal, an operation and maintenance mechanism based on a network server acquires system names and data of distributed geographic positions of all connected cloud platforms, then an independent equipment identification name is compiled for each cloud platform according to the acquired data, an independent data storage space is arranged in the operation and maintenance mechanism based on the network server for each cloud platform, an independent communication protocol and a communication address are configured for each cloud platform, and at least one communication port is allocated; finally, a cloud platform ID, a name, a shared attribute, a specification, a configuration, a data processing logic, a control logic based on the field of the cloud platform and a cloud platform operation state control strategy are arranged in the operation and maintenance mechanism based on the network server;
thirdly, the operation and maintenance of the cloud platform, firstly, the operation and maintenance mechanism based on the network server controls the strategy according to the operation state of the cloud platform set in the second step, and firstly, the operation state of each cloud platform system is synchronously detected; and then copying key data in the operation process of the cloud platform according to the control logic of the second step, storing the key data in an independent data storage space corresponding to the operation and maintenance mechanism based on the network server, simultaneously establishing a data storage list and a synchronous mapping file for the data stored in the independent data storage space, outputting and interacting the synchronous mapping file through an operation and control terminal, inputting a corresponding operation and maintenance command of the cloud platform into the operation and maintenance mechanism based on the network server through the operation and control terminal by a worker according to feedback information, then transmitting the relevant operation and maintenance command to the position of the cloud platform by the operation and maintenance mechanism based on the network server, and performing daily maintenance and operation and maintenance by the cloud platform according to the operation and maintenance command.
The system has high construction integration degree, good universality and strong system expansion capability, can effectively meet the requirement of continuous and stable operation of various operation environments on one hand, effectively prevent equipment failure caused by high temperature while improving the space utilization rate, and greatly improve the stability and the failure resistance of equipment operation; on the other hand, the data processing capacity is strong, the intelligent degree is high, synchronous monitoring and management of the running states of the cloud platforms of different types can be achieved simultaneously, remote control is achieved according to the running states of the cloud platforms, the working efficiency of operation and maintenance of the cloud platforms is greatly improved, and the cost and difficulty of operation and maintenance management of the cloud platforms are reduced.
Drawings
The invention is described in detail below with reference to the drawings and the detailed description;
FIG. 1 is a schematic diagram of the system of the present invention;
FIG. 2 is a schematic structural diagram of a connection state of an operation and maintenance mechanism and a temperature adjusting structure based on a network server;
FIG. 3 is a schematic flow chart of the method of the present invention.
Detailed Description
In order to make the technical means, creation features, achievement purposes and effects of the invention easy to construct, the invention is further explained below with reference to specific embodiments.
As shown in fig. 1 and fig. 2, an operation and maintenance system suitable for multi-cloud management includes a carrying cabinet 1, a UPS power supply 2, an operation and maintenance mechanism 3 based on a network server, a network switch 4, a control terminal 5, an intelligent communication gateway 6 and a driving circuit 7, where the carrying cabinet 1 is a cabinet structure with a rectangular axial cross-section, the UPS power supply 2, the operation and maintenance mechanism 3 based on the network server, the network switch 4, the intelligent communication gateway 6 and the driving circuit 7 are all located in the carrying cabinet 1, at least two operation and maintenance mechanisms 3 based on the network server are connected with each other through the network switch 4 and are connected with an external communication network through the intelligent communication gateway 6, the driving circuit 7 is electrically connected with the UPS power supply 2, the operation and maintenance mechanism 3 based on the network server, the network switch 4, the control terminal 5 and the intelligent communication gateway 6, and at least one control terminal 5 is located outside the carrying cabinet 1 and connected with the carrying cabinet 1.
The operation and maintenance mechanism 3 based on the network server is a network server based on big data, the operation and maintenance mechanism 3 based on the network server is provided with an interface structure based on Libcloud, a deep learning neural network system shared by any one or more of a BP neural network system, a CNN neural network system and an LSTM neural network system, and each operation and maintenance mechanism based on the network server is in data connection with at least one external cloud platform.
It is emphasized that the operation and maintenance mechanism 3 based on the network server includes a heat exchange fin 31, an insulation terminal 32, a carrying keel 33, a MOS driving main board 34, a data processing CPU35, a graphic processing GPU36, a fixed memory 37, a mobile memory 38, a data buffer 39, a communication bus 30, and a communication port 301, the carrying keel 33 is a frame structure with an axial cross section in a rectangular shape, the heat exchange fin 31 and the MOS driving main board 34 are all embedded in the carrying keel 33 and distributed in parallel with each other, the lower end surface of the heat exchange fin 31 is located outside the lower end surface of the carrying keel 33, the upper end surface is connected with the MOS driving main board 34 through a plurality of insulation terminals 32, the data processing CPU35, the graphic processing GPU36, the fixed memory 37, the mobile memory 38, the data buffer 39, the communication bus 30, and the communication port 301 are all connected with the upper end surface of the MOS driving main board 34, the data processing CPU35 and the graphic processing GPU36 are not less than two and are connected with each other through the communication bus 30, and the communication bus 30 is respectively electrically connected with the MOS driving main board 34, the data buffer 39, the communication port 301, the fixed memory 37 and the fixed memory 37, the fixed memory 37 are not less than one fixed memory 38, the mobile memory 38 and the mobile memory 38 are connected with the MOS driving main board 34, and the communication port 301, and the communication port 34 are connected in parallel, and the communication port 34, and the communication port 13 are connected with the communication port 34, and the communication port 301, and the communication port 34.
Preferably, the heat exchange fin 31 includes a tray 311 and fins 312, the upper end surface of the tray 311 is provided with a bearing groove 313 having a U-shaped groove-shaped cross section, the bearing keels 33 are coaxially distributed with the tray, are connected with the upper end surface of the tray 311 and cover the bearing groove 313, the MOS driving main board 34 is embedded in the bearing groove 313 and coaxially distributed with the bearing groove 313, the fins 312 are distributed in parallel and connected with the lower end surface of the tray 311, the surface of each fin 312 and the lower end surface of the tray 311 form an included angle of 45-60 degrees, and the distance between two adjacent fins 312 is not more than 5 mm.
Meanwhile, another temperature adjustment mechanism 8 is arranged in the bearing cabinet 1, the temperature adjustment mechanism 8 includes a bearing partition plate 81, a heat exchange plate 82, a heat exchange tube 83, a drainage fan 84 and a semiconductor refrigeration mechanism 85, the bearing partition plate 81 is a groove-shaped structure with a cross section in any one of a rectangular shape, a U shape and an H shape, each bearing partition plate 81 is connected with the inner surface of the bearing cabinet 1 and coaxially distributed with the bearing cabinet 1, the UPS power supply 2, the operation and maintenance mechanism 3 based on a network server, the network switch 4, the intelligent communication gateway 6 and the driving circuit 7 are respectively connected with the upper end surface of the bearing partition plate 81, the lower end surface of the bearing partition plate 81 is connected with the refrigeration end of one semiconductor refrigeration mechanism 85 and coaxially distributed, the heat dissipation end of the semiconductor refrigeration mechanism 85 is connected with the heat exchange plate 83, the heat exchange plate 83 is parallelly distributed with the bearing partition plate 81, the heat exchange tube 83 is spirally distributed around the axis of the semiconductor refrigeration mechanism 85, is positioned between the bearing partition plate 81 and the heat exchange plate 82 and connected with the bearing partition plate 81 and the heat exchange plate 82, one end of the heat exchange tube 83 is communicated with the inside of the bearing cabinet 1, the other end of the bearing cabinet is communicated with the fan 84, the drainage fan 84 is embedded in the outer surface of the semiconductor refrigeration mechanism 1 and the semiconductor refrigeration mechanism 85, and the drainage fan 7.
A plurality of through holes 86 with axes vertical to the upper end surface are uniformly distributed on the bearing partition plate 81, a temperature and humidity sensor 87 is arranged at the bottom of the bearing partition plate 81, and the temperature and humidity sensor 87 is electrically connected with the drive circuit 7.
In this embodiment, the control terminal 5 is any one of a PC computer and an industrial computer, and the driving circuit 7 is a circuit system based on any one of a programmable controller and an FPGA chip.
As shown in fig. 3, an operation and maintenance method of an operation and maintenance system suitable for multi-cloud management includes the following steps:
firstly, constructing a system, namely assembling a bearing cabinet, a UPS (uninterrupted power supply), an operation and maintenance mechanism based on a network server, a network switch, a control terminal, an intelligent communication gateway and a driving circuit to obtain a finished product operation and maintenance system, and installing the finished product operation and maintenance system at a specified working position; then, on one hand, the operation and maintenance system is electrically connected with an external power circuit, on the other hand, the operation and maintenance system is connected with an external communication network through an intelligent communication gateway, and data connection is established between the operation and maintenance system and each external cloud platform to be managed through the external communication network; finally, according to the number and the spatial distribution positions of the connected external cloud platforms to be managed, the number of the operation and maintenance mechanisms based on the network servers and the cloud platforms to be managed which are taken over by each operation and maintenance mechanism based on the network servers are set;
secondly, system setting, namely firstly, under the control of a control terminal, acquiring system names and data of distributed geographic positions of all connected cloud platforms by an operation and maintenance mechanism based on a network server, then compiling an independent equipment identification name for each cloud platform according to the acquired data, setting an independent data storage space for each cloud platform in the operation and maintenance mechanism based on the network server, configuring an independent communication protocol and a communication address for each cloud platform, and allocating at least one communication port; finally, a cloud platform ID, a name, a shared attribute, a specification, a configuration, a data processing logic, a cloud platform field-based control logic and a cloud platform operation state control strategy are arranged in the operation and maintenance mechanism based on the network server;
thirdly, the operation and maintenance of the cloud platform, firstly, the operation and maintenance mechanism based on the network server controls the strategy according to the operation state of the cloud platform set in the second step, and firstly, the operation state of each cloud platform system is synchronously detected; and then according to the control logic of the second step, copying key data in the operation process of the cloud platform and storing the key data in an independent data storage space corresponding to the operation and maintenance mechanism based on the network server, simultaneously establishing a data storage list and a synchronous mapping file for the data stored in the independent data storage space, outputting and interacting the synchronous mapping file through an operation terminal, inputting a corresponding operation and maintenance command of the cloud platform into the operation and maintenance mechanism based on the network server through the operation terminal by a worker according to feedback information, then transmitting the corresponding operation and maintenance command to the position of the cloud platform by the operation and maintenance mechanism based on the network server, and performing daily maintenance and operation and maintenance by the cloud platform according to the operation and maintenance command.
The system has high integration degree of system construction, good universality and strong system expansion capability, can effectively meet the requirement of continuous and stable operation of various operation environments on one hand, effectively prevent equipment failure caused by high temperature while improving the space utilization rate, and greatly improve the stability and the failure resistance of equipment operation; on the other hand, the data processing capacity is strong, the intelligent degree is high, synchronous monitoring and management of the running states of the cloud platforms of different types can be achieved simultaneously, remote control is achieved according to the running states of the cloud platforms, the working efficiency of operation and maintenance of the cloud platforms is greatly improved, and the cost and difficulty of operation and maintenance management of the cloud platforms are reduced.
The foregoing shows and describes the general principles and broad features of the present invention and advantages thereof. It will be understood by those skilled in the art that the present invention is not limited to the embodiments described above, which are described in the specification and illustrated only to illustrate the principle of the present invention, but that various changes and modifications may be made therein without departing from the spirit and scope of the present invention, which fall within the scope of the invention as claimed. The scope of the invention is defined by the appended claims and equivalents thereof.
Claims (7)
1. The operation and maintenance system suitable for the multi-cloud management is characterized by comprising a bearing cabinet, a UPS (uninterrupted power supply), an operation and maintenance mechanism based on a network server, a network switch, a control terminal, an intelligent communication gateway and a driving circuit, wherein the operation and maintenance system suitable for the multi-cloud management is connected with an external communication network through the intelligent communication gateway and is connected with an external cloud platform to be managed through the external communication network; under the control of the control terminal, an operation and maintenance mechanism based on a network server acquires system names and data of distributed geographic positions of all connected cloud platforms, an independent equipment identification name is compiled for each cloud platform according to the acquired data, an independent data storage space is arranged in the operation and maintenance mechanism based on the network server for each cloud platform, an independent communication protocol and a communication address are configured for each cloud platform, and at least one communication port is allocated; the method comprises the steps that an operation and maintenance mechanism based on a network server is internally provided with a cloud platform ID, a name, a shared attribute, a specification, a configuration and a data processing logic, a control logic of the field to which the cloud platform belongs and a cloud platform operation state control strategy; the operation and maintenance mechanism based on the network server synchronously detects the system operation state of each cloud platform according to a cloud platform operation state control strategy, copies key data in the operation process of the cloud platform according to control logic in the field to which the cloud platform belongs, stores the key data in a corresponding independent data storage space of the operation and maintenance mechanism based on the network server, simultaneously establishes a data storage list and a synchronous mapping file for the data stored in the independent data storage space, outputs and interacts the synchronous mapping file through an operation and control terminal, inputs a corresponding cloud platform operation and maintenance command to the operation and maintenance mechanism based on the network server according to feedback information, transmits the relevant operation and maintenance command to the position of the cloud platform, and operates and maintains the cloud platform according to the operation and maintenance command;
the bearing cabinet is of a cabinet body structure with a rectangular axial cross section, the UPS, the operation and maintenance mechanism based on the network server, the network switch, the intelligent communication gateway and the driving circuit are all located in the bearing cabinet, at least two operation and maintenance mechanisms based on the network server are connected with each other through the network switch and are connected with an external communication network through the intelligent communication gateway, the driving circuit is electrically connected with the UPS, the operation and maintenance mechanism based on the network server, the network switch, the control terminal and the intelligent communication gateway respectively, and the control terminal is at least one and is located outside the bearing cabinet and connected with the bearing cabinet; the operation and maintenance mechanism based on the network server is a network server based on big data, interface structures based on Libcloud are arranged on the operation and maintenance mechanism, a deep learning neural network system shared by any one or more of a BP neural network system, a CNN neural network system and an LSTM neural network system is arranged on the operation and maintenance mechanism, and each operation and maintenance mechanism based on the network server is in data connection with at least one cloud platform; the operation and maintenance mechanism based on the network server comprises a heat exchange fin plate, an insulation terminal, a bearing keel, an MOS driving main plate, a data processing CPU, an image-text processing GPU, a fixed memory, a mobile memory, a data buffer, a communication bus and a communication port, wherein the heat exchange fin plate and the MOS driving main plate are embedded in the bearing keel and are distributed in parallel, the lower end face of the heat exchange fin plate is located outside the lower end face of the bearing keel, the upper end face of the heat exchange fin plate is connected with the MOS driving main plate through a plurality of insulation terminals, the data processing CPU, the image-text processing GPU, the fixed memory, the mobile memory, the data buffer, the communication bus and the communication port are connected with the upper end face of the MOS driving main plate, the data processing CPU and the image-text processing GPU are connected with each other through the communication bus, the communication bus is respectively electrically connected with the MOS driving main plate, the data buffer, the communication port and the fixed memory, the fixed memory and the mobile memory are connected in parallel, the mobile memory is electrically connected with the MOS driving main plate through the communication port and is connected with the bearing keel through the insulation terminal, and the MOS driving main plate is electrically connected with a driving circuit.
2. The operation and maintenance system suitable for multi-cloud management according to claim 1, wherein the bearing keel is a frame structure with a rectangular axial cross section, the number of the data processing CPUs and the number of the graphics processing GPUs are not less than two, and the number of the fixed memory and the number of the mobile memory are not less than one.
3. The operation and maintenance system suitable for multi-cloud management according to claim 1, wherein the heat exchange fin plate comprises a tray and a fin plate, the upper end surface of the tray is provided with a bearing groove with a U-shaped groove-shaped cross section, the bearing keel and the tray are coaxially distributed, are connected with the upper end surface of the tray and are coated outside the bearing groove, the MOS driving main plate is embedded in the bearing groove and is coaxially distributed with the bearing groove, the fin plates are mutually distributed in parallel and are connected with the lower end surface of the tray, the surface of the fin plate and the lower end surface of the tray form an included angle of 45-60 degrees, and the distance between every two adjacent fin plates is not more than 5 mm.
4. The operation and maintenance system suitable for cloud management of claim 1, wherein a temperature adjusting mechanism is additionally arranged in the bearing cabinet, the temperature adjusting mechanism comprises a bearing partition plate, a heat exchange tube, a drainage fan and a semiconductor refrigerating mechanism, the bearing partition plate is a groove-shaped structure with a cross section in any one of a rectangular shape, a U shape and an H shape, each bearing partition plate is connected with the inner surface of the bearing cabinet and coaxially distributed with the bearing cabinet, the UPS, the operation and maintenance mechanism based on the network server, the network switch, the intelligent communication gateway and the driving circuit are respectively connected with the upper end surface of the bearing partition plate, the lower end surface of the bearing partition plate is connected with and coaxially distributed with the refrigerating end of a semiconductor refrigerating mechanism, the radiating end of the semiconductor refrigerating mechanism is connected with the heat exchange plate, the heat exchange plate is distributed in parallel with the bearing partition plate, the heat exchange tube is distributed in a spiral structure around the axis of the semiconductor refrigerating mechanism, is located between the bearing partition plate and the heat exchange plate and connected with the bearing partition plate and the heat exchange plate, one end of the heat exchange tube is communicated with the inside of the bearing cabinet, the other end of the bearing cabinet is communicated with the drainage fan, the fan is embedded in the outer surface of the drainage pipe, and the fan and the drainage circuit and the semiconductor refrigerating mechanism is connected with the driving circuit.
5. The operation and maintenance system suitable for multi-cloud management according to claim 4, wherein a plurality of through holes are uniformly distributed on the bearing partition plate, the axes of the through holes are perpendicular to the upper end face of the bearing partition plate, a temperature and humidity sensor is arranged at the bottom of the bearing partition plate, and the temperature and humidity sensor is electrically connected with the driving circuit.
6. The operation and maintenance system suitable for multi-cloud management according to claim 1, wherein the control terminal is any one of a PC computer or an industrial computer, and the driving circuit is a circuit system based on a programmable controller.
7. The operation and maintenance method suitable for the operation and maintenance system of the multi-cloud management as claimed in claim 1, characterized by comprising the following steps:
firstly, constructing a system, namely assembling a bearing cabinet, a UPS (uninterrupted power supply), an operation and maintenance mechanism based on a network server, a network switch, a control terminal, an intelligent communication gateway and a driving circuit to obtain a finished product operation and maintenance system, and installing the finished product operation and maintenance system at a specified working position; on one hand, the finished product operation and maintenance system is electrically connected with an external power circuit, on the other hand, the finished product operation and maintenance system is connected with an external communication network through an intelligent communication gateway, and data connection is established between the finished product operation and maintenance system and each external cloud platform to be managed through the external communication network; finally, according to the number and the spatial distribution positions of the connected external cloud platforms to be managed, the number of the operation and maintenance mechanisms based on the network servers and the cloud platforms to be managed which are taken over by each operation and maintenance mechanism based on the network servers are set;
secondly, system setting, namely firstly, under the control of a control terminal, acquiring system names and data of distributed geographic positions of all connected cloud platforms by an operation and maintenance mechanism based on a network server, then compiling an independent equipment identification name for each cloud platform according to the acquired data, setting an independent data storage space for each cloud platform in the operation and maintenance mechanism based on the network server, configuring an independent communication protocol and a communication address for each cloud platform, and allocating at least one communication port; finally, setting a cloud platform ID, a name, a shared attribute, a specification, a configuration and a data processing logic, a control logic of the field to which the cloud platform belongs and a cloud platform operation state control strategy in an operation and maintenance mechanism based on a network server;
thirdly, performing operation maintenance on the cloud platform, namely performing synchronous detection on the operation state of each cloud platform system by an operation and maintenance mechanism based on the network server according to the cloud platform operation state control strategy set in the second step; and then according to the control logic of the second step, copying key data in the operation process of the cloud platform and storing the key data in an independent data storage space corresponding to the operation and maintenance mechanism based on the network server, simultaneously establishing a data storage list and a synchronous mapping file for the data stored in the independent data storage space, outputting and interacting the synchronous mapping file through an operation terminal, inputting a corresponding operation and maintenance command of the cloud platform into the operation and maintenance mechanism based on the network server through the operation terminal by a worker according to feedback information, then transmitting the corresponding operation and maintenance command to the cloud platform by the operation and maintenance mechanism based on the network server, and performing operation and maintenance by the cloud platform according to the operation and maintenance command.
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