Data center computer room auxiliary management system

Abstract

The present invention discloses an auxiliary management system for a data center computer room, including a system module framework, wherein the system module framework is provided with an access unit and a bridge unit in sequence from bottom to top, an isolation zone is provided in the middle of the system module framework, the bridge units are located on both sides of the isolation zone, the bridge unit includes a cable standard warehouse and an operation and maintenance warehouse, a first wire management mechanism is provided in the operation and maintenance warehouse, a second wire management mechanism is provided in the cable standard warehouse, and a lighting system and an intelligent management system are integrated on the access unit. The present invention integrates the bridge system, power and network access system, lighting system and intelligent management system of a data center computer room into an independent system in a modular and structured form, so that the data center computer room does not need to design the above systems separately in the design stage. The present invention performs a unified structural configuration of the above systems according to the current relevant domestic and foreign specifications, so that the application of the data center computer room system forms a new application mode in the entire life cycle of design, construction and operation and maintenance.

Description

Technical Field

[0001] The present invention relates to the technical field of communication equipment, and in particular to an auxiliary management system for a data center computer room. Background Art

[0002] A high-availability data center room should provide owners with a safe and energy-saving operating environment and standardized and convenient operation and maintenance solutions throughout its life cycle. At present, in the planning stage of data center room projects, due to the uncertainty of future system applications, only some basic requirements can be put forward for the security level, application scale and application prospects of project construction. In the in-depth design, the design is often based on the product standards and configuration solutions provided by various product manufacturers. The in-depth design unit of the solution becomes the product promoter of each manufacturer, and the equipment manufacturer as the technology holder becomes the "leader" of each system technical solution. When manufacturers upgrade system products and optimize solutions, they are limited to the renewal of technology, materials and processes within the scope of each system. Even if equipment manufacturers have acquired other system equipment manufacturers for this purpose, they rarely propose dedicated overall integration solutions based on the specific needs of the data center. The design of the data center room is always in a state where the manufacturer can only use what the manufacturer has, making it difficult to make a major breakthrough in the integration technology of the data center room auxiliary management system.

[0003] Generally speaking, the focus of in-depth design of data center computer rooms is mostly on system security, and the consideration of system energy efficiency is mostly reflected in environmental protection and energy saving (reducing PUE), while the overall comprehensive energy efficiency of the computer room system throughout its life cycle is not easy to quantify, including the rationality of the system operation and maintenance mode, the convenience of the operation and maintenance method, the economy and the utilization rate of system resources. In addition, since the application forms of various auxiliary systems in the data center computer room are relatively independent, such as: bridge system, power access system, network access system, work lighting system and intelligent monitoring system, etc., their design, construction and application also have their own process standards. The complexity of their structure requires even professional computer room installers to have high professional skills, not to mention the professional limitations of the later operation and maintenance personnel, making it difficult to achieve the standardization of the operation and maintenance of the data center computer room, resulting in many auxiliary system equipment and space resources in the data center computer room cannot be well utilized, so that the standardization of the computer room will become lower and lower with the extension of time. For example, all kinds of cables in the bridge or system cabinet will become more and more messy, and the operation and maintenance risks involving the cables will become higher and higher; the flatness and tightness of the anti-static raised floor will become worse and worse, and even affect the airflow organization of the computer room, reducing the cooling effect in the computer room and reducing the operating efficiency of the entire computer room system.

[0004] The following is an explanation of some of the problems and reasons for the application of the above systems throughout the life cycle of the data center computer room.

[0005] 1. Bridge system: There are many types and quantities of bridges in the main computer room of modern data centers. In terms of the upper wiring method, they mainly include system strong power cables (or rail-type small busbar systems), system network copper cables, system network optical fibers, auxiliary system strong and weak current bridges, etc. Although the installation methods are roughly the same, they are basically hoisted in a space of about 0.3 meters above the cabinet, but due to the many types of bridges and different paths, and each has an independent hanging process and installation accessories, the upper and lower vertical spaces of the bridge body are all occupied by hangers, cables and access accessories. It is also often crossed with the installation accessories of the ceiling, lighting, fire protection, monitoring, ventilation and other systems, making the space in the upper part of the data center computer room very complicated, which is not beautiful and not convenient for operation and maintenance. The bridge using the lower wiring method is often restricted by the net height of the building site and the height of the raised floor. At the same time, it also crosses with the airflow organization, insulation, grounding, floor, fire protection, dynamic environment monitoring and other system equipment in the computer room, increasing the complexity of the space under the floor. It not only increases the difficulty of construction, but also brings great inconvenience to operation and maintenance. At the same time, many floors need to be opened during cable operation and maintenance, which makes the overall tightness of the floor worse and worse, reducing the use effect and life of the anti-static raised floor.

[0006] 2. Power access system: The power access system in busbar mode adopts the rail busbar system. Its personalized structure appearance, independent hoisting accessories and installation process form a great contrast with other wiring systems in the computer room. Its electrical plug-in box as the terminal equipment is hoisted under the rail busbar by rotating plug-in. The dual-circuit power supply mode greatly increases the complexity of the space above the system cabinet of the small busbar system, which increases the difficulty of operation and maintenance. The dedicated line mode power access system, at the end, is to install a certain number of dedicated PDUs with load capacity in the system cabinet according to the needs of the system equipment. The biggest problem is that it is not flexible and is not easy to adjust with the increase or decrease of the power load of the system cabinet. The end of the power access system is either over-investment in the early stage or repeated investment in the later stage, resulting in an increase in the proportion of invalid investment. Regardless of the power access mode, there is no dedicated standard power access space, so that the cables and access accessories of the access system are either hung outside the cabinet or occupy the valuable space of the system cabinet.

[0007] 3. Network access system: There are two types of network cables in the data center room: copper cables and optical cables. Each information system has its own network port and network equipment. Some are dedicated networks, and some can share network systems. In order to ensure the network demand for application system expansion, more redundant line resources are often reserved during planning and construction to cope with richer and more flexible networking solutions for future system applications. However, the number of available ports in the future also depends on the access equipment. Therefore, a certain position must be reserved for network equipment in the system cabinet, so that the available space for system equipment in the standard cabinet is reduced by an average of 20%. This reduces the load-bearing efficiency of the entire computer room and weakens the foundation of PUE performance.

[0008] 4. Lighting system: The data center computer room is equipped with different lighting systems and multiple lighting zones, which increases the wiring volume of the lighting system, complicates the control system structure, and increases the construction cost. At present, the lighting control mode of the data center computer room is too rough. A single loop can control a group of high-illuminance lamps, and the only area that requires high illumination is the working area of ​​this operation. This makes the illumination utilization rate of the computer room low, the energy consumption is high, and the operation and maintenance cost is high. The lighting fixtures in the data center computer room are installed at a high position. Under the same illumination standard, in order to compensate for the illumination loss, it is necessary to increase the light source power and increase the power consumption.

[0009] 5. Intelligent management system: At present, the intelligent management system of the data center computer room includes two categories, one is the power and environment monitoring system based on the basic equipment, and the other is the asset management system based on the data business system. Both types of systems can only obtain information on their own system platforms, and cannot meet the needs of operation and maintenance personnel to directly obtain relevant information on the equipment site. Therefore, it cannot play a better and more important role on site.

[0010] Therefore, it is necessary to design a modular, structured and standardized data center computer room auxiliary management system. Summary of the invention

[0011] In view of the deficiencies in the above-mentioned background technology, the present invention proposes a data center computer room auxiliary management system to solve the above-mentioned technical problems.

[0012] The technical solution of the present invention is implemented as follows: a data center computer room auxiliary management system includes a system module frame, the system module frame is provided with an access unit and a bridge unit from bottom to top, an isolation area is provided in the middle of the system module frame, the bridge units are located on both sides of the isolation area, the bridge unit includes a cable standard warehouse and an operation and maintenance warehouse, a first wire management mechanism is provided in the operation and maintenance warehouse, a second wire management mechanism is provided in the cable standard warehouse, and a lighting system and an intelligent screen system are integrated on the access unit.

[0013] The system module frame array is arranged on the upper part of the cabinet, and an outer side plate is arranged at the outer end of the system module frame array. The access unit includes an access unit installation area and an access unit management area arranged on both sides of the isolation area. The outer side of the access unit installation area is the access unit management area. The access unit installation area is provided with a mounting beam fixed on the system module frame. An integrated warehouse door is arranged at the outer opening of the access unit management area. The access unit management area is located below the operation and maintenance warehouse, and the access installation area is located below the cable standard warehouse.

[0014] The integrated door includes an access unit door, which is rotatably connected to the system module frame, and the lighting system and the smart screen system are arranged on the access unit door; the access unit door includes a rear cover plate, a side panel and a stepped outer cover, the side panels are symmetrically arranged on both sides of the rear cover plate, the stepped outer cover is arranged on the outer side of the rear cover plate, a first heat dissipation hole is arranged on the middle step plate of the stepped outer cover, a data outlet hole is arranged on the stepped outer cover, and a camera is arranged on the stepped outer cover.

[0015] The lighting system includes an LED flat panel lamp, and the smart screen system includes an LCD display screen. The LED flat panel lamp is arranged on a rear cover through a lamp frame, and the LCD display screen is arranged on a stepped outer cover. A control device is arranged between the rear cover and the stepped outer cover.

[0016] An operation and maintenance warehouse door is provided at the open end of the operation and maintenance warehouse, which is controllably rotatably connected to the system module frame, and a wear-resistant strip is provided on the outer wall of the operation and maintenance warehouse door. The operation and maintenance warehouse door covers the first wire management mechanism in the operation and maintenance warehouse.

[0017] The first wire management mechanism includes a support rod, a buckle is provided on the inner wall of the support rod, the support rod is connected to the system module frame through the buckle, a support arm is provided on the outer wall of the support rod, an arc-shaped wire supporting plate is provided on the support arm, and a stopper is provided at the outer end of the support arm, and the stopper is located outside the arc-shaped wire supporting plate.

[0018] An upper cover is provided at the opening of the standard cable compartment. The upper cover is controllably rotatably connected to the system module frame. A second heat dissipation hole is provided on the upper cover. The upper cover covers the second wire management mechanism in the standard cable compartment.

[0019] The second cable management mechanism includes a plurality of parallel cable organizers arranged in the system module frame; the cable organizer includes a cable management board, and the upper and lower ends of the cable management board are provided with cross-arranged cable management grooves, and the two ends of the cable management board are provided with card connection grooves, which are card-connected with the card sockets arranged on the inner wall of the system module frame.

[0020] The system module frame is a frame made of fireproof material. Preferably, the frame made of fireproof material is a magnesium-aluminum alloy frame.

[0021] The present invention highly integrates the bridge system, power access system, network access system, work lighting system and intelligent management system in the data center computer room in a modular and structured form into a new system device, so that the above system creates a new application mode in the design, construction and operation and maintenance of the data center computer room. This system uniformly configures the above systems according to the current domestic and international specifications, and there is no need to plan and design the above systems separately in the design stage of the data center computer room. The modular structure does not need to install the above systems separately during the construction process, and its convenient installation method shortens the construction period of the data center computer room by several times. In the operation and maintenance process of the computer room, the working surface of the computer room operation and maintenance is reduced, the complexity of the operation and maintenance work is reduced, the operation and maintenance efficiency of the computer room is improved, and the operation and maintenance cost of the computer room is reduced. The space occupied by the computer room auxiliary system in the data center computer room is reduced, the system carrying capacity of the computer room is increased, and the foundation is laid for the standardized management of the computer room and the expansion of the system density of the computer room in the future. While improving the safety, availability and economy of the data center computer room, the design, installation and application of each data center computer room system are more standardized. All accessories of this system are uniformly manufactured on the factory production line and assembled on site in the computer room, which not only shortens the construction period of the data center computer room, but also improves the system process standards and overall visual effects of the data center computer room. BRIEF DESCRIPTION OF THE DRAWINGS

[0022] In order to more clearly illustrate the embodiments of the present invention, the accompanying drawings required for use in the description of the embodiments will be briefly introduced below. Obviously, the accompanying drawings in the following description are only some embodiments of the present invention. For ordinary technicians in this field, other accompanying drawings can be obtained based on these accompanying drawings without paying any creative work.

[0023] Figure 1 It is a schematic diagram of the overall structure of the present invention.

[0024] Figure 2 It is a schematic diagram of the overall internal structure of the present invention.

[0025] Figure 3 It is a schematic top view of the present invention as a whole.

[0026] Figure 4 It is a schematic side view of the whole of the present invention.

[0027] Figure 5 Schematic diagram of the access unit door of the access unit.

[0028] Figure 6 The figure is a schematic rear view of the access unit door of the access unit.

[0029] Figure 7 This is a schematic diagram of the cable organizer used in the power line state.

[0030] Figure 8 This is a schematic diagram of a cable organizer used for network cables.

[0031] Fig. 9 Schematic diagram of the second cable management mechanism.

[0032] Fig.10 Schematic diagram of the first cable management mechanism.

[0033] Fig.11 This is a schematic diagram of the upper cover opening state.

[0034] Fig.12 This is a schematic diagram of the access unit door opening state.

[0035] Fig.13 This is a schematic diagram of the operation and maintenance warehouse door being open.

[0036] Fig.14 This is a schematic diagram of the combination status with a standard cabinet.

[0037] Fig.15 The figure is a schematic diagram of the cabinet array combination status.

[0038] Fig.16 Schematic diagram of the cable layout status of the standard compartment.

[0039] Fig.17 Schematic diagram of the cable layout status of the operation and maintenance warehouse.

[0040] Fig.18 Schematic diagram of the application status of the modular power access system.

[0041] Fig.19 Schematic diagram of network access unit application status.

[0042] Fig. 20 The figure is a side view diagram of the cabinet array combination status. DETAILED DESCRIPTION

[0043] The following will be combined with the drawings in the embodiments of the present invention to clearly and completely describe the technical solutions in the embodiments of the present invention. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present invention.

[0044] like Figure 1 As shown, in embodiment 1, a data center computer room auxiliary management system includes a system module frame 1. During use, the system module frame is arranged on the upper part of the cabinet 100 and configured into a complete computer room system (such as Fig.14 , 15As shown in the figure, the system module frame 1 array is arranged on the upper part of the cabinet 100, and the outer end of the system module frame 1 is provided with an outer plate 9, and no outer plate is arranged between the two connected system module frames. The system module frame 1 is a frame made of fireproof material. Preferably, the frame made of fireproof material is a magnesium-aluminum alloy frame, which has high strength, light weight and excellent workmanship. System module frame 1 The system module frame 1 is provided with an access unit 2 and a bridge unit 3 from bottom to top. An isolation area 10 is provided in the middle of the system module frame 1. The bridge unit 3 is located on both sides of the isolation area 10. The bridge unit 3 includes two cable standard warehouses 3.1 and two operation and maintenance warehouses 3.2. The cable standard warehouse 3.1 and the operation and maintenance warehouse 3.2 on the same side of the isolation area are connected, which is divided in structure and divided in function. The modular and structured design can not only ensure the safe and independent operation of each system, but also make the operation and maintenance management of each system more convenient and efficient. An isolation zone 10 is provided between the two standard cable compartments 3.1, and the isolation zone separates the strong and weak current parts of the system. The width of the isolation zone can be set to 300mm. The access unit 2 is integrated with a work lighting system, which can be used for work lighting. The operation and maintenance warehouse 3.2 is provided with a first cable management mechanism 5, and the standard cable compartment 3.1 is provided with a second cable management mechanism 6. The first cable management mechanism 5 adopts the pipe gallery cable management mode, so that various cables can be laid out in layers and in an orderly manner without interfering with each other, and old cables can be removed or new cables can be laid out safely and conveniently at any time. The second cable management mechanism 6 combs the power cables and network cables, so that various standard cables can be laid out in layers and in an orderly manner. The above-mentioned system units are assembled together with the overall system module frame, and no special installation auxiliary materials such as hangers or brackets are required, making their structure simpler, installation more convenient, and cost lower. The access unit 2 is divided into power access and network access. The power access and network access units have rationally planned and laid out the gap between the previous machine room bridge and the cabinet, making them two relatively independent equipment installation spaces that meet the EIA standard, providing standardized management space for the terminal equipment of the two access systems. Moving the end access devices of the power and network access systems out of the system cabinet management allows the system cabinet to have more space to carry system equipment, while also providing objective physical conditions for improving the PUE value of the data center computer room system.

[0045] Further, if Figure 2As shown, the access unit 2 includes an access installation area 2.1 and an access unit management area 2.2 arranged on both sides of the isolation area 10. The outside of the access installation area 2.1 is the access unit management area 2.2. The access installation area 2.1 is provided with a mounting beam 2.1.1 fixed on the system module frame 1. The mounting beam 2.1.1 is fixedly connected to the system module frame 1 and is used to fix the wiring harness or corresponding equipment. An integrated warehouse door 4 is provided at the outer opening of the access unit management area 2.2. The access installation area is connected to the access unit management area. An integrated warehouse door is provided at the outer opening of the access unit management area. The access unit management area 2.1 is located below the operation and maintenance warehouse 3.2, and the access installation area 2.1 is located below the cable standard warehouse 3.1. The bridge adopts a warehouse (zone) management method, which can be managed separately according to the characteristics of cables with different life cycles, different types, and different management frequencies in the data center computer room, and adopts bridge management with different management methods, so that cable management truly enters a new era of refined management. As Fig.18 , 19 As shown in Figure 20, the access installation area is divided into a power access unit and a network access unit. The power access unit is located below the standard compartment and operation and maintenance compartment of the module's high-voltage bridge. This unit is a 450mm deep, 19-inch 6U standard space. The distribution box, industrial connector, PDU and other types of terminal power access equipment can be installed in the unit in an orderly manner, so that the power cables in the bridge can be connected to the system cabinet in the shortest distance and the most concealed form. Installing the PDU in this space can move the management of all power systems in the original cabinet out of the cabinet, thereby gaining a more relaxed operation and maintenance space for the system server equipment. Network access unit: Located below the module's weak-current bridge standard compartment and operation and maintenance compartment, this unit is a 450mm deep, 19-inch 6U standard space. The network port management unit or access switch and other types of access-end network equipment can be installed in this unit in an orderly manner, so that the network cables in the bridge can be connected to the system cabinet in the shortest distance and in the most concealed form. Installing the network port management unit or access switch in this space can move the management of all network access systems in the original cabinet out of the cabinet, thereby gaining a more relaxed operation and maintenance space for the system server equipment.

[0046] Further, if Figure 3As shown, the integrated door 4 includes an access unit door 4.1, which is rotatably connected to the system module frame 1. The access unit door is driven by a motor to switch automatically, with a high degree of automation. The LED lighting system and the LCD intelligent management display system are arranged on the access unit door 4.1, which has a compact structure and is easy to use. Preferably, the access unit door 4.1 includes a rear cover 4.1.1, side panels 4.1.2 and a stepped outer cover 4.1.3, the side panels 4.1.2 are symmetrically arranged on both sides of the rear cover 4.1.1 and fixedly connected to the rear cover, the side panels are rotatably connected to the system module frame 1 through connecting ear seats 4.1.6, the stepped outer cover 4.1.3 is detachably connected to the outer side of the rear cover 4.1.1, the middle step plate of the stepped outer cover 4.1.3 is provided with a first heat dissipation hole 4.1.4 to improve the heat dissipation efficiency, the stepped outer cover 4.1.3 is provided with a data outlet hole 4.1.5, 2 or more data outlet holes can be set to facilitate the lead-out of different types of wiring harnesses, and a camera 4.1.7 is provided in the middle of the lower part of the stepped outer cover 4.1.3, which can build an audio and video channel between the computer room master control center and the front end of the system cabinet.

[0047] Preferably, if Figure 4 , 5As shown in Figure 6, the lighting system includes an LED flat panel light 7, and the intelligent management display screen system includes an LCD display screen 8. The LED flat panel light 7 is arranged on the rear cover 4.1.1 through a light frame 9, and the LCD display screen 8 is arranged on the step cover 4.1.3. A control device is arranged between the rear cover 4.1.1 and the step cover 4.1.3. The lighting light source adopts an LED flat light source, and the system power supply of the LED lighting system and the LCD intelligent display screen adopts a bus power supply mode. The bus is led out from the power distribution cabinet and then connected to the power access unit along the strong power bridge unit through each system cabinet to supply power to the LED system and LCD intelligent display screen on the front and rear management area doors. The lighting control is independently controlled, and each light source is linked to the opening and closing of each access unit door. The opening and closing of the access unit door is linked to the opening and closing of the system cabinet door. When the cabinet door is opened, the access unit door can be linked to open 90 degrees upward, so that the lighting fixtures on the inside of the door turn to the working area of ​​the system cabinet below, and the lighting switch is triggered to turn on the light source. When the cabinet door is closed, the access unit door is linked to close and the switch is triggered to turn off the light source. The lighting fixtures are connected to the equipotential connection system together with the metal system module frame. The intelligent display hardware is integrated on the outside of the power and network access unit door. The intelligent management system data is introduced into the door 4.1 through the network cable from the data outlet hole 4.1.5 on the ladder cover 4.1.3. The system software implements unified configuration management for all system cabinets through the core server database and the front-end APP client, and establishes a management-specific video digital channel for the computer room master control center and the system equipment site. The file code of the current system cabinet, the current and historical status of the power load of the system cabinet, the front and rear ambient temperature status of the system cabinet, etc. can be displayed on the LCD strip screen at the same time. Other management functions can also be expanded using APP according to user requirements. During the inspection process, the computer room operation and management personnel can understand the relevant information of the operating status of each system cabinet on the computer room site without carrying any equipment. The intelligent management system has established a set of audio and video information channels from the data center master control room to the front-end system cabinet, providing a hardware platform for the function expansion in the data center computer room management.

[0048] like Figures 11 to 13As shown in the figure, the work lighting system is integrated into the system module framework to achieve targeted lighting for the work area. During operation and maintenance, there is no need to turn on other irrelevant lighting to meet the illumination standards of relevant national specifications, and it can also save several times or dozens of times of electric energy. Since this work lighting system reduces the power consumption of lighting, the common lighting and emergency lighting can be combined into one lighting system and powered by the UPS system, eliminating the illumination difference between the two previous lighting states and improving the availability of the lighting system. This lighting system adopts busbar mode power supply, and the bus cable path is arranged in the standard warehouse of the high-voltage bridge. There is no need to install a complex pipeline system for the lighting system in the two states. At the same time, the control of the lighting system is linked by the switch of the cabinet door, and there is no need to set up a dedicated lighting switch. The operation and maintenance height of the lighting system is reduced in terms of space, and the operation and maintenance difficulty of the lighting system is also reduced.

[0049] like Fig.13 As shown, in Example 2, an auxiliary management system for a data center computer room, the operation and maintenance warehouse 3.2 has an operation and maintenance warehouse door 3.2.1 at the open end, and the operation and maintenance warehouse door 3.2.1 is connected to the system module frame 1 in a controllable rotation manner. The outer wall of the operation and maintenance warehouse door 3.2.1 is provided with a wear-resistant strip 3.2.2, and the operation and maintenance warehouse door 3.2.1 can be easily opened by touching the friction strip upward. The operation and maintenance warehouse door 3.2.1 covers the first wire management mechanism 5 in the system module frame 1. Preferably, as Fig.10 , 17 As shown, the first cable management mechanism 5 includes a support rod 5-1, a buckle 5-2 is provided on the inner wall of the support rod 5-1, and the support rod 5-1 is connected to the system module frame 1 through the buckle 5-2. Four support arms 5-3 are arranged in parallel on the outer wall of the support rod 5-1, and an arc-shaped cable support plate 5-4 is provided on the support arm 5-3 to form a fishbone-shaped vertical cable management rack. The outer end of the support arm 5-3 is provided with a stopper 5-5, and the stopper 5-5 is located on the outer side of the arc-shaped cable support plate 5-4 to prevent the cable from sliding off the arc-shaped cable support plate. The first cable management mechanism vertically divides the operation and maintenance warehouse into 4 layers of wiring space, and adopts the cable management mode of the pipe gallery to prevent interference between cables of different layers and types, making the laying and management of cables more convenient.

[0050] Further, if Fig.16As shown, an upper cover plate 3.1.1 is provided at the opening of the cable standard compartment 3.1, and the upper cover plate 3.1.1 is controllably rotatably connected to the system module frame 1, and a second heat dissipation hole 3.1.2 is provided on the upper cover plate 3.1.1, and the upper cover plate 3.1.1 covers the second wire management mechanism 6 in the cable standard compartment 3.1. Preferably, the second wire management mechanism 6 includes a plurality of parallel wire organizers 6.1 arranged in the system module frame 1; that is, a track frame is arranged in the system module frame 1, and a plurality of parallel wire organizers 6.1 are arranged at intervals on the track frame 1.1; the track frame includes symmetrically arranged side frames 1.1, and a vertical rod 1.3 is provided on the side frames, and a connecting support rod 1.2 is provided between the two side frames, and the wire organizer 6.1 is clamped with the connecting support rod 1.2 and the side frame 1.1. The standard warehouse of the cable standard warehouse unit is used to lay the trunk cables of the strong and weak current systems configured according to the planning standards, and the operation and maintenance warehouse of the operation and maintenance unit is used to lay the branch cables within the cabinet array and the cables that need to be added later.

[0051] Preferably, if Fig. 9 As shown, the cable organizer 6.1 includes a cable management plate 6.1.1, and the upper and lower ends of the cable management plate 6.1.1 are provided with cross-arranged cable management grooves 6.1.2, and the two ends of the cable management plate 6.1.1 are provided with clamping grooves 6.1.3, and the clamping grooves 6.1.3 are clamped with the clamping seats 6.1.4 arranged on the inner wall of the system module frame 1, so that the cables can be arranged in an orderly manner without using auxiliary materials such as cable cards and cable ties; the width of the cable management groove 6.1.2 is set according to the line type, and the cable organizer with a wide cable groove is used to organize the power lines (such as Figure 7 As shown in the figure), the narrow cable duct cable organizer is used to organize the network cables (such as Figure 8 As shown in the figure, the two ends of the cable management plate 6.1.1 are provided with a snap-in groove 6.1.3, which is snap-in with the card seat 6-4-4 arranged on the inner wall of the side frame 6-1-1, so as to facilitate the quick installation of the cable management device, and the various cables in the cabinet from the bridge are shorter and are all arranged in an orderly manner inside the system device, so that there is no messy cables in the machine room, and the appearance is more neat, unified and magnificent. The other structures are the same as those in Example 1.

[0052] The intelligent management system has established a set of audio and video information channels from the data center control room to the front-end system cabinets, providing a hardware platform for the functional expansion of the data center computer room management. The electronic label system in the intelligent management system can quickly configure the label information of the system cabinets. The intelligent management system can present the power configuration load, historical maximum load and current load of each system cabinet in real time in a graphical manner, and alarm on site when the warning value is reached. At the same time, it can also accurately present the current ambient temperature of the cold zone (front) and hot zone (back) of each system cabinet, and issue a system alarm and an on-site alarm when the warning value is reached.

[0053] This system is an open system solution. On the one hand, it can meet the configuration requirements of data centers in most cases and is compatible with the products of various system equipment manufacturers. On the other hand, it also has a personalized solution with the best application effect. The personalized solution integrates the current cost-effective system application solutions in the industry, such as network pre-termination system, mother cable power supply system, positioning lighting system, digital information interaction system, etc. The invention of this system enables the data center computer room to achieve a through-type operation and maintenance mode, that is, eliminating the cable management mode under the movable floor, and also changing the previous messy and complicated appearance of the system cabinet, so that the data center computer room system application mode has entered a new era.

[0054] The above description is only a preferred embodiment of the present invention and is not intended to limit the present invention. Any modifications, equivalent substitutions, improvements, etc. made within the spirit and principle of the present invention should be included in the protection scope of the present invention.

Claims

1. A data center computer room auxiliary management system, characterized in that: The system module frame (1) comprises a system module frame (1), wherein the system module frame (1) is provided with an access unit (2) and a bridge unit (3) in order from bottom to top, an isolation area (10) is provided in the middle of the system module frame (1), the bridge unit (3) is located on both sides of the isolation area (10), the bridge unit (3) comprises a cable standard warehouse (3.1) and an operation and maintenance warehouse (3.2), a first cable management mechanism (5) is provided in the operation and maintenance warehouse (3.2), a second cable management mechanism (6) is provided in the cable standard warehouse (3.1), and a lighting system and an intelligent screen system are integrated on the access unit (2); The access unit (2) comprises an access unit installation area (2.1) and an access unit management area (2.2) arranged on both sides of the isolation area (10); the outside of the access unit installation area (2.1) is the access unit management area (2.2); and the access unit installation area (2.1) is provided with an installation beam frame (2.1) fixed on the system module frame (1). 2.1.1), an integrated compartment door (4) is provided at the outer opening of the access unit management area (2.2), the access unit management area (2.2) is located below the operation and maintenance compartment (3.2), and the access unit installation area (2.1) is located below the cable standard compartment (3.1); The integrated door (4) comprises an access unit door (4.1), the access unit door (4.1) is rotatably connected to the system module frame (1), and the lighting system and the smart screen system are arranged on the access unit door (4.1); the access unit door (4.1) comprises a rear cover (4.1.1), side panels (4.1.2) and a stepped outer cover (4.1.3), the side panels (4.1.2) are symmetrically arranged on both sides of the rear cover (4.1.1), the stepped outer cover (4.1.3) is arranged on the outer side of the rear cover (4.1.1), a first heat dissipation hole (4.1.4) is arranged on the middle step plate of the stepped outer cover (4.1.3), a data outlet hole (4.1.5) is arranged on the stepped outer cover (4.1.3), and a camera (4.1.7) is arranged on the stepped outer cover (4.1.3).

2. The data center computer room auxiliary management system according to claim 1, characterized in that: The system module frame (1) array is arranged on the upper part of the cabinet (100), and an outer side plate (9) is provided at the outer side end of the system module frame (1) array.

3. The data center computer room auxiliary management system according to claim 1, characterized in that: The lighting system comprises an LED flat panel light (7), and the smart screen system comprises an LCD display screen (8). The LED flat panel light (7) is arranged on a rear cover plate (4.1.1) via a light frame (19), and the LCD display screen (8) is arranged on a stepped outer cover (4.1.3). A smart screen system control device is arranged between the rear cover plate (4.1.1) and the stepped outer cover (4.1.3).

4. The data center computer room auxiliary management system according to any one of claims 1 to 3, characterized in that: The operation and maintenance warehouse (3.2) is provided with an operation and maintenance warehouse door (3.2.1) at the open end, the operation and maintenance warehouse door (3.2.1) is controllably rotatably connected to the system module frame (1), a wear-resistant strip (3.2.2) is provided on the outer wall of the operation and maintenance warehouse door (3.2.1), and the operation and maintenance warehouse door (3.2.1) covers the first wire management mechanism (5) in the operation and maintenance warehouse (3.2).

5. The data center computer room auxiliary management system according to claim 4, characterized in that: The first wire management mechanism (5) comprises a support rod (5-1), a buckle (5-2) is provided on the inner wall of the support rod (5-1), the support rod (5-1) is buckled onto the system module frame (1) via the buckle (5-2), a support arm (5-3) is provided on the outer wall of the support rod (5-1), an arc-shaped wire supporting plate (5-4) is provided on the support arm (5-3), a stopper (5-5) is provided at the outer end of the support arm (5-3), and the stopper (5-5) is located outside the arc-shaped wire supporting plate (5-4).

6. The data center computer room auxiliary management system according to any one of claims 1 to 3 and 5, characterized in that: The opening of the cable standard compartment (3.1) is provided with an upper cover plate ( 3.1.1), the upper cover plate (3.1.1) is controllably rotatably connected to the system module frame (1), and a second heat dissipation hole ( 3.1.2), the upper cover plate (3.1.1) covers the second cable management mechanism (6) in the standard cable compartment (3.1).

7. The data center computer room auxiliary management system according to claim 6, characterized in that: The second cable management mechanism (6) comprises a plurality of cable managers (6.1) arranged in parallel in the system module frame (1); the cable manager (6.1) comprises a cable management plate (6.1.1), and the upper and lower ends of the cable management plate (6.1.1) are provided with cross-arranged cable management grooves ( 6.1.2), the cable management plate (6.1.1) has two ends with snap-in slots ( 6.1.3), the card slot (6.1.3) is card-engaged with a card seat (6.1.4) arranged on the inner wall of the system module frame (1).

8. The data center computer room auxiliary management system according to any one of claims 1 to 3 and 7, characterized in that: The system module frame (1) is a frame made of fireproof material, and the frame made of fireproof material is a magnesium-aluminum alloy frame.

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