CN219711120U - Container machine room with liftable antenna mast system - Google Patents

Abstract

The utility model relates to a container machine room with a liftable antenna mast system, which comprises a container body, wherein a cabinet system and a power supply and distribution system are arranged in the container body, and the cabinet system comprises a server cabinet and a power distribution socket for the cabinet; the power supply and distribution system supplies power to the cabinet system, and a liftable antenna rod system is arranged outside the container; the liftable formula antenna boom sets up at container outer top surface or side, but liftable formula antenna boom contains multilayer sleeve body of rod, and the lifter top is the innermost layer body of rod, and communication equipment's staple bolt mount is accomplished through the cooperation of staple bolt vertical installation component to the lifter top. The container type data center can easily realize large-scale expansion due to the adoption of a modularized construction thought. The method can not only independently operate the single units, but also flexibly construct data centers of various scales in a modular splicing mode, thereby meeting various actual demands.

Description

Container machine room with liftable antenna mast system

Technical Field

The utility model belongs to the field of computing platform equipment, and particularly relates to a container type machine room with a liftable antenna mast system.

Background

The data center is a bearing unit of the computing platform. An IT cabinet (micro-module data center), an air conditioner, a power supply and distribution system, a fire protection and security system are usually arranged in a data center building, special communication lines and power distribution facilities are usually required for arrangement of the data center building, the data center building is usually arranged in a fixed building, and a construction mode adopted by a traditional civil engineering and decoration data center is adopted. The construction quantity of site construction is large, the construction difficulty is also relatively large, and the construction period is long. And existing data center modes cannot be moved as desired.

Disclosure of Invention

In order to solve the problem that the existing data center cannot be arranged in a mobile mode. The utility model provides a container machine room with a liftable antenna mast system.

The utility model relates to a container machine room with a liftable antenna mast system, which comprises a container body, wherein a cabinet system and a power supply and distribution system are arranged in the container body, and the cabinet system comprises a server cabinet and a power distribution socket for the cabinet; the power supply and distribution system supplies power to the cabinet system, and a liftable antenna rod system is arranged outside the container; the liftable formula antenna boom sets up at container outer top surface or side, but liftable formula antenna boom contains multilayer sleeve body of rod, and the lifter top is the innermost layer body of rod, and the lifter top is installed the cooperation of installation component through the pole and is accomplished communication equipment's pole and mount.

The liftable antenna mast body is hollow, cables and signal cables are contained in the hollow mast body, and a cable constraint structure is arranged on the inner wall of the mast body; the topmost section of the rod body is provided with an opening which is convenient for the cable to pass through and be connected with the mounting equipment; the bottom of the rod body is provided with an opening, so that the cable can conveniently pass through and be connected with power supply or data transmission equipment inside the container.

The bottom of the rod body is provided with one or more groups of cable recovery devices which are linked with the lifting structure of the rod body, and the cable laid in the rod body is released or recovered according to the lifting or recovery action of the rod body, and the lifting antenna rod is lifted by a manual rocker or driven by a motor.

The rod body base comprises a fixing component and a sealing component, and the fixing component is locked with a mounting hole site at the top of the container through a bolt; the sealing component is a multi-layer folding telescopic rubber component, and is tightly pressed against a gap between the rod body base and the container top mounting hole when being locked by the fixing component, and the sealing component wraps the bottom of the rod body.

The antenna rod body base is arranged at the corner position of the top surface of the container, the top surface edge and the longitudinal supporting column body of the container body are used as triangular supports, and the fixed component shaft of the installation base is used as a rotating shaft to erect and lodge the antenna rod body; after the antenna mast is completely vertical, the antenna mast is fixed by multi-angle diagonal reinforcement and a container top surface hanging assembly.

The antenna body of rod base is installed in container side position, and the pole bucket is accomodate to the antenna body of rod outermost, and the vertical beam is fixed in the container outside, and the height is high parallel and level with the container.

The container body is provided with a heat preservation layer, an anti-corrosion layer and a lighting device, the roof of the container adopts a slope roof, the container body is paved with an anti-static floor, and the container is opened with a double door; the container body is last still to be provided with air conditioner and ventilation system, includes: a machine room air conditioner, an outdoor unit support frame and a ventilation system; the outdoor unit support frame is used for placing an air conditioner outdoor unit and is made of channel steel materials, is stably connected with the box body and is positioned at the diagonal position of the lifting rod; the machine room air conditioner adopts a frame type air conditioner and an inter-column air conditioner, and meanwhile, an axial flow fan is configured for ventilation of the machine room, fan equipment is deployed on the side edge of the container body, ventilation is carried out through opening holes of an air duct of the container body, and the outside of the air duct is covered by using a shutter.

The container is provided with a centralized monitoring system, and the centralized monitoring system comprises power environment monitoring and security monitoring; the container is internally provided with a gas fire-fighting system which is a rack-type and cabinet-type gas fire-extinguishing device and an automatic fire alarming module, the rack-type fire-fighting system is arranged inside an IT cabinet, and the gas fire-fighting system is connected with a fire-fighting control center or is independently provided with an automatic fire-extinguishing controller.

The power supply and distribution system comprises a distributed power system DPS, a 48V composite power supply, a matched lithium battery module and a low-voltage power distribution module; an intelligent distribution box containing an ATS automatic transfer switch for switching; the intelligent distribution box is connected with the mains supply and the generator, and is switched to input the mains supply or the generator through an ATS of the distribution box to supply power to a DPS distributed power system in the IT cabinet, to supply power to a rack-mounted air conditioner/inter-column air conditioner in the container, and to supply power to a liftable antenna rod, fire protection, weak current, a lighting system and the like; the DPS system products rectify, filter and stabilize the commercial power and then output the commercial power to a load, and when the commercial power is abnormal, the lithium battery system is started to output electric energy to load equipment; the 48V composite power supply system is a box type power supply system.

The lightning protection grounding system is also arranged, the lightning protection grounding comprises power lightning protection and a grounding system special for a machine room, a C-level power lightning protector is arranged in the power distribution cabinet, and equipotential connection is carried out on power supply and air conditioner metal structural components among columns in the machine room.

The beneficial effects are that: the container type data center is a bearing unit of an edge computing platform innovative project container machine room product, and is characterized in that an IT cabinet (micro-module data center), an air conditioner, a liftable antenna mast, a power supply and distribution system, fire protection, security protection and monitoring data center infrastructures are partially or completely integrated and installed in a container body (10/20/40 feet), so that a highly integrated, flexible extension, movable and replicable data center with multiple functions is constructed.

The container type data center can not only independently operate the single units, but also flexibly construct data centers of various scales, thereby meeting various actual demands of customers.

The container type data center is prefabricated in a factory, can be transported to a user site through a road or sea, and is put into use after being installed on site. The data center constructed based on the container type changes the construction mode adopted by the traditional data center for civil engineering, greatly reduces the engineering quantity of site construction, reduces the construction difficulty, shortens the construction period, and more importantly, the construction site of the data center is more orderly, the construction process is easier to manage, the engineering quality is also more ensured, and the construction level and the engineering quality of the data center are effectively improved.

Drawings

Fig. 1 is an expanded schematic view of the mounting of the antenna mast base of the present utility model to the side of a container.

Fig. 2 is a side view of the mounting of the antenna mast base of the present utility model to a container.

Fig. 3 is an expanded schematic view of the inventive antenna mast base mounted on the top of a container.

Fig. 4 is a schematic view of the mounting of the antenna mast base of the present utility model to the top deck of a container.

Fig. 5 is a vertical lift open schematic of the present utility model.

Fig. 6 is a schematic view of the horizontal lift close placement of the present utility model.

Reference numerals: 1. a container body; 2. a liftable antenna mast; 3. a cabinet; 4. a cable-stayed reinforcing steel bar; 5. and a supporting frame of the outdoor unit.

Detailed Description

In order to make the objects, technical solutions and advantages of the present utility model more apparent, the present utility model will be further described in detail by the following description of the drawings and specific examples.

The container machine room with the liftable antenna mast system is movable, and can meet the practical requirement of replicable and movable projects.

Container machine room size: standard 20-gauge container, 6058 x 2438 x 2900 (L x W x H/mm). Depending on the actual project deployment scale, 10/40 is optional.

The whole product comprises:

a container architecture comprising: the container body 1, heat preservation, corrosion prevention, interior decoration, illumination and the like, and the container body can move;

a power supply and distribution system comprising: DPS, 48V composite power supply products, matched lithium battery modules, low-voltage power distribution, lightning protection and grounding and the like;

a cabinet system comprising: server cabinet 3, base, PDU, tray, etc.;

a liftable antenna mast system;

an air conditioning and ventilation system comprising: machine room air conditioner, outdoor machine support frame, ventilation system, etc.;

a centralized monitoring system, comprising: monitoring power environment and security protection;

a gas fire protection system comprising: cabinet type gas fire extinguishing device, automatic fire alarm and related accessories thereof;

others also include: bridge frame, wiring, workbench, access control system, etc.

1. Container architecture:

the container type data center is a bearing unit of an edge computing platform innovative project container machine room product, and is characterized in that an IT cabinet (micro-module data center), an air conditioner, a liftable antenna mast, a power supply and distribution system, fire protection, security protection and monitoring data center infrastructures are partially or completely integrated and installed in a container body (10/20/40 feet), so that a highly integrated, flexible extension, movable and replicable data center with multiple functions is constructed.

The container type data center can not only independently operate the single units, but also flexibly construct data centers of various scales, thereby meeting various actual demands of customers.

The container type data center is prefabricated in a factory, can be transported to a user site through a road or sea, and is put into use after being installed on site. The data center constructed based on the container type changes the construction mode adopted by the traditional data center for civil engineering, greatly reduces the engineering quantity of site construction, reduces the construction difficulty, shortens the construction period, and more importantly, the construction site of the data center is more orderly, the construction process is easier to manage, the engineering quality is also more ensured, and the construction level and the engineering quality of the data center are effectively improved.

The prefabricated cabin of container formula data center adopts steel construction skeleton frame, and the metal surface sprays paint and prevents corrosion, and the base adopts 16# channel-section steel as the frame, and 12# channel-section steel is as the boundary beam. A75-thick glass magnesium color steel plate (rock wool sandwich) is adopted, the combustion performance grade A is grade, and a 1.0-thick color steel plate is adopted as the facing.

And (3) antiseptic treatment: three layers of epoxy zinc-rich primer, epoxy iron cloud intermediate paint and polyurethane finish paint are adopted for protection.

And (3) waterproof treatment: the roof is a slope roof, the drainage effect is improved, the upper mask is a 1.5-punched top plate, 80 x 100 square tubes are used as frames, and 50 square tubes are used as frameworks.

An outer support frame: the lifting type air conditioner is used for placing an air conditioner outdoor unit, 800 x 2400 is used for manufacturing channel steel materials, the channel steel materials are stably connected with a box body, and the design positions are diagonal positions of lifting type lifting rods.

Box furred ceiling: a purification plate ceiling 50mm thick is adopted, and an indoor lighting assembly is contained.

Box floor: laying an antistatic floor.

Wall surface of the box body: the container body adopts a glass magnesium color steel plate and an outer mask 1.5 corrugated plate.

Container door: the container is opened with a double door.

2. A power supply and distribution system:

the main equipment of the power supply and distribution system comprises:

● An intelligent distribution box comprises an ATS automatic transfer switch for switching and a display screen;

● DPS distributed power system products (AC type/HVDC type), built-in lithium battery module, provide AC/HVDC type power supply for load equipment;

● And the 48V composite power supply product comprises a lithium-containing battery pack and supplies power to the direct-current 48V main equipment.

Intelligent distribution box

The intelligent power supply is used for realizing the switching input of commercial power and oil engine through the ATS of the distribution box, supplying power to DPS distributed power system products in an IT cabinet, supplying power to a rack-mounted air conditioner/inter-column air conditioner in a container, and simultaneously supplying power to a liftable antenna rod, fire protection, weak current, a lighting system and the like.

Mercury series alternating current system distributed power system products (DPS), maximum output power is 6kVA, pluggable lithium battery modules are arranged in the system, the total height is 4-6U, and 220V single-phase alternating current is input and output in a rack-mounted mode.

Jupiter series high-voltage direct-current Distributed Power Supply (DPS), maximum output power of 12KW, built-in pluggable lithium battery module, and total height of 4-6U. In the rack-mounted mode, 220V single alternating current is input, and 240V direct current is output.

Galaxy series high voltage direct current system Distributed Power Supply (DPS), maximum output power 6KW, built-in pluggable lithium battery module, total height 4U. In a rack-mounted mode, three alternating currents of 380V are input, direct currents of 240V are output, and a direct-current micro-grid is provided.

When the commercial power is normal, the DPS system products rectify, filter and stabilize the commercial power and then output the commercial power to the load, and when the commercial power is abnormal, the lithium battery system is started to output electric energy to the load equipment.

Composite power supply system

The 48V composite power supply system is a box type power supply system and is used for supplying power to communication equipment of-48V DC series, and the maximum output current can be configured to meet 100-600A according to actual requirements.

The 48V composite power supply system comprises a system plug frame, a power distribution unit, a monitoring unit, a rectifying module and a lightning protector.

The system configuration supports hot pluggable rectification modules (1-9). The system monitoring module has a storage battery management function and a power supply system monitoring function, can be configured with proper sensors to realize environment monitoring, provides a plurality of groups of standby monitoring quantities, can provide RS232 and RS485 communication interfaces, and is convenient for realizing remote monitoring and unattended operation. The method is mainly deployed in application scenes such as an outdoor communication cabinet of a communication base station.

And a 48V lithium battery module is matched, so that the standby source requirement of the communication equipment is met.

Lightning protection grounding system

The lightning protection grounding comprises two aspects of power supply lightning protection and a grounding system special for a machine room, fragile electronic equipment is protected from lightning and static electricity, and the grounding system required by the operation of the electronic equipment is provided.

Lightning protection measures: the computer lab is comprehensively protected by lightning protection, and the C level power lightning arrester is installed to the switch board in, carries out reliable, effectual protection to electrical power generating system.

The metal conductors of the power supply in the machine room, the air conditioner among the columns and other equipment, and the metal structural components such as the base, the cabinet body, the skylight and the like are all connected in an equipotential manner.

3. The cabinet system comprises:

and configuring the IT cabinet/rank micro-module product according to the actual demands of the users.

Cabinet 3 dimensions: 600mm 1200mm 2000mm (W.times.D.times.H), and static load bearing of not less than 2000kg.

The front door and the rear door of the IT cabinet are designed as mesh doors, the aperture ratio is not less than 75%, the mesh area is not easy to deform, the ventilation rate is high, the heat dissipation efficiency is high, the heat dissipation requirements of the IT equipment such as a novel high-heat-density server are met, and the heat dissipation requirements are adapted to the airflow forms of cold and hot channels in a machine room.

The cabinet of the rank micro-module products adopts a totally-enclosed design, and forms a cold channel enclosure by matching with a rack type air conditioner/inter-row air conditioner.

Cabinet accessories: the thickness of the steel plate used for the bearing parts (the frame, the upright posts and the cross beams) is 2.0mm, and the thickness of the steel plate used for the front and rear mesh door, the side door and the front and rear scale plates is 1.2-1.5 mm.

The filling material fills the space beside the front end frame of the cabinet.

The panel (blind plate) fills unused cabinet space, isolating the cold and hot spaces in front and back of the cabinet. The cable accessory is used for fixing the weak current wiring space and the strong current wiring space.

Routing channel of cabinet: the cabinet supports an upper wiring mode, so that the expansion of equipment in the future is facilitated, and the management of cables and the ventilation of air are facilitated.

After the cabinet is combined, the cabinet bodies are tightly connected, and no obvious light transmission gap exists.

And the wiring is compatible with an up/down wiring mode, so that on-site wiring is facilitated.

PDU is configured in the cabinet, and the PDU is vertically installed, so that the PDU does not occupy the installation space of the server.

4. Liftable antenna mast system:

the lifting antenna rod system is deployed outside the container body so as to meet the mounting requirement of communication AAU equipment.

Liftable formula antenna boom system adopts multilayer sleeve body of rod design according to antenna height requirement difference, and the lifter top innermost layer body of rod thoroughly rises the back, and through the cooperation of AAU equipment pole vertical installation component accomplish the pole mount of communication equipment such as AAU antenna, simultaneously, can be according to how many customization of the number of mounted equipment the height of last section body of rod to satisfy single equipment or the installation of many equipment multi-angle poles.

The rod body of the liftable antenna rod 2 is hollow and is used for laying cables such as cables, signal cables and the like of communication equipment or other electronic equipment mounted outside the antenna rod. All cables pass through the rod body, and a cable constraint structure is arranged on the inner wall of the rod body to prevent a plurality of cables from winding; the topmost section of the rod body is provided with an opening which is convenient for the cable to pass through and be connected with the mounting equipment; the bottom of the rod body is provided with an opening, so that a cable can conveniently pass through and be connected with power supply or data transmission equipment in the container; the bottom of the rod body is provided with one or more groups of cable recovery devices which are linked with the lifting structure of the rod body, and the cables laid in the rod body are released or recovered according to the lifting or recovery action of the rod body, so that the situation that the cables laid in the rod body are pulled or piled up when the rod body is lifted or recovered is avoided.

The rod body base comprises a fixing component and a sealing component, and the fixing component is used for locking with a mounting hole site at the top of the container in a bolt mode and the like during mounting; the sealing component is a multi-layer folding telescopic rubber component, and is provided with multi-layer waterproof, dampproof and dustproof barriers through a folding structure, and a gap between the rod body base and the container top mounting hole is pressed when the sealing component is locked, so that a sealing effect is achieved, and the problems of water seepage of the rod body base part and the like are prevented. The sealing component can wrap the bottom of the rod body in a certain range, and can effectively ensure that the rod body still has reliable waterproof, dampproof and dustproof properties when being recovered and placed on the horizontal plane of the top of the container due to the scalability of the sealing component.

Liftable formula antenna boom system is when installation deployment design, can adopt the body of rod to erect lodging and accomodate the installation design, perhaps adopts the telescopic link to erect accomodate the installation design, wherein:

the upright lodging storage installation of the rod body refers to that the antenna rod body base is installed at the corner position of the top surface of the container (the edge of the top surface of the container body and the longitudinal supporting column body are used as triangular supports, so that the overall strength is increased, if the base is required to be installed at other positions of the top surface of the container, the stress strength of the top surface of the container is required to be enhanced by means of adding a cross beam and the like), and the shaft of the base fixing assembly is used as a rotating shaft for erection and lodging operation. After the antenna mast is completely vertical, the antenna mast is integrally lifted (manual/electric), and finally the antenna mast is fixed through the multi-angle diagonal steel bar 4 and the container top surface hanging assembly, so that the erection stability and the connection strength are improved. When the storage needs to be lodged, connection between the inclined-pull reinforcing steel bars and the hooking component is firstly released, then the antenna rod is lowered to the lowest position, finally the lowered rod body is lodged to the top surface of the container, and meanwhile, the whole operation process is finished after stabilization reinforcement (in order to ensure the stable state of the lodged antenna rod in the transportation and migration process) is carried out through the top surface fixing component.

The telescopic rod is vertically stored and installed, namely, the outermost layer of the antenna rod body is stored in a rod barrel, the telescopic rod is fixed to a vertical beam at the outer side of the container, and the telescopic rod is flush with the container in height. When rising, adopt manual or electronic mode, the telescopic link of one section is risen with reaching the maximum height, then is fixed through multi-angle oblique-pulling reinforcing bar and container top surface articulates the subassembly to increase upright stability and joint strength. When the antenna rod is required to be stored, the connection between the inclined-pulling steel bars and the hanging assembly is firstly released, then the antenna rod is lowered to the lowest position, and the antenna rod body is retracted into the outermost storage rod barrel.

The liftable antenna rod system can be lifted by a manual rocker or driven by a motor according to the actual application scene requirement, so that the lifting operation of the antenna rod is completed. The manual rocker or the lifting electric switch is positioned at the base of the antenna rod and is highly suitable for manual operation of staff.

But lifting type antenna mast system adopts multilayer sleeve body of rod design according to antenna altitude requirement difference, satisfies the different demands of lifting height and bearing size, and last one section body of rod in lifter top is installed the cooperation of installed part through AAU equipment pole upright and is accomplished communication equipment such as AAU antenna and hold pole mount.

The bottom antenna mast is connected with the antenna base, the fourth section antenna mast, the third section antenna mast, the second section antenna mast, embolia the installation in proper order, the AAU equipment dead lever is installed to the second section antenna mast, and communication AAU equipment is installed on the AAU equipment dead lever, and lift electric pole and cable are laid inside the antenna mast, and power control box establishes at antenna base outside side, realizes the expansion lift and the shrink of antenna mast through controlling lift electric pole.

When the antenna rod is arranged horizontally, the antenna rod can be folded and placed on the base after being lifted and closed.

5. Air conditioning and ventilation system:

the system adopts the rack-mounted air conditioner/inter-column air conditioner for refrigeration, and has the advantages of high efficiency, energy saving, safety, reliability, intelligent management, compact structure and exquisite technology, and comprehensively meets the cooling requirement of a container machine room.

The rack-mounted air conditioner is suitable for the condition that the power load of the IT cabinet is small, the rack-mounted air conditioner host is deployed inside the IT cabinet, the outdoor unit is deployed in the outer support frame 5 outside the container, and the application scene that the refrigerating capacity requirement is less than 6-8 kW/cabinet is satisfied.

The inter-column air conditioner is suitable for the condition that the power load of the IT cabinet is large, the inter-column air conditioner hosts are deployed in the same column of the IT cabinet, air flow organization is carried out in a cold channel closed mode, the outdoor unit is deployed in an outer supporting frame outside the container, and the application scene that the refrigerating capacity requirement is larger than 6-8 kW/cabinet is met.

The refrigerating agent copper pipe of the rack-mounted air conditioner/inter-row air conditioner is connected with the outdoor unit after penetrating through the wall, and is plugged after finishing, the condensed water pipe is connected to the outside of the room, and the condensed water is discharged out of the container through the longitudinal wiring.

All refrigerant copper pipes and condensate pipes are laid under the antistatic floor, the refrigerant copper pipes are fixed by copper pipe clamps, and rubber pads are arranged between the pipe clamps to prevent the copper pipes from being worn due to vibration of the copper pipes.

Meanwhile, an axial flow fan is configured for ventilation of a machine room, fan equipment is deployed on the side edge inside the container body and ventilates through openings of an air duct of the container body, and the outside of the air duct is covered by a shutter, so that the unidirectional ventilation requirement is met.

6. Centralized monitoring system:

the centralized monitoring system comprises an embedded monitoring host, a sensor device and the like.

Specific monitoring options:

● Monitoring a power distribution system;

● DPS (distributed power supply, lithium-containing battery) monitoring;

● Monitoring a 48V composite power supply (lithium-containing battery);

● Air conditioner monitoring;

● Monitoring temperature and humidity;

● Monitoring water leakage;

● Monitoring a fire control system;

● Monitoring an access control system;

● Video system monitoring, etc.

7. Gas fire-fighting system

The container machine room is 1 independent fire-fighting partition, adopts rack-type and cabinet-type fire-fighting system products, and adopts a matched corresponding automatic fire alarm system.

The rack-mounted fire-fighting system product is characterized in that the rack-mounted fire-fighting system product is arranged inside an IT cabinet to protect IT and communication equipment in a local fire-fighting mode.

The cabinet type heptafluoropropane fire extinguishing system product is not provided with a special bottle group, the whole cabinet body is arranged in a protection area, the fire protection inside the container body is met, and a large space can be protected by adopting a mode of combining a plurality of cabinets. The device can be connected with a fire control center, can also be independently provided with an automatic fire extinguishing controller and a self-forming system, so that the device can be flexibly and conveniently selected for users.

Finally, it should be pointed out that: the above embodiments are only for illustrating the technical solution of the present utility model, and are not limiting. Although the utility model has been described in detail with reference to the foregoing embodiments, it will be understood by those of ordinary skill in the art that: the technical scheme described in the foregoing embodiments can be modified or some technical features thereof can be replaced by equivalents; such modifications and substitutions do not depart from the spirit and scope of the technical solutions of the embodiments of the present utility model.

Claims (10)

1. A container machine room with a liftable antenna mast system comprises a container body, wherein a cabinet system and a power supply and distribution system are arranged in the container body, and the cabinet system comprises a server cabinet; the power supply and distribution system supplies power for the cabinet system, and is characterized in that: a liftable antenna rod system is arranged outside the container; the liftable formula antenna boom sets up at container outer top surface or side, but liftable formula antenna boom contains multilayer sleeve body of rod, and the lifter top is the innermost layer body of rod, and the lifter top is through the pole mounting of holding up the cooperation completion communication equipment of installation component.

2. A container room with a liftable antenna mast system according to claim 1, characterized in that: the liftable antenna mast body is hollow, cables and signal cables are contained in the hollow mast body, and a cable constraint structure is arranged on the inner wall of the mast body; the topmost section of the rod body is provided with an opening which is convenient for the cable to pass through and be connected with the mounting equipment; the bottom of the rod body is provided with an opening, so that the cable can conveniently pass through and be connected with power supply or data transmission equipment inside the container.

3. A container room with a liftable antenna mast system according to claim 2, characterized in that: the bottom of the rod body is provided with one or more groups of cable recovery devices, the cable recovery devices are linked with the lifting structure of the rod body, and according to the lifting or recovery action of the rod body, the cables laid in the rod body are released or recovered, and the lifting type antenna rod is lifted by a manual rocker or driven by a motor.

4. A container room with a liftable antenna mast system according to claim 3, wherein: the rod body base comprises a fixing component and a sealing component, and the fixing component is locked with a mounting hole site at the top of the container through a bolt; the sealing component is a multi-layer folding telescopic rubber component, and is tightly pressed against a gap between the rod body base and the container top mounting hole when being locked by the fixing component, and the sealing component wraps the bottom of the rod body.

5. A container room with a liftable antenna mast system according to claim 4, wherein: the antenna rod body base is arranged at the corner position of the top surface of the container, the top surface edge and the longitudinal supporting column body of the container body are used as triangular supports, and the fixed component shaft of the installation base is used as a rotating shaft to erect and lodge the antenna rod body; after the antenna mast is completely vertical, the antenna mast is fixed by multi-angle diagonal reinforcement and a container top surface hanging assembly.

6. A container room with a liftable antenna mast system according to claim 4, wherein: the antenna body of rod base is installed in container side position, and the pole bucket is accomodate to the antenna body of rod outermost and container outside vertical beam is fixed, and the height is high parallel and level with the container.

7. A container room with a liftable antenna mast system according to claim 5 or 6, wherein: the container body is provided with a heat preservation layer, an anti-corrosion layer and a lighting device, the roof of the container adopts a slope roof, the container body is paved with an anti-static floor, and the container is opened with a double door; the container body is last still to be provided with air conditioner and ventilation system, includes: a machine room air conditioner, an outdoor unit support frame and a ventilation system; the outdoor unit support frame is used for placing an air conditioner outdoor unit and is made of channel steel materials, is stably connected with the box body and is positioned at the diagonal position of the lifting rod; the machine room air conditioner adopts a frame type air conditioner and an inter-column air conditioner, and meanwhile, an axial flow fan is configured for ventilation of the machine room, fan equipment is deployed on the side edge of the container body, ventilation is carried out through opening holes of an air duct of the container body, and the outside of the air duct is covered by using a shutter.

8. A container room with a liftable antenna mast system according to claim 7, wherein: the container is provided with a centralized monitoring system, and the centralized monitoring system comprises power environment monitoring and security monitoring; the container is internally provided with a gas fire-fighting system which is a rack-type and cabinet-type gas fire-extinguishing device and an automatic fire alarming module, the rack-type fire-fighting system is arranged inside an IT cabinet, and the gas fire-fighting system is connected with a fire-fighting control center or is independently provided with an automatic fire-extinguishing controller.

9. A container room with a liftable antenna mast system according to claim 8, wherein: the power supply and distribution system comprises a distributed power system DPS, a 48V composite power supply, a matched lithium battery module and a low-voltage power distribution module; an intelligent distribution box containing an ATS automatic transfer switch for switching; the intelligent distribution box is connected with the mains supply and the generator, and is switched to input the mains supply or the generator through an ATS of the distribution box to supply power to a DPS distributed power system in the IT cabinet, to supply power to a rack-mounted air conditioner/inter-column air conditioner in the container, and to supply power to a liftable antenna rod, fire protection, weak current and a lighting system; the DPS system products rectify, filter and stabilize the commercial power and then output the commercial power to a load; when the commercial power is abnormal, the lithium battery system is started to output electric energy to the load equipment; the 48V composite power supply system is a box type power supply system.

10. A container room with a liftable antenna mast system according to claim 9, wherein: the lightning protection grounding system is also arranged, the lightning protection grounding comprises power lightning protection and a grounding system special for a machine room, a C-level power lightning protector is arranged in the power distribution cabinet, and equipotential connection is carried out on power supply and air conditioner metal structural components among columns in the machine room.