CN208168619U - The skylight operating system of modular data center - Google Patents
The skylight operating system of modular data center Download PDFInfo
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- CN208168619U CN208168619U CN201820412339.6U CN201820412339U CN208168619U CN 208168619 U CN208168619 U CN 208168619U CN 201820412339 U CN201820412339 U CN 201820412339U CN 208168619 U CN208168619 U CN 208168619U
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Abstract
The utility model discloses a kind of skylight operating systems of modular data center to be reduced fire-fighting accident and be occurred with the fire-fighting demand of timely respond module data center.Skylight operating system includes：Power sunroof；Fire-fighting environmental index monitoring device, is set in modular data center；Monitoring and interactive device, it is set in the monitoring room except modular data center, and is connect with power sunroof and fire-fighting environmental index monitoring device, for receiving the monitoring information of fire-fighting environmental index monitoring device, when fire-fighting situation occurs in determining module data center, power sunroof is opened.
Description
Technical field
The utility model relates to data center apparatus technical fields, more particularly to a kind of skylight of modular data center
Operating system.
Background technique
In the construction of modernization large-scale data center, modular data center (Module Data Center, MDC)
Using more and more common.Modular data center highly integrated power supply-distribution system, cabinet and wiring system, heat management system,
The subsystems such as monitoring system, security system realize data center's infrastructure construction and the decoupling of Environment of Apparatus Room, have
Rapid deployment is easy to the advantages that extending, is reliable for operation, energy-efficient.
In the construction of existing module data center, to meet the fire-fighting demand inside modularization, generalling use can be opened
Skylight design.Skylight generally using eccentric design, is opened and closed by electromagnetism lock control, and skylight is closed when electromagnetic lock is powered, and works as reception
When to external fire-fighting signal, electromagnetic lock power-off, skylight rotarily opens under eccentric gravity, to make fire fighting gas or liquid
It is able to enter inside modular data center, reaches fire-fighting purpose.
Present inventor has found that the skylight of existing module data center is occurring during realizing the application
Exist when fire-fighting situation open lag, open logic is indefinite, opening angle is uncontrollable, open without feedback, open after link and set
The defects of meter is insufficient, to influence being normally carried out for fire-fighting.
Utility model content
The purpose of the utility model embodiment is to provide a kind of skylight operating system of modular data center, to ring in time
The fire-fighting demand of modular data center is answered, fire-fighting accident is reduced and occurs.
The skylight operating system of modular data center provided by the utility model embodiment, including：
Power sunroof；
Fire-fighting environmental index monitoring device, is set in modular data center；
Monitoring and interactive device, be set in the monitoring room except modular data center, and with power sunroof and fire-fighting
Environmental index monitoring device connection, for receiving the monitoring information of fire-fighting environmental index monitoring device, when determining module data
When fire-fighting situation occurring in center, power sunroof is opened.
Using the skylight operating system of the utility model embodiment, since fire-fighting environmental index monitoring device is to modularization number
Monitored in real time according to the fire-fighting environmental index in center, when monitoring and disappear in interactive device determining module data center
Power sunroof can be automatically turned on when anti-situation.Compared with prior art, the unlatching logic of power sunroof is clear, therefore can be timely
The problem of opening, avoiding unlatching lag reduces the generation of fire-fighting accident.
Wherein, be provided with electric channel door in the modular data center, the monitoring and interactive device also with it is electronic
Access door connection, for opening electric channel door when fire-fighting situation occurs in determining module data center.Work as determining module
When changing generation fire-fighting situation in data center, control electric channel door is opened, and fire fighting gas or liquid is enable to timely enter
Inside modular data center, reduces fire-fighting accident and occur.
Optionally, the fire-fighting environmental index monitoring device includes pole early fire detection device, smoke alarm, temperature biography
At least two in sensor, combustible gas probe and residual current detector.
Preferably, the skylight operating system further includes：
Audible and visual alarm equipment, the inner top and/or the prison except modular data center for being set to modular data center
Control is indoor；
The monitoring and interactive device are also connect with audible and visual alarm equipment, for when hair in determining module data center
When raw fire-fighting situation, audible and visual alarm equipment is opened.
Optionally, the audible and visual alarm equipment includes tri-colour LED and three audio tweeters, not exactly the same instruction
Lamp color combines corresponding different alarm level with loudspeaker audio.
Operation maintenance personnel can indicate that information recognizes the fire-fighting in data center in time according to the alarm of audible and visual alarm equipment
Situation is conducive to further increase fire-fighting reaction speed to be judged, be operated.
Preferably, the skylight operating system further includes the camera being set in modular data center；
The monitoring is also connect with camera with interactive device, for when generation fire-fighting shape in determining module data center
When condition, display output camera head monitor picture and drill inquiry interface.
Operation maintenance personnel can recognize with interactive device equipment situation in modular data center in time and be disappeared from monitoring
Anti- situation, and relevant operation is carried out under the guidance at drill inquiry interface, the accuracy of operation is higher, is conducive to fire-fighting work
Going on smoothly for industry, has also ensured personal safety significantly.
Preferably, the power sunroof includes：
Fixed frame；
Skylight is rotated, bias is articulated with fixed frame；
Electromagnetic lock, including being set to the electromagnet of fixed frame and being set to the armature of rotation skylight；
Angle limit part, detachable protrusion are fixed on the top edge of rotation skylight and are located at the rotation axis of rotation skylight
Far from rotation day window gravity center side, the angle limit part rotation skylight rotation set angle after with fixed frame top surface phase
It abuts, the set angle is less than 90 degree.
During installation, the suitable pre- opening angle of selection power sunroof can be disposed according to the space of modular data center
Degree, specifically：If the space of modular data center, which allows to rotate skylight, opens 90 degree in fire-fighting, it is not necessarily to setting angle
Locating part, after electromagnetic lock unlock, rotation skylight can be opened into 90 degree under the effect of gravity；If the space of modular data center
Only allow to rotate skylight and open set angle in fire-fighting, then angle limit part is installed on rotation skylight, to limit rotation
Skylight maximum can only be rotated to the set angle.Using the design scheme, the opening angle of power sunroof can with flexible choice, with
The suitability of modular data center is preferable.
More preferably, the angle limit part is non-isosceles trapezoid angle limit part, the non-isosceles trapezoid angle limit part
The top edge in rotation skylight is inversely installed and rotation skylight 180 degree can be parallel to and exchanges installation.Using the design scheme,
There are three selectable opening angles during installation for power sunroof, can flexibly be selected according to the space of modular data center
It selects.
Preferably, two base angles of the non-isosceles trapezoid angle limit part are respectively 30 degree and 60 degree.Power sunroof exists
There are 30 degree, 60 degree and 90 degree three selectable opening angles when installation.
Preferably, the power sunroof further includes the microswitch connecting with monitoring with interactive device, the microswitch
It is set to fixed frame and is located at electromagnetic lock binding domain or the abutting region with angle limit part, for changing in stress
Information is opened and closed to monitoring power sunroof corresponding with interactive device transmission when change；
The monitoring is also used to show output power sunroof opening and closing information with interactive device.
When fire-fighting situation occurring in modular data center, the opening and closing information of power sunroof can be timely fed back to monitor
With interactive device, operation maintenance personnel can recognize the fire-fighting situation in data center in time accordingly, and judged, operated, and have
Conducive to further increasing fire-fighting reaction speed.
Detailed description of the invention
Fig. 1 is the skylight operating system schematic diagram of an embodiment of the present invention modular data center；
Fig. 2 is that an embodiment of the present invention modular data center arranges fire-fighting environmental index monitoring device top view；
Fig. 3 is that an embodiment of the present invention modular data center arranges fire-fighting environmental index monitoring device front view；
Fig. 4 is power sunroof main view (open state) in an embodiment of the present invention；
Fig. 5 is the angle limit part schematic diagram of power sunroof in an embodiment of the present invention；
Fig. 6 is enlarged drawing at the A of Fig. 4；
Fig. 7 is power sunroof main view (open state) in another embodiment of the utility model；
Fig. 8 is enlarged drawing at the B of Fig. 7.
Specific embodiment
For the fire-fighting demand for timely responding to modular data center, reduces fire-fighting accident and occur, the utility model embodiment
Provide a kind of skylight operating system of modular data center.To make the purpose of this utility model, technical solution and advantage more
Add clear, the utility model is described in further detail by the following examples.
As shown in Figure 1, the skylight operating system of modular data center 1 provided by the embodiment of the utility model, including：Electricity
Dynamic skylight 10；Fire-fighting environmental index monitoring device 2, is set in modular data center 1；Monitoring and interactive device 3, are set to
It in monitoring room except modular data center 1, and connect, is used for power sunroof 10 and fire-fighting environmental index monitoring device 2
The monitoring information for receiving fire-fighting environmental index monitoring device 2 is opened when fire-fighting situation occurs in determining module data center 1
Open power sunroof 10.
Using the skylight operating system of the utility model embodiment, since fire-fighting environmental index monitoring device 2 is to modularization
Fire-fighting environmental index in data center 1 is monitored in real time, when in monitoring and 3 determining module data center 1 of interactive device
Occur power sunroof 10 can be automatically turned on when fire-fighting situation.Compared with prior art, the unlatching logic of power sunroof 10 is clear, because
The problem of this can be opened in time, avoid unlatching lag, reduces the generation of fire-fighting accident.
Modular data center 1 may include that thermal management device, power supplying and distributing equipment, monitoring device and security device etc. are several
Environmental unit.Wherein, electric channel door 11 is provided in modular data center 1, monitoring is gone back with interactive device 3 and electric channel
Door 11 connects, for opening electric channel door 11 when fire-fighting situation occurs in determining module data center 1.When determining mould
When fire-fighting situation occurring in Kuai Hua data center 1, control electric channel door 11 is opened, enable fire fighting gas or liquid in time into
Enter to inside modular data center, reduces fire-fighting accident and occur.
Fire-fighting environmental index monitoring device 2 may include the detecting devices of multiple and different types, and it is different to be respectively used to monitoring
Fire-fighting environmental index, for example, fire-fighting environmental index monitoring device 2 may include pole early fire detection device, smoke alarm,
At least two in temperature sensor, combustible gas probe and residual current detector.
In one embodiment of the utility model, the configuration and application scenarios different according to modular data center 1 disappear
Anti- environmental index monitoring device 2 configures at least two different types of detecting devices.Detecting devices accesses prison in the form of analog quantity
Control and interactive device 3, and in monitoring and the corresponding fire-fighting ring in 3 home interface real-time display modular data center of interactive device
Border achievement data.Such as：As shown in Figures 2 and 3, pole incipient fire is arranged for the modular data center 1 that battery cupboard is not fallen in lines
Detector 21, smoke alarm 22 and temperature sensor 23；Pole early stage fire is arranged for the modular data center that battery cupboard is fallen in lines
Fire detector, smoke alarm, temperature sensor and combustible gas probe；For in the Modular Data of high density operation
The heart then additionally configures residual-current electrical fire detector again.
In addition, as shown in Figure 1, skylight operating system further includes：Audible and visual alarm equipment 4 is set to modular data center 1
Inner top and/or modular data center 1 except monitoring room in；Monitoring with interactive device 3, also with audible and visual alarm equipment 4
Connection, for opening audible and visual alarm equipment 4 when fire-fighting situation occurs in determining module data center 1.Optionally, acousto-optic
Alarm equipment 4 includes tri-colour LED and three audio tweeters, and not exactly the same indicator light colors are combined with loudspeaker audio
Corresponding different alarm level, wherein tri-colour LED can be red indicating light, yellow indicator lamp and blue indicator light.Sound
Light alarm equipment 4 can be set in the inner top and/or monitoring room of modular data center 1 and be located at destination locations of waking up.Fortune
Dimension personnel can indicate that information recognizes the fire-fighting inside modular data center 1 in time according to the alarm of audible and visual alarm equipment 4
Situation is conducive to further increase fire-fighting reaction speed to be judged, be operated.
Further, skylight operating system further includes the camera 5 being set in modular data center 1；It monitors and interacts
Equipment 3 is also connect with camera 5, for when fire-fighting situation occurs in determining module data center 1, display to export camera
5 monitored picture and drill inquiry interface.Camera 5 can use high definition IP camera, and operation maintenance personnel can be from
The equipment situation and fire-fighting situation in modular data center 1 are recognized in monitoring and the display interface of interactive device 3 in time, and
Relevant operation is carried out under the guidance at drill inquiry interface, the accuracy of operation is higher, is conducive to the smooth of fire-fighting operation
It carries out, has also ensured personal safety significantly.
In addition, monitoring can also be connect with interactive device 3 with computer room fire-fighting system 6, closed receiving computer room fire-fighting system 6
After the control command of skylight operating system, skylight operating system is opened or closed.
As shown in following table one, aforementioned monitoring is managed collectively different types of detecting devices with interactive device 3, and referring to spy
Survey result response at different level.Such as：When the movement of pole early fire detection device, accused in monitoring and automatic spring on interactive device interface
The alert page, audible and visual alarm equipment sapphirine and the first the preset sound that sounds；When smoke alarm movement, monitoring is set with interacting
Standby interface is switched to by force the monitoring page of camera, and power sunroof is opened, and electric channel door is opened, and audible and visual alarm equipment glassy yellow is simultaneously
Sound second of preset sound；When at least two temperature sensors detect that modular data center internal temperature is higher than 54 DEG C
When, the operation inquiry of monitoring and the pop-up of interactive device interface refrigeration equipment and power supply unit, and in monitoring page display setting system
Cool equipment and electrical equipment fast enter menu, audible and visual alarm equipment shiny red and the third the preset sound that sounds.Alarm level
It is divided into three minor alarm, significant alarm and critical alarm ranks, high Level 1Alarming is provided simultaneously with whole connection of low Level 1Alarming
Dynamic function.
It is noted that can be set on aforementioned monitoring and interactive device 3 some for directly controlling Modular Data
The entity or virtual push button of environmental unit, power sunroof and electric channel door etc. in center, operation maintenance personnel can also root
Control command is directly inputted according to artificial judgement.In addition, as supplement, on electric channel door pillar can reset button,
The control that skylight operating system in monitoring and interactive device interface opens virtual push button and computer room fire-fighting system issues
Order can also directly trigger the unlatching of skylight operating system, linkage audible and visual alarm device action.
One skylight operating system linkage table of table
As shown in Figure 4 and Figure 5, in the preferred embodiment of the utility model, power sunroof 10 includes：Fixed frame 101；
Skylight 102 is rotated, bias is articulated with fixed frame 101；Electromagnetic lock, including being set to the electromagnet 103 of fixed frame 101 and setting
It is placed in the armature 104 of rotation skylight 102；Angle limit part 105, detachable protrusion are fixed on the top edge of rotation skylight 102
And it is located at side of the rotation axis S far from rotation 102 center of gravity Q of skylight of rotation skylight 102, angle limit part 105 is in rotation day
Window 102 abuts against after rotating set angle with 101 top surface of fixed frame, and the set angle is less than 90 degree.
During installation, the suitable pre- opening angle of selection power sunroof 10 can be disposed according to the space of modular data center
Degree, specifically：If the space of modular data center, which allows to rotate skylight 102, opens 90 degree in fire-fighting, without installation
Angle limit part 105, after electromagnetic lock unlock, eccentrically mounted rotation skylight 102 can be opened into 90 degree under the effect of gravity；If
The space of modular data center only allows to rotate skylight 102 and opens set angle in fire-fighting, then pacifies angle limit part 105
Loaded on rotation skylight 102, so that limiting rotation 102 maximum of skylight can only rotate to the set angle.Using the design scheme, electricity
The opening angle of dynamic skylight 10 can be preferable with the suitability of modular data center with flexible choice.
The specific constructive form of angle limit part 105 is unlimited, such as can be triangular angles locating part, triangular angles
One of side of locating part is as the confined planes abutted against with 101 top surface of fixed frame, to limit rotation skylight 102
Opening angle.
More preferably, angle limit part 105 is non-isosceles trapezoid angle limit part, and non-isosceles trapezoid angle limit part is inverted peace
Loaded on the top edge for rotating skylight 102 and rotation skylight 102 can be parallel in 0 degree and the exchange installation of 180 degree direction.Using
The design scheme, there are three selectable opening angles during installation for rotation skylight 102, can be according to modular data center
Space is flexibly selected.The size at two base angles of non-isosceles trapezoid angle limit part can setting according to rotation skylight 102
Meter opening angle accordingly designs.For example, in one alternate embodiment, two base angles point of non-isosceles trapezoid angle limit part
It Wei not be 30 degree and 60 degree.Rotation skylight 102 has 30 degree, 60 degree and 90 degree three selectable opening angles during installation, selects
Flexibility is larger.
As shown in Fig. 4 to Fig. 8, power sunroof 10 further includes and the aforementioned microswitch for monitoring and connecting with interactive device 3
106, microswitch 106 is set to fixed frame 101 and is located at electromagnetic lock binding domain or the abutting with angle limit part 105
Region, for sending corresponding power sunroof opening and closing information with interactive device 3 to aforementioned monitoring when stress changes；It is aforementioned
Monitoring is also used to show output power sunroof opening and closing information with interactive device 3.
For example, as shown in Figure 4 and Figure 6, microswitch 106 is set to fixed frame 101 and is located at electromagnetic lock binding domain,
When power sunroof 10 is in close state, microswitch 106 is pressurized, to send to aforementioned monitoring with interactive device 3 electronic
Skylight closing information；When power sunroof 10 is opened, microswitch 106, which releases, to be pressurized, to send to monitoring and interactive device 3
Power sunroof opening imformation.
For example, as shown in Figure 7 and Figure 8, microswitch 106 is set to fixed frame 101 and is located at fixed frame 101 and angle
The abutting region of locating part 105 is spent, when power sunroof 10 is in close state, microswitch 106 does not suffer oppression, thus forward
It states monitoring and interactive device 3 sends power sunroof closing information；When power sunroof 10 is opened, microswitch 106 is limited by angle
Position part compressing, to send power sunroof opening imformation to monitoring and interactive device 3.
When fire-fighting situation occurring in modular data center, the opening and closing information of power sunroof 10 can be timely fed back to supervise
The screen interface of control and interactive device 3, operation maintenance personnel can recognize the fire-fighting situation in data center in time accordingly, and carry out
Judgement, operation, are conducive to further increase fire-fighting reaction speed.
Obviously, it is practical without departing from this can to carry out various modification and variations to the utility model by those skilled in the art
Novel spirit and scope.If in this way, these modifications and variations of the present invention belong to the utility model claims and
Within the scope of its equivalent technologies, then the utility model is also intended to include these modifications and variations.
Claims (10)
1. a kind of skylight operating system of modular data center, which is characterized in that including：
Power sunroof；
Fire-fighting environmental index monitoring device, is set in modular data center；
Monitoring and interactive device, be set in the monitoring room except modular data center, and with power sunroof and fire-fighting environment
Monitoring Indexes equipment connection, for receiving the monitoring information of fire-fighting environmental index monitoring device, when determining module data center
When interior generation fire-fighting situation, power sunroof is opened.
2. skylight operating system as described in claim 1, which is characterized in that be provided in the modular data center electronic
Access door, the monitoring are also connect with electric channel door with interactive device, for disappearing when in determining module data center
When anti-situation, electric channel door is opened.
3. skylight operating system as described in claim 1, which is characterized in that the fire-fighting environmental index monitoring device includes pole
At least two in early fire detection device, smoke alarm, temperature sensor, combustible gas probe and residual current detector
Kind.
4. skylight operating system as described in claim 1, which is characterized in that the skylight operating system further includes：
Audible and visual alarm equipment, the inner top and/or the monitoring room except modular data center for being set to modular data center
It is interior；
The monitoring and interactive device are also connect with audible and visual alarm equipment, for disappearing when in determining module data center
When anti-situation, audible and visual alarm equipment is opened.
5. skylight operating system as claimed in claim 4, which is characterized in that the audible and visual alarm equipment includes tri-colour LED
With three audio tweeters, not exactly the same indicator light colors combine corresponding different alarm level with loudspeaker audio.
6. skylight operating system as described in claim 1, which is characterized in that the skylight operating system further includes being set to mould
Camera in Kuai Hua data center；
The monitoring is also connect with camera with interactive device, for when generation fire-fighting situation in determining module data center
When, display exports camera head monitor picture and drill inquiry interface.
7. skylight operating system as described in any one of claims 1 to 6, which is characterized in that the power sunroof includes：
Fixed frame；
Skylight is rotated, bias is articulated with fixed frame；
Electromagnetic lock, including being set to the electromagnet of fixed frame and being set to the armature of rotation skylight；
Angle limit part, the detachable rotation axis for protruding the top edge for being fixed on rotation skylight and being located at rotation skylight are separate
The side of day window gravity center is rotated, the angle limit part offsets after rotation skylight rotation set angle with fixed frame top surface
It connects, the set angle is less than 90 degree.
8. skylight operating system as claimed in claim 7, which is characterized in that the angle limit part is non-isosceles trapezoid angle
Locating part, the non-isosceles trapezoid angle limit part are inversely installed the top edge in rotation skylight and can be parallel to rotation day
Window 180 degree exchanges installation.
9. skylight operating system as claimed in claim 8, which is characterized in that two of the non-isosceles trapezoid angle limit part
Base angle is respectively 30 degree and 60 degree.
10. skylight operating system as claimed in claim 7, which is characterized in that the power sunroof further includes and monitors and hand over
The microswitch of mutual equipment connection, the microswitch are set to fixed frame and are located at electromagnetic lock binding domain or and angle
The abutting region of locating part, for believing when stress changes to monitoring power sunroof opening and closing corresponding with interactive device transmission
Breath；
The monitoring is also used to show output power sunroof opening and closing information with interactive device.
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| CN201820412339.6U CN208168619U (en) | 2018-03-26 | 2018-03-26 | The skylight operating system of modular data center |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110359802A (en) * | 2018-03-26 | 2019-10-22 | 维谛技术有限公司 | The skylight operating system of modular data center |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110359802A (en) * | 2018-03-26 | 2019-10-22 | 维谛技术有限公司 | The skylight operating system of modular data center |
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