CN205809649U - Equipment monitoring apparatus - Google Patents
Equipment monitoring apparatus Download PDFInfo
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- CN205809649U CN205809649U CN201620672837.5U CN201620672837U CN205809649U CN 205809649 U CN205809649 U CN 205809649U CN 201620672837 U CN201620672837 U CN 201620672837U CN 205809649 U CN205809649 U CN 205809649U
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Abstract
The utility model discloses a kind of equipment monitoring apparatus, belong to electronic technology field.This equipment monitoring apparatus is for monitoring the IT asset equipment in data center.This equipment monitoring apparatus includes: device detector, processor, radiofrequency launcher and alarm；Device detector is connected with processor, and radiofrequency launcher is connected with processor, and alarm is connected with processor；Processor, for when device detector detects monitoring region internal memory in monitored device, controlling radiofrequency launcher and launch radiofrequency signal；Processor, is additionally operable to when receiving the electronic tag being fixed in monitored device feedback based on emission of radio frequency signals radiofrequency signal, and monitored device mark feedback radiofrequency signal carried is sent to server；Processor, is additionally operable to receive the warning message that server sends based on monitored device mark, and controls alarm equipment alarm according to warning message.This utility model can substantially increase the accuracy of monitoring and reduce human cost.
Description
Technical field
This utility model relates to electronic technology field, particularly to a kind of equipment monitoring apparatus.
Background technology
Along with the Internet and the high speed development of informationization technology, the scale of each data center is the most increasing, data
IT asset equipment in the minds of in also gets more and more.How to be monitored also becoming to the IT asset equipment in data center and need badly
The problem solved.Wherein, in order to ensure the data of storage in the safety of data center's each IT asset equipment and IT asset equipment
Safety, data center need the IT asset equipment entering and leaving data center is monitored.In prior art, in data
The heart is monitored relying primarily on manpower record management to the IT asset equipment entering and leaving data center, easily makes mistakes and people
Power is relatively costly.
Utility model content
In order to solve problem of the prior art, this utility model embodiment provides a kind of equipment monitoring apparatus.Described skill
Art scheme is as follows:
Providing a kind of equipment monitoring apparatus, described equipment monitoring apparatus includes: device detector, processor, radio frequency are sent out
Emitter and alarm；
Described device detector is connected with described processor, and described radiofrequency launcher is connected with described processor, described report
Alert device is connected with described processor；
Whether described device detector, exist monitored device in being used for detecting monitoring region；
At described device detector, described processor, for detecting that described monitoring region internal memory is in described monitored device
Time, control described radiofrequency launcher and launch radiofrequency signal；
Described processor, is additionally operable to when receiving the electronic tag being fixed in described monitored device based on described radio frequency
During the feedback radiofrequency signal that signal is launched, the monitored device mark described feedback radiofrequency signal carried is sent to server；
Described processor, is additionally operable to receive the warning message that described server sends based on described monitored device mark,
And control described alarm equipment alarm according to described warning message.
In the embodiment that the first is possible, described device detector include the first infrared transmitter, second infrared
Emitter, the first infrared remote receiver and the second infrared remote receiver, described equipment monitoring apparatus also includes main every body and secondary every body；
Described monitoring region between described main every body and described secondary every body, described first infrared transmitter and institute
Stating the second infrared transmitter to be arranged on described secondary every body, described first infrared remote receiver and described second infrared remote receiver set
It is placed on described main every body；
Described first infrared transmitter and described second infrared transmitter are used for launching infrared ray, described first infrared receiver
Device is for receiving the infrared ray that described first infrared transmitter is launched, and described second infrared remote receiver is used for receiving described second red
The infrared ray that external transmitter is launched；
Described first infrared remote receiver, for when not receiving infrared ray, sends the first triggering letter to described processor
Breath, described second infrared remote receiver, for when not receiving infrared ray, sends the second trigger message to described processor；
Described processor, for when receiving described first trigger message or the second trigger message, determines described monitoring
Described monitored device is there is in region.
In the embodiment that the second is possible, described processor is arranged in described main every body, and described processor divides
It is not connected with described first infrared remote receiver and described second infrared remote receiver, described processor, it is additionally operable to what basis received
Described first trigger message and the sequencing of described second trigger message, obtain directional information, and described directional information is used for referring to
Show the described monitored device direction of motion in described monitoring region；
Described processor, is additionally operable to receive described server and sends out based on described monitored device mark and described directional information
The described warning message sent, and control described alarm equipment alarm according to described warning message.
In the embodiment that the third is possible, described equipment monitoring apparatus also includes main every body and secondary every body, institute
Stating processor and include the first sub-processor and the second sub-processor, described radiofrequency launcher includes the first sub-radiofrequency launcher and
Two sub-radiofrequency launchers；
Described monitoring region between described main every body and described secondary every body, described first sub-processor and described
First sub-radiofrequency launcher is arranged in described main every body, and described second sub-processor and described second sub-radiofrequency launcher set
It is placed in described secondary every body；
At described device detector, described first sub-processor, for detecting that described monitoring region internal memory is supervised described
During control equipment, control described first sub-radiofrequency launcher and launch radiofrequency signal, and be used for receiving described feedback radiofrequency signal；
At described device detector, described second sub-processor, for detecting that described monitoring region internal memory is supervised described
During control equipment, control described second sub-radiofrequency launcher and launch radiofrequency signal, and be used for receiving described feedback radiofrequency signal, also use
It is sent to described first sub-processor in the described monitored device mark described feedback radiofrequency signal carried；
Described first sub-processor, for receiving the described report that described server sends based on described monitored device mark
Alarming information, and control described alarm equipment alarm according to described warning message.
In the 4th kind of possible embodiment, described alarm includes display lamp；
Described display lamp is connected with described processor, and described display lamp sends appointment for control based on described processor
The light of color.
In the 5th kind of possible embodiment, described alarm includes voice prompting device；
Described voice prompting device is connected with described processor, described voice prompting device, for control based on described processor
The voice of given content is put in record and broadcast.
In the 6th kind of possible embodiment, described voice prompting device is arranged on described main every body, described voice
Prompting apparatus, for the voice controlling to play described given content based on described first sub-processor.
In the 7th kind of possible embodiment, described alarm includes display screen；
Described display screen is connected with described processor, described display screen, shows for control based on described processor and refers to
Determine content.
In the 8th kind of possible embodiment, described display screen is arranged on described main every body, described display screen, uses
Described given content is shown in control based on described first sub-processor.
The technical scheme that this utility model embodiment provides has the benefit that
The equipment monitoring apparatus of device detector, processor, radiofrequency launcher and alarm is included so that number by offer
Can be by this equipment by monitoring region when no matter entering data center according to the monitored device at center or leave data center
Supervising device detects, this equipment monitoring apparatus can also obtain monitored device mark, and this monitored device mark is sent
To server, so that according to this monitored device mark, server determines that this monitored device is left or whether carries out data center
Legal, and return control information accordingly, equipment monitoring apparatus is reported to the police based on this control information so that IT is provided by data center
Product equipment enters and leaves the monitoring of data center and needs not rely on manpower and carry out, and substantially increases the accuracy of monitoring and reduces
Human cost.
Accompanying drawing explanation
In order to be illustrated more clearly that the technical scheme in this utility model embodiment, required in embodiment being described below
Accompanying drawing to be used is briefly described, it should be apparent that, the accompanying drawing in describing below is only realities more of the present utility model
Execute example, for those of ordinary skill in the art, on the premise of not paying creative work, it is also possible to according to these accompanying drawings
Obtain other accompanying drawing.
Fig. 1 is the structural representation of a kind of equipment monitoring apparatus that this utility model embodiment provides.
Fig. 2 is the top view of a kind of equipment monitoring apparatus that this utility model embodiment provides.
Fig. 3 is the top view of a kind of equipment monitoring apparatus that this utility model embodiment provides.
Detailed description of the invention
For making the purpose of this utility model, technical scheme and advantage clearer, new to this practicality below in conjunction with accompanying drawing
Type embodiment is described in further detail.
This utility model provides a kind of equipment monitoring apparatus, as it is shown in figure 1, this equipment monitoring apparatus includes: equipment is examined
Survey device 110, processor 120, radiofrequency launcher 130 and alarm 140.
This device detector 110 is connected with this processor 120, and this radiofrequency launcher 130 is connected with this processor 120, should
Alarm 140 is connected with this processor 120.Whether this device detector 110, exist monitored setting in being used for detecting monitoring region
Standby.This processor 120, for when this device detector 110 detects this monitoring region internal memory in this monitored device, controls
This radiofrequency launcher 130 launches radiofrequency signal.This processor 120, is additionally operable to work as to receive be fixed in this monitored device
During electronic tag feedback based on this emission of radio frequency signals radiofrequency signal, the monitored device mark that this feedback radiofrequency signal is carried
Know and be sent to server.This processor 120, is additionally operable to receive the alarm signal that this server sends based on this monitored device mark
Breath, and control this alarm 140 according to this warning message and report to the police.
In actual applications, this equipment monitoring apparatus can be arranged on equipment Vomitory, and this equipment Vomitory is
The monitored device of data center enters or leaves the passage that data center has to pass through, and this monitoring region is positioned at this equipment and comes in and goes out
On passage.
In an embodiment of the present utility model, processor 120 can detect this monitoring at this device detector 110
Sending control instruction to this radiofrequency launcher 130 when there is object in region, this radiofrequency launcher 130 is receiving above-mentioned control
Radiofrequency signal is launched during instruction.When this object is monitored device, the electronic tag being fixed in this monitored device receives
To this radiofrequency signal, and producing faradic current based on this radiofrequency signal, under faradic effect, this electronic tag can be sent out
Penetrate feedback radiofrequency signal, this feedback radiofrequency signal is carried the monitored device mark being stored in this electronic tag.This process
Device 120 can receive this feedback radiofrequency signal, and the monitored device carried in this feedback radiofrequency signal mark is sent to clothes
Business device, server, based on this monitored device mark inquiry data base, obtains the warning message that this monitored device mark is corresponding,
And this warning message is sent to this processor 120.This processor 120 generates alarm command based on this warning message, and should
Alarm command is sent to alarm 140, and alarm 140 can be reported to the police based on the alarm command received.
It should be noted that in embodiments more of the present utility model, when processor 120 receives above-mentioned feedback radio frequency
Out code can be sent to this radiofrequency launcher 130 so that this radiofrequency launcher 130 stops sending radiofrequency signal during signal.
Also, it should be noted in some cases this device detector 110 detect this monitoring region internal memory thing
Body is not likely to be monitored device, and such as, this object can be people, tables and chairs etc..In this case, processor 120 still can be to
This radiofrequency launcher 130 sends control instruction so that this radiofrequency launcher 130 launches video when receiving above-mentioned control instruction
Signal.But, owing to this object is not monitored device, then processor 120 does not receives this feedback radio frequency in Preset Time
Signal, the most now processor 120 can send out code to this radiofrequency launcher 130 so that this radiofrequency launcher 130 stops
Sending radiofrequency signal, this processor 120 can also be in " detect this monitoring region internal memory object " this event simultaneously
Offer server, so that server carries out record to this event.Certainly, in embodiments more of the present utility model, to equipment
Supervising device can also include memorizer, and in this case, this event can be stored in above-mentioned storage by this processor 120
In device.
In sum, the equipment monitoring apparatus that the present embodiment provides, include device detector, processor by offer, penetrate
The emitter that takes place frequently and the equipment monitoring apparatus of alarm so that the monitored device of data center no matter enter data center or from
Can be detected by this equipment monitoring apparatus by monitoring region when opening data center, this equipment monitoring apparatus can also obtain and be supervised
Control device identification, and this monitored device mark is sent to server, so that server is according to this monitored device mark really
This monitored device fixed is left or to carry out data center the most legal, and returns control information accordingly, equipment monitoring apparatus based on
This control information is reported to the police so that the monitoring that data center enters and leaves data center to IT asset equipment needs not rely on
Manpower is carried out, and substantially increases the accuracy of monitoring and reduces human cost.
Further, as shown in the top view of Fig. 2, this device detector 110 includes the first infrared transmitter 111, second
Infrared transmitter the 112, first infrared remote receiver 113 and the second infrared remote receiver 114, this equipment monitoring apparatus also includes main every
Body 150 and secondary every body 160.
This monitoring region 10 between this main every body 150 and this pair every body 160, this first infrared transmitter 111
Be arranged on this pair every body 160 with this second infrared transmitter 112, this first infrared remote receiver 113 and this second infrared connect
Receive device 114 to be arranged on this main every body 150.This first infrared transmitter 111 and this second infrared transmitter 112 are used for launching
Infrared ray, this first infrared remote receiver 113 is for receiving the infrared ray that this first infrared transmitter 111 is launched, and this is second infrared
Receptor 114 is for receiving the infrared ray that this second infrared transmitter 112 is launched.This first infrared remote receiver 113 is not for
When receiving infrared ray, sending the first trigger message to this processor 120, this second infrared remote receiver 114 is not for receiving
During to infrared ray, send the second trigger message to this processor 120.This processor 120, for receiving this first triggering letter
When breath or the second trigger message, in determining this monitoring region 10, there is this monitored device.
In actual applications, this device detector 110 can have whether multiple method exists in detecting this monitoring region 10
Monitored device.In an embodiment of the present utility model, this device detector 110 can include infrared transmitter and infrared
Receptor, this infrared remote receiver may be used for receiving the infrared ray that this infrared transmitter is launched, and, this infrared transmitter is launched
Infrared ray runs through above-mentioned monitoring region 10.When there is monitored device in monitoring region 10, it is infrared that infrared transmitter is launched
Line can be blocked by this monitored device, cause infrared remote receiver cannot receive this infrared transmitter launch infrared ray, now,
Infrared remote receiver can send trigger message to processor 120, so that processor 120 determines this after receiving this trigger message
There is monitored device in monitoring region 10.
In embodiments more of the present utility model, this device detector 110 can comprise two groups of infrared transmitters and red
Outer receptor, the most above-mentioned first infrared transmitter the 111, first infrared remote receiver 113 and the second infrared transmitter 112,
Two infrared remote receivers 114.Infrared in order to make the first infrared transmitter 111 and the second infrared transmitter 112 launch runs through
This monitoring region 10, this utility model can also arrange main every body 150 and secondary every body 160 for equipment monitoring apparatus, and make
Obtain this main every body 150 and be positioned at the side of the said equipment Vomitory 20, and this pair every body 160 is positioned at equipment Vomitory 20
Opposite side, this monitoring region 10 is then between this main every body 150 and secondary every body 160, and with season, this is first infrared
Receptor 113 and the second infrared remote receiver 114 are arranged on main every body 150, and this first infrared transmitter 111 and this second
Infrared transmitter 112 is arranged on this pair every body 160.
Certainly, in other embodiments of the present utility model, this device detector 110 can also include organizing infrared more
Emitter and infrared remote receiver, to this, this utility model is not specifically limited.
Further, as in figure 2 it is shown, this processor 120 is arranged in this main every body 150, this processor 120 respectively with
This first infrared remote receiver 113 is connected with this second infrared remote receiver 114, this processor 120, and being additionally operable to should according to receive
First trigger message and the sequencing of this second trigger message, obtain directional information, and direction information is used for indicating this to be supervised
The control equipment direction of motion in this monitoring region 10.This processor 120, is additionally operable to receive this server and monitored sets based on this
This warning message that standby mark and direction information send, and control this alarm 140 according to this warning message and report to the police.
Leading between processor 120 and this first infrared remote receiver 113 and this second infrared remote receiver 114 for convenience
Letter, in an embodiment of the present utility model, this processor 120 can be arranged at this first infrared remote receiver 113 and this
In the door body that second infrared remote receiver 114 is identical, in the most main every body 150, the most main every body 150 and secondary every body 160 it
Between avoid the need in order to the communication between processor 120 and this first infrared remote receiver 113, this second infrared remote receiver 114 is entered
Row wired connection, thus simplify installation.
It addition, in actual applications, whether this equipment monitoring apparatus is except existing this quilt in may determine that monitoring region 10
Monitoring device, it is also possible to determine this monitored device direction of motion in this monitoring region 10, i.e. determines that this monitored device is
No enter whether data center or this monitored device are left in data by this monitoring region 10 by this monitoring region 10
The heart.Specifically, first group during this utility model can make above-mentioned two groups of infrared transmitters and infrared remote receiver away from data center
Distance relatively another group closer to so that when monitored device enters this data center, first block another group mid-infrared above-mentioned and launch
Device launch infrared ray so that the infrared remote receiver in another group first sends trigger message, after block above-mentioned first group of mid-infrared
The infrared ray that emitter is launched so that send trigger message after the infrared remote receiver in first group.Two are received according to processor 120
The order of the trigger message that group mid-infrared receptor sends, processor 120 i.e. can determine that this monitored device is in monitoring region 10
The interior direction of motion is to enter the direction of data center.Certainly, when monitored device leaves data center processor 120 determine by
Monitoring device monitoring region 10 in 10 the direction of motion process with above-mentioned in like manner, this utility model does not repeats them here.
Illustratively, first group of infrared transmitter mentioned above and infrared remote receiver can be that mentioned above first is infrared
Emitter 111 and the first infrared remote receiver 113, another group infrared transmitter mentioned above and infrared remote receiver can be above
The second described infrared transmitter 112 and the second infrared remote receiver 114, wherein, the first infrared transmitter 111 and first infrared connects
Receive the device 113 distance away from data center compared with the second infrared transmitter 112 and second infrared remote receiver 114 distance away from data center
Closer to.In this case, processor 120 receives the second trigger message after first receiving the first trigger message, then explanation should
The monitored device direction of motion in monitoring region 10 is to leave the direction of data center, and processor 120 first receives second
Receive the first trigger message after trigger message, then illustrate that this monitored device direction of motion in monitoring region 10 is for entering
The direction of data center.
In actual applications, above-mentioned directional information and monitored device can also be identified and be sent simultaneously to by processor 120
Server, so that server identifies inquiry data base according to direction information and monitored device, obtains this monitored device mark
Know the warning message corresponding with directional information, and this warning message is sent to this processor 120.This processor 120 is based on this
Warning message generates alarm command, and this alarm command is sent to alarm 140, and alarm 140 can be based on receiving
Alarm command is reported to the police.
Although it should be noted that not shown in FIG. 2, can also include penetrating in the equipment monitoring apparatus shown in Fig. 2
The emitter that takes place frequently 130 and alarm 140, this radiofrequency launcher 130 and this alarm 140 all can be arranged on this main every body 150
In.
Further, as shown in the top view of Fig. 3, this equipment monitoring apparatus also includes main every body 150 and secondary every body
160, this processor 120 includes the first sub-processor 121 and the second sub-processor 122, and this radiofrequency launcher 130 includes the first son
Radiofrequency launcher 131 and the second sub-radiofrequency launcher 132.This monitoring region 10 is positioned at this main every body 150 and this pair every body
Between 160, this first sub-processor 121 and this first sub-radiofrequency launcher 131 are arranged in this main every body 150, and this is second years old
Sub-processor 122 and this second sub-radiofrequency launcher 132 are arranged in this pair every body 160.This first sub-processor 121, uses
When there is this monitored device in this monitoring region 10 being detected at this device detector 110, control this first sub-radio frequency and send out
Emitter 131 launches radiofrequency signal, and is used for receiving this feedback radiofrequency signal.This second sub-processor 122, for examining at this equipment
When survey device 110 exists this monitored device in this monitoring region 10 being detected, control this second sub-radiofrequency launcher 132 and penetrate
Frequently signal, and be used for receiving this feedback radiofrequency signal, it is additionally operable to this monitored device mark this feedback radiofrequency signal carried
It is sent to this first sub-processor 121.This first sub-processor 121, is used for receiving this server based on this monitored device mark
Know this warning message sent, and control this alarm 140 according to this warning message and report to the police.
As it has been described above, the electronic tag being fixed in this monitored device can receive what radiofrequency launcher 130 was launched
After radiofrequency signal, it is possible to producing faradic current based on this radiofrequency signal, under faradic effect, this electronic tag is permissible
Launch feedback radiofrequency signal, this feedback radiofrequency signal is carried the monitored device mark being stored in this electronic tag.But,
In actual applications, due to some position of monitored device, electronic tag is blocked so that electronic tag is likely to receive not
The radiofrequency signal launched to radiofrequency launcher 130, or so that electronic tag can receive this radiofrequency signal, but its
The feedback radiofrequency signal gone out cannot be received by processor 120, and this may result in processor 120 cannot obtain above-mentioned monitored set
Standby mark, thus cause monitoring to be lost efficacy.
In order to prevent above-mentioned situation, the equipment monitoring apparatus that the present embodiment provides can arrange the first sub-processor
121, the second sub-processor 122, the first sub-radiofrequency launcher 131 and second are from radiofrequency launcher 132, this first sub-processor
121 and this first sub-radiofrequency launcher 131 can be arranged in this main every body 150, this second sub-processor 122 and this second
Sub-radiofrequency launcher 132 can be arranged in this pair every body 160.This first sub-processor 121 and this second sub-processor 122
When there is this monitored device in this device detector 110 detects this monitoring region 10, control this first sub-radio frequency respectively
Emitter 131 and second launches radiofrequency signal from radiofrequency launcher 132, due to main every body 150 and secondary every body 160 position respectively
In the both sides of equipment Vomitory 20, and, monitoring region 10 is between this main every body 150 and secondary every body 160, therefore,
The the first sub-radiofrequency launcher 131 and second being positioned on main every body 150 and secondary every body 160 is launched from radiofrequency launcher 132
Radiofrequency signal can cover whole monitoring region 10, such that it is able to avoid at some position of monitored device to electronic tag hide
During gear, electronic tag does not receives the situation of radiofrequency signal.Additionally, the feedback radiofrequency signal that electronic tag sends is being blocked
In the case of, even if cannot be received by the first sub-processor 121, it is also possible to received by the second sub-processor, such that it is able to keep away
Exempt from the processor when electronic tag is blocked by some position of monitored device and do not receive the situation of feedback radiofrequency signal.
Although not shown in FIG. 3, equipment monitoring apparatus as shown in Figure 3 can also include device detector 110 and report
Alert device 140.In embodiments more of the present utility model, in equipment monitoring apparatus as shown in Figure 3, device detector 110 can
To comprise first infrared transmitter the 111, second infrared transmitter the 112, first infrared remote receiver 113 and second as shown in Figure 2
Infrared remote receiver 114.Then the first sub-processor 121 can respectively with this first infrared remote receiver 113 and the second infrared remote receiver
114 be connected, this first sub-processor 121 can receive this first infrared remote receiver 113 send the first trigger message or
After receiving the second trigger message that the second infrared remote receiver 114 sends, determine that this monitoring region 10 exists monitored device also
Controlling this first sub-radiofrequency launcher 131 and launch radiofrequency signal, meanwhile, this first sub-processor 121 can also receive
By the way of radio communication, instruction is sent to the second sub-processor 122 after one trigger message or the second trigger message so that
Second sub-processor 122 controls this second sub-radiofrequency launcher 132 and launches radiofrequency signal.
Optionally, this alarm 140 includes display lamp；This display lamp is connected with this processor 120, and this display lamp is used for base
Control in this processor 120 sends the light of designated color.
In actual applications, this display lamp can be arranged at outside main every body 150, it is also possible to is arranged on secondary every body
Outside 160, it is also possible to being arranged on outside main every body 150 and outside secondary every body 160, this is the most specifically limited by this utility model
Fixed.When this display lamp is positioned at outside main every body 150, this display lamp can issue in the control of this first sub-processor 121
Going out the light of designated color, when this display lamp is positioned at outside secondary every body 160, the second sub-processor 122 can receive first
The instruction that sub-processor 121 sends, and the light of designated color is sent based on this instruction control display lamp.
Optionally, this alarm 140 includes voice prompting device；This voice prompting device is connected with this processor 120, this voice
Prompting apparatus, for the voice controlling to play given content based on this processor 120.
In an embodiment of the present utility model, this voice prompting device is arranged on this main every body 150, and this voice carries
Show device, for the voice controlling to play this given content based on this first sub-processor 121.
Optionally, this alarm 140 includes display screen；This display screen is connected with this processor 120, and this display screen is used for
Control based on this processor 120 display given content.
In an embodiment of the present utility model, this display screen is arranged on this main every body 150, this display screen, uses
This given content is shown in control based on this first sub-processor 121.
In sum, the equipment monitoring apparatus that the present embodiment provides, include device detector, processor by offer, penetrate
The emitter that takes place frequently and the equipment monitoring apparatus of alarm so that the monitored device of data center no matter enter data center or from
Can be detected by this equipment monitoring apparatus by monitoring region 10 when opening data center, this equipment monitoring apparatus can also obtain quilt
Monitoring device identifies, and this monitored device mark is sent to server, so that server identifies according to this monitored device
Determine that this monitored device is left or to carry out data center the most legal, and return control information, equipment monitoring apparatus base accordingly
Report to the police in this control information so that data center enters and leaves the monitoring of data center and need not depend on IT asset equipment
Bad manpower is carried out, and substantially increases the accuracy of monitoring and reduces human cost.
The foregoing is only preferred embodiment of the present utility model, not in order to limit this utility model, all in this practicality
Within novel spirit and principle, any modification, equivalent substitution and improvement etc. made, should be included in guarantor of the present utility model
Within the scope of protecting.
Claims (9)
1. an equipment monitoring apparatus, it is characterised in that described equipment monitoring apparatus includes device detector, processor, radio frequency
Emitter and alarm；
Described device detector is connected with described processor, and described radiofrequency launcher is connected with described processor, described alarm
It is connected with described processor；
Whether described device detector, exist monitored device in being used for detecting monitoring region；
Described processor, is used for when described device detector detects described monitoring region internal memory in described monitored device,
Control described radiofrequency launcher and launch radiofrequency signal；
Described processor, is additionally operable to when receiving the electronic tag being fixed in described monitored device based on described radiofrequency signal
During the feedback radiofrequency signal launched, the monitored device mark described feedback radiofrequency signal carried is sent to server；
Described processor, is additionally operable to receive the warning message that described server sends, and root based on described monitored device mark
Described alarm equipment alarm is controlled according to described warning message.
Equipment monitoring apparatus the most according to claim 1, it is characterised in that described device detector includes first infrared
Emitter, the second infrared transmitter, the first infrared remote receiver and the second infrared remote receiver, described equipment monitoring apparatus also includes main door
Door body and secondary every body；
Described monitoring region between described main every body and described secondary every body, described first infrared transmitter and described the
Two infrared transmitters are arranged on described secondary every body, and described first infrared remote receiver and described second infrared remote receiver are arranged at
On described main every body；
Described first infrared transmitter and described second infrared transmitter are used for launching infrared ray, and described first infrared remote receiver is used
In receiving the infrared ray that described first infrared transmitter is launched, described second infrared remote receiver is used for receiving described second infrared
The infrared ray that emitter is launched；
Described first infrared remote receiver, for when not receiving infrared ray, sends the first trigger message, institute to described processor
State the second infrared remote receiver for when not receiving infrared ray, send the second trigger message to described processor；
Described processor, for when receiving described first trigger message or the second trigger message, determines described monitoring region
Inside there is described monitored device.
Equipment monitoring apparatus the most according to claim 2, it is characterised in that described processor is arranged at described main every body
In, described processor is connected with described first infrared remote receiver and described second infrared remote receiver respectively, and described processor is also used
According to described first trigger message received and the sequencing of described second trigger message, obtain directional information, described
Directional information is for indicating the described monitored device direction of motion in described monitoring region；
Described processor, is additionally operable to receive what described server sent based on described monitored device mark and described directional information
Described warning message, and control described alarm equipment alarm according to described warning message.
Equipment monitoring apparatus the most according to claim 1, it is characterised in that described equipment monitoring apparatus also includes main every
Body and secondary every body, described processor includes the first sub-processor and the second sub-processor, and described radiofrequency launcher includes first
Sub-radiofrequency launcher and the second sub-radiofrequency launcher；
Described monitoring region between described main every body and described secondary every body, described first sub-processor and described first
Sub-radiofrequency launcher is arranged in described main every body, and described second sub-processor and described second sub-radiofrequency launcher are arranged at
In described secondary every body；
At described device detector, described first sub-processor, for detecting that described monitoring region internal memory sets described being monitored
Time standby, control described first sub-radiofrequency launcher and launch radiofrequency signal, and be used for receiving described feedback radiofrequency signal；
At described device detector, described second sub-processor, for detecting that described monitoring region internal memory sets described being monitored
Time standby, control described second sub-radiofrequency launcher and launch radiofrequency signal, and be used for receiving described feedback radiofrequency signal, be additionally operable to by
The described monitored device mark that described feedback radiofrequency signal is carried is sent to described first sub-processor；
Described first sub-processor, for receiving the described alarm signal that described server sends based on described monitored device mark
Breath, and control described alarm equipment alarm according to described warning message.
Equipment monitoring apparatus the most according to claim 1, it is characterised in that described alarm includes display lamp；
Described display lamp is connected with described processor, and described display lamp sends designated color for control based on described processor
Light.
Equipment monitoring apparatus the most according to claim 1, it is characterised in that described alarm includes voice prompting device；
Described voice prompting device is connected with described processor, described voice prompting device, broadcasts for control based on described processor
Put the voice of given content.
7. according to the equipment monitoring apparatus described in claim 4 or 6, it is characterised in that described voice prompting device is arranged at described
On main every body, described voice prompting device, for the language controlling to play described given content based on described first sub-processor
Sound.
Equipment monitoring apparatus the most according to claim 1, it is characterised in that described alarm includes display screen；
Described display screen is connected with described processor, described display screen, in control based on described processor display is specified
Hold.
9. according to the equipment monitoring apparatus described in claim 4 or 8, it is characterised in that described display screen is arranged at described main door
In door body, described display screen, show described given content for control based on described first sub-processor.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620672837.5U CN205809649U (en) | 2016-06-29 | 2016-06-29 | Equipment monitoring apparatus |
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| Application Number | Priority Date | Filing Date | Title |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN109147226A (en) * | 2018-11-09 | 2019-01-04 | 杭州妙娱科技有限公司 | VR arcade |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN109147226A (en) * | 2018-11-09 | 2019-01-04 | 杭州妙娱科技有限公司 | VR arcade |
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