CN213634177U - Data center rotating ring monitoring system - Google Patents
Data center rotating ring monitoring system Download PDFInfo
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- CN213634177U CN213634177U CN202023291253.9U CN202023291253U CN213634177U CN 213634177 U CN213634177 U CN 213634177U CN 202023291253 U CN202023291253 U CN 202023291253U CN 213634177 U CN213634177 U CN 213634177U
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Abstract
The utility model discloses a data center moving ring monitoring system, which comprises one or more monitoring devices, wherein each monitoring device is used for monitoring an operation environment parameter of the data center and reporting the operation environment parameter through an output interface configured by the monitoring device; the system comprises a plurality of acquisition interfaces and is connected with a monitoring device; the system comprises an original storage module and an acquisition interface, wherein the original storage module is connected with the acquisition interface; the system comprises a processing system and is connected with an original storage module; the system comprises a new storage module and a processing system, wherein the processing system extracts and processes information in the original storage module into a uniform format and then transmits the information to the new storage module for storage; the device comprises an upper monitoring device, wherein the upper monitoring device reads information in a new storage module. The utility model discloses an original storage module stores each monitoring devices's information back, and rethread processing system extracts and the unified processing of data format, has realized upper monitoring device and bottom monitoring devices's simple butt joint, improves data center's whole managerial ability.
Description
Technical Field
The utility model relates to a monitored control system technical field, concretely relates to data center rotating ring monitored control system.
Background
The data center dynamic environment monitoring system is used for measuring and monitoring various parameters in various systems such as a power system, an environment system, an air conditioner and energy-saving system, a security system, an Information Technology (IT) system and the like of a data center. The dynamic environment monitoring system can also diagnose and process faults in the various systems by recording and analyzing relevant operating parameters. The data center power environment monitoring system can continuously and centrally monitor power equipment and operating environment data of all positions of the data center in real time so as to timely and accurately reflect the field condition of the data center.
As the data center gradually develops to a large scale, the types and the number of monitoring devices accessed by the dynamic environment monitoring system are continuously increased. The interfaces used by the various monitoring devices vary widely and use different types of data and protocols. For example, the intelligent measuring instrument usually adopts a Modbus protocol based on an RS232 or 485 bus, the power equipment such as a generator and a power distribution cabinet adopts a DNP communication protocol, the intelligent cabinet adopts an SNMP message protocol, the water chilling unit machine room adopts an OPC protocol of a programmable logic controller, and the like.
In the currently adopted data center dynamic environment monitoring system, each monitoring device needs to be provided with an access device corresponding to an interface thereof so as to report and process data, for example, a temperature and humidity sensor is provided with a sensor access port, and an access controller is installed on an access control device. However, due to the difference of the monitoring devices, the access devices are various in types and different in models, which causes the complexity of the data center dynamic environment monitoring system to be increased and is not easy to maintain and manage.
SUMMERY OF THE UTILITY MODEL
An object of the utility model is to provide a data center rotating ring monitored control system to prior art's defect and not enough.
In order to achieve the above object, the utility model adopts the following technical scheme: the utility model provides a data center rotating ring monitored control system which innovation point lies in: the monitoring system comprises one or more monitoring devices, wherein each monitoring device is used for monitoring one operating environment parameter of the data center and reporting the operating environment parameter through a configured output interface; the system comprises a plurality of acquisition interfaces and is connected with the monitoring device; the system comprises an original storage module and an acquisition interface, wherein the original storage module is connected with the acquisition interface; the system comprises a processing system and is connected with the original storage module; the system comprises a new storage module and a processing system, wherein the processing system extracts and processes information in the original storage module into a uniform format and then transmits the information to the new storage module for storage; the device comprises an upper monitoring device, wherein the upper monitoring device reads information in a new storage module.
Further, the monitoring device includes: the water leakage alarm device is used for detecting the water leakage condition of the data center, is provided with a switching value output interface for outputting a water leakage alarm signal and a first analog value output interface for outputting a current analog value signal reflecting the water leakage amount, and comprises a plurality of acquisition interfaces: the switching value acquisition interface is connected with the switching value output interface so as to receive the water leakage alarm signal; and the first analog quantity acquisition interface is connected with the first analog quantity output interface so as to receive the current analog quantity signal reflecting the water leakage quantity.
Further, the monitoring device includes: humiture collection system for detect data center's temperature and humidity, it is provided with the second analog quantity output interface that is used for exporting the electric current analog quantity signal that reflects the temperature size and is used for exporting the third analog quantity output interface that reflects the electric current analog quantity signal that reflects the humidity size, and include in a plurality of collection interfaces: the second analog quantity acquisition interface is connected with the second analog quantity output interface so as to receive the current analog quantity signal reflecting the temperature; and the third analog quantity acquisition interface is connected with the third analog quantity output interface so as to receive the current analog quantity signal reflecting the humidity.
Further, the monitoring device includes: the power monitoring device is used for detecting the power supply condition of the data center; and the plurality of acquisition interfaces comprises: and the power supply data acquisition interface is connected with the output interface of the power monitoring device so as to receive power supply information reflecting the power supply condition.
Further, the monitoring device includes: a fire monitoring device for detecting a fire condition of the data center, and the plurality of acquisition interfaces include: and the fire fighting data acquisition interface is connected with the output interface of the fire fighting monitoring device so as to receive the fire fighting information reflecting the fire fighting condition.
Further, the upper monitoring device includes: the system comprises a client, a network display and a monitoring center server; and the client, the network display, the monitoring center server and one or more new storage modules form a ring network connection structure.
After the structure is adopted, the utility model discloses beneficial effect does:
the utility model has simple structure, reasonable design and convenient use; the utility model discloses an original storage module stores each monitoring devices's information after, and rethread processing system extracts and the unified processing of data format, resends to new storage module to be equipped with upper monitoring device and carry out statistics monitoring, realized upper monitoring device and bottom monitoring device's simple butt joint, reduce the monitored control system complexity, improve data center's whole managerial ability.
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Fig. 1 is a system block diagram of the present invention.
Description of reference numerals:
the system comprises a monitoring device 1, an acquisition interface 2, an original storage module 3, a processing system 4, a new storage module 5 and an upper monitoring device 6.
Detailed Description
The present invention will be further described with reference to the accompanying drawings.
In order to make the objects, technical solutions and advantages of the present invention more clearly understood, the present invention will be further described in detail with reference to the accompanying drawings and the following detailed description. It should be understood that the detailed description and specific examples, while indicating the invention, are given by way of illustration only.
Referring to fig. 1, a data center moving loop monitoring system includes one or more monitoring devices 1, each monitoring device is configured to monitor an operating environment parameter of a data center and report the operating environment parameter through an output interface configured in the monitoring device; comprises a plurality of acquisition interfaces 2 and is connected with a monitoring device; comprises an original storage module 3 and is connected with an acquisition interface; comprises a processing system 4 and is connected with an original storage module 3; the system comprises a new storage module 5 and is connected with a processing system 4, and the processing system 4 extracts and processes the information in the original storage module into a uniform format and then transmits the information to the new storage module 5 for storage; the storage device comprises an upper monitoring device 6, and the upper monitoring device 6 reads information in a new storage module. After the information of each monitoring device 1 is stored through the original storage module 3, the information is extracted and processed in a unified mode through the processing system 4 and then is sent to the new storage module 5, the upper monitoring device 6 is used for carrying out statistics and monitoring, the upper monitoring device is simply connected with the bottom monitoring device in a butt joint mode, the complexity of the monitoring system is reduced, and the overall management capacity of the data center is improved.
In this embodiment, the monitoring device includes: the water leakage alarm device is used for detecting the water leakage condition of the data center, is provided with a switching value output interface for outputting a water leakage alarm signal and a first analog value output interface for outputting a current analog value signal reflecting the water leakage amount, and comprises a plurality of acquisition interfaces: the switching value acquisition interface is connected with the switching value output interface to receive a water leakage alarm signal; and the first analog quantity acquisition interface is connected with the first analog quantity output interface so as to receive the current analog quantity signal reflecting the water leakage quantity. The water leakage alarm device can be provided with a point type water leakage monitoring sensor for monitoring whether water leakage and water leakage amount exist in a single point or a small area. The water leakage alarm device is also provided with 2 groups of 24V direct current relays, and the relays are used for connecting the switching value acquisition interfaces so as to transmit alarm information by utilizing the switching value signals formed by the relays.
In this embodiment, the monitoring device includes: humiture collection system for detect data center's temperature and humidity, it is provided with the second analog quantity output interface that is used for exporting the electric current analog quantity signal that reflects the temperature size and is used for exporting the third analog quantity output interface that reflects the electric current analog quantity signal that reflects the humidity size, and include in a plurality of collection interfaces: the second analog quantity acquisition interface is connected with the second analog quantity output interface so as to receive a current analog quantity signal reflecting the temperature; and the third analog quantity acquisition interface is connected with the third analog quantity output interface so as to receive the current analog quantity signal reflecting the humidity. The temperature and humidity acquisition device can adopt a chip temperature and humidity sensor and uses 220V direct current for power supply. According to the environmental requirements of the data center, the detection temperature range can be set to be 0-55 ℃, and the detection relative humidity range can be set to be 0% -95%. The temperature measurement error is 0.25 ℃, and the humidity measurement error is 2%. The temperature and humidity acquisition device is provided with two paths of 4-20mA analog quantity current output interfaces for outputting current analog quantity signals reflecting the temperature and humidity through leads. The current analog quantity signal intensity is in direct proportion to the acquisition numerical value, namely the temperature and humidity numerical value is larger, and the analog quantity current value is larger.
In this embodiment, the monitoring device includes: the power monitoring device is used for detecting the power supply condition of the data center; and the plurality of acquisition interfaces comprises: and the power supply data acquisition interface is connected with the output interface of the power monitoring device so as to receive power supply information reflecting the power supply condition. The power monitoring device in this embodiment is provided with equipment such as primary power distribution, secondary power distribution, a storage battery, an Uninterruptible Power Supply (UPS), and a lightning protection device. The detected power supply information may include parameters such as mains input voltage, current, frequency and power, parameters such as generator output voltage, current, frequency and power, and cooling water temperature. The UPS is used as a redundant standby power supply of the monitoring system, and when the power monitoring device detects that the commercial power input voltage or current is abnormal, the UPS is switched to be used as the power supply of the monitoring system.
In this embodiment, the monitoring device includes: a fire monitoring device for detecting a fire condition of the data center, and the plurality of acquisition interfaces include: and the fire-fighting data acquisition interface is connected with the output interface of the fire-fighting monitoring device so as to receive fire-fighting information reflecting the fire-fighting condition. The fire-fighting monitoring device comprises smoke sensing equipment and an alarm host, wherein the smoke sensing equipment monitors the smoke concentration of the data center to determine whether a fire occurs. When a fire occurs, the fire monitoring device 14 may also turn on a video recording function, display the fire location and send out a siren prompt.
In this embodiment, the upper monitoring device 6 includes: the system comprises a client, a network display and a monitoring center server; and the client, the network display, the monitoring center server and one or more new storage modules form a ring network connection structure. The communication between the upper monitoring devices 6 is realized by industrial ethernet TCP/IP (transmission control protocol/internet protocol).
The above description is only for the purpose of illustrating the technical solutions of the present invention and not for the purpose of limiting the same, and other modifications or equivalent replacements made by those of ordinary skill in the art to the technical solutions of the present invention should be covered within the scope of the claims of the present invention as long as they do not depart from the spirit and scope of the technical solutions of the present invention.
Claims (6)
1. A data center dynamic ring monitoring system is characterized in that: the monitoring system comprises one or more monitoring devices, wherein each monitoring device is used for monitoring one operating environment parameter of the data center and reporting the operating environment parameter through a configured output interface; the system comprises a plurality of acquisition interfaces and is connected with the monitoring device; the system comprises an original storage module and an acquisition interface, wherein the original storage module is connected with the acquisition interface; the system comprises a processing system and is connected with the original storage module; the system comprises a new storage module and a processing system, wherein the processing system extracts and processes information in the original storage module into a uniform format and then transmits the information to the new storage module for storage; the device comprises an upper monitoring device, wherein the upper monitoring device reads information in a new storage module.
2. The data center dynamic ring monitoring system of claim 1, wherein: the monitoring device includes: the water leakage alarm device is used for detecting the water leakage condition of the data center, is provided with a switching value output interface for outputting a water leakage alarm signal and a first analog value output interface for outputting a current analog value signal reflecting the water leakage amount, and comprises a plurality of acquisition interfaces: the switching value acquisition interface is connected with the switching value output interface so as to receive the water leakage alarm signal; and the first analog quantity acquisition interface is connected with the first analog quantity output interface so as to receive the current analog quantity signal reflecting the water leakage quantity.
3. The data center dynamic ring monitoring system of claim 1, wherein: the monitoring device includes: humiture collection system for detect data center's temperature and humidity, it is provided with the second analog quantity output interface that is used for exporting the electric current analog quantity signal that reflects the temperature size and is used for exporting the third analog quantity output interface that reflects the electric current analog quantity signal that reflects the humidity size, and include in a plurality of collection interfaces: the second analog quantity acquisition interface is connected with the second analog quantity output interface so as to receive the current analog quantity signal reflecting the temperature; and the third analog quantity acquisition interface is connected with the third analog quantity output interface so as to receive the current analog quantity signal reflecting the humidity.
4. The data center dynamic ring monitoring system of claim 1, wherein: the monitoring device includes: the power monitoring device is used for detecting the power supply condition of the data center; and the plurality of acquisition interfaces comprises: and the power supply data acquisition interface is connected with the output interface of the power monitoring device so as to receive power supply information reflecting the power supply condition.
5. The data center dynamic ring monitoring system of claim 1, wherein: the monitoring device includes: a fire monitoring device for detecting a fire condition of the data center, and the plurality of acquisition interfaces include: and the fire fighting data acquisition interface is connected with the output interface of the fire fighting monitoring device so as to receive the fire fighting information reflecting the fire fighting condition.
6. The data center dynamic ring monitoring system of claim 1, wherein: the upper monitoring device comprises: the system comprises a client, a network display and a monitoring center server; and the client, the network display, the monitoring center server and one or more new storage modules form a ring network connection structure.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202023291253.9U CN213634177U (en) | 2020-12-31 | 2020-12-31 | Data center rotating ring monitoring system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202023291253.9U CN213634177U (en) | 2020-12-31 | 2020-12-31 | Data center rotating ring monitoring system |
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| Publication Number | Publication Date |
|---|---|
| CN213634177U true CN213634177U (en) | 2021-07-06 |
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| CN202023291253.9U Expired - Fee Related CN213634177U (en) | 2020-12-31 | 2020-12-31 | Data center rotating ring monitoring system |
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| CN (1) | CN213634177U (en) |
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2020
- 2020-12-31 CN CN202023291253.9U patent/CN213634177U/en not_active Expired - Fee Related
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