CN103714564A - Machine room ambient temperature three-dimensional dynamic real-time monitoring system and method - Google Patents
Machine room ambient temperature three-dimensional dynamic real-time monitoring system and method Download PDFInfo
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Abstract
The invention relates to a system and a method for monitoring ambient temperature in real-time mode, particularly relates to a machine room ambient temperature three-dimensional dynamic real-time monitoring system and a method, and belongs to the technical field of information. The machine room ambient temperature three-dimensional dynamic real-time monitoring system comprises a temperature sensor, a temperature acquisition module, a database storage module, a machine room three-dimensional temperature field construction module and a terminal display module which are connected in turn. According to the machine room ambient temperature three-dimensional dynamic real-time monitoring system and the method, more intuitive and lifelike machine room temperature monitoring frames can be provided to users so that the users can judge and respond abnormal situations more timely, and thus workload of IT machine room operation personnel can be effectively reduced and machine room accidents caused by temperature issues can be reduced.
Description
Technical field
The present invention relates to a kind of system and method for Real-Time Monitoring environment temperature, particularly a kind of building environment three dimension temperature dynamic real-time monitoring system and method, the invention belongs to areas of information technology.
Background technology
The environment temperature of IT machine room is most important for the normal operation of machine room internal server equipment, generally, require the IT of enterprise computer room temperature to remain the scope of 22 ℃-26 ℃, the too low meeting of temperature causes circuitry operation undesired, excess Temperature can reduce serviceable life, even can burn out equipment component.In order to reach machine room temperature control object, the bulk temperature that general IT machine room all maintains machine room by air-conditioning meets the requirements, but be subject to the impact of the factor such as gas channel, device location distribution, machine utilization, ageing equipment of machine room, probably cause in the short period of time that machine room local temperature is too high or temperature is too low (such as power-off, the machine of delaying, equipment can not produce heat), thereby affect equipment life, even cause disaster.
For reducing or avoid the generation of the problems referred to above, except monitoring machine room bulk temperature, also need the local temperature in machine room space, the even monitoring of key equipment and server.At present mainly have two kinds of solutions, a kind of mode is regular visit, and monitor staff regularly, to the monitoring of manually walking about of the rack of machine room regional, equipment, server, checks whether there is temperature anomaly situation; Another kind method is by computer room temperature monitoring software system, to realize the detection of building environment temperature, and specific practice is: first, at the regional of machine room, arrange temperature sensor; Then, by the regular collecting temperature sensor temperature of monitoring of software supplemental characteristic; Finally, at the interactive interface that detects software, for monitor staff, react in time the temperature data in each region of machine room, thereby make monitor staff can grasp in time building environment temperature.
By analyzing above-mentioned two kinds of methods, first method exists workload large, the feature that cost of labor is high, particularly when machine room area is large, management equipment is when too much, also can, because of monitor staff's carelessness of working, the problem of careless omission occur; The second method can effectively solve the problem of obtaining in time of temperature data, but has some limitations for displaying directly perceived, abnormal temperature region quick space orientation two aspects of temperature data.
Summary of the invention
The invention provides a kind of building environment three dimension temperature dynamic real-time monitoring system and method, this system and method can provide computer room temperature monitoring picture more directly perceived, true to nature to user, make user more timely to abnormal conditions judgement and response, not only can effectively alleviate IT machine room O&M personnel workload, and can reduce the machine room accident causing because of temperature problem.
Object of the present invention is achieved by the following technical programs:
A building environment three dimension temperature dynamic real-time monitoring system, comprises the temperature sensor, temperature collect module, database memory module, machine room three-dimensional temperature field constructing module and the terminal display module that connect successively; Described temperature sensor consists of a plurality of sensors for timing acquisition target machine room relevant position temperature data that are distributed in target machine room diverse location, the temperature data that each temperature sensor of temperature collect module timing acquiring obtains, and each temperature data collecting is converted to normal structure data transmission to database memory module, stores; Described machine room three-dimensional temperature field constructing module comprises that data load engine submodule, dynamic particles effect render engine submodule and machine room three-dimensional space model display module; Described data load engine submodule and are connected execution following functions with database memory module: the temperature data that regularly reading database memory module is stored, and temperature data is transferred to dynamic particles effect render engine submodule; Described dynamic particles effect render engine submodule loads engine submodule with data and is connected execution following functions: each temperature data receiving is generated to corresponding dynamic particles picture and is transferred to machine room three-dimensional space model display module, and different temperature ranges generates different dynamic particles pictures; Machine room three-dimensional space model display module is connected with terminal display module carries out following functions: according to target machine room space structure and temperature sensing implement body placement location, set up machine room three-dimensional space model, and the dynamic particles picture that each is generated by temperature data is placed on its temperature sensor institute location and puts the correspondence position in corresponding machine room three-dimensional space model, stack forms complete computer room temperature field three-dimensional animation, and outputs to described terminal display module and show.
In addition, technique scheme of the present invention is also further improved as follows:
The temperature data that described temperature collect module obtains temperature sensor by the data transfer mode of snmp protocol, Telnet agreement or SSH agreement gathers.
For realizing a method for the object of the invention Real-Time Monitoring IT building environment temperature, said method comprising the steps of:
(1) a plurality of temperature sensors are arranged in to the diverse location of target machine room;
(2), according to predetermined frequency acquisition, by the temperature data of each temperature sensor of temperature collect module timing acquiring, and the temperature data collecting is converted to normal structure data transmission to database memory module, stores;
(3) by machine room three-dimensional temperature field constructing module dynamic construction computer room temperature field three-dimensional animation, and output to terminal display module and show, specifically comprise following sub-step:
Sub-step 1: machine room three-dimensional space model display module, according to target machine room space structure and temperature sensing implement body placement location, is selected one reasonably with reference to ratio, uses D modeling tool to set up machine room three-dimensional space model;
Sub-step 2: according to predetermined frequency acquisition, data load engine submodule and regularly read the up-to-date temperature data of each temperature sensor from database, and this temperature data is transferred to dynamic particles effect render engine submodule;
Sub-step 3: dynamic particles effect render engine submodule converts the up-to-date temperature data reading to three dimensional particles cartoon picture by three-dimensional rendering algorithm, is placed on the state of temperature that reflects in real time this position in the corresponding locus of three-dimensional machine room;
Sub-step 4: machine room three-dimensional space model display module is generated each dynamic particles picture by temperature data is placed on its temperature sensor institute location and puts the correspondence position in corresponding machine room three-dimensional space model, stack forms complete computer room temperature field three-dimensional animation, and outputs to described terminal display module and show.
In addition, described method is also further improved as follows:
Step (1) comprises following sub-step:
Sub-step 1: the type of determining temperature sensor;
Sub-step 2: determine the quantity of temperature sensor and at the placement location of target machine room;
Sub-step 3: laying temperature sensor on the position of selecting;
Step (2) comprises following sub-step:
Sub-step 1: temperature collect module, according to predetermined frequency acquisition, sends and gathers Current Temperatures request of data to corresponding temperature sensor;
Sub-step 2: the temperature data that temperature collect module obtains each temperature sensor by the data transfer mode of snmp protocol, Telnet agreement or SSH agreement gathers;
Sub-step 3: temperature collect module is converted to normal structure data transmission by each temperature data collecting and stores to database memory module.
Compared to prior art, the present invention has the following advantages:
The present invention can provide computer room temperature monitoring picture more directly perceived, true to nature to user, make user more timely to abnormal conditions judgement and response, not only can effectively alleviate IT machine room O&M personnel workload, and can reduce the machine room accident causing because of temperature problem.
Accompanying drawing explanation
Fig. 1 is building environment three dimension temperature dynamic real-time monitoring system structured flowchart of the present invention;
Fig. 2 is the process flow diagram of the dynamic method of real-time of building environment three dimension temperature of the present invention.
Embodiment
A building environment three dimension temperature dynamic real-time monitoring system, comprises the temperature sensor, temperature collect module, database memory module, machine room three-dimensional temperature field constructing module and the terminal display module that connect successively; Described temperature sensor consists of a plurality of sensors for timing acquisition target machine room relevant position temperature data that are distributed in target machine room diverse location, the temperature data that temperature collect module each temperature sensor of data transfer mode timing acquiring by snmp protocol obtains, and each temperature data collecting is converted to normal structure data transmission to database memory module, stores; Described machine room three-dimensional temperature field constructing module comprises that data load engine submodule, dynamic particles effect render engine submodule and machine room three-dimensional space model display module; Described data load engine submodule and are connected execution following functions with database memory module: the temperature data that regularly reading database memory module is stored, and temperature data is transferred to dynamic particles effect render engine submodule; Described dynamic particles effect render engine submodule loads engine submodule with data and is connected execution following functions: each temperature data receiving is generated to corresponding dynamic particles picture and is transferred to machine room three-dimensional space model display module, and different temperature ranges generates different dynamic particles pictures; Machine room three-dimensional space model display module is connected with terminal display module carries out following functions: according to target machine room space structure and temperature sensing implement body placement location, set up machine room three-dimensional space model, and the dynamic particles picture that each is generated by temperature data is placed on its temperature sensor institute location and puts the correspondence position in corresponding machine room three-dimensional space model, stack forms complete computer room temperature field three-dimensional animation, and outputs to described terminal display module and show.
For realizing a method for the object of the invention Real-Time Monitoring IT building environment temperature, said method comprising the steps of:
(1) a plurality of temperature sensors are arranged in to the diverse location of target machine room;
Step (1) comprises following sub-step:
Sub-step 1: the type of determining temperature sensor;
Sub-step 2: determine the quantity of temperature sensor and at the placement location of target machine room;
Sub-step 3: laying temperature sensor on the position of selecting;
(2), according to predetermined frequency acquisition, by the temperature data of each temperature sensor of temperature collect module timing acquiring, and the temperature data collecting is converted to normal structure data transmission to database memory module, stores;
Step (2) comprises following sub-step:
Sub-step 1: temperature collect module, according to predetermined frequency acquisition, sends and gathers Current Temperatures request of data to corresponding temperature sensor;
Sub-step 2: the temperature data that temperature collect module obtains each temperature sensor by the data transfer mode of snmp protocol gathers;
Sub-step 3: temperature collect module is converted to normal structure data transmission by each temperature data collecting and stores to database memory module;
(3) by machine room three-dimensional temperature field constructing module dynamic construction computer room temperature field three-dimensional animation, and output to terminal display module and show, specifically comprise following sub-step:
Sub-step 1: machine room three-dimensional space model display module is according to target machine room space structure and temperature sensing implement body placement location, according to target machine room size, select one reasonably with reference to ratio with terminal display block size, use D modeling tool to set up machine room three-dimensional space model, modeling content mainly comprises: machine room inner structure (metope, room layout, floor, door and window), rack, equipment, temperature sensor etc., in modeling process, use unique mark code to carry out unique identification to each model object, for temperature sensor model object, also need to arrange its temperature zone range attribute, final three-dimensional model effect requirements is: the size of object in model, ratio and the true environment of locus are consistent, monitor staff is when observing three-dimensional simulation model, can identify fast the object of emulation and the contrast relationship of real-world object,
Sub-step 2: according to predetermined frequency acquisition, data load engine submodule and regularly read the up-to-date temperature data of each temperature sensor from database, and this temperature data is transferred to dynamic particles effect render engine submodule;
Sub-step 3: dynamic particles effect render engine submodule converts the up-to-date temperature data reading to three dimensional particles cartoon picture by three-dimensional rendering algorithm, be placed on the state of temperature that reflects in real time this position in the corresponding locus of three-dimensional machine room, particle color in cartoon picture can change according to the temperature value of different time points, different temperatures value is used the particle of different colours to represent, allows monitor staff be able to the directly perceived and temperature regime of monitoring room zones of different promptly;
Sub-step 4: machine room three-dimensional space model display module is generated each dynamic particles picture by temperature data is placed on its temperature sensor institute location and puts the correspondence position in corresponding machine room three-dimensional space model, stack forms complete computer room temperature field three-dimensional animation, and output to described terminal display module and show, allow monitor staff only need have a look at computer room temperature field monitored picture, can see the high hot-zone of whole machine room, low hot-zone at once, there is temperature anomaly situation rack, equipment and server, with and residing locus.
Above-mentioned embodiment is just explained in detail technical scheme of the present invention; the present invention has more than and is only confined to above-described embodiment; those skilled in the art should be understood that; the above-mentioned principle of every foundation and the improvement of spirit on basis of the present invention, substitute, all should be within protection scope of the present invention.
Claims (4)
1. a building environment three dimension temperature dynamic real-time monitoring system, is characterized in that: it comprises temperature sensor, temperature collect module, database memory module, machine room three-dimensional temperature field constructing module and the terminal display module connecting successively; Described temperature sensor consists of a plurality of sensors for timing acquisition target machine room relevant position temperature data that are distributed in target machine room diverse location, the temperature data that each temperature sensor of temperature collect module timing acquiring obtains, and each temperature data collecting is converted to normal structure data transmission to database memory module, stores; Described machine room three-dimensional temperature field constructing module comprises that data load engine submodule, dynamic particles effect render engine submodule and machine room three-dimensional space model display module; Described data load engine submodule and are connected execution following functions with database memory module: the temperature data that regularly reading database memory module is stored, and temperature data is transferred to dynamic particles effect render engine submodule; Described dynamic particles effect render engine submodule loads engine submodule with data and is connected execution following functions: each temperature data receiving is generated to corresponding dynamic particles picture and is transferred to machine room three-dimensional space model display module, and different temperature ranges generates different dynamic particles pictures; Machine room three-dimensional space model display module is connected with terminal display module carries out following functions: according to target machine room space structure and temperature sensing implement body placement location, set up machine room three-dimensional space model, and the dynamic particles picture that each is generated by temperature data is placed on its temperature sensor institute location and puts the correspondence position in corresponding machine room three-dimensional space model, stack forms complete computer room temperature field three-dimensional animation, and outputs to described terminal display module and show.
2. building environment three dimension temperature dynamic real-time monitoring system according to claim 1, is characterized in that: the temperature data that described temperature collect module obtains temperature sensor by the data transfer mode of snmp protocol, Telnet agreement or SSH agreement gathers.
3. the dynamic method of real-time of building environment three dimension temperature, is characterized in that:
Said method comprising the steps of:
(1) a plurality of temperature sensors are arranged in to the diverse location of target machine room;
(2), according to predetermined frequency acquisition, by the temperature data of each temperature sensor of temperature collect module timing acquiring, and the temperature data collecting is converted to normal structure data transmission to database memory module, stores;
(3) by machine room three-dimensional temperature field constructing module dynamic construction computer room temperature field three-dimensional animation, and output to terminal display module and show, specifically comprise following sub-step:
Sub-step 1: machine room three-dimensional space model display module, according to target machine room space structure and temperature sensing implement body placement location, is selected one reasonably with reference to ratio, uses D modeling tool to set up machine room three-dimensional space model;
Sub-step 2: according to predetermined frequency acquisition, data load engine submodule and regularly read the up-to-date temperature data of each temperature sensor from database, and this temperature data is transferred to dynamic particles effect render engine submodule;
Sub-step 3: dynamic particles effect render engine submodule converts the up-to-date temperature data reading to three dimensional particles cartoon picture by three-dimensional rendering algorithm, is placed on the state of temperature that reflects in real time this position in the corresponding locus of three-dimensional machine room;
Sub-step 4: machine room three-dimensional space model display module is generated each dynamic particles picture by temperature data is placed on its temperature sensor institute location and puts the correspondence position in corresponding machine room three-dimensional space model, stack forms complete computer room temperature field three-dimensional animation, and outputs to described terminal display module and show.
4. method according to claim 3, is characterized in that:
Step (1) comprises following sub-step:
Sub-step 1: the type of determining temperature sensor;
Sub-step 2: determine the quantity of temperature sensor and at the placement location of target machine room;
Sub-step 3: laying temperature sensor on the position of selecting;
Step (2) comprises following sub-step:
Sub-step 1: temperature collect module, according to predetermined frequency acquisition, sends and gathers Current Temperatures request of data to corresponding temperature sensor;
Sub-step 2: the temperature data that temperature collect module obtains each temperature sensor by the data transfer mode of snmp protocol, Telnet agreement or SSH agreement gathers;
Sub-step 3: temperature collect module is converted to normal structure data transmission by each temperature data collecting and stores to database memory module.
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| CN104132735A (en) * | 2014-06-27 | 2014-11-05 | 河海大学常州校区 | Indoor-temperature 3D visualized monitoring system |
| CN104506605A (en) * | 2014-12-18 | 2015-04-08 | 北京金和软件股份有限公司 | Method for polling among multiple servers |
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