The utility model content
The technical problems to be solved in the utility model is, can't know the defective of rack unusual condition when the errorless and keeper of keeper's identity was not near rack when the rack entrance guard management that adds mechanical lock mechanism at the above-mentioned coded lock of prior art can't guarantee legal opening the door in real time, a kind of enclosure means with abnormality automatic short message alarm function is provided.
The technical scheme that its technical matters that solves the utility model adopts is: construct a kind of enclosure means with abnormality automatic short message alarm function, it comprises intelligent entrance guard management and control unit and intelligent temperature control unit, be connected simultaneously to be used to receive abnormal data and to be connected according to the intelligent monitoring of pre-conditioned generation alarm data and audit module and with described intelligent monitoring and audit module with described intelligent entrance guard management and control unit and intelligent temperature control unit and be used for the receiving alarm data and also will alarm with short message mode and be issued to abnormality automatic short message alarm module on the preset number.
In enclosure means described in the utility model, described intelligent entrance guard management and control unit regular detecting box door state, when cabinet door is opened in illegal mode, start the acoustic-optic alarm of self, and the data of will illegally opening the door are submitted on described intelligent monitoring and the audit module; The regular machines in-cabinet temperature in described intelligent temperature control unit when temperature surpasses preset threshold value, starts sound and light alarm, and temperature is transshipped data is submitted on described intelligent monitoring and the audit module.
In enclosure means described in the utility model, described intelligent entrance guard management and control unit is arranged on the Door of communication apparatus cabinet, it comprises IC-card intelligent identification device, mechanical lock device, coded lock device and sound and light alarm device, wherein said mechanical lock device by legal opening before, require input to open the cabinet password and use the IC-card identification.
In enclosure means described in the utility model, described IC-card intelligent identification device is installed in the right of described coded lock device; Described mechanical lock device is installed in the below of described coded lock device; Described sound and light alarm device is installed in the top of Door of communication apparatus cabinet inboard; Described intelligent monitoring and auditing system module are cured among the EPROM, are installed in the inboard of described Door of communication apparatus cabinet, share key board unit and display device with described coded lock device; Described abnormality automatic short message alarm module is installed in the below of sound and light alarm device, and links to each other with described intelligent monitoring and auditing system module by the data winding displacement, and described Door of communication apparatus cabinet is opened a rectangular window .. for it
In enclosure means described in the utility model, described intelligent temperature control unit is arranged on rack side door inside top, comprise that the sound and light alarm device of described intelligent entrance guard management and control unit is directly linked in wherein said intelligent temperature control unit by data conductor based on the temperature sensing device of thermopair and radiator fan device connected and that can control by the power switch mode.
In enclosure means described in the utility model, described abnormality automatic short message alarm module comprises alarm monitoring module, the GSM SMS module that is connected with described alarm monitoring module and the power module that uninterrupted voltage is provided that is connected with described intelligent monitoring and audit module, described alarm monitoring module receives the warning information of described intelligent monitoring and audit module, after being converted to the standard short message content, being submitted to described GSM SMS module and note being sent to destination number by it.
Enforcement the utlity model has the enclosure means of abnormality automatic short message alarm function, has following beneficial effect: strengthened rack gate inhibition's security, avoided the loss of key and password to reveal the potential safety hazard of being brought; Simultaneously, abnormality automatic short message alarming mechanism also is provided,, has realized that the rack managerial personnel still can in time know the abnormality of rack under the state of leaving the post to support safe condition Real-time Alarm to rack, expand the delivering path of warning information effectively, widened reach.
Embodiment
In order to make technical problem to be solved in the utility model, technical scheme and beneficial effect clearer,, the utility model is further elaborated below in conjunction with drawings and Examples.Should be understood that specific embodiment described herein only in order to explanation the utility model, and be not used in qualification the utility model.
As shown in Figure 1, functional block diagram for intelligent cabinet of the present utility model, shown intelligent cabinet comprises intelligent entrance guard management and control unit 1, intelligent temperature control unit 2, intelligent monitoring and audit module 3 and abnormality automatic short message alarm module 4, wherein gate inhibition's management and control unit 1 links to each other with intelligent monitoring and audit module 3 simultaneously with intelligent temperature control unit 2, and intelligent monitoring and audit module 3 are connected to abnormality automatic short message alarm module 4.
Intelligent entrance guard control device 1 is used to manage and control the gate control system of rack, detects rack cabinet door when illegally opening, and starts embedded acoustic-optic alarm and reports to the police, and submit to the cabinet door illegally to open information to described intelligent monitoring and audit module 3.
Intelligent temperature control device 2 is used to survey the rack internal temperature and controls the radiator fan device that is attached thereto. and intelligent temperature control device 2 real-time detection in-cabinet temperatures when the rack internal temperature is lower than default radiating and cooling value, promptly stop radiator fan device; When detecting the rack temperature inside and be higher than default radiating and cooling value, promptly open radiator fan device; If when detecting temperature in the rack and having surpassed default maximum temperature threshold value, send the acoustic-optic alarm of sound and light alarm, and submit to temperature anomaly information to intelligent monitoring and audit module 3. to described intelligent entrance guard control device 1
Intelligent monitoring and audit module 3 are used to receive cabinet door that intelligent entrance guard control device 1 submits to and illegally open the temperature anomaly information that information and intelligent temperature control device 2 are submitted to, and according to preset condition, as time interval span, intelligent monitoring and audit module 3 are submitted to abnormality automatic short message alarm module 4 with abnormality information.
Abnormality automatic short message alarm module 4 is used for when rack generation unusual condition, and abnormality is sent to default a plurality of Subscriber Numbers in the mode of alarm message.Abnormality automatic short message alarm module 4 comprises alarm monitoring module 41, connected GSM SMS module 42 and power module 43.Wherein alarm monitoring module 41 is used to receive the alarm data that described intelligent monitoring and audit module 3 are submitted to, be converted to short message content after, note is submitted to GSM SMS module 42; GSM SMS module 42 is used for sending alarm message to the predefined a plurality of phone numbers of user; Power module 43 is used to intelligent cabinet device described in the utility model that uninterrupted power source is provided, and supports alternating current and lithium battery power supply.
As shown in Figure 2, it is the intelligent entrance guard control device synoptic diagram of intelligent cabinet described in the utility model, described intelligent entrance guard control device is installed on the Door of communication apparatus cabinet 11, comprise IC-card card reader (being the IC-card intelligent identification device) 12, coded lock device 13, mechanical lock device 14, IC-card 15 and sound and light alarm device 16, wherein IC-card card reader 12 is installed in the right of coded lock device 13, mechanical lock device 14 is installed in the below of coded lock device 13, and sound and light alarm device 16 is installed in the top of 11 inboards, Qianmen.Intelligent monitoring and auditing system module 3 are cured among the EPROM, be installed in the inboard at Qianmen 11, share key board unit and display device with coded lock device 13, described abnormality automatic short message alarm module 4 is installed in the below of sound and light alarm device 16, link to each other with intelligent monitoring and auditing system module 3 by the data winding displacement, simultaneously, opened a rectangular window for abnormality automatic short message alarm module 4 on the Door of communication apparatus cabinet 11.
The mode of opening the door of the present utility model is described below: open with key mechanical lock device 14 before, require the keeper on coded lock device 13, to import door-opening password, and on IC-card card reader 12, check card with IC-card 15, confirm errorless after, automatically open coded lock device 13, and being opened for normally of cabinet door 11 of record opened.When any condition does not satisfy, then cabinet door coded lock device 13 will can not opened in intelligent entrance guard management and control unit 1.If cabinet door 11 is opened by force, then intelligent entrance guard management and control unit 1 is recorded as illegally and opens.Especially, in emergency circumstances, the urgent door-opening password that can preset with the PIN code or the keeper of coded lock device 13 is opened coded lock device 13.
As shown in Figure 3, be the structural representation of the intelligent temperature control unit of enclosure means of the present utility model, shown intelligent temperature control unit 2 comprises temperature sensing device 21, radiator fan device 22 and outreaches device 23 and forms.Wherein radiator fan device 22 is installed in enclosure top, and temperature sensing device 21 is installed in the position of rack side door middle part by the back door; Outreach circular data line in the device 23 and be used for connecting the sound and light alarm device 16 of intelligent entrance guard management and control unit 1 as shown in Figure 2, flat type data line is used for connecting the intelligent monitoring and the audit module 3 of intelligent entrance guard management and control unit 1.
Temperature sensing device 21 regularly detects the voltage of electric thermo-couple temperature inductor, and after being scaled Celsius temperature, compare with default temperature value, if temperature is higher than the exothermic temperature value first, then connect the power switch of radiator fan device 22, and will start heat radiation alarm and send to intelligent monitoring and audit module 3 by outreaching device 23; If be higher than limit high-temperature temperature value, then send audible and visual alarm, and the high temperature alarm is sent to intelligent monitoring and audit module 3 by outreaching device 23 by outreaching device 23; If temperature is lower than the exothermic temperature value first, then disconnect the power switch of radiator fan device 22, to close heat radiation alarm and send to intelligent monitoring and audit module 3. simultaneously by outreaching device 23 simultaneously, sense cycle also is change automatically, be positioned on the default limit high temperature or heat radiation low temperature under the time, the sense cycle of its sense cycle when being higher than default exothermic temperature is long.
As shown in Figure 4, there is shown the alarm processing synoptic diagram of intelligent cabinet of the present utility model, may further comprise the steps:
Step S1: configuration-system; According to menu prompt, system is switched under the configuration mode, dispose all kinds of temperature thresholds, alarm data submission threshold value, short message content template, keeper's phone number etc.;
Step S2: survey in-cabinet temperature; The voltage of intelligent temperature control unit 2 regular detected temperatures sensor devices, and be converted to celsius temperature scale;
Step S3: judge whether temperature surpasses predetermined threshold value in the rack; If do not surpass, change S2; Otherwise, when being lower than exothermic temperature first, close radiator fan device 22, and the heat radiation sign that resets; When being higher than exothermic temperature first, start radiator fan device 22, and set heat radiation sign; When surpassing high temperature threshold value, put the high temperature sign; Change S4;
Step S4: detect heat radiation sign and high temperature sign, the state machine transition condition according to shown in the state machine diagram as shown in Figure 5 changes local state; And detected state machine change context, produce alarm data, comprise alarm time, alarm classification, alarm numbering, preset value, actual value etc.; And submit to, change step S8.Otherwise, change S2; Described state machine migration synoptic diagram specifically describes as follows:
State STO: start attitude, after the intelligent temperature control device powers up self-starting, before initialization finishes, be in this attitude;
State ST1: high temperature attitude; When the intelligent temperature control device detects temperature and surpasses default high temperature threshold value, be in this attitude; When moving to this attitude, produce event alarm E0, i.e. high temperature alarm by startup attitude STO; When moving to this attitude, produce event alarm E3, i.e. high temperature alarm by radiating state ST2; When stopping radiating state ST3 and move to this attitude, produce event alarm E5, i.e. high temperature alarm; When state transition is to radiating state ST2 thus, produce event alarm E4, i.e. high temperature alarm is removed; Move to when stopping radiating state, produce event alarm E6, i.e. high temperature alarm is removed;
State ST2: heat radiation attitude; What the intelligent temperature control device detected surpasses default exothermic temperature to temperature, and when surpassing high temperature threshold value, is in this attitude; When moving to this attitude, produce event alarm E1, i.e. heat radiation alarm by startup attitude STO; When moving to this attitude, produce event alarm E8, i.e. heat radiation alarm by the attitude ST3 that stops to dispel the heat; State transition produces event alarm E7 when stopping to dispel the heat attitude ST3 thus, promptly closing the heat radiation alarm;
State ST3: stop the attitude of dispelling the heat; When the intelligent temperature control device detects problem and is lower than exothermic temperature, be in this attitude.
Step S5: detect rack gate inhibition state; Regularly detecting box door pressure switch pin voltage is open mode during for high level;
Step S6: judge whether the rack gate inhibition is in illegally and open; Read the output voltage (two tunnel inputs, one tunnel output, its input are respectively IC-card checking unit and the password authentification as a result value of unit as a result) of code translator; If non-vanishing, then change S7, otherwise change S5, continue to detect gate inhibition's state;
Step S7: produce alarm data and submission, comprise alarm time, alarm classification, alarm numbering etc.; Change S8;
Step S8: alarm data is handled; After the receiving alarm data, circulation writes local FLASH; And, carry out filtration (, in a specified time, not repeating to report) at same alarm based on the time interval according to the alarm numbering, and if there is the alarm data that meets filtercondition, then submit alarm to, change S9;
Step S9: format short message content; Retrieve default message template according to alarm numbering, and after utilizing alarm data to replace placeholder in the message template, submit note to; Change S10;
Step S10: send note; After GSM SMS module 42 receives short message content, retrieve default number, and short message content is sent on the destination number.
The utility model provides a kind of more fully rack gate inhibition control device, has strengthened rack gate inhibition's security, has avoided the loss of key and password to reveal the potential safety hazard of being brought; Simultaneously, abnormality automatic short message alarming mechanism also is provided,, has realized that the rack managerial personnel still can in time know the abnormality of rack under the state of leaving the post to support safe condition Real-time Alarm to rack, expand the delivering path of warning information effectively, widened reach.
The above only is preferred embodiment of the present utility model; not in order to restriction the utility model; any modification of being done within every spirit of the present utility model and the principle, be equal to and replace and improvement etc., all should be included within the protection domain of the present utility model.