CN105223894A - A kind of Internet of Things detecting and controlling system and control method thereof - Google Patents
A kind of Internet of Things detecting and controlling system and control method thereof Download PDFInfo
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- CN105223894A CN105223894A CN201510753036.1A CN201510753036A CN105223894A CN 105223894 A CN105223894 A CN 105223894A CN 201510753036 A CN201510753036 A CN 201510753036A CN 105223894 A CN105223894 A CN 105223894A
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- G—PHYSICS
- G05—CONTROLLING; REGULATING
- G05B—CONTROL OR REGULATING SYSTEMS IN GENERAL; FUNCTIONAL ELEMENTS OF SUCH SYSTEMS; MONITORING OR TESTING ARRANGEMENTS FOR SUCH SYSTEMS OR ELEMENTS
- G05B19/00—Programme-control systems
- G05B19/02—Programme-control systems electric
- G05B19/04—Programme control other than numerical control, i.e. in sequence controllers or logic controllers
- G05B19/048—Monitoring; Safety
Abstract
The invention discloses a kind of Internet of Things detecting and controlling system and control method thereof, this system comprises client detection module, signal processing module, central processing unit, server module, Internet of Things monitor terminal and power module, described Internet of Things monitor terminal comprises data acquisition unit, data processor, Data Comparison device, data-carrier store, alarm module, display module, described client detection module connects described signal processing module, described signal processing module, server module, Internet of Things monitor terminal is connected with described central processing unit respectively, described wireless network is connected with GPRS data terminal, described GPRS data terminal is connected with central processing unit and client detection module by described wireless network.The present invention not only can be detected client by Internet of Things monitor terminal, also controls by server module and central processing unit, can realize accurate detection and the control of Internet of Things.
Description
Technical field
The invention belongs to technology of Internet of things field, particularly relate to a kind of Internet of Things detecting and controlling system and control method thereof.
Background technology
Internet of Things (TheInternetofthings) is the huge network being combined with internet by information sensing equipment such as radio-frequency (RF) identification (RFID), infrared inductor, GPS, laser scanners and formed, and by the agreement of arranging, any article and internet are coupled together and carries out message exchange and communication, to realize a kind of network of Weigh sensor, location, tracking, monitor and managment, realize people and thing, the information transmission of thing and thing and exchange, and finally realize intelligentized decision-making and management.But, the Internet of things system used in current every profession and trade, mostly not in kind intuitively, therefore be not widely used in enterprise, really can not play effectiveness and the value of Internet of Things; Correspondingly, domestic Internet of Things detecting and controlling system cannot carry out Automatic Detection and Control and warning to client circumstances, also all rests on the simple mode of video monitoring; And external product is not suitable for the needs of Chinese Enterprises due to environment, Cost Problems.
Summary of the invention
The object of the present invention is to provide a kind of Internet of Things detecting and controlling system and control method thereof, be intended to the detection problem not in time solving current Internet of Things.
The present invention realizes like this, a kind of Internet of Things detecting and controlling system comprises client detection module, signal processing module, central processing unit, server module, Internet of Things monitor terminal and power module, described Internet of Things monitor terminal comprises data acquisition unit, data processor, Data Comparison device, data-carrier store, alarm module, display module, described client detection module connects described signal processing module, described signal processing module, server module, Internet of Things monitor terminal is connected with described central processing unit respectively, described wireless network is connected with GPRS data terminal, described GPRS data terminal is connected with central processing unit and client detection module by described wireless network,
Described client detection module comprises detection signal emitter, detection signal receiving trap, and described detection signal emitter launches detection signal to surveyed area, and described detection signal receiving trap receives the signal through surveyed area;
Described detection signal emitter is light source emitter, and detection signal receiving trap is photodetector;
Described client detection module also comprises camera;
Described signal processing module comprises signal converter and signal amplifier;
Described power module comprises power supply connecting device, electrical storage device and protective relaying device;
Described power supply connecting device comprises at least one power supply input circuit connecting external power source is connected load load output circuit with at least one;
Described electrical storage device comprises the accumulator charging/discharging circuit connecting accumulator;
Described alarm module, this alarm module comprises transceiver module, microprocessor, RS232 interface circuit, LED, audio amplifier, described transceiver module sends warning message, described microprocessor is used for carrying out Data Comparison process, described RS232 interface circuit carries out data transmission, described transceiver module is electrically connected with described microprocessor, and described microprocessor is electrically connected with described RS232 interface circuit and LED, and described RS232 interface circuit is electrically connected with described audio amplifier;
Described LED comprises circuit board, plug-in type LED, and the pin of described plug-in type LED is connected with described circuit board;
Described display module comprises display panel, elementary layer, adhesive linkage, described elementary layer is arranged on the outside of described display board, described adhesive linkage is arranged between described display panel and described elementary layer, wherein, first edge being adhered to the bonding plane of described display panel of described adhesive linkage and second edge being adhered to the bonding plane of described unit of described adhesive linkage are shifted mutually along bonding plane direction.
Further, described Internet of Things detecting and controlling system, also comprises Emergent detection device, and described Emergent detection device is connected with the input end of described signal processing module.
Further, be provided with sound identification module in described signal converter, this sound identification module comprises:
End-point detection unit, for calculating voice starting point and the voice terminal of the voice signal to be identified after carrying out format conversion and coding, removing the mute signal in described voice signal to be identified, obtaining the time domain scale of voice in described voice signal to be identified; And for carrying out Fourier transform fft analysis to the voice spectrum in described voice signal to be identified, the first tone signal in voice signal to be identified according to Analysis result calculation, Voiced signal and voiceless consonant signal; And for utilizing described speech characteristic parameter, adopt frequency cepstral coefficient MFCC to set up the pronunciation modeling unit that text-independent gauss hybrid models is the acoustic model of voice; And ambiguity type matching unit, this pattern matching unit utilizes gauss hybrid models, use maximal posterior probability algorithm MAP to be mated with speech model described at least one by extracted described speech characteristic parameter, calculate the likelihood score of described voice signal to be identified and speech model described in each.
Further, described server module also comprises Internet of Things digital applications module and data processing module;
Described digital applications module comprises sensing layer and network layer;
Described sensing layer is made up of various sensor and sensor network, for collecting the geography information in city, transport information, humane information, government and enterprises' distribution and resource distribution;
Described network layer comprises the network insertion of Internet Construction between the city digital deployment of broadband network, national backbone network construction, Government departments, public organization and public institution's networking, enterprise and family, and the database corresponded, network application platform and network monitoring management;
Described data processing module is for carrying out data sharing by being uploaded to high in the clouds after the data processing of sensing layer and network layer.
Further, described Data Comparison device is provided with security authentication module, and this security authentication module comprises:
Network service platform;
First electronic installation, for connecting this network service platform;
Second electronic device;
Authentication platform, this authentication platform comprises:
Setting module, logins the account of this network service platform, password, localized area and trust-region for setting user;
Login module, for inputting this account and password by this first electronic installation for this user, to login module login this network service platform via this;
Locating module, comprise at least one wireless localization apparatus and coordinate described equipment and by least one wireless location label of described its user identification information of wireless localization apparatus perception and positional information, also comprise one and receive the positional information that perceives of described wireless localization apparatus and the comprehensive server described positional information being sent at least one terminal, described comprehensive server and at least one control terminal interactive communication, and after receiving described user identification information and positional information, certification can be carried out to customer position information, control terminal can carry out software security certification, this locating module is for the second geographical location information of the first geographical location information and this second electronic device that obtain this first electronic installation,
Authentication module, in order to judge whether this first geographical location information of this first electronic installation is positioned at this localized area or this trust-region of this second geographical location information of this second electronic device.
A kind of Internet of Things detection control method, comprising: client detection module is gone forward side by side by the Internet of Things signal that detection signal emitter and detection signal receiving trap detect client and received and be transmitted to described signal processing module; The signal parameter of described signal processing module to the described client detection module received processes, and be sent to central processing unit and server module, result is sent to described Internet of Things monitor terminal by described server module, described Internet of Things monitor terminal contrasts the detected parameters information after the process received, and shown by display module, if exceed alarm value, utilize alert module to carry out alarm sounds, and by wireless network and GPRS data terminal, result is returned to described client detection module.
Internet of things system and wireless sensor technology and GPRS data terminal combine by Internet of Things detecting and controlling system provided by the invention, technology of Internet of things is incorporated in the middle of traditional detecting and controlling system, achieve the real time implementation of detecting and controlling system, reduce human cost, make detecting and controlling system intelligent, and easy to operate, cheap, be applicable to most client; This system can also automatically be monitored and report to the police, and improves the security of use.
Accompanying drawing explanation
Fig. 1 is the structural representation of the Internet of Things detecting and controlling system that the embodiment of the present invention provides;
Fig. 2 is the structural representation of the Internet of Things monitor terminal that the embodiment of the present invention provides;
Fig. 3 is the structural representation of the alarm module that the embodiment of the present invention provides;
Fig. 4 is the schematic flow sheet of the control method that the embodiment of the present invention provides;
In figure: 1, client detection module; 1-1, detection signal emitter; 1-2, detection signal receiving trap; 1-3, camera; 2, signal processing module; 2-1, signal converter; 2-2, signal amplifier; 3, central processing unit; 4, server module; 5, Internet of Things monitor terminal; 5-1, data acquisition unit; 5-2, data processor; 5-3, Data Comparison device; 5-4, data-carrier store; 5-5, alarm module; 5-5-1, transceiver module; 5-5-2, microprocessor; 5-5-3, RS232 interface circuit; 5-5-4, LED; 5-5-5, audio amplifier; 5-5, display module; 6, power module; 6-1, power supply connecting device; 6-2, electrical storage device; 6-3, protective relaying device; 7, wireless network; 8, GPRS data terminal.
Embodiment
In order to make object of the present invention, technical scheme and advantage clearly understand, below in conjunction with embodiment, the present invention is further elaborated.Should be appreciated that specific embodiment described herein only in order to explain the present invention, be not intended to limit the present invention.
Below in conjunction with drawings and the specific embodiments, application principle of the present invention is further described.
A kind of Internet of Things detecting and controlling system comprises client detection module 1, signal processing module 2, central processing unit 3, server module 4, Internet of Things monitor terminal 5 and power module 6, described Internet of Things monitor terminal 5 comprises data acquisition unit 5-1, data processor 5-2, Data Comparison device 5-3, data-carrier store 5-4, alarm module 5-5, display module 5-6, described client detection module 1 connects described signal processing module 2, described signal processing module 2, server module 4, Internet of Things monitor terminal 5 is connected with described central processing unit 3 respectively, described wireless network 7 is connected with GPRS data terminal 8, described GPRS data terminal 8 is connected with central processing unit 3 and client detection module 1 by described wireless network 7.
Further, also comprise Emergent detection device 9, described Emergent detection device 9 is connected with the input end of described signal processing module 2.
Further, described client detection module 1 comprises detection signal emitter 1-1, detection signal receiving trap 1-2, described detection signal emitter 1-1 launches detection signal to surveyed area, and described detection signal receiving trap 1-2 receives the signal through surveyed area.
Further, described detection signal emitter 1-1 is light source emitter, and detection signal receiving trap 1-2 is photodetector.
Further, described client detection module 1 also comprises camera 1-3.
Further, described signal processing module 2 comprises signal converter 2-1 and signal amplifier 2-2.
Further, described power module 6 comprises power supply connecting device 6-1, electrical storage device 6-2 and protective relaying device 6-3.
Further, described power supply connecting device 6-1 comprises at least one power supply input circuit connecting external power source is connected load load output circuit with at least one.
Further, described electrical storage device 6-2 comprises the accumulator charging/discharging circuit connecting accumulator.
Further, described alarm module 5-5, this alarm module comprises transceiver module 5-5-1, microprocessor 5-5-2, RS232 interface circuit 5-5-3, LED 5-5-4, audio amplifier 5-5-5, described transceiver module 5-5-1 sends warning message, described microprocessor 5-5-2 is used for carrying out Data Comparison process, described RS232 interface circuit 5-5-3 carries out data transmission, described transceiver module 5-5-1 is electrically connected with described microprocessor 5-5-2, described microprocessor 5-5-2 is electrically connected with described RS232 interface circuit 5-5-3 and LED 5-5-4, described RS232 interface circuit 5-5-3 is electrically connected with described audio amplifier 5-5-5.
Further, described LED 5-5-4 comprises circuit board, plug-in type LED, and the pin of described plug-in type LED is connected with described circuit board.
Further, outside described plug-in type LED, shell is installed.
Further, described display module 5-6 comprises display panel, elementary layer, adhesive linkage, described elementary layer is arranged on the outside of described display board, described adhesive linkage is arranged between described display panel and described elementary layer, wherein, first edge being adhered to the bonding plane of described display panel of described adhesive linkage and second edge being adhered to the bonding plane of described unit of described adhesive linkage are shifted mutually along bonding plane direction.
Further, be provided with sound identification module in described signal converter 2-1, this sound identification module comprises:
End-point detection unit, for calculating voice starting point and the voice terminal of the voice signal to be identified after carrying out format conversion and coding, removing the mute signal in described voice signal to be identified, obtaining the time domain scale of voice in described voice signal to be identified; And for carrying out Fourier transform fft analysis to the voice spectrum in described voice signal to be identified, the first tone signal in voice signal to be identified according to Analysis result calculation, Voiced signal and voiceless consonant signal; And for utilizing described speech characteristic parameter, adopt frequency cepstral coefficient MFCC to set up the pronunciation modeling unit that text-independent gauss hybrid models is the acoustic model of voice; And ambiguity type matching unit, this pattern matching unit utilizes gauss hybrid models, use maximal posterior probability algorithm MAP to be mated with speech model described at least one by extracted described speech characteristic parameter, calculate the likelihood score of described voice signal to be identified and speech model described in each.
Further, described server module 4 also comprises Internet of Things digital applications module and data processing module;
Described digital applications module comprises sensing layer and network layer;
Described sensing layer is made up of various sensor and sensor network, for collecting the geography information in city, transport information, humane information, government and enterprises' distribution and resource distribution;
Described network layer comprises the network insertion of Internet Construction between the city digital deployment of broadband network, national backbone network construction, Government departments, public organization and public institution's networking, enterprise and family, and the database corresponded, network application platform and network monitoring management;
Described data processing module is for carrying out data sharing by being uploaded to high in the clouds after the data processing of sensing layer and network layer.
Further, described Data Comparison device 5-3 is provided with security authentication module, and this security authentication module comprises:
Network service platform;
First electronic installation, for connecting this network service platform;
Second electronic device;
Authentication platform, this authentication platform comprises:
Setting module, logins the account of this network service platform, password, localized area and trust-region for setting user;
Login module, for inputting this account and password by this first electronic installation for this user, to login module login this network service platform via this;
Locating module, comprise at least one wireless localization apparatus and coordinate described equipment and by least one wireless location label of described its user identification information of wireless localization apparatus perception and positional information, also comprise one and receive the positional information that perceives of described wireless localization apparatus and the comprehensive server described positional information being sent at least one terminal, described comprehensive server and at least one control terminal interactive communication, and after receiving described user identification information and positional information, certification can be carried out to customer position information, control terminal can carry out software security certification, this locating module is for the second geographical location information of the first geographical location information and this second electronic device that obtain this first electronic installation,
Authentication module, in order to judge whether this first geographical location information of this first electronic installation is positioned at this localized area or this trust-region of this second geographical location information of this second electronic device.
A kind of Internet of Things detecting and controlling system control method comprises the following steps:
S1: client detection module 1 is gone forward side by side by the Internet of Things signal of detection signal emitter 1-1 and detection signal receiving trap 1-2 detection client and received and be transmitted to described signal processing module 2;
S2: the signal parameter of described signal processing module 2 to the described client detection module 1 received processes, and is sent to central processing unit 3 and server module 4;
S3: result is sent to described Internet of Things monitor terminal 5 by described server module 4;
S4: described Internet of Things monitor terminal 5 contrasts the detected parameters information after the process received;
S5: comparing result has been shown by display module 5-6;
S6: observe whether exceed alarm value;
S7: exceed alarm value and utilize alert module 5-5 to carry out alarm sounds;
S8: result is returned to described client detection module 1 by wireless network 7 and GPRS data terminal 8;
S9: do not exceed alarm value and then store data result by data-carrier store 5-4.
Internet of things system and wireless sensor technology and GPRS data terminal combine by Internet of Things detecting and controlling system provided by the invention, technology of Internet of things is incorporated in the middle of traditional detecting and controlling system, achieve the real time implementation of detecting and controlling system, reduce human cost, make detecting and controlling system intelligent, and easy to operate, cheap, be applicable to most client; This system can also automatically be monitored and report to the police, and improves the security of use.
The foregoing is only preferred embodiment of the present invention, not in order to limit the present invention, all any amendments done within the spirit and principles in the present invention, equivalent replacement and improvement etc., all should be included within protection scope of the present invention.
Claims (6)
1. an Internet of Things detection control method, is characterized in that: client detection module is detected the Internet of Things signal of client by detection signal emitter and detection signal receiving trap and is transmitted to signal processing module; The signal parameter of described signal processing module to the described client detection module received processes, and be sent to central processing unit and server module, described server module sends result to Internet of Things monitor terminal, described Internet of Things monitor terminal contrasts the detected parameters information after the process received, and shown by display module, if exceed alarm value, utilize alert module to carry out alarm sounds, and by wireless network and GPRS data terminal, result is returned to client detection module.
2. Internet of Things detection control method according to claim 1, it is characterized in that: the Internet of Things detecting and controlling system that this Internet of Things detection control method adopts comprises client detection module, signal processing module, central processing unit, server module, Internet of Things monitor terminal and power module, described Internet of Things monitor terminal comprises data acquisition unit, data processor, Data Comparison device, data-carrier store, alarm module, display module, described client detection module connects described signal processing module, described signal processing module, server module, Internet of Things monitor terminal is connected with described central processing unit respectively, described wireless network is connected with GPRS data terminal, described GPRS data terminal is connected with central processing unit and client detection module by described wireless network,
Described client detection module comprises detection signal emitter, detection signal receiving trap, and described detection signal emitter launches detection signal to surveyed area, and described detection signal receiving trap receives the signal through surveyed area;
Described detection signal emitter is light source emitter, and detection signal receiving trap is photodetector;
Described client detection module also comprises camera;
Described signal processing module comprises signal converter and signal amplifier;
Described power module comprises power supply connecting device, electrical storage device and protective relaying device;
Described power supply connecting device comprises at least one power supply input circuit connecting external power source is connected load load output circuit with at least one;
Described electrical storage device comprises the accumulator charging/discharging circuit connecting accumulator;
Described alarm module, this alarm module comprises transceiver module, microprocessor, RS232 interface circuit, LED, audio amplifier, described transceiver module sends warning message, described microprocessor is used for carrying out Data Comparison process, described RS232 interface circuit carries out data transmission, described transceiver module is electrically connected with described microprocessor, and described microprocessor is electrically connected with described RS232 interface circuit and LED, and described RS232 interface circuit is electrically connected with described audio amplifier;
Described LED comprises circuit board, plug-in type LED, and the pin of described plug-in type LED is connected with described circuit board;
Described display module comprises display panel, elementary layer, adhesive linkage, described elementary layer is arranged on the outside of described display board, described adhesive linkage is arranged between described display panel and described elementary layer, wherein, first edge being adhered to the bonding plane of described display panel of described adhesive linkage and second edge being adhered to the bonding plane of described unit of described adhesive linkage are shifted mutually along bonding plane direction.
3. Internet of Things detecting and controlling system according to claim 2, it is characterized in that: be provided with sound identification module in described signal converter, this sound identification module comprises:
End-point detection unit, for calculating voice starting point and the voice terminal of the voice signal to be identified after carrying out format conversion and coding, removing the mute signal in described voice signal to be identified, obtaining the time domain scale of voice in described voice signal to be identified; And for carrying out Fourier transform fft analysis to the voice spectrum in described voice signal to be identified, the first tone signal in voice signal to be identified according to Analysis result calculation, Voiced signal and voiceless consonant signal; And for utilizing described speech characteristic parameter, adopt frequency cepstral coefficient MFCC to set up the pronunciation modeling unit that text-independent gauss hybrid models is the acoustic model of voice; And ambiguity type matching unit, this pattern matching unit utilizes gauss hybrid models, use maximal posterior probability algorithm MAP to be mated with speech model described at least one by extracted described speech characteristic parameter, calculate the likelihood score of described voice signal to be identified and speech model described in each.
4. Internet of Things detecting and controlling system according to claim 2, is characterized in that: also comprise Emergent detection device, described Emergent detection device is connected with the input end of described signal processing module.
5. Internet of Things detecting and controlling system according to claim 2, is characterized in that: described server module also comprises Internet of Things digital applications module and data processing module;
Described digital applications module comprises sensing layer and network layer;
Described sensing layer is made up of various sensor and sensor network, for collecting the geography information in city, transport information, humane information, government and enterprises' distribution and resource distribution;
Described network layer comprises the network insertion of Internet Construction between the city digital deployment of broadband network, national backbone network construction, Government departments, public organization and public institution's networking, enterprise and family, and the database corresponded, network application platform and network monitoring management;
Described data processing module is for carrying out data sharing by being uploaded to high in the clouds after the data processing of sensing layer and network layer.
6. Internet of Things detecting and controlling system according to claim 2, is characterized in that: described Data Comparison device is provided with security authentication module, and this security authentication module comprises:
Network service platform;
First electronic installation, for connecting this network service platform;
Second electronic device;
Authentication platform, this authentication platform comprises:
Setting module, logins the account of this network service platform, password, localized area and trust-region for setting user;
Login module, for inputting this account and password by this first electronic installation for this user, to login module login this network service platform via this;
Locating module, comprise at least one wireless localization apparatus and coordinate described equipment and by least one wireless location label of described its user identification information of wireless localization apparatus perception and positional information, also comprise one and receive the positional information that perceives of described wireless localization apparatus and the comprehensive server described positional information being sent at least one terminal, described comprehensive server and at least one control terminal interactive communication, and after receiving described user identification information and positional information, certification can be carried out to customer position information, control terminal can carry out software security certification, this locating module is for the second geographical location information of the first geographical location information and this second electronic device that obtain this first electronic installation,
Authentication module, in order to judge whether this first geographical location information of this first electronic installation is positioned at this localized area or this trust-region of this second geographical location information of this second electronic device.
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