CN103310516B - A kind of Gate-ban Monitoring System - Google Patents
A kind of Gate-ban Monitoring System Download PDFInfo
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- CN103310516B CN103310516B CN201310238960.7A CN201310238960A CN103310516B CN 103310516 B CN103310516 B CN 103310516B CN 201310238960 A CN201310238960 A CN 201310238960A CN 103310516 B CN103310516 B CN 103310516B
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- Prior art keywords
- doorbell
- module
- signal
- audio frequency
- receive
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- G—PHYSICS
- G07—CHECKING-DEVICES
- G07C—TIME OR ATTENDANCE REGISTERS; REGISTERING OR INDICATING THE WORKING OF MACHINES; GENERATING RANDOM NUMBERS; VOTING OR LOTTERY APPARATUS; ARRANGEMENTS, SYSTEMS OR APPARATUS FOR CHECKING NOT PROVIDED FOR ELSEWHERE
- G07C9/00—Individual registration on entry or exit
-
- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04M—TELEPHONIC COMMUNICATION
- H04M11/00—Telephonic communication systems specially adapted for combination with other electrical systems
- H04M11/02—Telephonic communication systems specially adapted for combination with other electrical systems with bell or annunciator systems
- H04M11/025—Door telephones
Abstract
Gate-ban Monitoring System disclosed by the invention, described doorbell is without the need to rearranging signal wire, and avoid rewiring to install commercial power supply by electric pressure converter, and realize remote monitoring by internet, solving door bell and button system of the prior art needs rewiring to change gate control system into thus to realize the problem of data communication, also solves the problem that gate control system of the prior art can not realize far-end transmitting, monitoring signal.
Description
Technical field
The present invention relates to safety monitoring technical field, particularly relate to a kind of Gate-ban Monitoring System.
Background technology
Shown in door bell and button system Fig. 1 that current family generally adopts, specifically comprise: button 101, doorbell 102 and transformer 103; But employing door bell and button system, can not carry out safety custody to around visiting guest and house.Existing home automation networking, the gate control system generally adopted as shown in Figure 2, comprise: gate inhibition's communication 1010, central controller 1020 and power supply adaptor 1030, and central controller 1020 is built-in with doorbell, gate inhibition's communication 1010 shell is provided with button 1011.Gate inhibition's communication 1010 can have two, is arranged on the front/rear door in house respectively.When there being guest to come to visit, the call with owner initiated by guest's button 1011 pressed on gate inhibition's communication 1010, and owner monitors external environment condition by central controller 1020 and converses with visiting guest.
But current door bell and button system changes existing gate control system into, need to rearrange power lead, to connect commercial power supply; And need existing door bell and button system to carry out rewiring, quantities is excessive; And existing gate control system can only realize local monitor, when owner go out or in family nobody time, can not realize by internet, video and audio signal be carried out far-end and transfers to computer or smart mobile phone.Need rewiring to change gate control system into thus to realize the problem of data communication so door bell and button system of the prior art exists, and there is the problem that can not realize far-end transmitting, monitoring signal in gate control system of the prior art.
Summary of the invention
In view of this, the invention provides a kind of Gate-ban Monitoring System, need rewiring to change gate control system into thus to realize the problem of data communication with what solve that door bell and button system of the prior art exists, and there is the problem that can not realize far-end transmitting, monitoring signal in gate control system of the prior art.
To achieve these goals, the existing scheme proposed is as follows:
A kind of Gate-ban Monitoring System, comprising:
Line voltage is converted to the electric pressure converter of low-voltage;
Be connected with described electric pressure converter output terminal, receive described low-voltage, the outside switch open signal that input and audio frequency video, generate according to described switch open signal and export the monitoring communication of the application enabling signal that doorbell control signal and initiation are conversed;
Receive described low-voltage and described doorbell control signal, with described electric pressure converter output terminal and the doorbell monitored communication and be connected;
Receive the router of described line voltage accessing Internet, described router is connected with described monitoring communication, receive and forward described application enabling signal to internet; And receive the enabling signal and far-end call input signal be forwarded to described monitoring communication that the permission call from internet opens, and receive and forward audio frequency video input signal to internet;
Wherein: described audio frequency video input signal for described monitoring communication according to described in the enabling signal that receives the described audio frequency video received is changed after the signal that obtains.
Preferably, described monitoring communication comprises:
The button of opening is entered after receiving the switch open signal of described outside input;
Receive the microphone of the audio frequency of described outside input;
Receive the camera of the video of described outside input;
Be connected with described button and doorbell, and the on off state of described button is regularly inquired about, when inquiring described button and being opening, generate and export described doorbell and control signal to described doorbell, and generate and export the call controller of described application enabling signal to described router; Described call controller is connected with described router, microphone and camera respectively, receive the enabling signal of described router, the audio frequency of described microphone, the video of described camera and far-end call input signal, and described audio frequency and video are converted to described audio frequency video input signal and are sent to described router, described far-end call input signal is converted to the audio frequency of far-end input and exports;
Receive the loudspeaker of the audio frequency of described far-end input;
The communication supply module be connected with described electric pressure converter and described call controller respectively, the low-voltage that described electric pressure converter exports is forwarded to described call controller by described communication supply module.
Preferably, described call controller comprises:
The on off state of described button is regularly inquired about, when inquiring described button and being opening, generates and export described doorbell and control signal to described doorbell, and generate and export the controller of described application enabling signal; Described controller is connected with described communication supply module, described button and described doorbell respectively, receives described low-voltage;
Receive described application enabling signal and be forwarded to the wired internet link block of described router; The socket of described wired internet link block is arranged on described monitoring communication shell, described wired internet link block is connected with described controller and described router respectively, receive the enabling signal of described router output and be forwarded to described controller, generated by described controller and export conversion instruction and send instruction;
Receive the conversion instruction of described controller output, the audio frequency of described microphone and the video of described camera, according to described conversion instruction, described audio frequency and video are converted to the audio frequency video module that described audio frequency video input signal exports described wired internet link block to; Described audio frequency video module is connected with described wired internet link block, camera, microphone and loudspeaker respectively, receive the transmission instruction of described controller output and the described far-end call input signal of described wired internet link block, and export the audio frequency that described far-end call input signal is converted to far-end input to described loudspeaker according to described transmission instruction.
Preferably, described monitoring communication also comprises the display screen be connected with described audio frequency video module; Described far-end call input signal also comprises video input signal; Described video input signal is sent to described display screen after becoming video by described audio frequency video module converts.
Preferably, described router is wireless router;
Described call controller also comprises: the described application enabling signal receiving described controller, and be forwarded to described wireless router, receive the enabling signal of described wireless router output and export described controller to, receive the audio frequency video input signal of described audio frequency video module, and be forwarded to described wireless router, receive the described far-end call input signal that described wireless router exports, and export the WiFi communication module of described audio frequency video module to; Described WiFi communication module is connected with described controller and audio frequency video module respectively, adopts wireless mode to be connected with described wireless router.
Preferably, described Gate-ban Monitoring System also comprises:
Be connected to the first modulator-demodular unit between described electric pressure converter and described monitoring communication;
Be connected to the second modem between described electric pressure converter and described router;
The signal by-pass unit in parallel with described electric pressure converter.
Preferably, described Gate-ban Monitoring System also comprises:
Be connected to the 3rd modulator-demodular unit between described electric pressure converter and described doorbell.
Preferably, described doorbell is the wireless doorbell adopting wireless mode to be connected with described monitoring communication, and described wireless doorbell adopts RF-wise to receive described doorbell control signal.
Preferably, described call controller also comprises: the doorbell control signal receiving described controller, and adopts RF-wise to be forwarded to the communication radio-frequency module of described doorbell; Described communication radio-frequency module is connected with described controller;
Described doorbell is the wireless doorbell adopting wireless mode to be connected with described communication radio-frequency module, and described wireless doorbell comprises:
The doorbell supply module be connected with described electric pressure converter;
Receive the described doorbell control signal the doorbell controller of conversion generation ringing signal that are sent by described communication radio-frequency module; Described doorbell controller is connected with described communication radio-frequency module and described doorbell supply module respectively;
Receive described ringing signal and send the audible device of the tinkle of bells; Described audible device is connected with described doorbell controller.
Preferably, described doorbell controller comprises:
Receive the described doorbell control signal that sent by described communication radio-frequency module and carry out the doorbell radio-frequency module that forwards; Described doorbell radio-frequency module is connected with described communication radio-frequency module and described doorbell supply module respectively;
Receive the described doorbell control signal sent by described doorbell radio-frequency module, generate and send the wireless doorbell control module of doorbell steering order; Described wireless doorbell control module is connected with described doorbell radio-frequency module;
Receive described doorbell steering order, generate and send described ringing signal, and be provided with the tinkle of bells audio-frequency module of audible device described in peripheral hardware interface control; Described the tinkle of bells audio-frequency module is connected with described wireless doorbell control module and described audible device respectively.
Preferably, described monitoring communication also comprises:
Be connected with described controller, testing environment luminosity, generates and sends the luminosity induction device of ambient light signal to described controller; Judge that described ambient light signal is lower than generating and sending illumination start signal during preset value by described controller;
Described call controller also comprises:
Be connected with described controller, receive described illumination start signal and carry out the communication radio-frequency module that forwards;
Described Gate-ban Monitoring System also comprises:
Be connected with described light fixture, adopt wireless mode to be connected with described communication radio-frequency module, receive the light fixture radio-frequency module that described illumination start signal carrying out that described communication radio-frequency module sends forwards;
Be connected with described light fixture radio-frequency module, receive the described illumination start signal that described light fixture radio-frequency module sends, generate and send the light fixture control module of illumination control signal;
Receive described illumination control signal, and under night-environment, carry out the light fixture that throws light on.
Preferably, described electric pressure converter is: transformer or power supply adaptor.
Preferably, described Gate-ban Monitoring System also comprises: the central controller be connected with described router; Described central controller comprises:
The centre control button of opening is entered after receiving the enabling signal of inner input;
Receive the centre control microphone of the audio frequency of inner input;
Receive the centre controlled camera head of the video of inner input;
Receive described application enabling signal that described router forwards and the centre control WiFi communication module that described audio frequency video input signal carrying out forwards; Described centre control WiFi communication module is connected with described router;
Receive the described application enabling signal of described centre control WiFi communication module forwards, the on off state of described centre control button is regularly inquired about, when inquire described centre control button be opening time, generates and export conversion and control instruction and sending controling instruction centre control microprocessor; Control microprocessor in described centre is controlled button and described centre and is controlled WiFi communication module with described centre and be connected;
Receive the conversion and control instruction of described centre control microprocessor output and the described audio frequency video input signal of described centre control WiFi communication module output, described audio frequency video input signal be converted to audio frequency and video according to described conversion and control instruction and export, receive described sending controling instruction, audio frequency and video, and according to described sending controling instruction, described audio frequency and video are converted to the centre control audio frequency video module that inner call input signal is sent to described centre control WiFi communication module; Described centre control audio frequency video module respectively with described entreat control microphone, WiFi communication module is controlled in described centre controlled camera head, described centre and described centre is controlled microprocessor and is connected;
Control audio frequency video module be connected with described centre, receive described video and carry out the centre control display that shows;
Control audio frequency video module be connected with described centre, receive described audio frequency and carry out the centre control loudspeaker play.
As can be seen from above-mentioned technical scheme, Gate-ban Monitoring System disclosed by the invention, received the switch open signal of outside input by monitoring communication, generate according to switch open signal and export doorbell control signal and application enabling signal, after receiving doorbell control signal by doorbell, sending the tinkle of bells; Received by router again and forward application enabling signal to internet; Router also receives from the enabling signal of internet and far-end call input signal and is forwarded to described monitoring communication; Monitor communication audio reception video simultaneously, and audio frequency video is converted to audio frequency video input signal and is sent to router, then be forwarded to internet and central controller by router; Call is realized with this.Gate-ban Monitoring System disclosed by the invention, described doorbell is without the need to rearranging signal wire, and avoid rewiring to install commercial power supply by electric pressure converter, and realize remote monitoring by internet, solving door bell and button system of the prior art needs rewiring to change gate control system into thus to realize the problem of data communication, also solves the problem that gate control system of the prior art can not realize far-end transmitting, monitoring signal.
Accompanying drawing explanation
In order to be illustrated more clearly in the embodiment of the present invention or technical scheme of the prior art, be briefly described to the accompanying drawing used required in embodiment or description of the prior art below, apparently, accompanying drawing in the following describes is only some embodiments of the present invention, for those of ordinary skill in the art, under the prerequisite not paying creative work, other accompanying drawing can also be obtained according to these accompanying drawings.
Fig. 1 is the door bell and button system schematic diagram of prior art;
Fig. 2 is the gate control system schematic diagram of prior art;
Fig. 3 is Gate-ban Monitoring System schematic diagram disclosed in another embodiment of the present invention;
Fig. 4 is Gate-ban Monitoring System schematic diagram disclosed in another embodiment of the present invention;
Fig. 5 is Gate-ban Monitoring System schematic diagram disclosed in another embodiment of the present invention;
Fig. 6 is Gate-ban Monitoring System schematic diagram disclosed in another embodiment of the present invention;
Fig. 7 is Gate-ban Monitoring System schematic diagram disclosed in another embodiment of the present invention;
Fig. 8 is Gate-ban Monitoring System schematic diagram disclosed in another embodiment of the present invention;
Fig. 9 is Gate-ban Monitoring System schematic diagram disclosed in another embodiment of the present invention;
Figure 10 is Gate-ban Monitoring System schematic diagram disclosed in another embodiment of the present invention;
Figure 11 is Gate-ban Monitoring System schematic diagram disclosed in another embodiment of the present invention;
Figure 12 is Gate-ban Monitoring System schematic diagram disclosed in another embodiment of the present invention;
Figure 13 is Gate-ban Monitoring System schematic diagram disclosed in another embodiment of the present invention;
Figure 14 is Gate-ban Monitoring System schematic diagram disclosed in another embodiment of the present invention;
Figure 15 is Gate-ban Monitoring System schematic diagram disclosed in another embodiment of the present invention;
Figure 16 is Gate-ban Monitoring System schematic diagram disclosed in another embodiment of the present invention;
Figure 17 is Gate-ban Monitoring System schematic diagram disclosed in another embodiment of the present invention.
Embodiment
Below in conjunction with the accompanying drawing in the embodiment of the present invention, be clearly and completely described the technical scheme in the embodiment of the present invention, obviously, described embodiment is only the present invention's part embodiment, instead of whole embodiments.Based on the embodiment in the present invention, those of ordinary skill in the art, not making the every other embodiment obtained under creative work prerequisite, belong to the scope of protection of the invention.
The invention provides a kind of Gate-ban Monitoring System, need rewiring to change gate control system into thus to realize the problem of data communication with what solve that door bell and button system of the prior art exists, and there is the problem that can not realize far-end transmitting, monitoring signal in gate control system of the prior art.
Concrete, as shown in Figure 3, comprising:
Electric pressure converter 110;
The monitoring communication 111 be connected with electric pressure converter 110 output terminal;
With electric pressure converter 110 output terminal and monitor the doorbell 112 that communication 111 is connected;
Accessing Internet 114, and the router one 13 be connected with monitoring communication 111.
Concrete principle of work is:
Line voltage is converted to low-voltage by electric pressure converter 110, and exports monitoring communication 111 and doorbell 112 to; Router one 13 receives line voltage by the adapter self be equipped with.
Monitoring communication 111 receives the switch open signal of outside input, and generates doorbell control signal according to switch open signal and initiate the application enabling signal of call.
Doorbell control signal is sent to doorbell 112 by monitoring communication 111, controls doorbell 112 sounding.
Simultaneously, application enabling signal is sent to router one 13 by monitoring communication 111, internet 114 is forwarded to again by router one 13, when indoor are unmanned, the far-end mobile of owner by being connected with internet 114, as notebook computer, smart mobile phone and panel computer etc., receive described application enabling signal, wherein: application enabling signal sends in different ways via private server, as the sending out notice PushNotification of iPhone, e-mail, note or voice announcement etc., concrete mode is selected and can be determined according to the actual needs of user; And then sent the enabling signal and far-end call input signal that allow call to open by described far-end mobile by owner, be forwarded to router one 13 by internet 114; By router one 13, enabling signal and far-end call input signal are forwarded to monitoring communication 111 again, monitor the audio frequency video that communication 111 receives outside input simultaneously, and be sent to router one 13 after audio frequency video being converted to audio frequency video input signal by monitoring communication 111, be forwarded to internet 114 by router one 13 again, open the call with outside visiting guest.
Gate-ban Monitoring System disclosed in the present embodiment, described doorbell 112, without the need to rearranging signal wire, can continue to use doorbell of the prior art; And avoid rewiring to install commercial power supply by electric pressure converter 110, remote monitoring is realized by internet 114, solving door bell and button system of the prior art needs rewiring to change gate control system into thus to realize the problem of data communication, also solves the problem that gate control system of the prior art can not realize far-end transmitting, monitoring signal.
Another embodiment of the present invention additionally provides another Gate-ban Monitoring System, as shown in Figure 4, comprising: the router one 13 of electric pressure converter 110, monitoring communication 111, doorbell 112 and accessing Internet 114; Wherein, monitor communication 111 to comprise:
The communication supply module 1110 be connected with electric pressure converter 110 output terminal;
The call controller 1111 be connected with communication supply module 1110, doorbell 112 and router one 13;
The button 1112, camera 1113, microphone 1114 and the loudspeaker 1115 that are connected with call controller 1111 respectively.
Concrete principle of work is:
Button 1112 enters opening after receiving the switch open signal of outside input;
Microphone 1114 receives the audio frequency of outside input;
Camera 1113 receives the video of outside input;
The on off state of call controller 1111 pairs of buttons 1112 is regularly inquired about, and when inquiring button 1112 for opening, generates doorbell control signal and application enabling signal.
Call controller 1111 exports doorbell control signal to doorbell 112, controls doorbell 112 sounding; Meanwhile, call controller 1111 exports application enabling signal to router one 13, then is forwarded to internet 114 by router one 13.
Call controller 1111 also receives the enabling signal from internet 114 and far-end call input signal that are forwarded by router one 13, call controller 1111 is converted to the audio frequency of far-end input according to the enabling signal received input signal of being conversed by far-end and exports loudspeaker 1115 to, is sent to router one 13 after the audio frequency of the microphone 1114 received and the video of camera 1113 being converted to audio frequency video input signal simultaneously.
In the present embodiment other components and parts connected mode and principle of work same as the previously described embodiments, repeat no more herein.
Another embodiment of the present invention additionally provides another Gate-ban Monitoring System, as shown in Figure 5, comprising: the router one 13 of electric pressure converter 110, monitoring communication 111, doorbell 112 and accessing Internet 114; Wherein, monitor communication 111 to comprise: communication supply module 1110, call controller 1111, button 1112, camera 1113, microphone 1114 and loudspeaker 1115.Further, controller 1111 of conversing comprises:
The controller 121 be connected with communication supply module 1110, doorbell 112 and button 1112;
The wired internet link block 122 be connected with controller 121 and router one 13;
The audio frequency video module 123 be connected with controller 121, wired internet link block 122, camera 1113, microphone 1114 and loudspeaker 1115.
Concrete principle of work is:
The on off state of controller 121 pairs of buttons 1112 is regularly inquired about, and when inquiring button 1112 for opening, generates doorbell control signal and application enabling signal;
Controller 121 exports doorbell control signal to doorbell 112, controls doorbell 112 sounding;
Meanwhile, wired internet link block 122 receives the application enabling signal of controller 121, and is forwarded to router one 13, then is forwarded to internet 114 by router one 13.
Wired internet link block 122 also receives the enabling signal from internet 114 and far-end call input signal that are forwarded by router one 13; Enabling signal is forwarded to controller 121 by wired internet link block 122, controller 121 T.G Grammar instruction and send instruction exporting.
Audio frequency video module 123 receives conversion instruction, the audio frequency of microphone 1114 and the video of camera 1113, and according to conversion instruction, audio frequency and video are converted to audio frequency video input signal, export wired internet link block 122 to, be forwarded to router one 13 by wired internet link block 122;
Wired internet link block 122 input signal of being conversed by far-end is forwarded to audio frequency video module 123, and audio frequency video module 123 also receives the transmission instruction exported by controller 121; Audio frequency video module 123 exports loudspeaker 1115 to according to sending the instruction audio frequency that input signal is converted to inner input of being conversed by far-end.
In the present embodiment other components and parts connected mode and principle of work same as the previously described embodiments, repeat no more herein.
Another embodiment of the present invention additionally provides another Gate-ban Monitoring System, as shown in Figure 6, comprising: the router one 13 of electric pressure converter 110, monitoring communication 111, doorbell 112 and accessing Internet 114; Wherein, monitor communication 111 to comprise: communication supply module 1110, call controller 1111, button 1112, camera 1113, microphone 1114 and loudspeaker 1115.Further, controller 1111 of conversing comprises: controller 121, wired internet link block 122 and audio frequency video module 123.
With above-described embodiment difference be: monitor communication 111 and also comprise the display screen 1116 be connected with audio frequency video module 123.Further, described far-end call input signal also comprises video input signal; Described video input signal is sent to display screen 1116 after converting video to by audio frequency video module 123.
In the present embodiment other components and parts connected mode and principle of work same as the previously described embodiments, repeat no more herein.
Another embodiment of the present invention additionally provides another Gate-ban Monitoring System, as shown in Figure 7, comprising: the router one 13 of electric pressure converter 110, monitoring communication 111, doorbell 112 and accessing Internet 114; Wherein, monitor communication 111 to comprise: communication supply module 1110, call controller 1111, button 1112, camera 1113, microphone 1114 and loudspeaker 1115.Further, controller 1111 of conversing comprises: controller 121, wired internet link block 122 and audio frequency video module 123.
With above-described embodiment difference be:
Router one 13 is wireless router; Call controller 1111 also comprises: the WiFi communication module 124 be connected with controller 121, audio frequency video module 123 and wireless router respectively;
WiFi communication module 124 receives the application enabling signal of controller 121 and is forwarded to wireless router, receive the enabling signal of wireless router output and export controller 121 to, the audio frequency video input signal of audio reception video module 123 is also forwarded to wireless router, receive the far-end call input signal that wireless router exports, and export audio frequency video module 123 to.Adopt wireless router, the connection between router can be omitted.
In concrete practical application, communication modes between monitoring communication 111 and wireless router is not limited to WiFi communication, also can adopt other ISM frequency bands, and the WiFi communication module 124 of monitoring communication 111 also can change along with the development of concrete application or Radio Transmission Technology.Meanwhile, also according to concrete actual application environment, the connection of wired internet link block 122 can be removed, avoids redundancy.
In the present embodiment other components and parts connected mode and principle of work same as the previously described embodiments, repeat no more herein.
Another embodiment of the present invention additionally provides another Gate-ban Monitoring System, as shown in Figure 8, comprising: the router one 13 of electric pressure converter 110, monitoring communication 111, doorbell 112 and accessing Internet 114;
With above-described embodiment difference be: Gate-ban Monitoring System also comprises:
Respectively with electric pressure converter 110 output terminal and monitor the first modulator-demodular unit 141 that communication 111 is connected;
Receive line voltage, the second modem 142 be connected with electric pressure converter 110 input end and router one 13 respectively;
In parallel with electric pressure converter 110, carry out the signal by-pass unit 143 of data transmission.
In Fig. 8, dotted line represents data line transfer, and fine rule represents low-voltage supply, and thick line represents commercial power supply.
Concrete principle of work is:
The application enabling signal that first modulator-demodular unit 141 receives described low-voltage, monitoring communication 111 sends and doorbell control signal, and described application enabling signal is converted to the modulation signal of application enabling signal;
Signal by-pass unit 143 receives the modulation signal of described application enabling signal and sends;
Second modem 142 receives the modulation signal of the application enabling signal of described line voltage and signal by-pass unit 143 transmission, the modulation signal of described application enabling signal is demodulated into described application enabling signal and is sent to router one 13;
The enabling signal of described second modem 142 receiving router 113 and far-end call input signal, and the modulation signal described enabling signal being converted to enabling signal is sent to signal by-pass unit 143, the modulation signal that described far-end call input signal is converted to far-end call input signal is sent to signal by-pass unit 143, by signal by-pass unit 143, the modulation signal of the modulation signal of described enabling signal and far-end call input signal is forwarded to the first modulator-demodular unit 141;
First modulator-demodular unit 141 receive described enabling signal modulation signal and be demodulated into described enabling signal be sent to monitoring communication 111, receive described far-end call input signal modulation signal and be demodulated into described far-end call input signal be sent to monitoring communication 111;
First modulator-demodular unit 141 receives the described audio frequency video input signal that monitoring communication 111 sends, and be sent to signal by-pass unit 143 after being converted to the modulation signal of audio frequency video input signal, be forwarded to second modem 142 by signal by-pass unit 143, second modem 142 is sent to router one 13 after the modulation signal of described audio frequency video input signal is demodulated into described audio frequency video input signal.
Adopt modulator-demodular unit that line of electric force is carried out the mode of data transmission between monitoring communication 111 and router one 13, the use WiFi wireless communication mode of ratio is more reliable and more stable, solve when having interference or signal is more weak, the insecure problem of WiFi wireless telecommunications.
In the present embodiment other components and parts connected mode and principle of work same as the previously described embodiments, repeat no more herein.
Another embodiment of the present invention additionally provides another Gate-ban Monitoring System, as shown in Figure 9, comprising: the router one 13 of electric pressure converter 110, monitoring communication 111, doorbell 112 and accessing Internet 114;
With above-described embodiment difference be: Gate-ban Monitoring System also comprises:
The 3rd modulator-demodular unit 144 be connected with electric pressure converter 110 output terminal and doorbell 112 respectively.
The described doorbell control signal that monitoring communication 111 sends is converted to the modulation signal of doorbell control signal and sends by the first modulator-demodular unit 141.
3rd modulator-demodular unit 144 receives the modulation signal of the doorbell control signal of described low-voltage and the transmission of the first modulator-demodular unit 141; The modulation signal of described doorbell control signal is demodulated into described doorbell control signal by the 3rd modulator-demodular unit 144, and is forwarded to doorbell 112.
In concrete practical application, between monitoring communication 111 and doorbell 112 by modulator-demodular unit line of electric force carried out data transmit time, by modulator-demodular unit, line of electric force can be carried out data transmission between monitoring communication 111 and router one 13, as shown in Figure 9; Also the transmission of data can be carried out by WiFi mode, as shown in Figure 10 between monitoring communication 111 and router one 13.
In the present embodiment other components and parts connected mode and principle of work same as the previously described embodiments, repeat no more herein.
Another embodiment of the present invention additionally provides another Gate-ban Monitoring System, as shown in figure 11, comprising: the router one 13 of electric pressure converter 110, monitoring communication 111, doorbell 112 and accessing Internet 114;
With above-described embodiment difference be:
Doorbell 112 is the wireless doorbell adopting wireless mode to be connected with monitoring communication 111, and described wireless doorbell adopts RF-wise to receive described doorbell control signal.
In concrete practical application, monitoring communication 111 and the data transfer mode between doorbell 112 and router one 13 are also not specifically limited, and determine according to concrete applicable cases; Adopt between monitoring communication 111 and doorbell 112 when carrying out the transmission of data by RF-wise, by modulator-demodular unit, line of electric force can be carried out data transmission between monitoring communication 111 and router one 13, as shown in figure 11; Also the transmission of data can be carried out by WiFi mode, as shown in figure 12 between monitoring communication 111 and router one 13.
In the present embodiment other components and parts connected mode and principle of work same as the previously described embodiments, repeat no more herein.
Another embodiment of the present invention additionally provides another Gate-ban Monitoring System, as shown in figure 13, comprising: the router one 13 of electric pressure converter 110, monitoring communication 111, doorbell 112 and accessing Internet 114; Wherein, monitor communication 111 to comprise: communication supply module 1110, call controller 1111, button 1112, camera 1113, microphone 1114 and loudspeaker 1115.Further, controller 1111 of conversing comprises: controller 121, wired internet link block 122 and audio frequency video module 123.
Preferably, controller 1111 of conversing also comprises: WiFi communication module 124.
With above-described embodiment difference be:
Call controller 1111 also comprises: the communication radio-frequency module 125 be connected with controller 121;
Doorbell 112 is wireless doorbell, and wireless doorbell comprises:
The doorbell supply module 1121 be connected with electric pressure converter 110 output terminal;
The doorbell controller 1122 be connected with doorbell supply module 1121 and communication radio-frequency module 125 respectively;
The audible device 1123 be connected with doorbell controller 1122.
Concrete principle of work is:
The on off state of controller 121 pairs of buttons 1112 is regularly inquired about, and when inquiring button 1112 for opening, generates doorbell control signal and application enabling signal;
Controller 121 exports doorbell control signal to communication radio-frequency module 125, doorbell controller 1122 is forwarded to again by communication radio-frequency module 125, the doorbell control signal conversion received is generated ringing signal by doorbell controller 1122, and being sent to audible device 1123, audible device 1123 sends the tinkle of bells after receiving ringing signal.
In the present embodiment other components and parts connected mode and principle of work same as the previously described embodiments, repeat no more herein.
Another embodiment of the present invention additionally provides another Gate-ban Monitoring System, as shown in figure 14, comprising: the router one 13 of electric pressure converter 110, monitoring communication 111, doorbell 112 and accessing Internet 114; Wherein, monitor communication 111 to comprise: communication supply module 1110, call controller 1111, button 1112, camera 1113, microphone 1114 and loudspeaker 1115.Further, controller 1111 of conversing comprises: controller 121, wired internet link block 122, audio frequency video module 123 and communication radio-frequency module 125; Doorbell 112 is wireless doorbell, and wireless doorbell comprises: doorbell supply module 1121, doorbell controller 1122 and audible device 1123.
Preferably, controller 1111 of conversing also comprises: WiFi communication module 124.
With above-described embodiment difference be:
Doorbell controller 1122 comprises:
The doorbell radio-frequency module 131 be connected with communication radio-frequency module 125 and doorbell supply module 1121 respectively;
The wireless doorbell control module 132 be connected with doorbell radio-frequency module 131;
Be connected with wireless doorbell control module 132 and audible device 1123 respectively, and be provided with the tinkle of bells audio-frequency module 133 at peripheral hardware interface.
Concrete principle of work is:
Doorbell radio-frequency module 131 receives the doorbell control signal that sent by communication radio-frequency module 125 and forwards;
Wireless doorbell control module 132 receives the doorbell control signal forwarded by doorbell radio-frequency module 131, generates and sends doorbell steering order;
The tinkle of bells audio-frequency module 133 receives doorbell steering order, generates and sends ringing signal to audible device 1123, control audible device 1123 and send the tinkle of bells, and the tinkle of bells audio-frequency module 133 is provided with peripheral hardware interface, to control audible device 1123.
In the present embodiment other components and parts connected mode and principle of work same as the previously described embodiments, repeat no more herein.
Another embodiment of the present invention additionally provides another Gate-ban Monitoring System, as shown in figure 15, comprising: the router one 13 of electric pressure converter 110, monitoring communication 111, doorbell 112 and accessing Internet 114; Wherein, monitor communication 111 to comprise: communication supply module 1110, call controller 1111, button 1112, camera 1113, microphone 1114 and loudspeaker 1115.Further, controller 1111 of conversing comprises: controller 121, wired internet link block 122 and audio frequency video module 123.
With above-described embodiment difference be:
Monitoring communication 111 also comprises: the luminosity induction device 1117 be connected with controller 121;
Call controller 1111 also comprises: the communication radio-frequency module 125 be connected with controller 121;
Gate-ban Monitoring System also comprises: the light fixture radio-frequency module 116 be connected with communication radio-frequency module 125, the light fixture control module 117 be connected with light fixture radio-frequency module 116 and the light fixture 118 be connected with light fixture control module 117.
Concrete principle of work is:
When controller 121 inquires button 1112 for opening, luminosity induction device 1117 testing environment luminosity, generate and send illumination start signal to controller 121, when judging described ambient light signal lower than preset value by controller 121, generate and send illumination start signal to communication radio-frequency module 125, light fixture radio-frequency module 116 is forwarded to again by communication radio-frequency module 125, illumination start signal is forwarded to light fixture control module 117 by light fixture radio-frequency module 116, illumination control signal is generated and sent to light fixture 118 by light fixture control module 117.
Preferably, doorbell 112 is wireless doorbell, and the components and parts connected mode of wireless doorbell inside can see above-mentioned two embodiments, now, communication radio-frequency module 125 respectively with doorbell radio-frequency module 131 and light fixture radio-frequency module 116 communication.
In the present embodiment other components and parts connected mode and principle of work same as the previously described embodiments, repeat no more herein.
Another embodiment of the present invention additionally provides another Gate-ban Monitoring System, as shown in Figure 3, comprising: the router one 13 of electric pressure converter 110, monitoring communication 111, doorbell 112 and accessing Internet 114;
With above-described embodiment difference be:
Electric pressure converter 110 is: transformer or power supply adaptor.
The AC conversion of civil power can be become the alternating current of low-voltage by transformer; The AC conversion of civil power can be become the direct current of low-voltage by power supply adaptor.
In the present embodiment other components and parts connected mode and principle of work same as the previously described embodiments, repeat no more herein.
Another embodiment of the present invention additionally provides another Gate-ban Monitoring System, as shown in figure 16, comprising: the router one 13 of electric pressure converter 110, monitoring communication 111, doorbell 112 and accessing Internet 114;
With above-described embodiment difference be: Gate-ban Monitoring System also comprises: the central controller 115 be connected with described router; Wherein:
As shown in figure 17, central controller 115 comprises:
Centre control microprocessor 1151;
Control with centre the centre that microprocessor 1151 and router one 13 be connected and control WiFi communication module 1152;
Control microprocessor 1151 with centre and entreat and control the centre that WiFi communication module 1152 is connected and control audio frequency video module 1153;
Control with centre the centre that microprocessor 1151 is connected and control button 1154;
Control with centre centre controlled camera head 1155 that audio frequency video module 1153 is connected, entreat and control microphone 1156, entreat to control loudspeaker 1157 and entreat and control display 1158.
Concrete principle of work is:
Opening is entered after centre control button 1154 receives the enabling signal of inner input; Centre control microphone 1156 receives the audio frequency of inner input; Centre controlled camera head 1155 receives the video of inner input;
The application enabling signal that centre control WiFi communication module 1152 receiving router 113 forwards also forwards;
Centre control microprocessor 1151 receives the application enabling signal that centre control WiFi communication module 1152 forwards, and the on off state of centre control button 1154 is regularly inquired about, when inquiring centre control button 1154 for opening, generating and exporting enabling signal, conversion and control instruction and sending controling instruction;
Centre control audio frequency video module 1153 receives conversion and control instruction that centre control microprocessor 1151 exports and the audio frequency video input signal that centre control WiFi communication module 1152 exports, and audio frequency video input signal is converted to audio frequency and video and exports centre control loudspeaker 1157 and centre control display 1158 to;
Centre control audio frequency video module 1153 receives sending controling instruction, and according to sending controling instruction, the audio frequency inputted by centre control microphone 1156 and centre controlled camera head 1155 and video is converted to inner call input signal and is sent to centre control WiFi communication module 1152.
Centre control WiFi communication module 1152 also receives the enabling signal of entreating control microprocessor 1151 to export, and enabling signal, audio frequency and video is sent to router one 13, realizes indoor and outdoor call.
In concrete practical application, central controller 115 can also adopt touch-screen, and when central controller 115 adopts touch-screen, centre control button 1154 can be the icon on touch-screen, is not defined as the button that can press.
In the present embodiment other components and parts connected mode and principle of work same as the previously described embodiments, repeat no more herein.
To the above-mentioned explanation of the disclosed embodiments, professional and technical personnel in the field are realized or uses the present invention.To be apparent for those skilled in the art to the multiple amendment of these embodiments, General Principle as defined herein can without departing from the spirit or scope of the present invention, realize in other embodiments.Therefore, the present invention can not be restricted to these embodiments shown in this article, but will meet the widest scope consistent with principle disclosed herein and features of novelty.
Claims (13)
1. a Gate-ban Monitoring System, is characterized in that, comprising:
Line voltage is converted to the electric pressure converter of low-voltage;
Be connected with described electric pressure converter output terminal, receive described low-voltage, the outside switch open signal that input and audio frequency video, generate according to described switch open signal and export the monitoring communication of the application enabling signal that doorbell control signal and initiation are conversed;
Receive described low-voltage and described doorbell control signal, sounding under the control of described doorbell control signal, and with described electric pressure converter output terminal and the doorbell monitored communication and be connected;
Receive the router of described line voltage accessing Internet, described router is connected with described monitoring communication, receive and forward described application enabling signal to internet; And receive the enabling signal and far-end call input signal be forwarded to described monitoring communication that the permission call from internet opens, and receive and forward audio frequency video input signal to internet;
Wherein: described audio frequency video input signal for described monitoring communication according to described in the enabling signal that receives the described audio frequency video received is changed after the signal that obtains.
2. Gate-ban Monitoring System according to claim 1, is characterized in that, described monitoring communication comprises:
The button of opening is entered after receiving the switch open signal of described outside input;
Receive the microphone of the audio frequency of described outside input;
Receive the camera of the video of described outside input;
Be connected with described button and doorbell, and the on off state of described button is regularly inquired about, when inquiring described button and being opening, generate and export described doorbell and control signal to described doorbell, and generate and export the call controller of described application enabling signal to described router; Described call controller is connected with described router, microphone and camera respectively, receive the enabling signal of described router, the audio frequency of described microphone, the video of described camera and far-end call input signal, and described audio frequency and video are converted to described audio frequency video input signal and are sent to described router, described far-end call input signal is converted to the audio frequency of far-end input and exports;
Receive the loudspeaker of the audio frequency of described far-end input;
The communication supply module be connected with described electric pressure converter and described call controller respectively, the low-voltage that described electric pressure converter exports is forwarded to described call controller by described communication supply module.
3. Gate-ban Monitoring System according to claim 2, is characterized in that, described call controller comprises:
The on off state of described button is regularly inquired about, when inquiring described button and being opening, generates and export described doorbell and control signal to described doorbell, and generate and export the controller of described application enabling signal; Described controller is connected with described communication supply module, described button and described doorbell respectively, receives described low-voltage;
Receive described application enabling signal and be forwarded to the wired internet link block of described router; The socket of described wired internet link block is arranged on described monitoring communication shell, described wired internet link block is connected with described controller and described router respectively, receive the enabling signal of described router output and be forwarded to described controller, generated by described controller and export conversion instruction and send instruction;
Receive the conversion instruction of described controller output, the audio frequency of described microphone and the video of described camera, according to described conversion instruction, described audio frequency and video are converted to the audio frequency video module that described audio frequency video input signal exports described wired internet link block to; Described audio frequency video module is connected with described wired internet link block, camera, microphone and loudspeaker respectively, receive the transmission instruction of described controller output and the described far-end call input signal of described wired internet link block, and export the audio frequency that described far-end call input signal is converted to far-end input to described loudspeaker according to described transmission instruction.
4. Gate-ban Monitoring System according to claim 3, is characterized in that, described monitoring communication also comprises the display screen be connected with described audio frequency video module; Described far-end call input signal also comprises video input signal; Described video input signal is sent to described display screen after becoming video by described audio frequency video module converts.
5. Gate-ban Monitoring System according to claim 3, is characterized in that, described router is wireless router;
Described call controller also comprises: the described application enabling signal receiving described controller, and be forwarded to described wireless router, receive the enabling signal of described wireless router output and export described controller to, receive the audio frequency video input signal of described audio frequency video module, and be forwarded to described wireless router, receive the described far-end call input signal that described wireless router exports, and export the WiFi communication module of described audio frequency video module to; Described WiFi communication module is connected with described controller and audio frequency video module respectively, adopts wireless mode to be connected with described wireless router.
6. according to Gate-ban Monitoring System according to claim 1, it is characterized in that, described Gate-ban Monitoring System also comprises:
Be connected to the first modulator-demodular unit between described electric pressure converter and described monitoring communication;
Be connected to the second modem between described electric pressure converter and described router;
The signal by-pass unit in parallel with described electric pressure converter.
7. Gate-ban Monitoring System according to claim 6, is characterized in that, described Gate-ban Monitoring System also comprises:
Be connected to the 3rd modulator-demodular unit between described electric pressure converter and described doorbell.
8. the Gate-ban Monitoring System according to claim 1,5 or 6, is characterized in that, described doorbell is the wireless doorbell adopting wireless mode to be connected with described monitoring communication, and described wireless doorbell adopts RF-wise to receive described doorbell control signal.
9. the Gate-ban Monitoring System according to claim 3 or 4, is characterized in that, described call controller also comprises: the doorbell control signal receiving described controller, and adopts RF-wise to be forwarded to the communication radio-frequency module of described doorbell; Described communication radio-frequency module is connected with described controller;
Described doorbell is the wireless doorbell adopting wireless mode to be connected with described communication radio-frequency module, and described wireless doorbell comprises:
The doorbell supply module be connected with described electric pressure converter;
Receive the described doorbell control signal the doorbell controller of conversion generation ringing signal that are sent by described communication radio-frequency module; Described doorbell controller is connected with described communication radio-frequency module and described doorbell supply module respectively;
Receive described ringing signal and send the audible device of the tinkle of bells; Described audible device is connected with described doorbell controller.
10. Gate-ban Monitoring System according to claim 9, is characterized in that, described doorbell controller comprises:
Receive the described doorbell control signal that sent by described communication radio-frequency module and carry out the doorbell radio-frequency module that forwards; Described doorbell radio-frequency module is connected with described communication radio-frequency module and described doorbell supply module respectively;
Receive the described doorbell control signal sent by described doorbell radio-frequency module, generate and send the wireless doorbell control module of doorbell steering order; Described wireless doorbell control module is connected with described doorbell radio-frequency module;
Receive described doorbell steering order, generate and send described ringing signal, and be provided with the tinkle of bells audio-frequency module of audible device described in peripheral hardware interface control; Described the tinkle of bells audio-frequency module is connected with described wireless doorbell control module and described audible device respectively.
11. Gate-ban Monitoring Systems according to claim 3 to 5 any one, it is characterized in that, described monitoring communication also comprises:
Be connected with described controller, testing environment luminosity, generates and sends the luminosity induction device of ambient light signal to described controller; Judge that described ambient light signal is lower than generating and sending illumination start signal during preset value by described controller;
Described call controller also comprises:
Be connected with described controller, receive described illumination start signal and carry out the communication radio-frequency module that forwards;
Described Gate-ban Monitoring System also comprises:
Adopt wireless mode to be connected with described communication radio-frequency module, receive the light fixture radio-frequency module that described illumination start signal carrying out that described communication radio-frequency module sends forwards;
Be connected with described light fixture radio-frequency module, receive the described illumination start signal that described light fixture radio-frequency module sends, generate and send the light fixture control module of illumination control signal to light fixture;
Receive described illumination control signal, and under night-environment, carry out the light fixture that throws light on.
12. Gate-ban Monitoring Systems according to claim 1, is characterized in that, described electric pressure converter is: transformer or power supply adaptor.
13. according to the arbitrary described Gate-ban Monitoring System of claim 3 to 5, and it is characterized in that, described Gate-ban Monitoring System also comprises: the central controller be connected with described router; Described central controller comprises:
The centre control knob of opening is entered after receiving the enabling signal of inner input;
Receive the centre control microphone of the audio frequency of inner input;
Receive the centre controlled camera head of the video of inner input;
Receive described application enabling signal that described router forwards and the centre control WiFi communication module that described audio frequency video input signal carrying out forwards; Described centre control WiFi communication module is connected with described router;
Receive the described application enabling signal of described centre control WiFi communication module forwards, the on off state of described centre control button is regularly inquired about, when inquire described centre control button be opening time, generates and export conversion and control instruction and sending controling instruction centre control microprocessor; Control microprocessor in described centre is controlled button and described centre and is controlled WiFi communication module with described centre and be connected;
Receive the conversion and control instruction of described centre control microprocessor output and the described audio frequency video input signal of described centre control WiFi communication module output, described audio frequency video input signal be converted to audio frequency and video according to described conversion and control instruction and export, receive described sending controling instruction, audio frequency and video, and according to described sending controling instruction, described audio frequency and video are converted to the centre control audio frequency video module that inner call input signal is sent to described centre control WiFi communication module; Described centre control audio frequency video module respectively with described entreat control microphone, WiFi communication module is controlled in described centre controlled camera head, described centre and described centre is controlled microprocessor and is connected;
Control audio frequency video module be connected with described centre, receive described video and carry out the centre control display that shows;
Control audio frequency video module be connected with described centre, receive described audio frequency and carry out the centre control loudspeaker play.
Priority Applications (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310238960.7A CN103310516B (en) | 2013-06-17 | 2013-06-17 | A kind of Gate-ban Monitoring System |
| PCT/CN2014/080074 WO2014201993A1 (en) | 2013-06-17 | 2014-06-17 | Access control monitoring system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310238960.7A CN103310516B (en) | 2013-06-17 | 2013-06-17 | A kind of Gate-ban Monitoring System |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN103310516A CN103310516A (en) | 2013-09-18 |
| CN103310516B true CN103310516B (en) | 2016-02-03 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201310238960.7A Expired - Fee Related CN103310516B (en) | 2013-06-17 | 2013-06-17 | A kind of Gate-ban Monitoring System |
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| Country | Link |
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| CN (1) | CN103310516B (en) |
| WO (1) | WO2014201993A1 (en) |
Families Citing this family (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103310516B (en) * | 2013-06-17 | 2016-02-03 | 旨丰科技有限公司 | A kind of Gate-ban Monitoring System |
| CN104517340A (en) * | 2015-01-25 | 2015-04-15 | 无锡桑尼安科技有限公司 | Access monitoring and communication control system for apartment doors |
| CN104599386A (en) * | 2015-01-29 | 2015-05-06 | 无锡桑尼安科技有限公司 | Access control safety monitoring communication processing system |
| CN104574614A (en) * | 2015-01-29 | 2015-04-29 | 无锡桑尼安科技有限公司 | Access control security monitoring communication processing method |
| CN109448184A (en) * | 2018-10-26 | 2019-03-08 | 厦门摩洛克科技有限公司 | A kind of control system and its intelligent door lock of intelligent door lock |
| TWI740778B (en) * | 2021-01-29 | 2021-09-21 | 致伸科技股份有限公司 | Visible doorbell and power supply method for visible doorbell |
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Also Published As
| Publication number | Publication date |
|---|---|
| WO2014201993A1 (en) | 2014-12-24 |
| CN103310516A (en) | 2013-09-18 |
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