CN201097460Y - A wireless network gate control and monitoring system - Google Patents
A wireless network gate control and monitoring system Download PDFInfo
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- CN201097460Y CN201097460Y CNU2007201096191U2007201096191U CN200720109619U CN201097460Y CN 201097460 Y CN201097460 Y CN 201097460Y CN U2007201096191U2007201096191 U CNU2007201096191U2007201096191 U CN U2007201096191U2007201096191U CN 200720109619 U CN200720109619 U CN 200720109619U CN 201097460 Y CN201097460 Y CN 201097460Y
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Abstract
The utility model discloses a wireless network access and monitoring system, which comprises a main transmitter arranged outside the building, an auxiliary fixed transmitter arranged inside the building, at least two wireless routers and at least two hand-held receivers that are arranged inside the building, wherein one wireless router is arranged at bottom floor of the building, the other routers are respectively arranged on other floors of the building, the hand-held receivers are used in the wireless network, a camera is arranged on the hand-held receiver, mutual transmission between the hand-held receivers are realized by the wireless router, mutual transmission between the auxiliary fixed transmitter and the hand-held receiver is realized by the wireless router. The utility model has the advantages that: the main transmitter and the auxiliary fixed transmitter has bi-directional visual dialogue function, audio-video frequency bidirectional visual dialogue can be performed between the hand-held receivers, the indoor and outdoor receivers can selectively monitor the audio-video frequency information in any room.
Description
Technical field
The utility model relates to a kind of surveillance, especially relates to a kind of wireless network gate inhibition and surveillance.
Background technology
Now Chang Yong video doorbell includes outside transmitter and the indoor receiver that lead connects, wherein outside transmitter includes video camera and microphone, indoor receiver includes display device and loud speaker, and video doorbell is grasped outdoor information and provided great convenience with the communication in the external world for the householder understands.In August, 2004, the patent No. of Granted publication on the 11st was a kind of wireless visible entryphone of 03267589.5, the technical problem that solves is that outside transmitter and indoor receiver adopt wireless connections, do not need wiring, user oneself can move after just can realizing installing easily and installing within the specific limits.This patent has embodied certain superiority, but also exist some shortcomings: one is under the situation of multilayer at building, the patented product can't just satisfy the needs that monitor intercommunication on a large scale, just become difficult as the communication between layer and the layer, its two building have big outside under the situation on level ground, outer level ground can not and building in each layer between carry out communication.
Summary of the invention
Technical problem to be solved in the utility model provides a kind of communication context bigger wireless network gate inhibition and surveillance, and it can pass through the free communication of hand receiver in bigger building.
The utility model solves the problems of the technologies described above the technical scheme that is adopted: a kind of wireless network gate inhibition and surveillance, comprise setting emission main frame outside the building and be arranged on the interior fixedly slave of building, described emission main frame and the described wired connection of fixedly using between the slave, it is characterized in that it also comprises at least two wireless routers and at least two hand receivers that are arranged in the building, one of them wireless router is arranged on the bottom of building, other wireless router settings are separately positioned on other floors, connect with netting twine between the wireless router, described hand receiver uses in the wireless network scope, described hand receiver is provided with camera, transmit mutually by described wireless router between the described hand receiver, transmit mutually by described wireless router between described fixedly slave and the described hand receiver.
Described emission main frame comprises first camera, first microphone, first loud speaker and controller, described fixedly slave comprises first display screen, second loud speaker, second microphone, first wireless network card and first microprocessor, described first display screen is connected with described first microprocessor by first analog to digital converter, described second loud speaker is connected with described first microprocessor by first voice module, described second microphone is connected with described first microprocessor by described first voice module, described first wireless network card is connected with described first microprocessor, described first camera is connected with described first display screen, be connected with described first microprocessor by described first analog to digital converter simultaneously, described controller is connected with described first microprocessor, described first microphone is connected with described second loud speaker, be connected with described first voice module simultaneously, described first loud speaker is connected with described second microphone, is connected with described first voice module simultaneously.
Described hand receiver comprises second display screen, the 3rd loud speaker, the 3rd microphone, second camera, second microprocessor, the one SDRAM memory, the one FLASH memory and second wireless network card, a described SDRAM memory is connected with described second microprocessor respectively with a described FLASH memory, described second display screen is connected with described second microprocessor, described second microprocessor is connected with described the 3rd microphone with described the 3rd loud speaker by second voice module, described second camera is connected with described second microprocessor by second analog to digital converter, described hand receiver is provided with the key that opens the door, monitor key and gate control transceiver module, the described key that opens the door, described monitor key is connected with described second microprocessor respectively with described gate control transceiver module.
The model of described second microprocessor is MC9328MX21CVK, the model of a described SDRAM memory is W98123DH-75, the model of a described FLASH memory is S29GL128N11TF101, be provided with the second wireless network card interface circuit between described second microprocessor and described second wireless network card, pin A1～the A25 of described second microprocessor distinguishes corresponding connection with pin A0～A24 of a described FLASH memory, pin D0～the D15 of described second microprocessor distinguishes corresponding connection with pin D0～D15 of a described FLASH memory, the pin CS0-B of described second microprocessor, OE-B, RESET-OUT-B, the pin CE# of a RW-B and a described FLASH memory, OE#, RST#, WE# is corresponding respectively to be connected, pin A2～the A10 of described second microprocessor, MA10, MA11, pin A0～the A11 of an A16～A18 and a described SDRAM memory, BS0, BS1 is corresponding respectively to be connected, pin D0～the D31 of described second microprocessor distinguishes corresponding connection with pin DQ0～DQ31 of a described SDRAM memory, pin DQM0～the DQM3 of described second microprocessor distinguishes corresponding connection with pin DQM0～DQM3 of a described SDRAM memory, the pin SDWE of described second microprocessor, CAS, RAS, CS2, SDCLK, the pin WE of a SDCKE0 and a described SDRAM memory, CAS, RAS, CS, CLK, CKE is corresponding respectively to be connected, the pin USBG-TXDP of described second microprocessor, USBG-TXDM, USBG-RXDP, USBG-RXDM, USBG-FS, USBG-ON, USBG-OE, USBG-SCL, the pin DAT-VP of USBG-SDA and the described second wireless network card interface circuit, SE0-VM, VP, RCV, INT, SUSPEND, OE-TP-INT, SCL, SDA is corresponding respectively to be connected, be provided with the display screen interface circuit between described second display screen and described second microprocessor, the pin LD0～LD17 of described second microprocessor, LCSLK, OE, FLM, LP, CLS, PS, pin MX-B0～the MX-B5 of SPL-SPR and display screen interface circuit, MX-G0～MX-G5, MX-R0～MX-R5, MX-DCLK, MX-OE-ACD, MX-VSYNC, MX-HSYNC, MX-CLS, MX-PS, MX-SPL-SPR is corresponding mutually to be connected.
Compared with prior art, advantage of the present utility model is to launch main frame and is connected by wired and indoor fixedly slave, realizes the monitoring intercommunication function with indoor fixedly slave; Simultaneously, between the indoor hand-held reception slave, all can carry out the intercommunication of audio frequency and video bidirectional visual between indoor hand-held reception slave and the outdoor hand-held reception slave; The indoor and outdoor slave can have selects to monitor any room audio/video information.
Description of drawings
Fig. 1 is a block diagram of the present utility model;
Fig. 2 is the block diagram of emission main frame of the present utility model;
Fig. 3 is the block diagram of fixedly slave of the present utility model;
Fig. 4 is the block diagram of hand receiver of the present utility model;
Fig. 5 is microprocessor and the peripheral circuit structure chart thereof of MC9328MX21CVK for model of the present utility model;
Fig. 6 is FLASH memory and the peripheral circuit structure chart thereof of S29GL128N11TF101 for model of the present utility model;
Fig. 7 is SDRAM memory and the peripheral circuit structure chart thereof of W981232DH-75 for model of the present utility model;
Fig. 8 is wireless network card interface circuit figure of the present utility model;
Fig. 9 is a display screen interface circuit of the present utility model.
Embodiment
Embodiment describes in further detail the utility model below in conjunction with accompanying drawing.
A kind of wireless network gate inhibition and surveillance, comprise setting emission main frame 1 outside the building and the fixedly slave 2 that is arranged in the building, launch main frame 1 and fixedly be connected with lead between the slave 2, it also comprises at least two wireless routers and at least two hand receivers that are arranged in the building, one of them wireless router 3 is arranged on the bottom of building, other wireless router settings are separately positioned on other floors, one of them hand receiver 4 is arranged on the outer level ground of building, other hand receivers are placed respectively and other floors, hand receiver 4 is provided with camera, transmit mutually by wireless router between the hand receiver 4, fixedly transmit mutually by wireless router between slave 2 and the hand receiver 4, emission main frame 1 is connected by wired and indoor fixedly slave 2, realizes the bidirectional visual intercommunication function with indoor fixedly slave.
The emission main frame comprises first camera 6, first microphone 7, first loud speaker 8 and controller 9, controller 9 is the chip of MSP430F1222 for model, the emission main frame is provided with first by strong 5, first is connected with controller 9 by strong 5, fixedly slave 2 comprises first display screen 10, second loud speaker 11, second microphone 12, first wireless network card 13 and first microprocessor 14, fixedly slave 2 is provided with second button 32, second button 32 is connected with first microprocessor 14, first display screen 10 is connected with first microprocessor 14 by first analog to digital converter 15, second loud speaker 11 is connected with first microprocessor 14 by first voice module 16, second microphone 12 is connected with first microprocessor 14 by first voice module 16, first wireless network card 13 is connected with first microprocessor 14, first camera 6 is connected with first display screen 10, be connected with first microprocessor 14 by first analog to digital converter 15 simultaneously, controller 9 is connected with first microprocessor 14, first microphone 7 is connected with second loud speaker 11, be connected with first voice module 16 simultaneously, first loud speaker 8 is connected with second microphone 12, is connected with first voice module 16 simultaneously.
The model of second microprocessor 21 is MC9328MX21CVK, the model of the one SDRAM memory 22 is W98123DH-75, the model of the one FLASH memory 23 is S29GL128N11TF101, be provided with the second wireless network card interface circuit 30 between second microprocessor 21 and second wireless network card 24, pin A1～the A25 of second microprocessor 21 distinguishes corresponding connection with pin A0～A24 of a FLASH memory 23, pin D0～the D15 of second microprocessor 21 distinguishes corresponding connection with pin D0～D15 of a FLASH memory 23, the pin CS0-B of second microprocessor 21, OE-B, RESET-OUT-B, the pin CE# of a RW-B and a FLASH memory 23, OE#, RST#, WE# is corresponding respectively to be connected, pin A2～the A10 of second microprocessor 21, MA10, MA11, pin A0～the A11 of an A16～A18 and a SDRAM memory 22, BS0, BS1 is corresponding respectively to be connected, pin D0～the D31 of second microprocessor 21 distinguishes corresponding connection with pin DQ0～DQ31 of a SDRAM memory 22, pin DQM0～the DQM3 of second microprocessor 21 distinguishes corresponding connection with pin DQM0～DQM3 of a SDRAM memory 22, the pin SDWE of second microprocessor 21, CAS, RAS, CS2, SDCLK, the pin WE of a SDCKE0 and a SDRAM memory 22, CAS, RAS, CS, CLK, CKE is corresponding respectively to be connected, the pin USBG-TXDP of second microprocessor 21, USBG-TXDM, USBG-RXDP, USBG-RXDM, USBG-FS, USBG-ON, USBG-OE, USBG-SCL, the pin DAT-VP of the USBG-SDA and the second wireless network card interface circuit 30, SE0-VM, VP, RCV, INT, SUSPEND, OE-TP-INT, SCL, SDA is corresponding respectively to be connected, be provided with the pin LD0～LD17 of display screen interface circuit 31, the second microprocessors 21 between second display screen 17 and second microprocessor 21, LCSLK, OE, FLM, LP, CLS, PS, pin MX-B0～the MX-B5 of SPL-SPR and display screen interface circuit 31, MX-G0～MX-G5, MX-R0～MX-R5, MX-DCLK, MX-OE-ACD, MX-VSYNC, MX-HSYNC, MX-CLS, MX-PS, MX-SPL-SPR is corresponding mutually to be connected.The model of first microprocessor 14 is identical with the model of second microprocessor 21.
First wireless network card 13 is identical with second wireless network card, 24 models, the WL-1676 type network interface card that can adopt the magnificent modest commerce and trade Co., Ltd in Shanghai to produce.Can be provided with a plurality of wireless routers in different floors indoor, connect with netting twine between the wireless router, the user can freely exchange with the open air at different floors by hand receiver 4 thus, the switch of control gate, simultaneously, between the indoor hand-held reception slave, all can carry out the intercommunication of audio frequency and video bidirectional visual between indoor hand-held reception slave and the outdoor hand-held reception slave; The indoor and outdoor slave can have selects to monitor any room audio/video information.
Claims (4)
1. wireless network gate inhibition and surveillance, comprise setting emission main frame outside the building and be arranged on the interior fixedly slave of building, described emission main frame and the described wired connection of fixedly using between the slave, it is characterized in that it also comprises at least two wireless routers and at least two hand receivers that are arranged in the building, one of them wireless router is arranged on the bottom of building, other wireless router settings are separately positioned on other floors, connect with netting twine between the wireless router, described hand receiver uses in the wireless network scope, described hand receiver is provided with camera, transmit mutually by described wireless router between the described hand receiver, transmit mutually by described wireless router between described fixedly slave and the described hand receiver.
2. a kind of wireless network gate inhibition according to claim 1 and surveillance, it is characterized in that described emission main frame comprises first camera, first microphone, first loud speaker and controller, described fixedly slave comprises first display screen, second loud speaker, second microphone, first wireless network card and first microprocessor, described first display screen is connected with described first microprocessor by first analog to digital converter, described second loud speaker is connected with described first microprocessor by first voice module, described second microphone is connected with described first microprocessor by described first voice module, described first wireless network card is connected with described first microprocessor, described first camera is connected with described first display screen, be connected with described first microprocessor by described first analog to digital converter simultaneously, described controller is connected with described first microprocessor, described first microphone is connected with described second loud speaker, be connected with described first voice module simultaneously, described first loud speaker is connected with described second microphone, is connected with described first voice module simultaneously.
3. a kind of wireless network gate inhibition according to claim 1 and surveillance, it is characterized in that described hand receiver comprises second display screen, the 3rd loud speaker, the 3rd microphone, second camera, second microprocessor, the one SDRAM memory, the one FLASH memory and second wireless network card, a described SDRAM memory is connected with described second microprocessor respectively with a described FLASH memory, described second display screen is connected with described second microprocessor, described second microprocessor is connected with described the 3rd microphone with described the 3rd loud speaker by second voice module, described second camera is connected with described second microprocessor by second analog to digital converter, described hand receiver is provided with the key that opens the door, monitor key and gate control transceiver module, the described key that opens the door, described monitor key is connected with described second microprocessor respectively with described gate control transceiver module.
4. a kind of wireless network gate inhibition according to claim 3 and surveillance, the model that it is characterized in that described second microprocessor is MC9328MX21CVK, the model of a described SDRAM memory is W98123DH-75, the model of a described FLASH memory is S29GL128N11TF101, be provided with the second wireless network card interface circuit between described second microprocessor and described second wireless network card, pin A1～the A25 of described second microprocessor distinguishes corresponding connection with pin A0～A24 of a described FLASH memory, pin D0～the D15 of described second microprocessor distinguishes corresponding connection with pin D0～D15 of a described FLASH memory, the pin CS0-B of described second microprocessor, OE-B, RESET-OUT-B, the pin CE# of a RW-B and a described FLASH memory, OE#, RST#, WE# is corresponding respectively to be connected, pin A2～the A10 of described second microprocessor, MA10, MA11, pin A0～the A11 of an A16～A18 and a described SDRAM memory, BS0, BS1 is corresponding respectively to be connected, pin D0～the D31 of described second microprocessor distinguishes corresponding connection with pin DQ0～DQ31 of a described SDRAM memory, pin DQM0～the DQM3 of described second microprocessor distinguishes corresponding connection with pin DQM0～DQM3 of a described SDRAM memory, the pin SDWE of described second microprocessor, CAS, RAS, CS2, SDCLK, the pin WE of a SDCKE0 and a described SDRAM memory, CAS, RAS, CS, CLK, CKE is corresponding respectively to be connected, the pin USBG-TXDP of described second microprocessor, USBG-TXDM, USBG-RXDP, USBG-RXDM, USBG-FS, USBG-ON, USBG-OE, USBG-SCL, the pin DAT-VP of USBG-SDA and the described second wireless network card interface circuit, SE0-VM, VP, RCV, INT, SUSPEND, OE-TP-INT, SCL, SDA is corresponding respectively to be connected, be provided with the display screen interface circuit between described second display screen and described second microprocessor, the pin LD0～LD17 of described second microprocessor, LCSLK, OE, FLM, LP, CLS, PS, pin MX-B0～the MX-B5 of SPL-SPR and display screen interface circuit, MX-G0～MX-G5, MX-R0～MX-R5, MX-DCLK, MX-OE-ACD, MX-VSYNC, MX-HSYNC, MX-CLS, MX-PS, MX-SPL-SPR is corresponding mutually to be connected.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2007201096191U2007201096191U CN201097460Y (en) | 2007-05-22 | 2007-05-22 | A wireless network gate control and monitoring system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2007201096191U2007201096191U CN201097460Y (en) | 2007-05-22 | 2007-05-22 | A wireless network gate control and monitoring system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201097460Y true CN201097460Y (en) | 2008-08-06 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNU2007201096191U2007201096191U Expired - Fee Related CN201097460Y (en) | 2007-05-22 | 2007-05-22 | A wireless network gate control and monitoring system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201097460Y (en) |
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2007
- 2007-05-22 CN CNU2007201096191U2007201096191U patent/CN201097460Y/en not_active Expired - Fee Related
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| Date | Code | Title | Description |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C17 | Cessation of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20080806 |