CN203167131U - Building intercommunication system for realizing monitoring linkage function - Google Patents
Building intercommunication system for realizing monitoring linkage function Download PDFInfo
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- CN203167131U CN203167131U CN 201320042742 CN201320042742U CN203167131U CN 203167131 U CN203167131 U CN 203167131U CN 201320042742 CN201320042742 CN 201320042742 CN 201320042742 U CN201320042742 U CN 201320042742U CN 203167131 U CN203167131 U CN 203167131U
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Abstract
The utility model discloses a building intercommunication system for realizing a monitoring linkage function. The system comprises a building intercommunication subsystem, a monitoring subsystem and a communication subsystem, wherein the building intercommunication subsystem is taken to be a client of the monitoring subsystem. Access authority is actively transmitted to the monitoring subsystem by the communication subsystem. The monitoring subsystem receives the access authority by the communication subsystem and verifies the received access authority. The building intercommunication subsystem and the monitoring subsystem respond based on verification results of the monitoring subsystem respectively. According to the building intercommunication system provided by the utility model, the building intercommunication subsystem and the monitoring subsystem independently operating are performed linkage by the communication subsystem. The building intercommunication subsystem and the monitoring subsystem correspondingly respond based on the verification results of the access authority of the monitoring subsystem respectively, so that district households can timely adopt emergency measures based on response. The two subsystems can independently operate while being performed linkage.
Description
The skill technical field
The utility model relates to security protection intelligent management field, is specifically related to a kind of building conversational system of realizing monitoring the interlock function.
Background technology
The two is independent mutually separately for the building talkback subsystem of present residential quarter and Monitor And Control Subsystem, not direct or necessary relation between the two subsystems, that is to say that present residential quarter security protection intelligent management system adopts the security protection intelligent management system of the complete independent operating of two subsystems mostly.
The complete independent operating of two subsystems, in the security protection intelligent management system of a residential quarter, the remote call-in of each gateway, building talkback subsystem responsible residential quarter and unblanking, thereby reach in unattended gateway discrepancy is screened and authorized to the personnel identity of coming in and going out automatically, Monitor And Control Subsystem then is responsible for each public arena and part needs the safety monitoring of guarded region especially in real time.
Adopt in the residential quarter under the situation of two subsystems independent operating, justing think has following scene:
In the winter of drying, certain residential quarter was through with lively, busy one day, and this moment, clock pointer pointed to 3:00 AM, and the residential quarter operator on duty is only at the key post Attended mode, and resident family and other operators on duty have also entered dreamland.The just dense Wang of signs of getting drunk this moment returns to night, and conveniently the cigarette end of mouth is lost to dustbin, this cigarette end has just in time dropped to above the lawn on doorway, after several minutes ... in the night shift room just Lee on duty originally also sleepiness with dense, suddenly the fire alarm bell of night shift room sounds, Lee jumps immediately and checks the fire scene to the fire controller, Lee jumps in a hurry again to monitoring screen the place ahead after confirming the fire scene, manually a near camera review the fire is switched on the main screen, and the difficult place that The Cloud Terrace is turned to fire take place.For confirmationly whether have really that fire takes place, the intensity of a fire how, whether this intensity of a fire controlled, whether wakes the colleague up, whether evacuate resident family etc. the primary scene data be provided.This moment, the intensity of a fire was surrounded A building under the urgency of northwest wind in the winter, and under the urgency of strong gale, spread to B building soon, this moment, the alarm bell in A building also sounded already, but Zhao of resident family of A also in fond dream, because the soundproof effect of family the inside is excellent, the alarm bell of outside fails to wake up him, yet the alarm bell in B building is also in sleeping soundly, because the fire detector in B building is not also experienced the critical of situation.Control Room Lee on duty supresses the bell sound of promptly getting up in operator on duty bedroom in a hurry by finding the serious of situation in the monitoring, and notifies from a phone call simultaneously that other parts personnel on duty dart A building and B building goes to wake up A, a B resident who is embraced with fire.Yet this moment, fire was not within this residential quarter operator on duty control ...
From above-mentioned case row as can be seen, two complete independent operatings of subsystem will bring following problem in actual applications: independent mutually between the two subsystems, in case after detecting warning messages such as fire, can not effectively and timely warning message be offered resident family by the building talkback subsystem, so that resident family in time takes emergency measures.Simultaneously, because the image that arrives of cell monitoring subsystem monitors only just can real time inspection at night shift room, neighbours living can not should be shared public resource by real time inspection.Wanted to take off the state of own parking stall and child, old man in the information such as active state of residential quarter such as, resident family, do not had in resident family all can't check under the situation of rights of using.
Summary of the invention
The utility model provides a kind of building conversational system of realizing monitoring the interlock function, and this system comprises building talkback subsystem, Monitor And Control Subsystem and communication subsystem; Described building talkback subsystem initiatively sends access rights to Monitor And Control Subsystem as the client of described Monitor And Control Subsystem by described communication subsystem; Described Monitor And Control Subsystem receives access rights by described communication subsystem, and verifies the described access rights that receive; Described building talkback subsystem and Monitor And Control Subsystem respond according to the checking result of described Monitor And Control Subsystem respectively.
In the utility model, make Monitor And Control Subsystem and building talkback subsystem with the butt joint of unified standard interface, realize interlock by communication subsystem, overcome the two defective of independent operating separately of tradition, make the two in independent operating, also can connect by communication subsystem is interactive, and, even a certain network of the two interlock interrupts or certain network key device damage, can not cause the paralysis of whole cell intelligent management system yet, simultaneously, can also bring very big flexibility to effective intelligent management of residential quarter, the building talkback subsystem can receive the video image that Monitor And Control Subsystem monitors in the access rights automatically in real time, and neighbours living is conveniently tackled the generation of various situations timely and effectively according to the image that receives.
Description of drawings
Fig. 1 realizes monitoring the structural representation of the building conversational system of interlock function for the utility model is a kind of;
Fig. 2 realizes monitoring the structured flowchart of the building conversational system of interlock function for the utility model is a kind of.
Embodiment
By reference to the accompanying drawings the utility model is described in further detail below by embodiment.
Embodiment one
Please refer to Fig. 1, please refer to Fig. 1, in the present embodiment, a kind of building conversational system of realizing monitoring the interlock function is provided, this system comprises building talkback subsystem, Monitor And Control Subsystem and communication subsystem, the building talkback subsystem is connected by the communication subsystem signal with Monitor And Control Subsystem, and the two carries out the TCP network communication by communication subsystem.
Monitor And Control Subsystem is as server end, and the building talkback subsystem is as the client of Monitor And Control Subsystem, and the building talkback subsystem initiatively sends access rights to Monitor And Control Subsystem by communication subsystem; Monitor And Control Subsystem receives access rights by communication subsystem, and verifies the access rights that receive; Building talkback subsystem and Monitor And Control Subsystem respond according to the checking result of Monitor And Control Subsystem respectively.
Monitor And Control Subsystem comprises monitoring server and monitor terminal, monitoring server receives the access rights that the building talkback server initiatively sends by communication subsystem, and the access rights that receive of checking, monitor terminal is connected with communication subsystem and/or monitoring server signal directly or indirectly, and monitor terminal responds according to the checking result of monitoring server.Wherein, monitor terminal comprises analog video camera and monitoring DVR etc., analog video camera is connected with the monitoring server signal, or by the monitoring DVR be connected with the communication subsystem signal, the monitoring DVR is connected with communication subsystem and/or monitoring server signal, and analog video camera and/or monitoring DVR respond according to the checking result of monitoring server; Or, monitor terminal comprises the IP video camera, the IP video camera is connected with communication subsystem and/or monitoring server signal, the IP video camera responds according to the checking result of monitoring server, here, analog video camera must be by the indirect access network based on ethernet switch of monitoring DVR, the IP video camera is direct access network based on ethernet switch then, monitor terminal also comprises monitor etc., monitor is by the indirect access network based on ethernet switch of monitoring DVR, and is also not completely shown among monitor terminal Fig. 1 and Fig. 2.
The building talkback subsystem comprises building talkback server and building talkback terminal as the client of Monitor And Control Subsystem.The building talkback server initiatively sends access rights to Monitor And Control Subsystem by communication subsystem, the building talkback server that is the building talkback subsystem initiatively sends access rights to the monitoring server of Monitor And Control Subsystem by communication subsystem, the monitoring server of Monitor And Control Subsystem receives and verifies this access rights, the building talkback terminal is connected with communication subsystem and/or building talkback server signal, and the building talkback terminal responds according to the checking result of Monitor And Control Subsystem.Wherein, the building talkback terminal comprises indoor visual extension set, indoor visual extension set is connected with communication subsystem and/or building talkback server signal, indoor visual extension set responds according to the checking result of the monitoring server in the Monitor And Control Subsystem, indoor visual extension set in the building talkback terminal is except functions such as traditional video intercom function, remote unlocking, also have and can check the function of neighbours living being specified the video image of open video camera, also not completely shown among building talkback terminal graph 1 and Fig. 2.
Communication subsystem comprises Ethernet switch, building talkback server via Ethernet switch in the building talkback subsystem is connected with the monitoring server signal in the Monitor And Control Subsystem, building talkback server via Ethernet switch active in the building talkback subsystem sends access rights to the monitoring server in the Monitor And Control Subsystem, monitoring server in the Monitor And Control Subsystem receives access rights by Ethernet switch, and the access rights that receive of checking, have the building talkback terminal of access rights by the corresponding monitor terminal of Ethernet switch visit, obtain the video image of monitor terminal.
In the present embodiment, this system forms as follows, and referring to Fig. 2, the building talkback terminal in the building talkback subsystem and building talkback server via Ethernet switch couple together with the monitor terminal in the Monitor And Control Subsystem and monitoring server respectively.Wherein in the Monitor And Control Subsystem, first analog video camera is by the monitoring DVR access network based on ethernet switch in the monitor terminal, the all video images of Monitor And Control Subsystem all converge at monitoring DVR place, monitoring DVR then delivers to video image in the monitor in the monitor terminal, administrative staff check video image from monitor, the IP video camera in the monitor terminal is direct access network based on ethernet switch then.Building talkback subsystem and Monitor And Control Subsystem unification have been connected to Ethernet switch like this.And the building talkback terminal in the building talkback subsystem and the monitor terminal in the Monitor And Control Subsystem are when unifying the access network based on ethernet switch according to unified interface, the equal correspondence of the terminal of each subsystem is connected in separately the server, carry out unified management by separately server, then dock according to agreement by Ethernet switch again between the server of each subsystem, as first indoor unit in the building talkback terminal and building talkback main frame in the access network based on ethernet switch, also be connected with the building talkback server signal, IP video camera in the monitor terminal and monitoring DVR are in the access network based on ethernet switch, also be connected with the monitoring server signal, by monitoring DVR access network based on ethernet switch, building talkback server and monitoring server then dock according to agreement by Ethernet switch respectively for watch-dog and first analog video camera.
Below, be the method for the two interlock realization of building talkback subsystem and Monitor And Control Subsystem in the present embodiment.Wherein, the interlock between building talkback subsystem and Monitor And Control Subsystem mainly adopts the server in the corresponding subsystem to dock to realize interlock mutually.
Registration step: all the building talkback endpoint registrations in the building talkback subsystem are in the building talkback server, by the building talkback server building talkback terminal is carried out unified management, all monitor terminals in the Monitor And Control Subsystem then are registered in the monitoring server, by monitoring server monitor terminal is carried out unified management, and the access rights of the corresponding monitor terminal in the building talkback terminal access Monitor And Control Subsystem in the building talkback subsystem also are registered to building talkback server and monitoring server in the two in the lump simultaneously.
Query steps: the building talkback terminal that the building talkback server lookup is successfully registered is to the access rights of the monitor terminal in the Monitor And Control Subsystem, and the access rights that inquire are initiatively sent to corresponding building talkback terminal and monitoring server, the building talkback terminal is created corresponding video passage thread according to these access rights, sets up the sip address of the corresponding monitor terminal of visit.
Verification step: monitoring server is according to the access rights that receive, these access rights are carried out checksum validation, if being this building talkback terminal, the checking result has the access rights to corresponding monitor terminal, monitoring server is replied confirmation to the building talkback server, and issues these access rights to corresponding monitor terminal; If the checking result is not, monitoring server is then replied refuse information to the building talkback server.
Response of step: the building talkback terminal in the monitor terminal in the Monitor And Control Subsystem and the building talkback subsystem is made corresponding response according to the access rights of receiving, that is: after the monitor terminal of Monitor And Control Subsystem receives access rights, the building talkback terminal that allows to have in the building talkback subsystem of corresponding access rights is visited it, after building talkback terminal in the building talkback subsystem receives access rights, conduct interviews according to the monitor terminal of the video channel thread of creating to corresponding sip address, to obtain the video image that monitor terminal monitors.In this step, when the building talkback terminal access has the monitor terminal of corresponding sip address, be the IP video camera if having the monitor terminal of corresponding sip address, the building talkback terminal is directly visited this IP video camera, to obtain the video image of this IP video camera; If having the monitor terminal of corresponding sip address is analog video camera, the building talkback terminal is visited this analog video camera by the monitoring DVR, to obtain the video image of this analog video camera.
In the above-mentioned implementation method, further comprising the steps of:
Real-time listening step: after succeeding in registration, building talkback server in the building talkback subsystem is by the monitoring server in the Socket real-time listening Monitor And Control Subsystem, in case receive the affirmation message that monitoring server is replied, namely have the monitor terminal of corresponding sip address by the access rights notice building talkback terminal access of registration.
Wherein, building talkback server in the building talkback subsystem is to realize in the following way by the monitoring server in the Socket real-time listening Monitor And Control Subsystem: namely open Socket after succeeding in registration, building talkback server in the realization building talkback subsystem is to the real-time listening of the monitoring server in the Monitor And Control Subsystem, to receive the affirmation message that monitoring server is replied, in the process of waiting for the monitoring server answer acknowledge message that receives in the Monitor And Control Subsystem, surpassing preset time does not receive, whether building talkback server active detecting sets up normal TCP with monitoring server is connected, disconnect if connect, then close current Socket, again asking to set up TCP with monitoring server is connected, if normal the connection, then continue by Socket real-time listening monitoring server, with the affirmation message of real-time reception monitoring server answer.After monitoring server and building talkback server are set up TCP and are connected, the building talkback server is also created the data processing threads, the initialization data storehouse, to receive the affirmation information that monitoring server is replied, in case successfully receive, the buffering that the affirmation information of replying is added in the database is lined up, the building talkback server reads the affirmation information of answer from buffering is lined up, and according to the sip address of the affirmation information searching of the answer of the reading building talkback terminal corresponding with access rights, corresponding access rights are flowed to the building talkback terminal with corresponding sip address, make corresponding building talkback terminal create the video channel thread according to receiving access rights, the monitor terminal of correspondence is conducted interviews.
Below, illustrate the two linkage process of building talkback subsystem and Monitor And Control Subsystem.
As shown in Figure 2, the first indoor visual extension set need be checked the video image of an IP video camera, the first indoor visual extension set can be registered to the building talkback server automatically after powering on, and the access rights of itself and an IP video camera are registered to building talkback server and monitoring server in the lump, the building talkback server is an IP video camera according to the access rights inquiry at the open monitor terminal of the first indoor visual extension set, and the building talkback server is handed down to first indoor visual extension set and the monitoring server simultaneously with these access rights then.After the first indoor visual extension set is received these access rights, can set up with the sip address of the corresponding IP video camera of these access rights and create the video channel thread, so that any time is checked the monitoring image of an IP video camera by resident family.Simultaneously, monitoring server is after receiving the access rights that the building talkback server initiatively sends, monitoring server carries out checksum validation to these access rights, if the checking result is that the first indoor visual extension set has this access rights, monitoring server is replied acknowledge message to the building talkback server, simultaneously, monitoring server can be handed down to an IP video camera and the corresponding access rights open command of monitoring DVR, allows the first indoor visual extension set to obtain video information from an IP video camera.If the checking result is that the first indoor visual extension set does not have these access rights, monitoring server is replied refuse information.
After the system that uses embodiment one, the case row in the background technology will be another kind of results:
In the winter of drying, certain residential quarter was through with lively, busy one day, and this moment, clock pointer pointed to 3:00 AM, and the residential quarter operator on duty is only at the key post Attended mode, and resident family and other operators on duty have also entered dreamland.The just dense Wang of signs of getting drunk this moment returns to night, and conveniently the cigarette end of mouth is lost to dustbin, this cigarette end has just in time dropped to above the lawn on doorway, after several minutes ... just hear suddenly that Lee on duty the fire alarm bell of night shift room sounds in the night shift room, at this moment, near the video camera of installing the fire scene has sent to the fire video image that photographs the monitoring server of Monitor And Control Subsystem, after monitoring server receives the fire video image of transmission, this video image is play in monitor, Lee recognizes the field data of ignition point from monitor, at this moment, the intensity of a fire is also in control range, Lee predict he go to behind the ignition point a the intensity of a fire he can not control, but he can isolate B building and ignite, so he supresses the building talkback server and sends the fire evacuation instruction toward A simultaneously with B resident family at this moment, has dialed 119 phones simultaneously, and goes to ignition point A the control intensity of a fire at top speed and make the isolation strip.And in A man of resident family, because visual extension set just is installed in man of resident family the inside in the building talkback terminal room of building talkback subsystem, indoor visual extension set gets access to the video image of the video camera in the access rights, and the video image that gets access to play, the fire video image that this moment, A all residents play from indoor visual extension set is recognized the intensity of a fire situation of ignition point, and resident family is according to the fire video image of indoor visual extension set broadcast and the fire evacuation instruction escape smoothly of Lee's transmission
In the utility model, make Monitor And Control Subsystem and building talkback subsystem with the butt joint of unified standard interface, realize interlock by communication subsystem, overcome the two defective of independent operating separately of tradition, make the two in independent operating, also can connect by communication subsystem is interactive, and, even a certain network of the two interlock interrupts or certain network key device damage, can not cause the paralysis of whole cell intelligent management system yet, that is: Monitor And Control Subsystem and building talkback subsystem are not only independently mutual but also combine closely, Monitor And Control Subsystem can also be for the building talkback subsystem provides video monitoring function in independent fortune, and the operation of building talkback subsystem does not rely on the operation of Monitor And Control Subsystem yet; Simultaneously, Monitor And Control Subsystem and building talkback subsystem are the interlock that Ethernet switch is realized by communication subsystem, can also bring very big flexibility to effective intelligent management of residential quarter, the video image that the building talkback subsystem can monitor according to Monitor And Control Subsystem in the demand automatic reception access rights of neighbours living, neighbours living is conveniently tackled the generation of various situations timely and effectively with according to the video image that receives.
Above content be in conjunction with concrete preferred implementation to further describing that the utility model is done, can not assert that concrete enforcement of the present utility model is confined to these explanations.For the utility model person of an ordinary skill in the technical field, under the prerequisite that does not break away from the utility model design, can also make some simple deduction or replace.
Claims (9)
1. a building conversational system of realizing monitoring the interlock function is characterized in that, comprises building talkback subsystem, Monitor And Control Subsystem and communication subsystem;
Described building talkback subsystem initiatively sends access rights to Monitor And Control Subsystem as the client of described Monitor And Control Subsystem by described communication subsystem;
Described Monitor And Control Subsystem receives access rights by described communication subsystem, and verifies the described access rights that receive;
Described building talkback subsystem and Monitor And Control Subsystem respond according to the checking result of described Monitor And Control Subsystem respectively.
2. the system as claimed in claim 1 is characterized in that, described building talkback subsystem comprises the building talkback server, and described building talkback server initiatively sends access rights to Monitor And Control Subsystem by described communication subsystem.
3. system as claimed in claim 2 is characterized in that, described Monitor And Control Subsystem comprises monitoring server, and described monitoring server receives access rights by described communication subsystem, and verifies the described access rights that receive.
4. system as claimed in claim 3, it is characterized in that, described communication subsystem comprises Ethernet switch, described building talkback subsystem initiatively sends access rights to Monitor And Control Subsystem by described Ethernet switch, described Monitor And Control Subsystem receives access rights by described Ethernet switch, and verifies the described access rights that receive.
5. as each described system among the claim 2-4, it is characterized in that, described building talkback subsystem also comprises the building talkback terminal, described building talkback terminal is connected with described communication subsystem and/or described building talkback server signal, and described building talkback terminal responds according to the checking result of described Monitor And Control Subsystem.
6. system as claimed in claim 3, it is characterized in that, described Monitor And Control Subsystem also comprises monitor terminal, and described monitor terminal is connected with described communication subsystem and/or monitoring server signal, and described monitor terminal responds according to the checking result of described monitoring server.
7. system as claimed in claim 5, it is characterized in that, described building talkback terminal comprises indoor visual extension set, described indoor visual extension set is connected with described communication subsystem and/or described building talkback server signal, and described indoor visual extension set responds according to the checking result of described Monitor And Control Subsystem.
8. system as claimed in claim 6, it is characterized in that, described monitor terminal comprises analog video camera and monitoring DVR, and described analog video camera is connected with described monitoring server signal, or is connected with described communication subsystem signal by described monitoring DVR; Described monitoring DVR is connected with described communication subsystem and/or monitoring server signal, and described analog video camera and/or monitoring DVR respond according to the checking result of described monitoring server.
9. system as claimed in claim 6, it is characterized in that, described monitor terminal comprises the IP video camera, and described IP video camera is connected with described communication subsystem and/or described monitoring server signal, and described IP video camera responds according to the checking result of described monitoring server.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320042742 CN203167131U (en) | 2013-01-25 | 2013-01-25 | Building intercommunication system for realizing monitoring linkage function |
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| Application Number | Priority Date | Filing Date | Title |
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| CN 201320042742 CN203167131U (en) | 2013-01-25 | 2013-01-25 | Building intercommunication system for realizing monitoring linkage function |
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| CN203167131U true CN203167131U (en) | 2013-08-28 |
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| CN 201320042742 Expired - Fee Related CN203167131U (en) | 2013-01-25 | 2013-01-25 | Building intercommunication system for realizing monitoring linkage function |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103686461A (en) * | 2013-12-26 | 2014-03-26 | 武汉长光科技有限公司 | Method and device for intelligent doorbell talkback on basis of passive optical network (PON) access network |
| CN103731639A (en) * | 2013-09-10 | 2014-04-16 | 深圳辉锐天眼科技有限公司 | Method for providing picture access records through intelligent video security and protection system |
| CN110533864A (en) * | 2019-09-02 | 2019-12-03 | 唐山市智维信息咨询服务有限公司 | A kind of intelligentized Furniture fire-fighting security protection interlink alarm system |
-
2013
- 2013-01-25 CN CN 201320042742 patent/CN203167131U/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103731639A (en) * | 2013-09-10 | 2014-04-16 | 深圳辉锐天眼科技有限公司 | Method for providing picture access records through intelligent video security and protection system |
| CN103686461A (en) * | 2013-12-26 | 2014-03-26 | 武汉长光科技有限公司 | Method and device for intelligent doorbell talkback on basis of passive optical network (PON) access network |
| CN103686461B (en) * | 2013-12-26 | 2017-02-08 | 武汉长光科技有限公司 | Method and device for intelligent doorbell talkback on basis of passive optical network (PON) access network |
| CN110533864A (en) * | 2019-09-02 | 2019-12-03 | 唐山市智维信息咨询服务有限公司 | A kind of intelligentized Furniture fire-fighting security protection interlink alarm system |
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Address after: 518054 Nanshan District, Shenzhen Nanshan Avenue, new world, the third floor of the building Patentee after: SHENZHEN FANHAI SANJIANG ELECTRONICS Co.,Ltd. Address before: 518054 Nanshan District, Shenzhen Nanshan Avenue, new world, the third floor of the building Patentee before: SHENZHEN FANHAI SANJIANG ELECTRONICS Co.,Ltd. |
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