CN103763385A - All-directional personal management communication system - Google Patents

All-directional personal management communication system Download PDF

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Publication number
CN103763385A
CN103763385A CN201410041932.0A CN201410041932A CN103763385A CN 103763385 A CN103763385 A CN 103763385A CN 201410041932 A CN201410041932 A CN 201410041932A CN 103763385 A CN103763385 A CN 103763385A
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China
Prior art keywords
user
control centre
network
user terminal
password
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Pending
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CN201410041932.0A
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Chinese (zh)
Inventor
吴光胜
孙荣军
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Shenzhen Huaxun Ark Technology Co Ltd
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Shenzhen Huaxun Ark Technology Co Ltd
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Priority to CN201410041932.0A priority Critical patent/CN103763385A/en
Publication of CN103763385A publication Critical patent/CN103763385A/en
Pending legal-status Critical Current

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Abstract

The invention discloses an all-directional personal management communication system which comprises a control center, a user terminal with a GPS device, a remote monitoring system and a communication network. The control center is a service platform comprising a user database. The user terminal is user terminal equipment for starting services of the system, and a user transmits a user identification password and real-time longitude and latitude data to the control center through the user terminal. The remote monitoring system is connected with the control center through the communication network. The communication network is a network system, the control center can be bidirectional communication with the user terminal with the GPS device and the remote monitoring system through the network system, and the communication network comprises an interconnection network, and further comprises a mobile phone network, a cluster type radio phone network, a public switched telephone network, a satellite communication network or combinations of the mobile phone network, the cluster type radio phone network, the public switched telephone network and the satellite communication network, wherein the mobile phone network, the cluster type radio phone network, the public switched telephone network and the satellite communication network are connected through gateways. According to the all-directional personal management communication system, the control center can be connected with the user terminal in multiple modes, and the system university is improved.

Description

A kind of comprehensive personal management communication system
Technical field
The present invention relates to a kind of comprehensive personal management communication system, particularly a kind of user of can be provides the comprehensive personal management communication system of omnibearing personal lifestyle real time service.
Background technology
Traditional long distance control system adopts video camera to monitor conventionally, is arranged on the video camera of fixed-site, with wired or wireless transmission means, passes image back control centre, and the function of remote monitoring is provided, so that the safety of protection people or article.But because video camera must be placed in a fixed location, it provides the monitored picture in fixed range only.For for, because it can freely enter or leave monitoring range, make this supervisory control system that complete monitoring cannot be provided, easily produce the dead angle of monitoring.
In addition, traditional Long-Range Surveillance System only provides remote monitoring function, and it cannot provide the extra services such as data base administration as exclusive in individual, personal lifestyle secretary, the service of single phone number communication, therefore, its service range is comparatively narrow, cannot provide comprehensive service for user.
Summary of the invention
The present invention can realize for user provides a kind of the comprehensive personal management communication system that global personal security guards.
To achieve these goals, technical scheme of the present invention is: a kind of comprehensive personal management communication system, comprising:
One control centre, it is one to comprise the service platform of customer data base;
One has the user terminal of GPS device, and it is the subscriber terminal equipment of a unlatching native system service, and user reaches control centre by it by user identification password and real-time longitude and latitude data;
One long distance control system, it links by communication network and control centre; And
One communication network, control centre is provided and there is the user terminal of GPS device and the network system of long distance control system two-way communication for a kind of, described communication network comprises interference networks, also comprise the mobile telephone network, concentrating type wireless telephony network, public switched telephone network, the satellite communication network that by gateway, link, or between combination.
Preferably, described control centre determines user identity by the identification code that has the user terminal of GPS device and pass back, and the longitude and latitude data that user terminal is passed back and electronic chart integrate, and determines the position at user place.
Preferably, described long distance control system comprises Digital Distant Monitoring system, video-phone system and bidirectional inductive device.
Preferably, also comprise and be connected the ISP who transfers related service information for control centre with control centre.
Preferably, described ISP comprises hotel, restaurant, bank, transportation service business.
Preferably, also comprise other people terminal equipment being connected with control centre.
Preferably, described other people terminal equipment comprises personal computer, mobile phone, telephone.
The comprehensive personal management communication system of one provided by the invention, the representative of consumer identity of sending by it and the identification code of motion-vector, to control centre, make control centre can determine user's identity and open its comprehensive personal lifestyle real time service to user.In addition, there are its on-site longitude and latitude data of user terminal chance automatic reception of GPS device, and calculate its on-site longitude and latitude.When user terminal obtains after the data of its location longitude and latitude, can initiatively pass control centre back, control centre is by after these data and electronic chart integration, to determine the on-site position of user.In addition, user can also be in user terminal an external numerical display device, and utilize this numerical display device to integrate data and the electronic chart of its location longitude and latitude, to show in real time user's geographical position.
User terminal chance is the moving change speed that detects its position independently, and when user's translational speed increases, the number of times of its longitude and latitude data of user terminal chance increase transmission and content are to control centre; When user's translational speed reduces, user terminal can reduce and transmits the number of times of its longitude and latitude data and content to control centre, and therefore, it has advantages of can reduce offered load.
Control centre, by by network, obtains the on-site longitude and latitude data of user from user terminal, and control centre integrates the electronic chart in this data and system, to judge accurately the position at user place, and user is guarded.
System of the present invention, control centre can realize and being connected with user terminal in several ways, has increased the versatility of system.
Accompanying drawing explanation
Fig. 1 is to be system construction drawing of the present invention;
Figure 1A is the structure chart for communication network;
Fig. 2 is the operation workflow figure for embodiments of the invention;
Fig. 3 is the operation workflow figure for the use emergency function key of embodiments of the invention;
Fig. 4 is the operation workflow figure for the traffic inquiry service of embodiments of the invention;
Fig. 5 is the operation workflow figure for the vehicle sending service of embodiments of the invention;
Fig. 6 is the operation workflow figure for the destination route inquiry service of embodiments of the invention;
Fig. 7 is the operation workflow figure for the cluster broadcast service of embodiments of the invention;
Fig. 8 is the operation workflow figure for the peripheral facility inquiry service in location of embodiments of the invention;
Fig. 9 is the operation workflow figure for the shutdown of embodiments of the invention;
Figure 10 is the operation workflow figure for the timing Password Input of embodiments of the invention;
Figure 11 is the operation workflow figure for another embodiment of the present invention;
Figure 12 is to be the operation workflow figure of an embodiment more of the present invention.
Embodiment
For the technical problem that the present invention is solved, the technical scheme of employing, the technique effect easy to understand of obtaining, below in conjunction with concrete accompanying drawing, the specific embodiment of the present invention is described further.
Referring to Fig. 1, is to be system construction drawing of the present invention.The present invention is a kind of comprehensive personal management communication system, comprises that the user terminal 100(with GPS device is called for short user terminal), control centre 101, long distance control system 105, communication network 106, the public/private database access 104, ISP 103 and other people terminal equipment 102.
Wherein, this user terminal 100 comprises transmitting and receiving system, microprocessor and internal memory, by communication network 106, links with control centre 101; Described control centre 101 comprises control unit 1010, customer data base 1011, tracking and managing unit 1012 and systems soft ware etc., for the core of native system, by communication network 106 and user terminal 100, long distance control system 105, the public/private database access 104, ISP 103 and other people terminal equipment 102, link; This long distance control system 105 comprises digital remote surveillance, video telephone and bidirectional inductive device, by communication network 106, links with control centre 101; Communication network 106 comprises mobile telephone network, cluster wireless telephone network, portable base station, public switched telephone network, internet and satellite communication network; This public/private database access 104 is to be various information center, can be used for storing the information that control centre receives, and can borrow communication network 106 and control centre 101 to link; This ISP 103 can be all kinds of hotels, restaurant, bank, transport facility etc., and can link with control centre 101 by communication network 106; Other people can be general personal computer, notebook, mobile phone, telephone etc. by terminal equipment 102, and can link with control centre 101 by communication network 106.
Figure 1A is the structure chart of communication network 106, it has internet 1061, concentrating type wireless telephony network 1062, public switched telephone network 1063, satellite communication network 1064 and mobile telephone network 1065, wherein this concentrating type wireless telephony network 1062, public switched telephone network 1063, satellite communication network 1064 and have mobile telephone network 1065 by gateway 1067, gateway 1066, gateway 1069 and gateway 1068, to link with internet 1061 respectively.But, when reality is implemented this communication network 106, be not limited to above-mentioned internet 1061, concentrating type wireless telephony network 1062, public switched telephone network 1063, satellite communication network 1064 and mobile telephone network 1065, can add again other communication network or mode; In addition, its internetwork connecting structure is also not limited to above-mentioned radial structure, can determine according to implementer's needs and design.
Refer to Fig. 2 to Figure 10, its operation workflow figure that is one embodiment of the invention.Its step is described as follows:
Step 11: user starts to start user terminal 100;
Step 12: after user terminal 100 is unlocked, user inputs its On Behalf Of The Name and startup password in system;
Step 13: when user inputs after its On Behalf Of The Name and startup password in system, user terminal 100 converts the identification code of representative of consumer identity and motion-vector to On Behalf Of The Name and startup password that soon user will input, and sends this identification code to control centre 101;
Step 14: when control centre 101 receives after the identification code of representative of consumer identity and motion-vector, judge that immediately whether this identification code is correct.If identification code is correct, perform step 15; If identification code mistake, performs step 19: control centre abandons this identification code;
Step 15: after representing that the identification code of user identity and motion-vector is judged as correctly by control centre 101, control centre 101 starts to receive the longitude and latitude data of passing back from user terminal 100 immediately;
Step 16: when control centre 101 receives the longitude and latitude data of passing back from user terminal 100, control centre 101 immediately whereby the electronic chart in data and system compare, to find out the exact position of user terminal 100, and the information of this position is deposited in the database of user-specific, and perform step 161.
Step 161: control centre 101 detects user and whether starts the function of life stroke planning, if perform step 162, performs step 17 if not.
Step 162: control centre 101 detects user and whether upgrades the planning chart of its stroke, if perform step 163, performs step 164 if not.
Step 163: planning chart search user that control centre 101 inputs according to user institute must data, are deposited in customer data base, and arrange its predetermined stroke by user, then perform step 17.
Step 164, control centre 101 detects user and whether starts tracking and managing function, if perform step 165, performs step 17 if not.
Step 165: control centre 101 is according to the on-site longitude and latitude of user and time, and comparison user's planning chart, initiatively upgrades stored data in customer data base, and revise the stroke that user plans, and then performs step 17.
Step 17: when control centre 101 finds out behind the exact position of user terminal 100, according to this position relevant public/private database access 104, ISP 103 and other people terminal equipment 102 in position therewith initiatively, link, to obtain the real time information of user terminal 100 surrounding environment, such as nearest position, gas station, nearest hospital position etc., and obtained data are deposited in to the database of user-specific.Now, control centre 101 is initially located in armed state, waits for and receiving from instruction that user sends.
After step 19, also comprise that whether detect input number of times is greater than 2 step 20, if so, performs step 21: this user terminal is lockable, and quits work; If not, perform step 18: require user to re-enter.
If emergency episode occurs user, need assistance, perform step 22; If user need to inquire about traffic, perform step 23; If user needs the service of vehicle sending, perform step 24; If user need to inquire about the route of its destination, perform step 25; If user need to inquire about the service of cluster broadcast, perform step 26, if user need to inquire about the peripheral facility in location, perform step 27, and if user will shut down, perform step 28; If user and without any need for service, perform step 29.
Fig. 3 shows the method for carrying out emergency relief in a kind of intelligent omnibearing expert management system provided by the invention, and step is as follows:
Step 22: need rescue when emergency episode occurs user, it can press emergency function key, to seek rescue.
Step 221: user terminal 100 is sent emergency call-for-help signal to control centre 101.
Step 222: when control centre 101 receives after emergency call-for-help signal, send a request confirmation signal to user terminal 100, to confirm whether user needs emergency relief really at once.
Step 223: user terminal 100 is received after request confirmation signal, can press continuously emergency function key twice, with the signal that provides control centre 101 to confirm, then enters step 224.If user just presses emergency function key by mistake, the signal that provides again control centre 101 to confirm is not provided user, and performs step 225.But the signal of confirmation is not limited to press continuously emergency function key twice, can set voluntarily with system designer.
Step 224: when the signal that user provides is received by control centre 101, control centre 101, by near rescue unit request rescue contact user position, makes user be rescued timely, then, and starts to perform step 15 according to Fig. 2.
Step 225: control centre 101, after a regular time, does not receive user's confirmation signal, abandons the signal of seeking help in case of emergency, and starts to perform step 15 according to Fig. 2.
Fig. 4 provides a kind of carry out traffic query in intelligent omnibearing expert management system method, and its step is as follows:
Step 23: user selects the option of traffic inquiry, and the password that receives control centre's information is opened in input.
Step 231: when user selects the option of traffic inquiry, and input opens after the password that receives control centre's information, user terminal 100 sends signal that inquiry traffic requires and password to control centre 101.
Step 232: receive after the signal and password of the requirement of inquiry traffic when control centre 101, judge immediately password correctness.If password is correct, jump to step 233; If password mistake, performs step 234.
Step 233: near the data of the traffic of control centre 101 customer data base is found out user terminal 100 positions, and passed back user terminal 100.
Step 234: control centre's 101 refusals provide user to serve, and start to perform step 15 according to Fig. 2.
Fig. 5 provides a kind of carry out vehicle sending in intelligent omnibearing expert management system method, and its step is as follows:
Step 24: user selects the option of vehicle sending, and the password that receives control centre's information is opened in input.
Step 241: when user selects the option of vehicle sending, and input opens after the password that receives control centre's information, user terminal 100 sends the signal of vehicle sending and password to control centre 101.
Step 242: receive after the signal and password that requires vehicle sending when control centre 101, judge immediately password correctness.If password is correct, jump to step 243, if password mistake performs step 247.
Near step 243: control centre 101 can supply to send the data of vehicle customer data base is found out user terminal 100 positions, and is passed back user terminal 100.
Step 244: user receives after the data that control centre 101 passes back, user can consider whether will to accept the service of the vehicle sending that service centre provides.
Step 245: if user determines the service of the vehicle sending of accepting 101 confessions of control centre, can send confirmation signal, and perform step 246, if not, perform step 248.
Step 246: control centre 101 is receiving after confirmation signal, gets in touch with the vehicle that can Gong send the service of communications and transportation is provided to the position of user terminal 100.Then, according to Fig. 2, perform step 15.
Step 247: control centre's 101 refusals provide user to serve, and perform step 15 according to Fig. 2.
Step 248: control centre 101 abandons the signal that requires to send vehicle requirement.
Fig. 6 discloses the method for execution path inquiry in a kind of intelligent omnibearing expert management system, and its step is as follows:
Step 25: the select your destination option of route inquiry of user.
Step 251: user inputs and opens the password and the destination locations thereof that receive control centre's information.
Step 252: when the select your destination option of route inquiry of user, and input opens after the password that receives control centre's information, user terminal 100 sends the signal of inquiry destination route requirement and password to control centre 101.
Step 253: receive after the signal and password of destination route search request when control centre 101, judge immediately password correctness.If password is correct, jump to step 254; If password mistake, performs step 255.
Step 254: control centre 101 compares the position of user terminal 100 and the past destination of institute's wish and the built-in electronic chart of system, find out the position of user terminal 100 and institute's wish toward destination between itinerary map data, and send back user terminal 100.Then, according to Fig. 2, start to perform step 15.
Step 255: control centre's 101 refusals provide user to serve, and start to perform step 15 according to Fig. 2.
Fig. 7 discloses a kind of carry out cluster broadcast in intelligent omnibearing expert management system method, and its concrete steps are as follows:
Step 26: user selects the option of cluster broadcast, and key in the password of opening cluster broadcast.
Step 261: user terminal 100 sends the information and the password that require cluster broadcast to control centre 101.
Step 262: receive after the information and password that requires cluster broadcast when control centre 101, judge immediately password correctness.If password is correct, jump to step 263; If password mistake, performs step 264.
Step 263: control centre 101 links set with it user's user terminal 100 other user who is decided to be cluster broadcast, makes user broadcast other users.Then, execution step 15.
Step 264: control centre 101 abandons the signal that requires cluster broadcast, starts to perform step 15 according to Fig. 2.
Fig. 8 discloses a kind of carry out perimeter query in intelligent omnibearing expert management system method, and its concrete steps are as follows:
Step 27: user selects the option of the peripheral facility inquiry in location.
Step 271: user inputs facility title the input of institute's wish inquiry and opens the password that receives control centre's information.
Step 272: user terminal 100 sends the facility title of signal, institute's wish inquiry of the peripheral facility requirement in inquiry location and password to control centre 101.
Step 273: receive after the signal and password of the peripheral facility search request in location when control centre 101, judge immediately password correctness.If password is correct, jump to step 274; If password mistake, performs step 275.
Step 274: control centre 101 wants query facilities position data by user and sends user terminal 100 back to.Then, according to Fig. 2, perform step 15.
Step 275: control centre's 101 refusals provide user to serve, and perform step 15 according to Fig. 2.
Fig. 9 discloses a kind of carry out shutdown in intelligent omnibearing expert management system method, and its concrete steps are as follows:
Step 28: user selects shutdown options.
Step 281: user inputs shutdown password.
Step 282: user terminal 100 is passed to control centre 101 by the signal and the shutdown password that require shutdown.
Step 283: receive and after the signal and shutdown password of shutdown, judge immediately password correctness by requiring when control centre 101.If password is correct, jump to step 284, if password mistake performs step 286.
Step 284: control centre 101 sends the signal that allows shutdown back to user shutdown.
Step 285: user terminal 100 is carried out shutdown.
Step 286: control centre 101 abandons the signal and the shutdown password that require shutdown.
Step 287: control centre 101 checks whether input password number of times is greater than twice.If so, perform step 224; If not, perform step 288.
Step 288: control centre 101 passes information that a request re-enters password to user terminal 100, and performs step 281.
Due to, the invention provides the safety custody of individual subscriber, therefore, before the shutdown of user's wish, must first input a shutdown password, to determine that user terminal 100 is by normal shutdown.If the number of times of the password of inputting exceedes twice, control centre 101 judges user terminal 100, and oneself falls into ruffian's hand, needs urgent rescue.But the number of times of the password of inputting when actual design is not limited with twice.
Figure 10 discloses a kind of carry out timing checking in intelligent omnibearing expert management system method, and its concrete steps are as follows:
Step 29: user detects in control centre 101, and whether oneself starts shooting one hour.If so, perform step 291; If not, perform step 15.
Step 291: control centre 101 passes an information of regularly inputting password requirement to user terminal 100.
Step 292: user inputs password, and borrow user terminal 100 to pass to control centre 101.
Step 293: when control centre 101 receives after the password that user passes back, judge immediately password correctness.If password is correct, jump to step 15; If password mistake, performs step 294.
Step 294: control centre 101 abandons received password.
Step 295; Control centre 101 checks whether input password number of times is greater than twice.If so, perform step 224; If not, perform step 296.
Step 296: control centre 101 passes information that a request re-enters password to user terminal 100, and performs step 292.
Due to, the invention provides the safety custody of individual subscriber, therefore, the invention provides the function of a requirement timing password, to determine that user terminal 100 is in normal operation.If the password number of times of inputting exceedes twice, control centre 101 judges user terminal 100, and oneself falls into ruffian's hand, and user needs urgent rescue.But the number of times of the password of inputting when actual design is not limited with twice.
Refer to Figure 11 a kind of carry out remote monitoring in intelligent omnibearing expert management system method is provided.The present invention also provides the monitoring of user's home safety, but before this service is provided, the manager of native system must install long distance control system 105 in user's family, and can link with control centre 101 by communication network 106, make can complete two-way communication between control centre 101 and long distance control system 105.And when user's home safety is on the hazard, the present invention utilizes set system that the service of its home safety of user monitoring is provided, implementation step running is as follows:
Step 30: long distance control system 105 starts to start.
Step 301: long distance control system 105 is passed the video-audio data of monitoring back control centre 101.
Step 302: in user family, whether the alarm of set long distance control system 105 is touched.If so, perform step 303; If not, perform step 301.
Step 303: long distance control system 105 is passed to control centre 101 by emergency call-for-help signal.
Step 304: when control centre 101 receives after emergency call-for-help signal, pass to security personnel and police office with being about to emergency call-for-help signal, request rescue.
Step 305: the information that control centre 101 is threatened home safety is passed to the terminating machine that user specifies, to inform user.If now user is in its family, can perform step 307; If not, execution step 306.
Step 306: user can borrow user terminal 100 or have with control centre 101 and link the terminating machine of ability from the video-audio data of control centre's 101 its home safeties of download, to watch situation real-time in its family.
Step 307: user can borrow video telephone by control centre 101 and security personnel's contact.
Refer to Figure 12, for carrying out the flow chart of the method for conversing between user in a kind of intelligent omnibearing expert management system.The present invention also provides the global communication of user's single phone number and sets the service of communication group, is below implementation step:
Step 31: user A sends and requires with the signal of another user B call to control centre 101 by its user terminal or by regular phone.
Step 310: receive user A when control centre 101 and require the signal of conversing with user B, control centre 101 starts to confirm whether user A is the communication group that user B sets.
If so, perform step 311; If not, perform step 314.
Step 311: be the communication group that user B sets when control centre 101 confirms user A, whether 101 user terminal (GEUTB) that detect user B of control centre are open state.If so, perform step 312; If not, perform step 315.
Step 312: control centre 101 finds out the position of user B, and the contact telephone number of using family B and providing find out can with the optimal path of user B contact.
Step 313: the terminal equipment that control centre 101 links GEUTA and can get in touch with user B, can converse both.
Step 314: control centre 101 sends the information of refusal communication to GEUTA.
Step 315: the best that the contact telephone number that control centre 101 provides by user B is found out these telephone numbers links path, and go one by one to search.
Step 316: when control centre 101 finds user B by search one by one, perform step 317; If not, perform step 318.
Step 317: the terminal equipment that control centre 101 links GEUTA and can get in touch with user B, can converse both.
Step 318: control centre 101 passes a signal that cannot link to user A.
The present invention is by preferred embodiment having carried out detailed explanation.But, by studying carefully above, the variation to each execution mode and to increase be also that one of ordinary skill in the art institute is apparent.Being intended that all these variations and increasing of applicant all dropped in the scope that the claims in the present invention protect.
Similar numbering refers to similar element in the whole text.For clarity, may there is in the accompanying drawings the situation that some line, layer, element, parts or feature are amplified.
Term used herein is only for to be illustrated specific embodiment, and it is not intended to limit the invention.Unless otherwise defined, all terms used herein (comprising technical term and scientific terminology) are all identical with one of ordinary skill in the art's of the present invention understanding.

Claims (7)

1. a comprehensive personal management communication system, is characterized in that, comprising:
One control centre, it is one to comprise the service platform of customer data base;
One has the user terminal of GPS device, and it is the subscriber terminal equipment of a unlatching native system service, and user reaches control centre by it by user identification password and real-time longitude and latitude data;
One long distance control system, it links by communication network and control centre; And
One communication network, control centre is provided and there is the user terminal of GPS device and the network system of long distance control system two-way communication for a kind of, described communication network comprises interference networks, also comprise the mobile telephone network, concentrating type wireless telephony network, public switched telephone network, the satellite communication network that by gateway, link, or between combination.
2. comprehensive personal management communication system as claimed in claim 1, it is characterized in that: described control centre determines user identity by the identification code that has the user terminal of GPS device and pass back, and the longitude and latitude data that user terminal is passed back and electronic chart integrate, determine the position at user place.
3. comprehensive personal management communication system according to claim 1, is characterized in that: described long distance control system comprises Digital Distant Monitoring system, video-phone system and bidirectional inductive device.
4. comprehensive personal management communication system according to claim 1, is characterized in that: also comprise and be connected the ISP who transfers related service information for control centre with control centre.
5. comprehensive personal management communication system according to claim 4, is characterized in that: described ISP comprises hotel, restaurant, bank, transportation service business.
6. comprehensive personal management communication system according to claim 1, is characterized in that: also comprise other people terminal equipment being connected with control centre.
7. comprehensive personal management communication system according to claim 1, is characterized in that: described other people terminal equipment comprises personal computer, mobile phone, telephone.
CN201410041932.0A 2014-01-28 2014-01-28 All-directional personal management communication system Pending CN103763385A (en)

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Citations (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN1395383A (en) * 2001-07-10 2003-02-05 颜森辉 Intelligent all-bearing expert management system
CN1756348A (en) * 2004-09-30 2006-04-05 王键 Remote monitoring system based on mobile network
CN101022385A (en) * 2007-03-29 2007-08-22 王忠伟 Interconnection network-based long-distance monitering system and monitoring method
CN101064056A (en) * 2006-04-30 2007-10-31 程雄 Audio/video linkage integrated machine for remote alarm monitoring

Patent Citations (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN1395383A (en) * 2001-07-10 2003-02-05 颜森辉 Intelligent all-bearing expert management system
CN1756348A (en) * 2004-09-30 2006-04-05 王键 Remote monitoring system based on mobile network
CN101064056A (en) * 2006-04-30 2007-10-31 程雄 Audio/video linkage integrated machine for remote alarm monitoring
CN101022385A (en) * 2007-03-29 2007-08-22 王忠伟 Interconnection network-based long-distance monitering system and monitoring method

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Application publication date: 20140430