CN102236330B - Security system realized by communication device - Google Patents
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- CN102236330B CN102236330B CN 201010165754 CN201010165754A CN102236330B CN 102236330 B CN102236330 B CN 102236330B CN 201010165754 CN201010165754 CN 201010165754 CN 201010165754 A CN201010165754 A CN 201010165754A CN 102236330 B CN102236330 B CN 102236330B
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Abstract
The invention discloses a security system realized by a communication device. The system mainly comprises a far-end communication device, a near-end communication device, a master controller and one or more than one main sensing device, wherein the far-end communication device is connected with the near-end communication device in a communication connection mode; each main sensing device detects conditions of sites to be monitored and transmits output information to the master controller when triggered; the master controller acquires and processes different kinds of output information and transmits the information to the near-end communication device; and the near-end communication device converts the received output information into character warning short messages and transmits the messages to the far-end communication device through short message service. Therefore, by the far-end communication device, the conditions of the sites to be monitored are obtained at the far end.
Description
Technical field
The present invention is relevant for safety system, especially more relevant for a kind of safety system of realizing by communicator.
Background technology
Along with the change of social structure and values, crime rate rises year by year in recent years, and the public security problem is worried by society.Thereby general popular consideration for protection inherently safe and property is paid attention to gradually to saving problem from damage, and is also just more and more high to the demand of safety system.
General popular for the factory building that economic worth is arranged or StoreFront, or the ground such as individual dwelling house of security concerns are arranged, safety system can be set usually with protection commodity, property or ensure oneself and household's safety.Therefore moreover except anticrime purpose, the safety system overwhelming majority is now all set up onlinely with saving company from damage, for the generation of natural disaster (such as fire), also possesses the effectiveness that early detection is arranged.But in general committee incurs a considerable or great expense by saving the safety system that company arranges from damage, for the user, can cause white elephant unavoidably.Therefore, namely propose on the market the concept of many simple and easy safety systems at present, mainly be by various dissimilar sensors wish to be monitored that ground (for example dwelling house) detects, and when situation occurs, send warning signal to the user.Therefore, the cost that the user needn't overspending can reach the protective effect with certain effect.
For example the patent case of TaiWan, China patent of invention case number No. 588291 namely discloses a kind of radio safety system, as shown in Figure 1, is the configuration diagram of the radio safety system of prior art.As shown in the figure, it mainly comprises user side 1 and monitoring client 2, carries out the transmission of wireless signal by base station 3 each other.This user side 1 has sensor 11, main frame 12 and Wireless Transmitter 13, and this sensor 11 is arranged on door and window and the specific region, with the variation of testing environment, and when detecting the environmental change value, is sent on this main frame 12.Therefore, this main frame 12 produces signal (not indicating among the figure) according to this environmental change value, and externally is wirelessly transmitted to this base station 3 by this Wireless Transmitter 13.This monitoring client 2 has wireless receiver 21 and signal processing apparatus 22, and this wireless receiver 21 receives the signal that this user side 1 sends by this base station 3, and is sent to this signal processing apparatus 22 to process.Therefore, the user makes suitable reply action according to the result of this signal processing apparatus 22.
But aforesaid safety system is a kind of warning system of unidirectional delivery signal, when this sensor 11 records this environmental change value, just can produce and send this information at monitoring client 2.Moreover in the above-mentioned safety system, this user side 1 only can be judged what's going on according to this signal, and can't obtain further information, such as sound or image etc.Therefore, the safety system of many improvement occurs again afterwards, in above-mentioned safety system, added the utilization of camera.Mainly be that this camera is positioned in the monitoring place, and connect and to surf the Internet, so as to controlling this camera by the Internet, and receive the captured picture of this camera or image.
But the use of the Internet involves loaded down with trivial details setting work, and, when transmission information, picture or image, must set up the webserver (Internet Server) and transmit.Even rent the server that others sets up, also must pay leasing and maintenance cost of certain degree, for the user, be nothing but a considerable expenditure cost.
In view of this, the present invention researches and develops a kind of safety system that can use intelligent communicator to realize, be by the existing note of communicator, picture and image transmitting function, get rid of excessive installation procedure, also do not need to assist to transmit by the extra webserver.
Summary of the invention
In view of this, fundamental purpose of the present invention is to provide a kind of safety system of realizing with communicator, can pass through the existing service of communicator, transmitting note or to dial the mode of picture telephone, learns that at far-end wish monitors the situation that the place occurs.
For achieving the above object, the invention provides a kind of safety system of realizing with communicator, be used for the situation in remote monitoring wish monitoring place, this safety system comprises:
Far-end communications device is mobile phone;
The near-end communicator is mobile phone, is arranged in this wish monitoring place, with this far-end communications device communication connection;
Master controller is arranged in this wish monitoring place, and is connected with this near-end communicator; And
One or more main sensing apparatus is arranged in this wish monitoring place, is electrically connected with this master controller;
Wherein, when respectively this main sensing apparatus is touched, respectively this main sensing apparatus sends respectively output information to this master controller, these output information is collected and processed to this master controller, and be sent to this near-end communicator, therefore this near-end communicator is converted to literal warning note with these output informations, is sent to this far-end communications device by short message service.
As mentioned above, described near-end communicator is connected with described master controller by USB (universal serial bus) or blue tooth interface, and described master controller is electrically connected by universal input/output interface and each described main sensing apparatus.
As mentioned above, described safety system also comprises built-in image capture unit, in build in the described near-end communicator, when being touched, one of them of each described main sensing apparatus start, capture the image in described wish monitoring place, to produce the acquisition picture, described near-end communicator is converted to picture warning note with described acquisition picture and these output information, and is sent to described far-end communications device by MMS.
As mentioned above, described built-in image capture unit is digital camera, also has the first storage unit in the described near-end communicator, and in order to store described acquisition picture, wherein this first storage unit is internal memory or storage card.
As mentioned above, wherein said far-end communications device and described near-end communicator have the function of dialing of picture telephone, described far-end communications device is write the order note, be sent to described near-end communicator by short message service, described near-end communicator is resolved this order note to take out control command, start described built-in image capture unit according to this control command, and dial picture telephone to described far-end communications device, after the connection, the picture in the described wish monitoring place that described built-in image capture unit is captured is sent to described far-end communications device.
As mentioned above, described safety system also comprises image capture unit, be arranged in the described wish monitoring place, be electrically connected described master controller, when being touched, one of them of each described main sensing apparatus start, capture the image in described wish monitoring place, to produce the acquisition picture and to be sent to described master controller, described master controller is sent to described near-end communicator jointly with described acquisition picture and described output information, described near-end communicator is converted to picture warning note according to this, and is sent to described far-end communications device by MMS.
As mentioned above, described image capture unit is digital camera, the signal of output National Television System Committee's standard or Phase Alternate Line is to described master controller, also has the second storage unit in the described master controller, in order to store described acquisition picture, wherein this second storage unit is internal memory or storage card.
As mentioned above, described image capture unit is the complementary metal oxide semiconductor (CMOS) image sensing assembly, capture the image in described wish monitoring place and directly export described master controller to, also has the second storage unit in the described master controller, in order to store described acquisition picture, wherein this second storage unit is internal memory or storage card.
As mentioned above, described safety system also comprises:
One or more controller is arranged at described wish monitoring place, is connected with described master controller; And
One or more sensing apparatus is arranged at described wish monitoring place, with respectively this controller electric connection;
Wherein, when respectively this time sensing apparatus was touched, respectively this time sensing apparatus sent respectively extremely respectively this controller of time output information, and respectively this controller is collected and processed these times output information, and is sent to described master controller.
As mentioned above, described safety system also comprises one or more switchgear, be electrically connected described master controller and/or each described controller, described far-end communications device is write the order note, be sent to described near-end communicator by short message service, described near-end communicator is resolved this order note taking out control command, and operates the operation of respectively this switchgear that described master controller and/or each described controller connect according to this control command.
As mentioned above, described control command comprise that each described switchgear of control opens, cuts out, multistage pattern switching and read the present on off state of described switchgear.
As mentioned above, each described switchgear is electrically connected described master controller and/or each described controller by universal IO interface, and each described controller is electrically connected each described sensing apparatus by universal input/output interface.
As mentioned above, each described controller also comprises the infrared ray extended interface, to connect outside infrared ray enlargement module, described far-end communications device is write the order note, be sent to described near-end communicator by short message service, described near-end communicator is resolved this order note to take out control command, be sent to each described controller by described master controller, each described controller is sent to this infrared ray enlargement module with this control command, so as to producing infrared control signal according to this control command, remote control is arranged at the controlling equipment in the described wish monitoring place.
As mentioned above, described controlling equipment is air conditioner or televisor.
As mentioned above, described master controller also comprises the first radio-frequency (RF) receiving and transmission module, and each described controller also comprises the second radio-frequency (RF) receiving and transmission module, and described master controller and each described controller connect by radio frequency transmission.
Compared with prior art, in the safety system with the communicator realization of the present invention, the communication connection of far-end communications device and near-end communicator can be sent note by far-end communications device, to control each switchgear that is arranged on wish monitoring place.And, when the near-end communicator is replied the situation in wish monitoring place, can short message service carry out the literal answer, carry out the picture answer with MMS, or dial picture telephone and carry out the real-time imaging answer.Therefore, so that the user, monitors the situation that this wish monitoring place occurs in the mode of diversification more, and then is able to when accident occurs, the accident of making more exactly reply is got rid of and is moved.
Description of drawings
Fig. 1 is the configuration diagram of the radio safety system of prior art;
Fig. 2 is the safety system configuration diagram of preferred embodiment of the present invention;
Fig. 3 is the safety system configuration diagram of another preferred embodiment of the present invention;
Fig. 4 is the safety system configuration diagram of another preferred embodiment of the present invention.
Description of reference numerals
1 user side
11 sensors, 12 main frames, 13 Wireless Transmitters
2 monitoring clients
21 wireless receivers, 22 signal processing apparatus
3 base stations
4 far-end communications device, 40 users
5 near-end communicators, 51 built-in image capture units
52 first storage unit
6 master controllers, 61 main sensing apparatus
62 second storage unit, 63 first radio-frequency (RF) receiving and transmission module
7 image capture units
No. 8 controller 81 second radio-frequency (RF) receiving and transmission module
82 sensing apparatus 83 infrared ray extended interfaces
9 switchgears
10 infrared ray enlargement modules, 101 controlling equipments
The C1 control command
I1 captures picture
L1 wish monitoring place
M1 literal warning note
M2 picture warning note
M3 orders note
O1 output information
O2 output information
Embodiment
The technical content and a detailed description now cooperate description of drawings as follows:
See also Fig. 2, be the safety system configuration diagram of preferred embodiment of the present invention.Safety system of the present invention mainly has far-end communications device 4, near-end communicator 5, master controller 6 and one or more main sensing apparatus 61.This far-end communications device 4 can be carried by this user 40, this near-end communicator 5, this master controller 6 and respectively this main sensing apparatus 61 be arranged at wish and monitor in the L1 of place.This wish monitoring place L1 can be dwelling house, company, factory building or automobile etc.This far-end communications device 4 and this near-end communicator 5 are mainly mobile phone, the connection that communicates with one another, and therefore, this user 40 can pass through this far-end communications device 4, the situation in this wish monitoring of remote monitoring place L1.
This near-end communicator 5 is by USB (universal serial bus) (USB, Universal Serial Bus) interface or bluetooth (Bluetooth) interface are connected with this master controller 6, this master controller 6 is by universal input output (GPIO, General Purpose I/O) interface and respectively these main sensing apparatus 61 electric connections, but not as limit.Respectively this main sensing apparatus 61 mainly can be magnetic red sensor, smoke transducer, temperature sensor, carbonomonoxide concentration sensor and gas concentration lwevel sensor and can be used for the sensor whether detection of fires occurs, but this is not limited.Respectively this main sensing apparatus 61 is monitored the situation of place L1 in order to detect this wish, and when respectively this main sensing apparatus 61 is touched, sends respectively output information O1 to this master controller 6.These output information O1 is collected and processed to this master controller 6 by center of inside processing unit (not indicating among the figure), is sent to this near-end communicator 5.This near-end communicator 5 is converted to literal warning note M1 with these output information O1, and is sent to this far-end communications device 4 by short message service (SMS, Short Message Service).Thus, this user 40 can show this literal warning note M1 with this far-end communications device 4, and warns the literal of note M1 to state by this literal and chat, and learns the situation of this wish monitoring place L1.
Also comprise image capture unit 7 among this wish monitoring place L1, mainly can be digital camera or complementary metal oxide semiconductor (CMOS) (CMOS, Complementary Metal-Oxide-Semiconductor) image sensing component.These image capture unit 7 main and these master controller 6 electric connections, wherein, if this image capture unit 7 is digital camera, then export (the NTSC of National Television System Committee, the signal of National TelevisionSystem Committee) standard or line-by-line inversion (PAL, Phase Alternating Line) standard is to this master controller 6; And if this image capture unit 7 is the CMOS image sensing component, then capture the image in this wish monitoring place, and direct image output is to this master controller 6.Moreover except above-mentioned this image capture unit 7, this near-end communicator 5 also can comprise built-in image capture unit 51, and as being the built-in digital camera of this near-end communicator 5, the above only is preferred embodiments of the present invention, should be as limit.
When respectively this main sensing apparatus 61 is touched, this this image capture unit 7 of master controller 6 controls starts, and perhaps, this built-in image capture unit 51 of these near-end communicator 5 controls starts, so as to capturing the image of this wish monitoring place L1, to produce acquisition picture I1.At last, this near-end communicator 5 receives this acquisition picture I1 and these output information O1, be converted to according to this picture warning note M2, and by MMS (MMS, Multimedia Messaging Service) this picture warning note M2 is sent to this far-end communications device 4.Thus, this user 40 can use this far-end communications device 4 to show this pictures warning note M2, therefore by the presenting of picture, more clearly learns the situation of this wish monitoring place L1.
It is worth mentioning that this near-end communicator 5 possesses the first storage unit 52, and this master controller 6 possesses the second storage unit 62, this first storage unit 52, the second storage unit 62 are preferably internal memory or storage card.When this image capture unit 7 or this built-in this acquisition picture of image capture unit 51 generations I1, this near-end communicator 5 and/or this master controller 6 can be stored in this acquisition picture I1 in this first storage unit 52 and this second storage unit 62, so as to keeping this acquisition picture I1, have access to when needing in the future.
See also Fig. 3, be the safety system configuration diagram of another preferred embodiment of the present invention.As shown in Figure 3, this master controller 6 is one or more controller 8 of extensible connection also, and respectively this controller 8 is arranged among this wish monitoring place L1, away from the position of this master controller 6.Have the first radio-frequency (RF) receiving and transmission module 63 in this master controller 6, respectively have respectively the second radio-frequency (RF) receiving and transmission module 81 in this controller 8, this master controller 6 and this controller respectively 8 connect by radio frequency transmission.Respectively this controller 8 can connect respectively sensing apparatus 82 one or more time, and wherein respectively this controller 8 is to be connected with this time sensing apparatus 82 respectively by the GPIO interface, but not as limit.Respectively this time sensing apparatus 82 detects the situation of this wishs monitoring place L1, and when being touched, and sends respectively time output information O2 to this controller 8 respectively.Respectively these times output information O2 is collected and processed to this controller 8 by center of inside processing unit (not indicating among the figure), be sent to this master controller 6, therefore this master controller 6 is collected and is processed these output information O1, inferior output information O2 and this acquisition picture I1, is sent to this near-end communicator 5.This near-end communicator 5 is converted to this literal warning note M1 and/or this picture warning note M2 according to this, is sent on this far-end communications device 4 by SMS and/or MMS.
See also Fig. 4, be the safety system configuration diagram of the another preferred embodiment of the present invention.As shown in Figure 4, can also comprise one or more switchgear 9 among this wish monitoring place L1, respectively this switchgear 9 mainly is connected to this master controller 6 and/or this controller 8 respectively by the GPIO interface.Wherein, respectively this switchgear 9 is mainly the switch such as electronic equipments such as light units or relays (Relay), and can be unlatching, closes and the action such as multistage pattern switching, but this is not limited.Respectively also can have infrared ray extended interface 83 in this controller 8, to connect outside infrared ray enlargement module 10, therefore, the controlling equipment 101 of this wish monitoring place L1 is set by infra-red remote control.Wherein this controlling equipment 101 can be the electrical equipment that air conditioner or televisor etc. carry out remote control by infrared ray, but is not limited.
This user 40 can write order note M3 by this far-end communications device 4, is sent to this near-end communicator 5 by SMS, and number whether the door that this near-end communicator 5 is confirmed first this far-end communications device 4 door number of its approval.If so, then this near-end communicator 5 receives and resolves the content of this order note M3, and then takes out control command C1.Therefore, this control command C1 is sent to this master controller 6 and/or this controller 8 respectively, to control this master controller 6 and/or respectively this switchgear 9 of being connected of this controller 8 respectively, carries out corresponding action.For example, the switching over bull bear position of the switch open of pilot relay, control light units, or read the state etc. of this switchgear 9 respectively.Moreover, respectively this controller 8 can pass through this infrared ray extended interface 83, this control command C1 is sent to this infrared ray enlargement module 10, this infrared ray enlargement module 10 is converted to infrared control signal C2 with this control command C1 whereby, be sent to this controlling equipment 101, to control the action of this controlling equipment 101.
When this switchgear 9 respectively when being controlled switching state, automatically reply present on off state to this master controller 6 and/or this controller 8 respectively, be back to this far-end communications device 4 by this near-end communicator 5.Yet, this user 40 can not be set as yet need reply present state, and when needed, sends this order note M3 by this far-end communications device 4 or this near-end communicator 5 voluntarily, requiring respectively this switchgear 9 to reply present on off state, but do not limited.
If this far-end communications device 4 and this near-end communicator 5 all possess the function of dialing of picture telephone, then can be further by the dialing of picture telephone, so that this user 40 learns the situation of this wish monitoring place L1 in the mode of real-time imaging.This user 40 writes this order note M3 and is sent to this near-end communicator 5 by this far-end communications device 4, and this near-end communicator 5 confirms that first whether the door of this far-end communications device No. 4 is the door number of its approval.If so, then this near-end communicator 5 receives and resolves the content of this order note M3, and then takes out this control command C1.This master controller 6 starts this image capture unit 7 according to this control command C1; Perhaps, this near-end communicator 5 starts this built-in image capture unit 51 according to this control command C1, to take the picture of this wish monitoring place L1.And this near-end communicator 5 receives the captured picture of the built-in image capture unit of these image capture units 7 or this 51, dials according to this picture telephone to this far-end communications device 4.After picture telephone was connected, this user 40 can pass through this far-end communications device 4, checked that this image capture unit 7 or this built-in image capture unit 51 these captured wishs monitor the picture of place L1.Therefore, this user 40 can according to the real-time imaging of seeing, carry out suitable reply operation more accurately.
It is worth mentioning that, if this user 40 is positioned at this wish monitoring place L1, then also can directly controls this near-end communicator 5 and monitor.For example, directly send this control command C1 by this near-end communicator 5 and give respectively this switchgear 9, with control respectively this switchgear 9 move, or read present on off state; Perhaps, send this control command C1 to respectively this main sensing apparatus 61 and/or respectively this time sensing apparatus 82, to require respectively this main sensing apparatus 61 and/or the respectively present testing result of this time sensing apparatus 82 answers.
Above-mentioned is preferred embodiment of the present invention only, is not to limit to protection scope of the present invention.Be that every equalization of doing according to claims of the present invention changes and modification, all in like manner be contained in protection scope of the present invention.
Claims (14)
1. a safety system of realizing with communicator is used for the situation that the remote monitoring wish is monitored the place, it is characterized in that this safety system comprises:
Far-end communications device is mobile phone;
The near-end communicator is mobile phone, is arranged in this wish monitoring place, with this far-end communications device communication connection;
Master controller is arranged in this wish monitoring place, and is connected with this near-end communicator;
One or more main sensing apparatus is arranged in this wish monitoring place, is electrically connected with this master controller;
One or more controller is arranged at described wish monitoring place, is connected with described master controller; And
One or more sensing apparatus is arranged at described wish monitoring place, with respectively this controller electric connection;
Wherein, when respectively this main sensing apparatus is touched, respectively this main sensing apparatus sends respectively output information to this master controller, when respectively this time sensing apparatus is touched, respectively this time sensing apparatus sends respectively extremely respectively this controller of time output information, respectively output information is collected and processed described time to this controller, and be sent to described master controller, described output information and described output information are collected and processed to this master controller, and be sent to this near-end communicator, therefore this near-end communicator is converted to literal warning note with described output information and described output information, is sent to this far-end communications device by short message service.
2. the safety system of realizing with communicator as claimed in claim 1, it is characterized in that, described near-end communicator is connected with described master controller by USB (universal serial bus) or blue tooth interface, and described master controller is electrically connected by universal input/output interface and each described main sensing apparatus.
3. the safety system of realizing with communicator as claimed in claim 1 is characterized in that, also comprises built-in image capture unit, in build in the described near-end communicator; When being touched, one of them of each described main sensing apparatus start, capture the image in described wish monitoring place, and generation acquisition picture, described near-end communicator is converted to picture warning note with described acquisition picture and output information, and is sent to described far-end communications device by MMS.
4. the safety system of realizing with communicator as claimed in claim 3, it is characterized in that described built-in image capture unit is digital camera, also have storage unit in the described near-end communicator, in order to store described acquisition picture, wherein this storage unit is internal memory or storage card.
5. the safety system of realizing with communicator as claimed in claim 3, wherein said far-end communications device and described near-end communicator have the function of dialing of picture telephone, described far-end communications device is write the order note, be sent to described near-end communicator by short message service, described near-end communicator is resolved this order note to take out control command, start described built-in image capture unit according to this control command, and dial picture telephone to described far-end communications device, after the connection, the picture in the described wish monitoring place that described built-in image capture unit is captured is sent to described far-end communications device.
6. the safety system of realizing with communicator as claimed in claim 1 is characterized in that, also comprises image capture unit, is arranged in the described wish monitoring place, is electrically connected described master controller; When being touched, one of them of each described main sensing apparatus start, capture the image in described wish monitoring place, to produce the acquisition picture and to be sent to described master controller, described master controller is sent to described near-end communicator jointly with described acquisition picture and described output information, described near-end communicator is converted to picture warning note according to this, and is sent to described far-end communications device by MMS.
7. the safety system of realizing with communicator as claimed in claim 6, it is characterized in that, described image capture unit is digital camera, the signal of output National Television System Committee's standard or Phase Alternate Line is to described master controller, also has storage unit in the described master controller, in order to store described acquisition picture, wherein this storage unit is internal memory or storage card.
8. the safety system of realizing with communicator as claimed in claim 6, it is characterized in that, described image capture unit is the complementary metal oxide semiconductor (CMOS) image sensing assembly, capture the image in described wish monitoring place and directly export described master controller to, also has storage unit in the described master controller, in order to store described acquisition picture, wherein this storage unit is internal memory or storage card.
9. the safety system of realizing with communicator as claimed in claim 1 is characterized in that, also comprises one or more switchgear, is electrically connected described master controller and/or each described controller; Described far-end communications device is write the order note, be sent to described near-end communicator by short message service, described near-end communicator is resolved this order note taking out control command, and operates the action of respectively this switchgear that described master controller and/or each described controller connect according to this control command.
10. the safety system of realizing with communicator as claimed in claim 9 is characterized in that, described control command comprises that each described switchgear of control opens, cuts out, multistage pattern switching and read the present on off state of described switchgear.
11. the safety system of realizing with communicator as claimed in claim 9, it is characterized in that, each described switchgear is electrically connected described master controller and/or each described controller by universal input/output interface, and each described controller is electrically connected each described sensing apparatus by universal input/output interface.
12. the safety system of realizing with communicator as claimed in claim 9 is characterized in that each described controller also comprises the infrared ray extended interface, connects outside infrared ray enlargement module; Described far-end communications device is write the order note, be sent to described near-end communicator by short message service, described near-end communicator is resolved this order note to take out control command, and be sent to each described controller by described master controller, each described controller is sent to this infrared ray enlargement module with this control command, produce infrared control signal according to this control command, remote control is arranged at the controlling equipment in the described wish monitoring place.
13. the safety system of realizing with communicator as claimed in claim 12 is characterized in that described controlling equipment is air conditioner or televisor.
14. the safety system of realizing with communicator as claimed in claim 9, it is characterized in that, described master controller also comprises the first radio-frequency (RF) receiving and transmission module, and each described controller also comprises the second radio-frequency (RF) receiving and transmission module, and described master controller and each described controller connect by radio frequency transmission.
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| CN 201010165754 CN102236330B (en) | 2010-05-06 | 2010-05-06 | Security system realized by communication device |
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| CN102236330B true CN102236330B (en) | 2013-03-20 |
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| TW201713075A (en) * | 2015-09-21 | 2017-04-01 | 眾宇資訊股份有限公司 | Smart monitoring system by integrating signals in different communication protocols to reduce wiring and construction cost and further enhance safety and convenience in working and living environment |
| CN106557031A (en) * | 2015-09-25 | 2017-04-05 | 友劲科技股份有限公司 | Intelligent electric appliance control system |
Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1544273A (en) * | 2003-11-20 | 2004-11-10 | 杜爵伟 | Antitheft monitoring method and system for automobile |
| CN2900262Y (en) * | 2006-04-21 | 2007-05-16 | 陆珉 | Vehicle carried multifunction realtime monitor warning device |
| CN201069874Y (en) * | 2007-05-09 | 2008-06-04 | 夏爵裕 | Theft and robber-prevention tracking alarming device for multi-function remote control car based on a mobile phone |
-
2010
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Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1544273A (en) * | 2003-11-20 | 2004-11-10 | 杜爵伟 | Antitheft monitoring method and system for automobile |
| CN2900262Y (en) * | 2006-04-21 | 2007-05-16 | 陆珉 | Vehicle carried multifunction realtime monitor warning device |
| CN201069874Y (en) * | 2007-05-09 | 2008-06-04 | 夏爵裕 | Theft and robber-prevention tracking alarming device for multi-function remote control car based on a mobile phone |
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