CN102238371A - Monitoring method used for security system - Google Patents
Monitoring method used for security system Download PDFInfo
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- CN102238371A CN102238371A CN2010101657559A CN201010165755A CN102238371A CN 102238371 A CN102238371 A CN 102238371A CN 2010101657559 A CN2010101657559 A CN 2010101657559A CN 201010165755 A CN201010165755 A CN 201010165755A CN 102238371 A CN102238371 A CN 102238371A
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Abstract
The invention discloses a monitoring method used for a security system; the security system mainly comprises a remote communication device, a near-end communication device, a main controller and one or more main sensing devices. Conditions of a place to be monitored are detected through each main sensing device; when being triggered, the main sensing devices send out output information to the main controller; and the main controller collects output information which is sent out through the main sensing devices and delivers the output information to the near-end communication device. The near-end communication device establishes communication connection with the remote communication device; and the received output information is converted to a warning short message so as to reply to the remote communication device, so users can know the conditions generated in a place to be monitored at a far end.
Description
Technical field
The present invention is relevant for safety system, especially the method for supervising that uses relevant for a kind of safety system.
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 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.In addition, except anticrime purpose, now the safety system overwhelming majority is all set up onlinely with saving company from damage, so for the generation of natural disaster (as fire), also possesses the effectiveness of early detection.But in general committee incurs a considerable or great expense by saving the safety system that company is provided with from damage, for the user, can cause white elephant unavoidably.Therefore, propose at present the notion of many simple and easy safety systems on the market, mainly be desire to be monitored that place (for example dwelling house) detects, and when situation takes place, send warning signal to the user by various sensors of various types.So as to, make the cost that the user needn't overspending, can reach protective effect with certain effect.
For example: TaiWan, China patent of invention case number is No. 588291 a patent case, promptly discloses a kind of wireless safety system, as shown in Figure 1, is the configuration diagram of the wireless safety system of the prior art.As shown in Figure 1, 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 transducer 11, main frame 12 and Wireless Transmitter 13, and this transducer 11, with the variation of testing environment and when detecting the environmental change value, is sent on this main frame 12 in order to be arranged on door and window and the specific region.So as to, 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 this signal that this user side 1 sends by this base station 3, and is sent to this signal processing apparatus 22 to handle.So as to, 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 transducer 11 records this environmental change value, just can produce and send this information and give monitoring client 2.In addition, in above-mentioned safety system, this user side 1 only can be judged what's going on according to this signal, but and can't obtain further information, for example sound or image etc.Therefore, occur the safety system of many improvement afterwards again, 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 this camera shot picture or image.
But the use of internet involves loaded down with trivial details setting work, and when transmission information, picture or image, must transmit by setting up the webserver (Internet Server).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 develops a kind of safety system that can use intelligent communicator to realize, by the existing note of communicator, picture and image transmitting function, get rid of excessive installation procedure, do not need to assist to transmit by the extra webserver yet.
Summary of the invention
Main purpose of the present invention is to provide a kind of safety system employed method for supervising, can pass through the existing service of communicator, to transmit way of short messages, makes the user just can learn the desire monitoring situation that the place took place at far-end.
Another main purpose of the present invention is to provide a kind of safety system employed method for supervising, can supervise the image in desire monitoring place at far-end by sending note and dialing picture telephone.
Another main purpose of the present invention is to provide a kind of safety system employed method for supervising, can be by sending note, and the switching device in far-end is controlled desire monitoring place opens, cuts out or switching state.
For achieving the above object, the present invention mainly provides a kind of safety system employed method for supervising, this safety system has far-end communications device, near-end communicator, master controller and one or more main sensing apparatus, this near-end communicator, this master controller reach respectively, and this main sensing apparatus is arranged in the desire monitoring place, and this near-end communicator and this far-end communications device communicate to connect, and this method for supervising comprises:
A) touch respectively this main sensing apparatus;
B) respectively this main sensing apparatus takes out its sensor parameter, produces and send output information according to this;
C) this master controller is collected this output information that this main sensing apparatus respectively sends, and is sent to this near-end communicator;
D) this near-end communicator is converted to the warning note with the output information that is received, and replies to this far-end communications device.
As mentioned above, described method for supervising also comprises step e1: described near-end communicator provides first memory cell, to store this warning note.
As mentioned above, described method for supervising also comprises step e2: described master controller provides second memory cell, to store this warning note.
As mentioned above, have global positioning system (GPS, Global PositioningSystem) function in the described near-end communicator, after the described step a, described method for supervising also comprises step f: described near-end communicator takes out gps signal.
As mentioned above, in the described steps d, described near-end communicator is converted to literal warning note jointly with described output information and described gps signal, and replies to described far-end communications device by short message service (SMS, Short Messaging Service).
As mentioned above, described safety system also comprises two or more switching devices, be arranged in this desire monitoring place, after this step c, described method for supervising also comprises step c1: described master controller controls respectively this switching device unlatching, cuts out or switching state according to the described output information that each described main sensing apparatus sends.
As mentioned above, in described steps d, described near-end communicator is converted to literal warning note jointly with the on off state of described output information, described gps signal and each described switching device, and replies to described far-end communications device by SMS.
As mentioned above, described safety system also comprises image capture unit, and after the described step a, described method for supervising also comprises:
A1) after this step a, start this image capture unit;
A2) this image capture unit captures the image in this desire monitoring place, to produce the acquisition picture;
A3) described near-end communicator should capture picture and described gps signal and be converted to picture warning note jointly, and replied to described far-end communications device by MMS (MMS, Multimedia Messaging Service).
As mentioned above, described method for supervising also comprises:
G) described near-end communicator receives the order note;
H) this near-end communicator is resolved this order note, to obtain control command;
I) this safety system provides image capture unit, if this control command is for supervising order, then described master controller starts this image capture unit according to this control command, to take the picture in this desire monitoring place;
J) this safety system provides two or more switching devices, and for controlling order, then this master controller controls respectively this switching device unlatching, cuts out or switching state according to this control command as if this control command.
As mentioned above, after the described step g, described method for supervising also comprises step g 1: whether the door of confirming described far-end communications device number is approved by described near-end communicator.
As mentioned above, after the described step I, described method for supervising also comprises step I 1: described near-end communicator is dialed picture telephone to described far-end communications device.
As mentioned above, after the described step j, described method for supervising also comprises:
J1) described near-end communicator is a literal warning note with the switch state of each described switching device;
J2) this near-end communicator is given described far-end communications device by SMS with this literal warning message reply.
Compared with prior art, the effect that the present invention can reach is: the user can control the various switching device that is arranged in the desire monitoring place at far-end by the transmission of order note.And, the desire monitoring also is provided with one or more main sensing apparatus in the place, the note that can give a warning when being touched is given the near-end communicator, so as to, the near-end communicator can be by short message service (SMS, Short Message Service) carries out literal and reply, carry out the picture answer, or dial picture telephone and carry out the real-time imaging answer with MMS (MMS, Multimedia Message Service).Thus, the user is able to by polynary mode, in this desire monitoring situation that the place took place of remote monitoring, so as to when accident takes place, can make the accident of reply exactly and get rid of action.
Description of drawings
Fig. 1 is the configuration diagram of the wireless safety system of prior art;
Fig. 2 is the safety system configuration diagram of preferred embodiment of the present invention;
Fig. 3 is the method for supervising schematic flow sheet of preferred embodiment of the present invention;
Fig. 4 is the method for supervising schematic flow sheet of another preferred embodiment of the present invention;
Fig. 5 is the method for supervising schematic flow sheet of another preferred embodiment of the present invention.
Description of reference numerals
1 user side
11 transducers, 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 memory cell
6 master controllers, 61 main sensing apparatus
62 second memory cell
7 image capture units, 8 switching devices
The C1 control command
I1 captures picture
M1 literal warning note
M2 picture warning note
M3 orders note
O1 output information
L1 desire monitoring place
S10～S22, S200～S210, S220～S228 step
S30～S38, S400～S404, S420～S424 step
S50～S54 step
Embodiment
Now with regard to preferred embodiment of the present invention, conjunction with figs. is described in detail as follows.
At first see also Fig. 2, be the safety system configuration diagram of preferred embodiment of the present invention.Safety system of the present invention mainly comprises: far-end communications device 4, near-end communicator 5, master controller 6 and one or more main sensing apparatus 61.Wherein, this near-end communicator 5, this master controller 6 and these one or more main sensing apparatus 61 are arranged in the desire monitoring place L1, and this near-end communicator 5 communicates to connect with this far-end communications device 4.These one or more main sensing apparatus 61 electrically connect this master controller 6, and this master controller 6 electrically connects this near-end communicator 5.These one or more main sensing apparatus 61 are in order to detecting the state in this desire monitoring place L1, and this master controller 6 is collected the result that this main sensing apparatus 61 is respectively detected, and is sent to this near-end communicator 5.So as to, this near-end communicator 5 is replied literal warning note M1 by short message service (SMS, Short MessageService) and is given this far-end communications device 4, makes user 40 must learn the state of this desire monitoring place L1 in far-end with literal.
This safety system of the present invention also can comprise image capture unit 7, is arranged in this desire monitoring place L1.This image capture unit 7 is electrically connected to this master controller 6, monitors the image of place L1 in order to capture this desire, and offers this near-end communicator 5.So as to, this near-end communicator 5 can pass through MMS (MMS, Multimedia Message Service) replys picture warning note M2 and give this far-end communications device 4, make this user 40 must learn the state of this desire monitoring place L1 with picture in far-end.In addition, also can have built-in image capture unit 51 in this near-end communicator 5, as being the built-in digital camera of this near-end communicator 5.So as to, can be by the image of this built-in this desire monitoring of image capture unit 51 acquisitions place L1, to produce this picture warning note M2.But the above is the preferable example of executing of the present invention only, is not to be used to limit protection scope of the present invention.
This safety system of the present invention also can comprise two or more switching devices 8, is arranged in this desire monitoring place L1.Respectively this switching device 8 electrically connects these master controllers 6, mainly can be the switch as light units or relay electronic equipments such as (Relay), and can be unlatching, closes and/or action such as multistage mode switch, but this is not limited.Order note M3 can be write and transmit to this far-end communications device 4 to this near-end communicator 5, so as to, this master controller 6 controls respectively these switching device 8 unlatchings, cuts out or switching state according to the content of this order note M3.For example, this main sensing apparatus 61 detects in this desire monitoring place L1 pitch-dark when one of them, when giving this user 40 so as to reply this literal warning note M1 by this near-end communicator 5, this user 40 can write and transmit this order note M3, and this switching device 8 of controlling on the light units in this desire monitoring place L1 is opened.
See also Fig. 3, be the method for supervising schematic flow sheet of preferred embodiment of the present invention.At first, these one or more main sensing apparatus 61 continue this desire monitoring place L1 is detected (step S10), and, judge that respectively this main sensing apparatus 61 is whether because of detecting foreign object be triggered unusually (step S12).Wherein, respectively this main sensing apparatus 61 can for example be: the transducer whether magnetic red transducer, Smoke Sensor, temperature sensor, carbonomonoxide concentration transducer and gas concentration lwevel transducer etc. take place in order to detection of fires.
After this step S12,, then get back to this step S10, continue to detect if respectively this main sensing apparatus 61 is not triggered.If respectively this main sensing apparatus 61 is triggered, then respectively this main sensing apparatus 61 takes out the sensor parameter that detects gained, and produces output information O1 (step S14) according to this.Then, this master controller 6 is collected this output information O1 that this main sensing apparatus 61 is respectively sent respectively, and sends this near-end communicator 5 to.At this moment, if having global positioning system (GPS, Global Positioning System) function in this near-end communicator 5, then this near-end communicator 5 also can take out gps signal (step S16).For example, if this desire monitoring place L1 is an automobile, then detect when unusual when this main sensing apparatus 61 respectively, this near-end communicator 5 can provide this gps signal to this far-end communications device 4, so as to suffering the deathwatch as if this automobile or pull that this user 40 can learn the position that this automobile is present according to this gps signal.
Then, this master controller 6 or this near-end communicator 5 judge whether to start this image capture unit 7 (step S18), if not, execution in step S20, M1 replys this far-end communications device 4 with this literal warning note; And if then execution in step S22 warns note M2 to reply this far-end communications device 4 with this picture.Wherein, this step S20 also comprises substep S200～S210, and this step S22 also comprises substep S220～S228, is described in detail as follows.
As mentioned above, if be not judged as in this step S18 not, then this master controller 6 judges whether earlier and will control (step S200) to this switching device 8 respectively, if then control respectively this switching device 8 and open, close or switching state (step S202).Then, this near-end communicator 5 with this output information O1, this gps signal and respectively the on off state of this switching device 8 be converted to this literal warning note M1 (step S204) jointly.Wherein, can according to circumstances this literal warning note M1 be stored in first memory cell 52 in this near-end communicator 5, or in second memory cell 62 (as shown in Figure 2 this first memory cell 52 and this second memory cell 62) in this master controller 6 (step S206).At last, this near-end communicator 5 is by SMS, and M1 replies to this far-end communications device 4 (step S208) with this literal warning note.
And, then carry out this step S210 if in this step S200, be judged as not, this near-end communicator 5 directly is converted to this literal warning note M1 (step S210) with this output information O1 and this gps signal.Then, carry out this step S206, M1 is stored in this first memory cell 52 and/or this second memory cell 62 with this literal warning note, and carries out this step S208, by SMS this literal warning note M1 is replied to this far-end communications device 4.
What deserves to be mentioned is that this gps signal can be used by selectivity, for example if this near-end communicator 5 does not possess the GPS function, then this gps signal can't be removed; In addition, if this desire monitoring place L1 is a fixed-site, then this user 40 also can set this GPS function and not be performed.
As mentioned above, be that then this image capture unit 7 or this built-in image capture unit 51 start, and monitor the image (step S220) of place L1 to capture this desire, and produce acquisition picture I1 (step S222) according to this if in this step S18, be judged as.Then, this near-end communicator 5 should capture picture I1 and this gps signal is converted to this picture warning note M2 (step S224) jointly, and M2 is stored in this first memory cell 52 and/or this second memory cell 62 (step S226) with this picture warning note.At last, by MMS this picture warning note M2 is replied to this far-end communications device 4 (step S228).
Then see also Fig. 4, be the method for supervising schematic flow sheet of another preferred embodiment of the present invention.In the foregoing description,, and initiatively reply this far-end communications device 4 by the state in this this desire monitoring of near-end communicator 5 collections place L1.But this user 40 also can use this far-end communications device 4, initiatively the device in this desire monitoring place L1 is proposed to supervise or manipulation request, is described in detail as follows.
At first, this user 40 uses this far-end communications device 4 to write and send this order note M3 (step S30) according to the demand of itself, and then, this near-end communicator 5 receives this order note M3 (step S32) by SMS.After reception, confirm whether the door of this far-end communications device No. 4 can be approved (step S34) by this near-end communicator 5, if not, then this near-end communicator 5 is not carried out any action.If the door of this far-end communications device No. 4 approve by this near-end communicator 5, then these near-end communicator 5 parsings this order note M3, and take out control command C1 (step S36) according to this.Then, this near-end communicator 5 confirms that what (step S38) is the content of this control command C1 be, and the content of this order note M3 that is write according to this user 40 can be divided into this control command C1 and control order and supervise order.
If this control command C1 is for controlling order, then this master controller 6 controls pairing respectively this switching device 8 and opens, cuts out or switching state (step S400) according to this control command C1.Then, this near-end communicator 5 receives the respectively on off state of this switching device 8, and is converted to this literal warning note M1 (step S402).At last, by SMS this literal warning note M1 is replied to this far-end communications device 4 (step S404).
And if this control command C1 is for supervising order, then this master controller 6 or this near-end communicator 5 start this image capture unit 7 or this built-in image capture unit 51 (step S420) according to this control command C1.Take the picture (step S422) that this desire is monitored place L1 by this image capture unit 7 or this built-in image capture unit 51, and this near-end communicator 5 is dialed picture telephone according to this and is given this far-end communications device 4 (step S424).Thus, this user 40 can supervise the picture that this image capture unit 7 or this built-in image capture unit 51 these captured desires are monitored place L1 on this far-end communications device 4.
In the foregoing description, mainly send this order note M3, and, operate according to the content of this control command C1 again by after these near-end communicator 5 parsings and obtaining this control command C1 by this far-end communications device 4.Yet, if this user 40 is positioned at this desire monitoring place L1, also can directly use this near-end communicator 5, so as to each device in this desire monitoring place L1 is controlled or set, be described in detail as follows.
As shown in Figure 5, be the method for supervising schematic flow sheet of another preferred embodiment of the present invention.At first, on the display screen (not indicating among the figure) of this near-end communicator 5, show respectively this switching device 8 (step S50) of all connections.Then, in shown respectively this switching device 8 of this near-end communicator 5, select one of them switching device 8, further, select this switching device 8 (step S52) of desiring to control.For example, can with cursor, finger or pointer etc., click one of them of shown respectively this switching device 8 by button or the touch-sensitive display screen curtain on this near-end communicator 5.At last, selected this switching device 8 is controlled (step S54), can control this switching device 8 and open, close or switching state.
In addition, this user 40 also can pass through this near-end communicator 5, and this master controller 6 is carried out parameter setting, and respectively this main sensing apparatus 61 that this master controller 6 connected is increased newly, deletes and operation such as setting.Mainly, on this safety system, increase required device, to reach specific purpose according to this user's 40 actual demand; Perhaps, delete unnecessary device, to reduce expense that the running of this safety system given birth to etc.
The above is a preferred embodiments of the present invention only, is not so promptly limits protection scope of the present invention, so the equivalence that every utilization content of the present invention is done changes, all in like manner is contained in protection scope of the present invention.
Claims (12)
1. employed method for supervising of safety system, this safety system has far-end communications device, near-end communicator, master controller and one or more main sensing apparatus, this near-end communicator, this master controller reach respectively, and this main sensing apparatus is arranged in the desire monitoring place, and this near-end communicator and this far-end communications device communicate to connect, it is characterized in that this method for supervising comprises:
A) touch respectively this main sensing apparatus;
B) respectively this main sensing apparatus takes out its sensor parameter, produces and send output information according to this;
C) this master controller is collected this output information that this main sensing apparatus respectively sends, and is sent to this near-end communicator;
D) this near-end communicator is converted to the warning note with this output information that is received, and replies to this far-end communications device.
2. the employed method for supervising of safety system as claimed in claim 1 is characterized in that, also comprises step e1: described near-end communicator provides first memory cell, to store this warning note.
3. the employed method for supervising of safety system as claimed in claim 1 is characterized in that also comprise step e2: described master controller provides second memory cell, to store this warning note.
4. the employed method for supervising of safety system as claimed in claim 1, it is characterized in that, have GPS-capable in the described near-end communicator, after the described step a, this method for supervising also comprises step f: this near-end communicator takes out global positioning system signal.
5. the employed method for supervising of safety system as claimed in claim 4, it is characterized in that, in the described steps d, described near-end communicator is converted to literal warning note jointly with described output information and described global positioning system signal, and replies to described far-end communications device by short message service.
6. the employed method for supervising of safety system as claimed in claim 4, it is characterized in that, described safety system also comprises two or more switching devices, be arranged in this desire monitoring place, after the described step c, this method for supervising also comprises step c1: described master controller controls respectively this switching device unlatching, cuts out or switching state according to the described output information that each described main sensing apparatus sends.
7. the employed method for supervising of safety system as claimed in claim 6, it is characterized in that, in described steps d, described near-end communicator is converted to literal warning note jointly with the on off state of described output information, described global positioning system signal and each described switching device, and replies to described far-end communications device by short message service.
8. the employed method for supervising of safety system as claimed in claim 4 is characterized in that described safety system also comprises image capture unit, and after the described step a, this method for supervising also comprises:
A1) after this step a, start this image capture unit;
A2) this image capture unit captures the image in this desire monitoring place, to produce the acquisition picture;
A3) described near-end communicator should capture picture and described global positioning system signal and be converted to picture warning note jointly, and replied to described far-end communications device by MMS.
9. the employed method for supervising of safety system as claimed in claim 1 is characterized in that, also comprises:
G) described near-end communicator receives the order note;
H) this near-end communicator is resolved this order note, to obtain control command;
I) this safety system provides image capture unit, if this control command is for supervising order, then described master controller starts this image capture unit according to this control command, to take the picture in this desire monitoring place;
J) this safety system provides two or more switching devices, and for controlling order, then this master controller controls respectively this switching device unlatching, cuts out or switching state according to this control command as if this control command.
10. the employed method for supervising of safety system as claimed in claim 9 is characterized in that, after the described step g, this method for supervising also comprises step g 1: whether the door of confirming described far-end communications device number is approved by described near-end communicator.
11. the employed method for supervising of safety system as claimed in claim 9 is characterized in that, after the described step I, this method for supervising also comprises step I 1: described near-end communicator is dialed picture telephone to described far-end communications device.
12. the employed method for supervising of safety system as claimed in claim 9 is characterized in that, after the described step j, this method for supervising also comprises:
J1) described near-end communicator is a literal warning note with the switch state of each described switching device;
J2) this near-end communicator is given described far-end communications device by short message service with this literal warning message reply.
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| CN2010101657559A CN102238371A (en) | 2010-05-06 | 2010-05-06 | Monitoring method used for security system |
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| CN2010101657559A CN102238371A (en) | 2010-05-06 | 2010-05-06 | Monitoring method used for security system |
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Application publication date: 20111109 |