CN104574794A - Safe monitoring system and monitoring method thereof - Google Patents
Safe monitoring system and monitoring method thereof Download PDFInfo
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- CN104574794A CN104574794A CN201410802755.3A CN201410802755A CN104574794A CN 104574794 A CN104574794 A CN 104574794A CN 201410802755 A CN201410802755 A CN 201410802755A CN 104574794 A CN104574794 A CN 104574794A
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- monitoring
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- monitor terminal
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- G—PHYSICS
- G08—SIGNALLING
- G08B—SIGNALLING OR CALLING SYSTEMS; ORDER TELEGRAPHS; ALARM SYSTEMS
- G08B21/00—Alarms responsive to a single specified undesired or abnormal condition and not otherwise provided for
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- G—PHYSICS
- G08—SIGNALLING
- G08B—SIGNALLING OR CALLING SYSTEMS; ORDER TELEGRAPHS; ALARM SYSTEMS
- G08B21/00—Alarms responsive to a single specified undesired or abnormal condition and not otherwise provided for
- G08B21/02—Alarms for ensuring the safety of persons
- G08B21/0202—Child monitoring systems using a transmitter-receiver system carried by the parent and the child
- G08B21/028—Communication between parent and child units via remote transmission means, e.g. satellite network
- G08B21/0283—Communication between parent and child units via remote transmission means, e.g. satellite network via a telephone network, e.g. cellular GSM
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- Physics & Mathematics (AREA)
- General Physics & Mathematics (AREA)
- Health & Medical Sciences (AREA)
- Child & Adolescent Psychology (AREA)
- General Health & Medical Sciences (AREA)
- Alarm Systems (AREA)
Abstract
The invention discloses a safe monitoring system which comprises a monitoring terminal and at least one monitoring receiving device arranged on a monitoring object, wherein the monitoring terminal is used for regularly scanning the monitoring receiving device, and judging whether the monitoring object corresponding to the monitoring receiving device is in a preset monitoring range; the monitoring receiving device is used for being connected with the monitoring terminal or returning answer signals to the monitoring terminal; the answer signals comprise identification codes of the monitoring receiving device. The invention also discloses a safe monitoring method. The safe monitoring system is easy to carry and low in production cost, and can realize real-time monitoring on a target person or a target object within a certain range.
Description
Technical field
The present invention relates to safety monitoring technology field, particularly relate to a kind of safety monitoring system and method for supervising thereof.
Background technology
In modern society, the monitoring of short distance target person or target object is absolutely necessary, such as the monitoring of kindergarten child in safe range, go out team tourism time to the monitoring of traveller in effective range, to the monitoring of convict in effective range during detainment convict, express company, for value parcel monitoring in effective range etc., can realize target person or target object real-time monitoring within the specific limits.By installing in monitored target person or target object or carrying the equipment with location and wireless distance finding function in prior art, equipment is made constantly self coordinate data to be sent to background system, once the position of background system discovering device exceeds the scope of activities that monitor sets on electronic chart, report to the police to monitor at once, this method due to the production cost of equipment of location and wireless distance finding function higher, and need to install or Portable device on monitored people or other targets, target is too obvious, unfavorable for monitored person.
Summary of the invention
The safety monitoring system that fundamental purpose of the present invention is to provide a kind of and is easy to carry, production cost is low and method for supervising thereof, can realize target person or target object real-time monitoring within the specific limits.
For achieving the above object, the invention provides a kind of safety monitoring system, described safety monitoring system comprises monitor terminal and at least one is arranged on monitoring receiving trap on monitored object:
Described monitor terminal is used for monitoring receiving trap described in timing scan, judges monitored object that described monitoring receiving trap is corresponding whether in default monitoring range;
Described monitoring receiving trap is used for being connected with described monitor terminal or returning answer signal to described monitor terminal, comprises the identification code of described monitoring receiving trap in described answer signal.
Preferably, described monitor terminal comprises:
Whether scan module, be connected with it for monitoring receiving trap described in timing scan, or timing sends sweep signal to described monitoring receiving trap and receives the answer signal comprising the identification code of described monitoring receiving trap monitored receiving trap and return;
Monitoring module, be connected with described scan module, for the connection according to described monitoring receiving trap and described scan module, or according to the response situation of described monitoring receiving trap, judge monitored object corresponding to described identification code whether in default monitoring range.
Preferably, described monitoring module specifically for:
Be connected with it if scan module scans described monitoring receiving trap, or receive the answer signal comprising the identification code of described monitoring receiving trap that described monitoring receiving trap returns within the time of presetting, then judge that monitored object corresponding to described identification code is in default monitoring range;
Or, if scan module does not scan the identification code of described monitoring receiving trap, or do not receive the answer signal comprising the identification code of described monitoring receiving trap that described monitoring receiving trap returns within the time of presetting, then judge that monitored object corresponding to described identification code exceeds default monitoring range.
Preferably, described monitor terminal also comprises:
Alarm module, is connected with described monitoring module, for reporting to the police when described monitored object exceeds default monitoring range.
Preferably, described monitoring receiving trap comprises:
Wireless communication module, for being connected with described monitor terminal, or, after the sweep signal receiving the transmission of described monitor terminal, return the answer signal of the identification code comprising described monitoring receiving trap.
Preferably, described monitoring receiving trap also comprises the dismantling-proof alarming module be connected with described wireless communication module, this dismantling-proof alarming module be used for report to the police when described monitoring receiving trap is removed, also for preset time in do not receive described monitor terminal send sweep signal time report to the police.
In addition, for achieving the above object, the present invention also provides a kind of method for safety monitoring, and described method for safety monitoring comprises the following steps:
Monitor terminal timing scan at least one be arranged on monitoring receiving trap on monitored object; The identification code of described monitoring receiving trap is recorded in described monitor terminal;
Monitor terminal, according to the connection of described monitoring receiving trap and monitor terminal, or according to the response situation of described monitoring receiving trap, judges monitored object corresponding to described identification code whether in default monitoring range.
Preferably, the step of at least one monitoring receiving trap be arranged on monitored object of described monitor terminal timing scan comprises:
Whether at least one monitoring receiving trap be arranged on monitored object of the scan module timing scan of monitor terminal is connected with described monitor terminal;
Or the scan module timing of monitor terminal sends sweep signal to described monitoring receiving trap.
Preferably, described monitor terminal, according to the connection of described monitoring receiving trap and monitor terminal, or according to the response situation of described monitoring receiving trap, judges that the step of monitored object corresponding to described identification code whether in default monitoring range comprises:
If scan described monitoring receiving trap to be connected with it, or receiving the answer signal comprising the identification code of described monitoring receiving trap that described monitoring receiving trap returns within the time of presetting, then the monitoring module of monitor terminal judges that monitored object corresponding to described identification code is in default monitoring range;
Or, if do not scan the identification code of described monitoring receiving trap, or not receiving the answer signal comprising the identification code of described monitoring receiving trap that described monitoring receiving trap returns within the time of presetting, then the monitoring module of monitor terminal judges that monitored object corresponding to described identification code exceeds default monitoring range.
Preferably, described method for safety monitoring also comprises step:
Report to the police when described monitored object exceeds default monitoring range.
The present invention monitors at least one by monitor terminal and is arranged on monitoring receiving trap on monitored object, monitor terminal timing scan monitoring receiving trap, according to monitoring receiving trap and the connection of monitor terminal or the response situation to monitor terminal, utilize the different identification codes of different monitoring receiving trap, judge monitored object corresponding to identification code whether in default monitoring range, realize monitoring the short distance of monitored object.This safety monitoring system is easy to carry, production cost is low, and can realize target person or target object real-time monitoring within the specific limits.
Accompanying drawing explanation
Fig. 1 is the structural representation of safety monitoring system preferred embodiment of the present invention;
Fig. 2 is the structural representation of monitor terminal in Fig. 1;
Fig. 3 is the structural representation monitoring receiving trap in Fig. 1;
Fig. 4 is the schematic flow sheet of method for safety monitoring first embodiment of the present invention.
The realization of the object of the invention, functional characteristics and advantage will in conjunction with the embodiments, are described further with reference to accompanying drawing.
Embodiment
Should be appreciated that specific embodiment described herein only in order to explain the present invention, be not intended to limit the present invention.
The invention provides a kind of safety monitoring system.By this safety monitoring system can realize to the monitoring of kindergarten child in effective range, team tourism time to the monitoring of traveller in effective range, detain convict time to the monitoring of convict in effective range, or express company is for the monitoring etc. of value parcel in effective range, monitored monitored object is kindergarten child, team traveller, convict or value parcel.
With reference to the structural representation that Fig. 1, Fig. 1 are safety monitoring system preferred embodiment of the present invention.
In one embodiment, safety monitoring system comprises monitor terminal 10 and monitoring receiving trap 20, monitors receiving trap 20 at least one, be arranged on monitored object in the present embodiment, monitoring receiving trap 20 by a monitor terminal 10 and at least one carries out alternately, wherein:
Monitor terminal 10, for timing scan monitoring receiving trap 20, judges that the monitored object of monitoring receiving trap 20 correspondence is whether in default monitoring range;
Monitoring receiving trap 20, for being connected with monitor terminal 10 or returning answer signal to monitor terminal 10, comprises the identification code of monitoring receiving trap 20 in answer signal.
In the present embodiment, monitoring receiving trap 20 is set to the small-scale structure being convenient for carrying or wearing, when monitoring one or more monitored object by monitor terminal 10, monitoring receiving trap 20 is worn on monitored object, each monitoring receiving trap 20 is respectively arranged with the identification code for identifying himself, is previously stored with the identification code of each connected monitoring receiving trap 20 in monitoring receiving trap 20.Monitor terminal 10 is in real time or according to the scan period of presetting, monitoring receiving trap 20 is scanned by the mode of radio scan, scan period can be set to the shorter time, as 0.5s ~ 1s, particularly, monitor terminal 10 scans monitoring receiving trap 20 and can be the identification code of scanning monitoring receiving trap 20 whether in the scope of wireless connections, or for sending sweep signal to scanning monitoring receiving trap 20; Monitoring receiving trap 20 is as within the scope of the wireless connections of monitor terminal 10, then monitor terminal 10 can scan the identification code of this monitoring receiving trap 20, or, the sweep signal receiving monitor terminal 10 as monitored receiving trap 20 can return answer signal, carries the identification code of this monitoring receiving trap 20 in answer signal.
As monitor terminal 10 scans monitoring receiving trap 20 in the scope of wireless connections, or receive the answer signal that monitoring receiving trap 20 returns, then show that monitoring receiving trap 20 is in default monitoring range, otherwise then show that monitoring receiving trap 20 exceeds default monitoring range, can judge according to the identification code of monitoring receiving trap 20 during concrete statistics, monitor terminal 10 is judging monitoring receiving trap 20 whether in default monitoring range, by display screen display judged result, such as, the quantity of the monitoring receiving trap 20 in default monitoring range and not in default monitoring range can be presented at, and the identification code of monitoring receiving trap 20 not in default monitoring range, add up to facilitate managerial personnel.
The present embodiment is monitored at least one by monitor terminal 10 and is arranged on monitoring receiving trap 20 on monitored object, monitor terminal 10 timing scan monitoring receiving trap 20, according to monitoring receiving trap 20 and the connection of monitor terminal 10 or the response situation to monitor terminal 10, utilize the different identification codes of different monitoring receiving trap 20, judge monitored object corresponding to identification code whether in default monitoring range, realize monitoring the short distance of monitored object.This safety monitoring system is easy to carry, production cost is low, and can realize target person or target object real-time monitoring within the specific limits.
With reference to the structural representation that Fig. 2, Fig. 2 are monitor terminal in Fig. 1.
Further, in the above-described embodiments, monitor terminal 10 comprises:
Whether scan module 11, be connected, or timing sends sweep signal to monitoring receiving trap 20 for timing scan monitoring receiving trap 20 with it, and receives the answer signal comprising the identification code of monitoring receiving trap 20 monitored receiving trap 20 and return;
Monitoring module 12, is connected with scan module 11, for according to the connection of monitoring receiving trap 20 with scan module 11, or according to the response situation of monitoring receiving trap 20, judges monitored object corresponding to identification code whether in default monitoring range.
Scan module 11 can be radio scan module, bluetooth module and WIFI module can be adopted, by scan module 11, monitoring receiving trap 20 can be connected with monitor terminal 10 in advance, mode manually starts the communication scan function of intelligent terminal, whether scan module 11 can be connected with it by timing scan monitoring receiving trap 20, namely whether checking monitoring receiving trap 20 is connected to WIFI, or whether checking monitoring receiving trap 20 is successful by Bluetooth pairing with monitor terminal 10.Scan module 11 can also for the APP that monitor terminal 10 is installed, start this APP and just timing can send sweep signal to connected all monitoring receiving traps 20 successively, as monitored receiving trap 20 in default monitoring range, then can return the answer signal comprising its identification code, i.e. the answer signal that returns as received monitoring receiving trap 20 within the time of presetting of scan module 11.
Monitoring module 12 judges to monitor monitored object corresponding to the identification code of receiving trap 20 whether in default monitoring range according to the scanning result of scan module 11, be connected with it when scan module 11 scans monitoring receiving trap 20, or within the time of presetting, receive the answer signal comprising its identification code monitored receiving trap 20 and return, monitoring module 12 mates identification code one by one, as the match is successful, then judge that monitored object corresponding to this identification code is in default monitoring range; When scan module 11 does not scan the identification code of monitoring receiving trap 20, or within the time of presetting, do not receive the answer signal comprising its identification code monitored receiving trap 20 and return, then judge that monitored object corresponding to this identification code exceeds default monitoring range, the identification code of the monitoring receiving trap 20 exceeding default monitoring range also can be shown by display screen by monitoring module 12.The time of presetting can be arranged accordingly according to the transmission speed of sweep signal, such as, be set to 0101s ~ 0.02s.
In the present embodiment, under different radio connection, that presets monitoring range arranges difference, if scan module 11 is WIFI module, because the communication distance of WIFI is generally at 20-30 rice, can reach 100 meters as without hindrance; Default monitoring range can being set to 20-30 rice in this case, even if to ensure also to be connected with monitoring receiving trap 20 when there being obstruction, or sending sweep signal to monitoring receiving trap 20.If scan module 11 is bluetooth module, according to present 1.0b standard, the operating distance of bluetooth is within the scope of 10 meters, top speed 1Mbps, but Japanese TDK company has released the product within the scope of 40 meters, 2.0 new standards out after, the operating distance of bluetooth can to 100 meters, and top speed can reach 10Mbps; Can will default monitoring range can be set to be less than 40 meters in this case, to ensure and to monitor receiving trap 20 and match.
Further, monitor terminal 10 also comprises:
Memory module 13, for storing the identification code of monitoring receiving trap 20.
In the present embodiment, monitor terminal 10 also comprises memory module 13, when monitoring corresponding monitored object by monitor terminal 10, in advance the identification code of all monitoring receiving traps 20 is stored in the memory module 13 of monitor terminal 10, with facilitate scan module 11 scan monitoring receiving trap 20 identification code person or receive monitoring receiving trap 20 return include the answer signal of identification code after, monitoring module 12 mates with the identification code received, to judge to monitor monitored object corresponding to receiving trap 20 whether for monitored object that monitor terminal 10 is monitored, and determine the identification code of the monitored object exceeding default monitoring range.
Further, monitor terminal 10 also comprises:
Alarm module 14, is connected with monitoring module 12, for reporting to the police when monitored object exceeds default monitoring range.
After monitoring module 12 judges that monitored object exceeds default monitoring range, can transmit control signal to alarm module 14, control alarm module 14 and carry out reporting to the police to point out managerial personnel.The mode that in the present embodiment, alarm module 14 is pointed out by voice or pilot lamp etc. carries out alarm, such as, is sounded a buzzer by the loudspeaker that monitor terminal 10 is arranged or is sent prompt tones such as " No. XX exceed monitoring range ".
Reference Fig. 3, Fig. 3 are the structural representation monitoring receiving trap in Fig. 1.
Further, in the above-described embodiments, monitor receiving trap 20 to comprise:
Wireless communication module 21, for being connected with monitor terminal 10, or, after the sweep signal receiving monitor terminal 10 transmission, return the answer signal of the identification code comprising monitoring receiving trap 20.
Monitoring receiving trap 20, by this wireless communication module 21, can carry out WIFI with the scan module 11 of monitor terminal 10 in advance and be connected or Bluetooth pairing, and can also be connected to scan module 11 in effective range after disconnecting; As monitor receiving trap 20 be positioned at the monitoring range of monitor terminal 10 time, as the sweep signal that the monitor terminal 10 that receives sends, answer signal can be returned to monitor terminal 10, comprise the identification code of himself.
Further, monitor receiving trap 20 and also comprise the dismantling-proof alarming module 22 be connected with wireless communication module 21.When being separated with monitored object by monitoring receiving trap 20, this dismantling-proof alarming module 22 can be reported to the police; In addition, as do not received the sweep signal that monitor terminal 10 sends within the time of presetting, then also can show that monitoring receiving trap 20 is removed, now also report to the police by dismantling-proof alarming module 22, as managerial personnel are near this monitoring receiving trap 20, then after hearing warning, just can find this monitoring receiving trap 20, to determine the monitored object departing from monitoring.
Further, the surface monitoring receiving trap 20 is provided with water barrier.This water barrier for being arranged on the outer field containment vessel of monitoring receiving trap 20, can having sealant to be isolated from the outside by circuit board, thus playing the effect of waterproof in containment vessel.The classification of waterproof of water barrier set in the present embodiment is IP65, can use in the rainy day.
The present invention also provides a kind of method for safety monitoring.
With reference to the schematic flow sheet that Fig. 4, Fig. 4 are method for safety monitoring first embodiment of the present invention.
In one embodiment, method for safety monitoring comprises:
Step S10, monitor terminal timing scan at least one be arranged on monitoring receiving trap on monitored object; The identification code of monitoring receiving trap is recorded in monitor terminal;
Step S20, monitor terminal, according to the connection of monitoring receiving trap and monitor terminal, or according to monitoring the response situation of receiving trap, judges monitored object corresponding to identification code whether in default monitoring range.
In the present embodiment, monitoring receiving trap is set to the small-scale structure being convenient for carrying or wearing, when monitoring one or more monitored object by monitor terminal, monitoring receiving trap is worn on monitored object, each monitoring receiving trap is respectively arranged with the identification code for identifying himself, is previously stored with the identification code of each connected monitoring receiving trap in monitoring receiving trap.Monitor terminal is in real time or according to the scan period of presetting, monitoring receiving trap is scanned by the mode of radio scan, scan period can be set to the shorter time, as 0.5s ~ 1s, particularly, monitor terminal scanning monitoring receiving trap can be the identification code of scanning monitoring receiving trap whether in the scope of wireless connections, or be to scanning monitoring receiving trap transmission sweep signal; Monitoring receiving trap is as within the scope of the wireless connections of monitor terminal, then monitor terminal can scan the identification code of this monitoring receiving trap, or, the sweep signal receiving monitor terminal as monitored receiving trap can return answer signal, carries the identification code of this monitoring receiving trap in answer signal.
As monitor terminal scans monitoring receiving trap in the scope of wireless connections, or receive the answer signal that monitoring receiving trap returns, then show that monitoring receiving trap is in default monitoring range, otherwise then show that monitoring receiving trap exceeds default monitoring range, can judge according to the identification code of monitoring receiving trap during concrete statistics, monitor terminal is judging that monitoring receiving trap is whether in default monitoring range, by display screen display judged result, such as, the quantity of the monitoring receiving trap in default monitoring range and not in default monitoring range can be presented at, and the identification code of monitoring receiving trap not in default monitoring range, add up to facilitate managerial personnel.
The present embodiment is monitored at least one by monitor terminal and is arranged on monitoring receiving trap on monitored object, monitor terminal timing scan monitoring receiving trap, according to monitoring receiving trap and the connection of monitor terminal or the response situation to monitor terminal, utilize the different identification codes of different monitoring receiving trap, judge monitored object corresponding to identification code whether in default monitoring range, realize monitoring the short distance of monitored object.This safety monitoring system is easy to carry, production cost is low, and can realize target person or target object real-time monitoring within the specific limits.
In the above-described embodiments, step S10 specifically comprises:
Whether at least one monitoring receiving trap be arranged on monitored object of the scan module timing scan of monitor terminal is connected with monitor terminal; Or the scan module timing of monitor terminal sends sweep signal to monitoring receiving trap.
Scan module can be radio scan module, bluetooth module and WIFI module can be adopted, can will monitor receiving trap by scan module to be in advance connected with monitor terminal, mode manually starts the communication scan function of intelligent terminal, whether scan module can be connected with it by timing scan monitoring receiving trap, namely whether checking monitoring receiving trap is connected to WIFI, or whether checking monitoring receiving trap is successful by Bluetooth pairing with monitor terminal.Scan module can also for the APP that monitor terminal is installed, start this APP and just timing can send sweep signal to connected all monitoring receiving traps successively, as monitored receiving trap in default monitoring range, then can return the answer signal comprising its identification code, namely scan module as received the answer signal that returns of monitoring receiving trap within the time of presetting.
In the present embodiment, under different radio connection, that presets monitoring range arranges difference, if scan module is WIFI module, because the communication distance of WIFI is generally at 20-30 rice, can reach 100 meters as without hindrance; Default monitoring range can being set to 20-30 rice in this case, even if to ensure also to be connected with monitoring receiving trap when there being obstruction, or sending sweep signal to monitoring receiving trap.If scan module is bluetooth module, according to present 1.0b standard, the operating distance of bluetooth is within the scope of 10 meters, top speed 1Mbps, but Japanese TDK company has released the product within the scope of 40 meters, 2.0 new standards out after, the operating distance of bluetooth can to 100 meters, and top speed can reach 10Mbps; Can will default monitoring range can be set to be less than 40 meters in this case, to ensure and to monitor receiving trap and match.
In the above-described embodiments, step S20 specifically comprises:
If scan monitoring receiving trap to be connected with it, or within the time of presetting, receiving the answer signal comprising the identification code of monitoring receiving trap monitored receiving trap and return, then the monitored object that the monitoring module judgement identification code of monitor terminal is corresponding is in default monitoring range;
Or, if do not scan the identification code of monitoring receiving trap, or within the time of presetting, not receiving the answer signal comprising the identification code of monitoring receiving trap monitored receiving trap and return, then the monitored object that the monitoring module judgement identification code of monitor terminal is corresponding exceeds default monitoring range.
The monitoring module of monitor terminal judges to monitor monitored object corresponding to the identification code of receiving trap whether in default monitoring range according to the scanning result of scan module, be connected with it when scan module scans monitoring receiving trap, or within the time of presetting, receive the answer signal comprising its identification code monitored receiving trap and return, monitoring module mates identification code one by one, as the match is successful, then judge that monitored object corresponding to this identification code is in default monitoring range; When scan module does not scan the identification code of monitoring receiving trap, or within the time of presetting, do not receive the answer signal comprising its identification code monitored receiving trap and return, then judge that monitored object corresponding to this identification code exceeds default monitoring range, the identification code of the monitoring receiving trap exceeding default monitoring range also can be shown by display screen by monitoring module.The time of presetting can be arranged accordingly according to the transmission speed of sweep signal, such as, be set to 0101s ~ 0.02s.
Based on the invention described above method for safety monitoring first embodiment, in the second embodiment, method for safety monitoring also comprises step:
Report to the police when monitored object exceeds default monitoring range.
After the monitoring module of monitor terminal judges that monitored object exceeds default monitoring range, can transmit control signal to the alarm module of monitor terminal, control alarm module and carry out reporting to the police to point out managerial personnel.The mode that in the present embodiment, alarm module is pointed out by voice or pilot lamp etc. carries out alarm, such as, is sounded a buzzer or send prompt tones such as " No. XX exceed monitoring range " by the loudspeaker that monitor terminal is arranged.
In the present embodiment, monitoring receiving trap also comprises dismantling-proof alarming module, as do not received the sweep signal that monitor terminal sends within the time of presetting, then also can show that monitoring receiving trap is removed, now also report to the police by dismantling-proof alarming module, as managerial personnel are near this monitoring receiving trap, then after hearing warning, just can find this monitoring receiving trap, to determine the monitored object departing from monitoring.
These are only the preferred embodiments of the present invention; not thereby the scope of the claims of the present invention is limited; every utilize instructions of the present invention and accompanying drawing content to do equivalent structure or equivalent flow process conversion; or be directly or indirectly used in other relevant technical fields, be all in like manner included in scope of patent protection of the present invention.
Claims (10)
1. a safety monitoring system, is characterized in that, described safety monitoring system comprises monitor terminal and at least one is arranged on monitoring receiving trap on monitored object:
Described monitor terminal is used for monitoring receiving trap described in timing scan, judges monitored object that described monitoring receiving trap is corresponding whether in default monitoring range;
Described monitoring receiving trap is used for being connected with described monitor terminal or returning answer signal to described monitor terminal, comprises the identification code of described monitoring receiving trap in described answer signal.
2. safety monitoring system as claimed in claim 1, it is characterized in that, described monitor terminal comprises:
Whether scan module, be connected with it for monitoring receiving trap described in timing scan, or timing sends sweep signal to described monitoring receiving trap and receives the answer signal comprising the identification code of described monitoring receiving trap monitored receiving trap and return;
Monitoring module, be connected with described scan module, for the connection according to described monitoring receiving trap and described scan module, or according to the response situation of described monitoring receiving trap, judge monitored object corresponding to described identification code whether in default monitoring range.
3. the safety monitoring system of monitored object as claimed in claim 2, is characterized in that, described monitoring module specifically for:
Be connected with it if scan module scans described monitoring receiving trap, or receive the answer signal comprising the identification code of described monitoring receiving trap that described monitoring receiving trap returns within the time of presetting, then judge that monitored object corresponding to described identification code is in default monitoring range;
Or, if scan module does not scan the identification code of described monitoring receiving trap, or do not receive the answer signal comprising the identification code of described monitoring receiving trap that described monitoring receiving trap returns within the time of presetting, then judge that monitored object corresponding to described identification code exceeds default monitoring range.
4. the safety monitoring system as described in claim 1 or 3, is characterized in that, described monitor terminal also comprises:
Alarm module, is connected with described monitoring module, for reporting to the police when described monitored object exceeds default monitoring range.
5. safety monitoring system as claimed in claim 1, it is characterized in that, described monitoring receiving trap comprises:
Wireless communication module, for being connected with described monitor terminal, or, after the sweep signal receiving the transmission of described monitor terminal, return the answer signal of the identification code comprising described monitoring receiving trap.
6. the safety monitoring system as described in claim 1 or 5, it is characterized in that, described monitoring receiving trap also comprises the dismantling-proof alarming module be connected with described wireless communication module, this dismantling-proof alarming module be used for report to the police when described monitoring receiving trap is removed, also for preset time in do not receive described monitor terminal send sweep signal time report to the police.
7. a method for safety monitoring, is characterized in that, described method for safety monitoring comprises the following steps:
Monitor terminal timing scan at least one be arranged on monitoring receiving trap on monitored object; The identification code of described monitoring receiving trap is recorded in described monitor terminal;
Monitor terminal, according to the connection of described monitoring receiving trap and monitor terminal, or according to the response situation of described monitoring receiving trap, judges monitored object corresponding to described identification code whether in default monitoring range.
8. method for safety monitoring according to claim 7, is characterized in that, the step of at least one monitoring receiving trap be arranged on monitored object of described monitor terminal timing scan comprises:
Whether at least one monitoring receiving trap be arranged on monitored object of the scan module timing scan of monitor terminal is connected with described monitor terminal;
Or the scan module timing of monitor terminal sends sweep signal to described monitoring receiving trap.
9. method for safety monitoring according to claim 7, it is characterized in that, described monitor terminal is according to the connection of described monitoring receiving trap and monitor terminal, or according to the response situation of described monitoring receiving trap, judge that the step of monitored object corresponding to described identification code whether in default monitoring range comprises:
If scan described monitoring receiving trap to be connected with it, or receiving the answer signal comprising the identification code of described monitoring receiving trap that described monitoring receiving trap returns within the time of presetting, then the monitoring module of monitor terminal judges that monitored object corresponding to described identification code is in default monitoring range;
Or, if do not scan the identification code of described monitoring receiving trap, or not receiving the answer signal comprising the identification code of described monitoring receiving trap that described monitoring receiving trap returns within the time of presetting, then the monitoring module of monitor terminal judges that monitored object corresponding to described identification code exceeds default monitoring range.
10. method for safety monitoring according to claim 7, is characterized in that, described method for safety monitoring also comprises step:
Report to the police when described monitored object exceeds default monitoring range.
Priority Applications (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410802755.3A CN104574794A (en) | 2014-12-19 | 2014-12-19 | Safe monitoring system and monitoring method thereof |
| PCT/CN2014/095511 WO2016095270A1 (en) | 2014-12-19 | 2014-12-30 | Safety monitoring system and monitoring method therefor |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201410802755.3A CN104574794A (en) | 2014-12-19 | 2014-12-19 | Safe monitoring system and monitoring method thereof |
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| CN104574794A true CN104574794A (en) | 2015-04-29 |
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| CN201410802755.3A Pending CN104574794A (en) | 2014-12-19 | 2014-12-19 | Safe monitoring system and monitoring method thereof |
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| CN106228746A (en) * | 2016-07-28 | 2016-12-14 | 杭州华三通信技术有限公司 | A kind of Worn type anti-wander-away device and anti-method of wandering away |
| CN114043053A (en) * | 2021-11-22 | 2022-02-15 | 常州九圣焊割设备股份有限公司 | Control method and device of plasma cutting system |
| CN114043053B (en) * | 2021-11-22 | 2023-09-08 | 常州九圣焊割设备股份有限公司 | Control method and device of plasma cutting system |
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| WO2016095270A1 (en) | 2016-06-23 |
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